“Protecting the electronic world from surges”
2016
SPD PRODUCT CATALOG
Surge Protective Devices
www.aptsurge.com
|
1.800.237.4567
|
info@aptsurge.com
Table of Contents
SPD Sizing Chart .........................................................................................................................................................................................................................................5
Type 1 and Type 2 SPDs
SPDEE Series ....................................................................................................................................................................................................................................................6
SPDEE DC Series ..........................................................................................................................................................................................................................................8
TEXCS Series ................................................................................................................................................................................................................................................10
TEXDS Series ................................................................................................................................................................................................................................................12
TEXAS Series ................................................................................................................................................................................................................................................14
TEXAL Series ...............................................................................................................................................................................................................................................16
TEXBS Series .................................................................................................................................................................................................................................................18
TEXBL Series .................................................................................................................................................................................................................................................20
Type 2 SPDs
TE/HP Series (Modular) ....................................................................................................................................................................................................................22
TE/HPS Series (Modular) ..................................................................................................................................................................................................................24
TE/XGA Series (Modular) ...............................................................................................................................................................................................................26
TE/XMS Series (Non-Modular) ...................................................................................................................................................................................................28
Component Assembly SPDs (Type 1 & Type 2)
TE/XRS Series ............................................................................................................................................................................................................................................30
TE/XRL Series ...........................................................................................................................................................................................................................................32
TE/XWS Series ........................................................................................................................................................................................................................................34
TE/XWL Series ........................................................................................................................................................................................................................................36
DIN-Rail: AC Power & DC PV ...................................................................................................................................................................................................38
Specialty SPDs
S-Kit Series ...................................................................................................................................................................................................................................................40
iArrest Series .............................................................................................................................................................................................................................................42
Low Voltage Communication & Data
BNCB5kA ......................................................................................................................................................................................................................................................44
BNCA10kA ..................................................................................................................................................................................................................................................45
BNC Guide ....................................................................................................................................................................................................................................................46
DIN-Rail: Popular Traffic / ITS .......................................................................................................................................................................................................47
DIN-Rail: Low Voltage .......................................................................................................................................................................................................................48
Medium Voltage SPDs
MVF Series ...................................................................................................................................................................................................................................................50
What Electrical System is It? .....................................................................................................................................................................................................52
Frequently Asked Questions ......................................................................................................................................................................................................53
Don’t Leave your Home Unprotected .............................................................................................................................................................................54
Past,
Past,Present
Present&&Future
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Past, WHY
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&
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APT?
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ProtectionTechnologies,
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electronic world
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Eaton, GE, ABB, Rockwell and a number of smaller
oriented. This may be the most efficient and
Technologies
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comprehensive seven hours of SPD training available.
14550
14550 58th
58th Street North
North
Engineers appreciate the explanation of the science, art
Clearwater,
Clearwater, FL 33760
33760
and marketing surrounding the surge industry.
Advanced Protection
WHAT MARKETS DO
WE SERVE?
Construction
Industrial/Commercial
OEM
International
Phone:
Phone: 727.535.6339
727.535.6339
Technologies
Fax:
Fax:
14550
727.539.8955
727.539.8955
58th Street North
Clearwater, FL 33760
www.aptsurge.com
www.aptsurge.com
Phone: 727.535.6339
Fax: 727.539.8955
ITS/DOT
Specialty Sales
Medium Voltage
Residential
SPD Sizing Chart
XAS
XDS
XCS
SPDEE
Service Entrance Greater than 2000A
Exposure Level
kA per phase
Model
High Exposure
Medium Exposure
Low Exposure
Lowest Exposure
300 kA
200 kA
150 kA
100 kA
XAS30
XAS20
XAS15
XDS10
Service Entrance 1200A - 2000A
Exposure Level
kA per phase
Model
High Exposure
Medium Exposure
Low Exposure
Lowest Exposure
250 kA
200 kA
150 kA
100 kA
XAS25
XAS20
XDS15
XCS10
Service Entrance 800A - 1200A
Exposure Level
kA per phase
Model
High Exposure
Medium Exposure
Low Exposure
Lowest Exposure
200 kA
150 kA
100 kA
50 kA
XDS20
XDS15
XCS10
SPDEE
Distribution/Branch Panel 800A - 1200A
Exposure Level
kA per phase
Model
High Exposure
Medium Exposure
Low Exposure
Lowest Exposure
200 kA
150 kA
100 kA
50 kA
XDS20
XDS15
XCS10
SPDEE
Distribution/Branch Panel Less than 800A
Exposure Level
kA per phase
Model
High Exposure
Medium Exposure
Low Exposure
Lowest Exposure
150 kA
100 kA
100 kA
50 kA
XDS15
XDS10
XCS10
SPDEE
PRICING & PRODUCT INFORMATION
Call 800.237.4567 or visit www.aptsurge.com
spee- dee
Type 1 / Type 2 Surge Protective Device/SPD
Features:
• UL 1449 Fourth Edition Listed
• 50kA 8 x 20 µs
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 200kA SCCR (most models)
• All UL-required OCP & Safety Coordination Included Inside
• Voltage Specific Design: Performs better than ‘one-size fits all’
• Tri-Mount Installation for more mounting flexibility:
– Same unit mounts on Pipe Nipple, Bracket or DIN-Rail
• Visual Diagnostics: Easy to See; Easy to Understand
Performance Specifications
Green=Go Visual Diagnostic Monitoring
•
•
•
•
•
•
50kA 8 x 20µs Per Mode
• Green LED = A-OK, Out = replace
UL 1449 tested Inominal: 20kA (highest available) + 10kA
• LED Visible from Multiple Sides & Angles - Better Viewing
UL 1449 tested SCCR: 200kA (most models)
• Every MOV is Monitored as opposed to ‘power is present’
Large-Block, 34mm square, 50kA MOVs
Individually Fused & Thermally Protected MOVs
Tri-Mount Installation
UL 1449 Voltage Protection Ratings (VPRs):
– 600V for 120V, 120/240, 208Y/120
– 1000V for 277V, 480Y/277V
• Repetitive Impulse: 5000 - 3kA - 8 x 20µs; 1000 - 10kA - 8 x 20µs
• Data table on backpage
Std. 3/4”-14
Nipple
Physical Specifications
•
•
•
•
•
•
•
•
•
Relative Humidity Range: 0 - 95% non-condensing
Operating Frequency: 47 - 63Hz
Peak Operating Temperature: +85oC (185oF)
Typical Operating Temperature: -40oC (-40oF) to +60oC (140oF)
Response Time: < 1nanosecond
Solid State Bi-directional Operation
NEMA 4X Polycarbonate Enclosure—UL746C(f1), UL 94-5VA
Pre-wired with 3’ (1m) of #10 AWG conductor
Typical Type 2 Connection: #10 AWG to 30A breaker
Dimensions
3.25
[82.55]
3/4” - 14
4.12
[104.66]
3.58
[90.97]
3.38
[85.95]
3.30
[83.74]
3.24
[82.20]
1.26
[32.05]
1.15
[29.21]
Weight:1.60 lbs (0.73 kg)
Sized for std 35mm Din-Rail
•
•
•
•
N-G protection
Dry Contact & Audible Alarm
Dry Contact connection leads exit through nipple via #18 AWG
Other configurations available for OEM - Call
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
•
•
2 year warranty (longer optional)
UL 1449 4th Edition file: VZCA.E321351 at www.UL.com, cUL
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1
Type 2 (Opt.): UL 1449 Fourth Edition, CSA 22.2 No. 269.2
ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
NEMA LS-1
IEC 61643, CE
Burn-In tested prior to shipment
ISO 9001:2008 Certified Quality Management System
ISO 17025:2005 Certified Test Lab
RoHS-compliant
Special Thank You to NASA/SATOP for design assistance & validation
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Bracket Mount
for flat surfaces
Options
Advanced Protection Technologies
6
DIN-Rail Mount
(rail not incl.)
Application Guide
MODEL NUMBER CONFIGURATOR & OPTIONS
50
A
(Default)
Surge Current
Rating
Voltage
System
120V
50 = 50kA/Phase
127V
1P = One Pole,
Single Phase
N = N-G
Protection
2P = Two Pole,
Split Phase
D = Dry Contact
& Audible
Alarm
220V
EXAMPLES:
240V
S50A120V3Y
277V
50kA, 120V, 3 pole
(208Y/120V)
347V
480V
S50A277V3YN
50kA, 277V, 3 pole
(480Y/277V) with N-G
600V
3Y = Three Pole
Wye
2 = Type 2 SPD,
including
CSA 22.2,
No. 269.2
3D = Three Pole
Delta
3H = Three Pole
Hi-Leg Delta
No cost accessories:
8483 Supplementary label
SYSTEM
CONFIGURATION
Options
}
1 POLE / SINGLE
S
N-G*
MCOV
L-G*
S50A120V1P
S50A120V2P
S50A120V3Y
S50A127V1P
S50A127V2P
S50A127V3Y
S50A220V1P
S50A220V3Y
120V
600
600* 1000* 20kA
120V/240V 600 1000 600* 1000* 20kA
208Y/120V 600 1000 600* 1000* 20kA
127V
700
600* 1200* 20kA
127/254V
700 1200 600* 1200* 20kA
220Y/127V 700 1200 600* 1200* 20kA
220V-1 pole 1200
1000* 1800* 20kA
380Y/220V 1200 2000 1000* 1800* 20kA
- 600 1000
1000*
S50A240V3H 120/240V
Hi-Leg Delta /1200 /1500 600* /1500* 20kA
S50A240V1P 240V-1 pole 1200
1000 1800
20kA
Delta S50A240V3D 240V
1500
1200
20kA
3 pole
S50A277V1P 277V
1200
1000* 1800* 20kA
S50A277V2P 240/480V
1200 2000 1000* 1800* 20kA
S50A277V3Y 480Y/277V 1200 2000 1000* 1800* 20kA
S50A347V3Y 600Y/347V 1500 2500 1200* 2500* 20kA
S50A480V1P 480V-1 pole
1800
10kA
480V
Delta
S50A480V3D 3 pole
3000
1800
10kA
- 1200/
S50A480V3H 240/480V
10kA
Hi-Leg Delta 1800 2500
600V
Delta
S50A600V3D 3 pole
2500
2500
20kA
S100A120V2P 120/240V
600 1000
600
20kA
S100A277V2P 240/480V
1000 1800
1000
20kA
* with optional N-G protection
200kA
200kA
200kA
100kA
100kA
100kA
200kA
200kA
150
150
150
180
180
180
320
320
200kA
200kA
200kA
200kA
200kA
320
320
320
420
550
WHT
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
Model Number
BLK
Hot (BLK)
Neutral (WHT)
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
Model Number
BLK
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
GRN
Model Number
BLK
B Phase B (BLK)
BLK
BLK
Neutral (WHT)
N
WHT
WHT
v
Hot (BLK)
Ground (GRN)
C
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
BLK
BLK
GRN
Voltage
Model Number
Model Number
200kA 550
200kA 320 / 550
Phase A (BLK)
Phase B (ORNG)
200kA 690
100kA 150
100kA 320
v
BLK
BLK
ORNG
Hot (BLK)
Neutral (WHT)
Ground (GRN)
ORNG
BLK
BLK
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
WHT
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
WHT
GRN
Model Number
Voltage
Model Number
S50A240V3H
N/A
D ry
C o n t a ct
L e a d s
P o w e r
L e a d s
v
• Normally Open:
Use Gray & Blue
• Normally Closed:
Use Gray & Red
Au dib le Alarm :
Alarm sounds when any protection
is lost (If diagnostic LED extinguishes
(i.e. problem), alarm will sound)
# 8179
Model Number
WHT
BLK
WHT
BLK
Phase A (BLK)
A
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
GRN
BLK
D ry C ontact:
Three (3) #18 wires
exit the pipe nipple
Gray is Common,
Blue is Normally
Open, Red is
Normally Closed
11.9.15.l h .R e v G
BLK
WHT
Voltage
DELTA
C
BLK
Neutral (WHT)
200kA 320
200kA 320
Downstream of N-G
Bond - N-G protection
suggested
Hot (BLK)
Ground (GRN)
200kA 150 / 320
Optional Form C Dry Contact & Audible Alarm
F orm
2 POLE / SPLIT
L-L
SCCR
}v
}v
WYE
L-N
In
N-G Bonded - Does not
require N-G protection
Voltage
HI-LEG
UL 1449 Fourth Edition
Voltage Protection Rating
VPR 3000A
System
Voltage &
Config
INSTALLED >10’(3M)
FROM SERVICE
ENTRANCE OR
TRANSFORMER
Ground (GRN)
Performance Data
MODEL
Hot (BLK)
v
INSTALLED AT OR
NEAR SERVICE
ENTRANCE OR
TRANSFORMER
Phase A (BLK)
BLK
Phase B (BLK)
Phase C (BLK)
Ground (GRN)
BLK
Voltage
Corner Grounded
Delta?
BLK
GRN
Advanced Protection Technologies
14550 58th St. N.
Clearwater, FL 33760
800.237.4567 X www.aptspd.com
Model Number
S50A240V3D
Use same models
& connect one SPD
black & green to
ground (diagnostics
will function correctly)
R e d
B lu e
G ra y
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
7
DC
SPDEE
Go Green with APT
DC Voltage Surge Protective Device
UL Listed to UL 1449 Photovoltaic Standard
(VZCA.E321351 & VZCA7.E321351)
• UL Listed as opposed to Recognized - avoids scrutiny over
Technical Considerations of Recognized products
• Avoids Certification Surprises
• No Unexpected Installation Requirements
Listed to UL 1449 as DC SPD for use in PV applications
Options & Configurations for OEMs (see back)
Does not require additional upstream fusing for SPD safety protection
• 100kA DC Short Circuit Current Rating (SCCR)
• Fail-Safe operation – arc breaking, slide-gate thermal disconnectors built-in
• Avoids safety challenges and fusing shortcomings of overseas-standard SPDs
Performance Specifications
•
•
•
•
•
•
•
•
•
•
•
50kA 8x20µs Per Mode
300VDC, 600VDC, 1000VDC, 1500VDC & OEM models
All modes of protection: DC+ – G, DC- – G, DC+ – DCUL 1449 tested In: 20kA (1500V: 10kA)
UL 1449 tested SCCR: 100kA DC
UL 1449 Listed as Type 1 SPD
UL 1449 Type 2 optional for cUL Mark
Large-Block arrestor-grade 34mm square MOVs
Individually Fused and Thermally Protected MOVs
Repetitive Impulse: 5000 - 3kA-8 x 20µs; 1000 - 10kA-8 x 20µs
Response Time: < 1nanosecond
Physical Specifications
• Relative Humidity Range: 0 - 95% non-condensing
• Operating Frequency: DC
• Operating Temperature: -40˚C (-40˚F) to +65˚C (149˚F)
(1500VDC: -40˚C (-40˚F) to +85˚C (185˚F))
• Solid State Bi-directional Operation
• NEMA 4X Polycarbonate Enclosure – UL746C(f1), UL 94-5VA
• Pre-wired with 3’ (1m) of #8 AWG & #6 AWG ground conductor
(1500VDC: #10 AWG)
Tri-Mount Installation - Mounting Kit Included
Monitoring Configurations
• Standard - Low consumption LED; monitors every MOV
– Illuminates when power is produced
• Options
– R - Removes LED and its circuitry
– M - MOV Microswitch access option (requires R above)
Dimensions
4.13”
Weight: 1.60 lbs
(0.73 kg)
3.26”
3.31”
3.26”
3.57”
3/4”-14
Std. 3/4”-14
Nipple
•
•
•
•
•
•
•
2 year warranty (longer optional)
ANSI/IEEE C62.41.1-2002, C62.41.2-2002 & C62.45-2002
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025: Certified Test Lab
IEC 61643, CE
UL 96A Lightning Protection Master Label Eligible @ 20kA In
Sized for std 35mm DIN-Rail
Advanced Protection Technologies
8
Bracket Mount
for flat surfaces
Quality, Standards & Validation
1.15”
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
DIN-Rail Mount
(rail not included)
DC
SPDEE
DC Voltage Surge Protective Device
Applications & Models
UL 1449 Model Number
DC Voltage
Maximum Continuous Operating Voltage (Vpvdc)
Voltage Protection Level (Up) @ 6kV/3kA
S50A300VDC
S50A600VDC
S50A1000VDC
S50A1500VDC
0-300VDC
0-600VDC
0-1000VDC
0-1500VDC
424VDC
905VDC
1188VDC
1500VDC
<1000Vp
<2000Vp
<2500Vp
<3000Vp
SPDEE DC Model Number Configurator & Options
UL 1449
S50A
Voltage
50kA default
300VDC
600VDC
1000VDC
1500VDC
Examples:
- S50A300VDCRM = 50kA, 300VDC, Remove LED,
Microswitch Monitoring
- S50A1000VDC2 = 50kA, 1000VDC, Type 2 marking for Canada
Options
2
= Type 2 SPD bearing cULus Mark (for Canada).
R
= Removes LED and its circuitry Visual Monitoring
via pop-up indicator tabs on each MOV.
M
= Microswitch option - requires R option above.
Allows remote access to logic connected MOV
diagnostics. Includes 20 AWG wires out of nipple.
Power must be limited to 50mA at 12VDC.
G
= For Grounding DC+ terminal of system (call).
Schematic: All Modes of Protection
DC+
red wire
DC —
black wire
Available Z Mounting
Bracket Accessory
AC Voltage SPDEE’s
Also Available
GROUND
green/yellow wire
OEM & Brand Label Opportunities
Please call 800.237.4567
9.16.15.lh.RevJ #8383
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
9
Type 1/Type 2 Surge Protective Device/SPD
Features
• UL 1449 Fourth Edition Listed
• 100kA per phase rating
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In) (most models)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant (@20kA In)
• Voltage Specific Design – highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
Performance Specifications
Design Features
Surge Capacities
L-N
L-G
N-G
L-L
100kA Per Phase
50kA
50kA
50kA
100kA
•
•
•
•
•
•
UL 1449 Fourth Edition Listed
UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1
Optional UL 1449-4 Type 2 SPD, CSA 22.2 No. 269.2
UL 1449-4 tested Inominal (In): 20kA & 10kA
UL 1449-4 tested SCCR: 200kA & 100kA
UL 1449-4 Voltage Protection Ratings (VPRs)
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V (data table on back)
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
Physical Specifications
•
•
•
•
•
•
•
•
•
Relative Humidity Range: 0 - 95% non-condensing
Operating Frequency: 47 - 63Hz (also 400Hz on <480V)
Operating Temperature: -40°C (-40°F) to +85°C (185°F)
Weight: 3 lbs (1.4 kg)
NEMA 4X Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA
Dimensions: 8.3” x 3.6” x 3.0” (211mm x 91mm x 77mm)
3/4” threaded hub - weather resistant 4X
Pre-wired with 3’ (1m) of #10 AWG conductor
Typical connection: #10 AWG and 30A breaker
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643, CE
• High Energy Parallel Design for Category C3 & C-High
applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Individually Fused & Thermally Protected MOVs
• Large-Block, 34mm square, 50kA MOVs
• Solid State Bidirectional Operation
Diagnostic Monitoring
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
• Optional: Audible Alarm & Form C Dry Contact (Contact rated
240V, 5A; leads are pre-wired through nipple with #18 AWG)
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Advanced Protection Technologies
10
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1
Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TEXCS
MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
XCS
ll
l...
Voltage Code for Electrical System
Surge Current Rating
Options
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2)
10 = 100kA/Phase
A
= Audible Alarm & Dry Contacts
Form C, 240V, 5A (pre-wired)
E
= Remote Indicator LED on 6’ Cable
(pre-wired through nipple)
2
= Type 2 SPD
Standard Enclosure Rating
Other Available Systems - Confirmation encouraged:
15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1)
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2)
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
06 = 240V Delta - 3� 3W+Grnd (Fig 4)
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
11 = 120V Single Phase (Fig 5)
12 = 240V Single Phase (Fig 5) - Not split phase
13 = 127V Single Phase (Fig 5)
14 = 300V Single Phase (Fig 5)
16 = 277V Single Phase (Fig 5)
17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5)
Figure 1
}V
}V
Figure 2
Phase A (BLK)
Hot (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
N
Ground (GRN)
SPLIT
2 Hots, 1 Neu, 1 Grnd
C
}
V
Figure 4
Phase A (BLK)
Phase B (ORNG)
}
}
V
V
Phase C (BLK)
Ground (GRN)
HI-LEG DELTA (B
High)
3 Hots, (B HIGH),
1 Neu, 1 Grnd
Figure 5
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
WYE
3 Hots, 1 Neu, 1 Grnd
Available Accessory (order separately)
XMFMKIT = Flush Mount Kit
RM = Remote Monitor
Figure 3
Neutral (WHT)
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
NEMA 4X Polycarbonate
(size 8.3” x 3.6” x 3.0”)
Ground (GRN)
DELTA & HRG WYE
3 Hots, 1 Grnd
}
Figure 6
}V
Hot (BLK)
V
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3� Wye
240Y/120V B High Leg Delta
480Y/277V 3� Wye
480V 3� Delta
600Y/347V 3� Wye
L-N
L-G
N-G
L-L
In
SCCR
MCOV
600
600
600/1200
1200
1500
700
700
700/1200
1200
1800
1500
500
500
500
1000
1500
1000
1000
1000
1800
1800
2500
20kA
20kA
20kA
20kA
10kA
10kA
100kA
200kA
200kA
200kA
200kA
200kA
150
150
150 / 320
320
552
420
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
10.1.15.lh.RevG #8389
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
11
Type 1/Type 2 Surge Protective Device/SPD
Features:
• UL 1449 Fourth Edition Listed
• 100kA – 200kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In) (most models)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant (@20kA In)
• Voltage Specific Design – Highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
Performance Specifications
Surge Capacities
L-N
L-G
N-G
L-L
100kA Per Phase
50kA
50kA
50kA
100kA
150kA Per Phase
100kA
50kA
50kA
150kA
200kA Per Phase
100kA
100kA
100kA
200kA
• UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1
• Optional UL 1449-4 Type 2 SPD, UL 1283 Listed,
CSA 22.2 No. 269.2
• UL 1449-4 tested Inominal (In): 20kA & 10kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V (data table on back)
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up to
-50dB from 10kHz to 100MHz (Type 2 option only, incl.
UL 1283 Listing)
Physical Specifications
•
•
•
•
•
•
•
Relative Humidity Range: 0 - 95% non-condensing
Operating Frequency: 47 - 63Hz
Peak Operating Temperature: +85°C (185°F)
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 5 lbs (2.3 kg)
NEMA 4X Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA
Dimensions: 6” x 6” x 4” (152mm x 152mm x 102mm)
(excluding removable mounting feet)
• Lug size: #8 - #10 AWG
• Typical connection: #8 AWG and 40A breaker
Advanced Protection Technologies
12
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Design Features
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643, CE
• High Energy Parallel Design for Category C3 & C-High
applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Individually Fused & Thermally Protected MOVs
• Large-Block, 34mm square, 50kA MOVs
• Solid State Bidirectional Operation
Diagnostic Monitoring
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Phase Loss monitoring (toggles LED & dry contact)
Electrically isolated circuitry ensures surges do not damage
diagnostics
• Optional: Audible Alarm & Form C Dry Contact
(Contact rated 240V, 5A)
Quality, Standards & Validation
• Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1
• Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2,
UL 1283
• UL file: VZCA.E321351 at www.UL.com
• RoHS-compliant
• IEC 61643, CE
• 10 year warranty (longer optional)
• Burn-In tested prior to shipment
• ISO 9001:2008 Quality Management System
• ISO 17025:2005 Laboratory Qualification
TEXDS
MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
ll
XDS
l...
4X
Voltage Code for Electrical System
Surge Current Rating
Options
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2)
10 = 100kA/Phase
15 = 150kA/Phase
20 = 200kA/Phase
A = Audible Alarm & Dry Contacts,
Form C, 240V, 5A
2
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
Delete Noise Filtering
Other Available Systems - Confirmation encouraged:
15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1)
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2)
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
Enclosure Rating
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
06 = 240V Delta - 3� 3W+Grnd (Fig 4)
4X = NEMA 4X
Non-Metallic
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
(size 6” x 6”x 4”)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
(Available: 100kA)
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
(Available: 100kA)
11 = 120V Single Phase (Fig 5)
12 = 240V Single Phase (Fig 5) - Not split phase
13 = 127V Single Phase (Fig 5)
14 = 300V Single Phase (Fig 5)
16 = 277V Single Phase (Fig 5)
17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5)
Figure 1
}V
}V
Hot (BLK)
Figure 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
N
Ground (GRN)
C
}
Figure 3
V
}
}
V
V
Neutral (WHT)
Phase C (BLK)
Ground (GRN)
Figure 5
}
Phase A (BLK)
Phase B (BLK)
}V
Hot (BLK)
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
Ground (GRN)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
HI-LEG DELTA (B High) DELTA & HRG Wye
SPLIT
WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd 3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
Figure 6
V
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
Available Accessory (order separately)
KITFMXF = Flush Mount Kit
RM = Remote Monitor
Figure 4
Phase A (BLK)
Phase B (ORNG)
= Type 2 SPD, incl. UL 1283 EMI/RFI Filters
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3Ø Wye
240Y/120V B High Leg Delta
480Y/277V 3Ø Wye
480V 3Ø Delta
600Y/347V 3Ø Wye
L-N
L-G
N-G
L-L
700
700
700/1200
1200
1500
700
700
700/1200
1200
1800
1500
600
600
600
1200
1500
1000
1000
1000/2000
2000
2000
2500
In
20kA
20kA
20kA
20kA
10kA
10kA
SCCR
MCOV
100kA
200kA
200kA
200kA
200kA
200kA
150
150
150 / 320
320
550
420
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
9.4.15.lh revG #8390
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
13
Type 1/Type 2 Surge Protective Device/SPD
Features:
• UL 1449 Fourth Edition Listed
• 100kA – 500kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (most models)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant (@20kA In)
• Voltage Specific Design – Highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
• Optional Rotary Disconnect Switch
Performance Specifications
Surge Capacities
L-N
L-G
N-G
L-L
100kA Per Phase
50kA
50kA
50kA
100kA
150kA Per Phase
100kA
50kA
50kA
150kA
200kA Per Phase
100kA
100kA
100kA
200kA
250kA Per Phase
150kA
100kA
100kA
250kA
300kA Per Phase
150kA
150kA
150kA
300kA
400kA Per Phase
200kA
200kA
200kA
400kA
500kA Per Phase
250kA
250kA
250kA
500kA
• UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1
• Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2
No. 269.2
• UL 1449-4 tested Inominal: 20kA & 10kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB
from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing)
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm & Dry
Contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function, reset &
no-maintenance Eprom memory
Design Features
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 & C-High
applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Individually Fused & Thermally Protected MOVs
• Large-Block, 34mm square, 50kA MOVs
• Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Advanced Protection Technologies
14
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 - 95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 24 lbs (11 kg)
Standard NEMA 1/12/3R/4 enclosure
Standard size: 12” x 12” x 7” (305mm x 305mm x 177mm)
Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0)
Typical connection: #6 AWG and 60A breaker
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1
Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2, UL 1283
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TEXAS
MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
ll
XAS
ll
l...
Voltage Code for Electrical System
Surge Current Rating
Options
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
(450kA replaces 400kA or 500kA)
08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2)
10
15
20
25
30
40
45
X
=
=
=
=
=
=
=
100kA/Phase
150kA/Phase
200kA/Phase
250kA/Phase
300kA/Phase
400kA/Phase
450kA/Phase
E
F
(Voltage Codes 05, 51, 06 & 61)
= Surge Counter, six-digit LCD counter
includes maintenance-free Eprom memory
backup
= Remote Locatable Display on 4 ft Cable
custom cable lengths available
= Noise Filtering - Extended Range &
Attenuation (available on 400kA & 500kA
models)
= Rotary Disconnect Switch, ABB, UL98
D
Other Available Systems - Confirmation encouraged: 50 = 500kA/Phase
T = Thru-Door Rotary Disconnect Switch,
15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1)
ABB, UL98, E1 enclosure only
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
(Consult factory for other disconnect
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
switch options)
41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2)
2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
Delete Options - Consult Factory for Order Code
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
Delete L-N Protection (reduces kA rating)
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
Delete L-G Protection (reduces kA rating)
(450kA replaces 400kA or 500kA)
Delete N-G Protection (reduces kA rating)
06 = 240V Delta - 3� 3W+Grnd (Fig 4)
Delete Noise Filtering
(450kA replaces 400kA or 500kA)
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
Available Accessory (order separately)
(450kA replaces 400kA or 500kA)
RM = Remote Monitor
380Y/220V
Wye
3�
4W+Grnd
(Fig
2)
07 =
Enclosure Rating
09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
(Available: 100kA, 150kA, 200kA, 250kA)
E1 = NEMA 1/12/3R/4 (size: 12” x 12” x 7”)
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”)
(Available: 100kA, 150kA, 200kA, 250kA)
(polycarbonate, display inside clear front door)
11 = 120V Single Phase (Fig 5)
4S = NEMA 4X Stainless Steel (size: 12" x 12"x 6")
12 = 240V Single Phase (Fig 5) - Not split phase
(display inside door)
13 = 127V Single Phase (Fig 5)
FM
=
NEMA
1 Flush Mount (wall cavity size: 12” x 12”x 6” deep)
14 = 300V Single Phase (Fig 5)
P1 = NEMA 1 pullbox ‘indoor’ (size: 12” x 12” x 6”) includes ‘E’ option
16 = 277V Single Phase (Fig 5)
(Optional rotary disconnect increases enclosure sizes to 16” x 14” x 6” on models > 300kA)
17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5)
Figure 1
}V
}V
Hot (BLK)
Figure 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
N
Ground (GRN)
C
}
Figure 3
}
}
V
V
Neutral (WHT)
V
Figure 4
Phase A (BLK)
Phase B (ORNG)
Phase C (BLK)
Ground (GRN)
}
Figure 6
}V
Hot (BLK)
V
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
Figure 5
Phase A (BLK)
Ground (GRN)
Neutral (WHT)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
SPLIT
WYE
HI-LEG DELTA (B High) DELTA & HRG WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd 3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
Phase A (BLK)
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
01
02
02
03
04
04
05
05
07
08
08
=
=
=
=
=
=
=
=
=
=
=
=
240/120V Split Phase (<300kA)
240/120V Split Phase (=>300kA)
208Y/120V 3� Wye (<300kA)
208Y/120V 3� Wye (=>300kA)
240Y/120V B High Leg Delta
480Y/277V 3� Wye (<300kA)
480Y/277V 3� Wye (=>300kA)
480V 3� Delta (<300kA)
480V 3� Delta (=>450kA)
380Y/220V 3� Wye (<300kA)
600Y/347V 3� Wye (<300kA)
600Y/347V 3� Wye (=>300kA)
L-N
L-G
N-G
L-L
In
SCCR
MCOV
700
700
700
700
700/1200
1200
1200
1200
1500
1500
700
600
700
600
700/1200
1200
1000
1800
1800
1200
1500
1500
700
600
700
600
700
1200
1000
1200
1500
1500
1200
1000
1200
1000
1800
2000
1800
1800
1800
2000
2500
2500
20kA
20kA
20kA
20kA
20kA
20kA
20kA
10kA
20kA
20kA
10kA
20kA
100kA
100kA
200kA
200kA
200kA
200kA
200kA
200kA
200kA
200kA
200kA
200kA
150
150
150
150
150 / 320
320
320
550
550
320
420
420
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
Optional disconnect switch may increase VPRs.
9.4.15.lh revC #8386
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
15
Type 1/Type 2 Surge Protective Device/SPD
Features:
• Directly Connected, Discrete Protection Elements
Between All Possible Modes
• UL 1449 Fourth Edition Listed
• 150kA – 450kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant (@20kA In)
• All MOV suppression elements monitored
• All Modes of Protection
Performance Specifications
• Directly Connected, Discrete Protection Elements
Between All Possible Modes with True 10-Mode
Protection
Surge Capacities
L-N
L-G
N-G
L-L
150kA Per Phase
50kA
50kA
50kA
50kA
300kA Per Phase
100kA
100kA
100kA
100kA
450kA Per Phase
150kA
150kA
150kA
150kA
• UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1
• Optional UL 1449-4 Type 2 SPD, UL 1283 Listed,
CSA 22.2 No. 269.2
• UL 1449-4 tested Inominal (In): 20kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave True Tracking Filter with EMI/RFI Filtering
up to -50dB from 10kHz to 100MHz (Type 2 option only,
incl. UL 1283 Listing)
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm &
Dry Contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring
Electrically isolated diagnostic circuitry
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function,
reset & no-maintenance Eprom memory
Design Features
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643, CE
• High Energy Parallel Design for Category C3 & C-High
applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Individually Fused & Thermally Protected MOVs
• Large-Block, 34mm square, 50kA MOVs
• Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Advanced Protection Technologies
16
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 - 95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 24 lbs (11 kg)
Standard NEMA 1/12/3R/4 enclosure
Standard size: 12” x 12” x 7” (305mm x 305mm x 177mm)
Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0)
Typical connection: #6 AWG and 60A breaker
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1
Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.2, UL 1283
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TEXAL
10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
ll
XAL
Voltage Code for Electrical System
ll
Surge Current Rating
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
15 = 150kA/Phase
30 = 300kA/Phase
45 = 450kA/Phase
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
Other Available Systems - Confirmation encouraged:
15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1)
l...
Options
X
= Surge Counter, six-digit LCD counter
includes maintenance-free Eprom
memory backup
E
= Remote Locatable Display on 4 ft Cable
custom cable lengths available
F
= Noise Filtering - Extended Range &
Attenuation (available on 450kA & 500kA models)
D = Rotary Disconnect, ABB, UL98
T
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
= Thru-door Rotary Disconnect Switch,
Katko, UL 508, E1 enclosure only
(Consult factory for other disconnect switch options)
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
2
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
= Type 2 SPD, incl. UL 1283 EMI/RFI Filters
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
Delete Noise Filtering
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
F ig u r e 1
}V
}V
Hot (BLK)
Available Accessory (order separately)
RM = Remote Monitor
Neutral (WHT)
Hot (BLK)
Ground (GRN)
SPLIT
2 Hots, 1 Neu, 1 Grnd
F ig u r e 3
Phase A (BLK)
Phase B (ORNG)
}
V
Enclosure Rating
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
F ig u r e 2
E1 = NEMA 1/12/3R/4 (size: 12” x 12” x 7”)
4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”)
Phase A (BLK)
B Phase B (BLK)
A
N
C
}
Neutral (WHT)
V
Phase C (BLK)
HI-LEG DELTA (B High)
3 Hots, (B HIGH),
1 Neu, 1 Grnd
(polycarbonate, display inside clear front door)
4S = NEMA 4X Stainless Steel (size: 12" x 12"x 6")
(display inside door)
FM = NEMA 1 Flush Mount (wall cavity size: 12” x 12”x 6” deep)
P1 = NEMA 1 pullbox ‘indoor’ (size: 12” x 12” x 6”) - includes ‘E’ option
Ground (GRN)
(Optional rotary disconnect increases enclosure sizes to 16” x 14” x 6” on 450kA only)
WYE
3 Hots, 1 Neu, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
=
=
=
=
240/120V Split Phase
208Y/120V 3Ø Wye
240Y/120V B High Leg Delta
480Y/277V 3Ø Wye
L-N
L-G
N-G
L-L
In
SCCR
MCOV
700
700
800/1500
1200
700
700
700/1200
1200
700
700
700
1200
1000
1000
1800
1800
20kA
20kA
20kA
20kA
100kA
200kA
200kA
200kA
150
150
150 / 320
320
700
700
1200
1200
1200
1200
1000
1000
1800
1800
1800
1800
20kA
20kA
20kA
20kA
20kA
20kA
200kA
200kA
200kA
200kA
200kA
200kA
150
180
320
320
320
320
Other Available Systems - Confirmation encouraged:
15
21
42
43
44
07
=
=
=
=
=
=
254/127V Split Phase
220Y/127V 3Ø Wye
415Y/240V 3Ø Wye
400Y/230V 3Ø Wye
440Y/250V 3Ø Wye
380Y/220V 3Ø Wye
700
700
1200
1200
1200
1200
700
700
1200
1200
1200
1200
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
Optional disconnect switch may increase VPRs.
9.29.15.lh.RevC #8385
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
17
Type 1/Type 2 Surge Protective Device/SPD
Features:
• UL 1449 Fourth Edition Listed
• 400kA – 1,000kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant
• Rotary Disconnect Switch included as Standard Equipment
• Dual Redundant Replaceable Modules
• Voltage Specific Design – Highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
Performance Specifications
Design Features
Surge Capacities
L-N
L-G
N-G
L-L
400kA Per Phase
200kA
200kA
200kA
400kA
600kA Per Phase
300kA
300kA
300kA
600kA
800kA Per Phase
400kA
400kA
400kA
800kA
1000kA Per Phase
500kA
500kA
500kA
1000kA
• UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1
• Optional UL 1449-4 Type 2 SPD, UL 1283 Listed,
CSA 22.2 No. 269.2
• UL 1449-4 tested Inominal (In): 20kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 700V
– 480Y/277V: as low as 1200V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB
from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing)
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm &
Dry Contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function, reset &
no-maintenance Eprom memory
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643, CE
• High Energy Parallel Design for Category C3 & C-High applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Individually Fused & Thermally Protected MOVs
• Large-Block, 34mm square, 50kA MOVs
• Dual Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Advanced Protection Technologies
18
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 52 lbs (23.6 kg)
Standard NEMA 1/12/3R/4 enclosure
Standard size: 20” x 20” x 7.5” (50.8cm x 50.8cm x 19cm)
Lug size: #6 - #1/0 AWG
Typical connection: #6 AWG and 60A breaker
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1
Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.2, UL 1283
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TEXBS
MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
ll
XBS
Voltage Code for Electrical System
ll
Surge Current Rating
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
05 = 480V Delta - 3Ø 3W+Grnd (Fig4) & HRG Wye
(Available: 400kA, 600kA, 900kA)
08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig2)
40
l...
Options
= 400kA/Phase
X
= Surge Counter, six-digit LCD counter
includes maintenance-free Eprom memory
backup
(Voltage Codes 09 & 91 only)
E
60
80
90
= Remote Locatable Display on 4 ft Cable
custom cable lengths available
F
= Noise Filtering - Extended Range &
Attenuation (available on 400kA & 500kA
models)
(Voltage Codes 09 & 91 only)
50
= 500kA/Phase
= 600kA/Phase
= 800kA/Phase
= 900kA/Phase
(Voltage codes 05, 51, 06, 61 only)
T = Thru-Door Rotary Disconnect Switch, ABB,
Other Available Systems - Confirmation encouraged: 1K = 1000kA/Phase
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
UL98, E1 enclosure only
41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2)
K = Rotary Disconnect Switch, Katko, UL508
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
S = Thru-Door Rotary Disconnect Switch,
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
Katko, UL 508, E1 enclosure only
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters
(Available: 600kA & 900kA)
Delete Options - Consult Factory for Order Code
06 = 240V Delta - 3� 3W+Grnd (Fig 4)
Delete L-N Protection (reduces kA rating)
(Available: 600kA & 900kA)
Delete L-G Protection (reduces kA rating)
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
Delete N-G Protection (reduces kA rating)
(Available: 600kA & 900kA)
Delete Noise Filtering
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
Available Accessory (order separately)
(Available: 400kA & 500kA)
RM = Remote Monitor
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
Enclosure Rating
(Available: 400kA & 500kA)
E1 = NEMA 1/12/3R/4 (size: 20”. x 20” x 7.5”)
4X = NEMA 4X Non-Metallic (size: 24” x 24”x 8”)
(fiberglass, display inside door)
4S = NEMA 4X Stainless Steel (size: 20" x 20"x 7")
(display inside door)
P1 = NEMA 1 pullbox ‘indoor’ (size: 20” x 20” x 6”) - includes ‘E’ option
FM = NEMA 1 Flush Mount (wall cavity size: 20” x 20”x 6” deep)
(Dimensions include standard rotary disconnect switch. Optional Thru-Door
handle does not increase enclosure sizes.)
F ig u r e 1
Hot (BLK)
}V
}V
Figure 2
Neutral (WHT)
B Phase B (BLK)
N
Hot (BLK)
Ground (GRN)
C
}
}
}
V
V
Neutral (WHT)
V
Figure 4
Phase A (BLK)
Phase B (ORNG)
Phase A (BLK)
A
SPLIT
2 Hots, 1 Neu, 1 Grnd
Figure 3
Phase C (BLK)
Ground (GRN)
WYE
3 Hots, 1 Neu, 1 Grnd
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
Figure 5
Ground (GRN)
HI-LEG DELTA (B High) DELTA & HRG Wye
3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
}
Figure 6
}V
Hot (BLK)
V
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data:
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3Ø Wye
240/120V B High Leg Delta
480Y/277V 3Ø Wye
480V 3Ø Delta
600Y/347V 3Ø Wye
L-N
L-G
N-G
L-L
700
700
700/1200
1200
1500
700
700
700/1200
1200
1800
1500
700
700
700/1000
1200
1500
1000
1000
1000/1800
1800
1800
2500
In
20kA
20kA
20kA
20kA
20kA
20kA
SCCR
MCOV
100kA
200kA
200kA
200kA
200kA
200kA
150
150
150 / 320
320
550
420
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
9.29.15.lh.RevC #8388
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
19
Type 1/Type 2 Surge Protective Device/SPD
Features:
• Directly Connected, Discrete Protection Elements Between
All Possible Modes
• UL 1449 Fourth Edition Listed
• 600 & 900kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant
• Rotary Disconnect Switch included as Standard Equipment
• Dual Redundant Replaceable Module Construction
• All MOV suppression elements monitored
• All Modes of Protection
Performance Specifications
• Directly Connected, Discrete Protection Elements
Between All Possible Modes with True 10-Mode
Protection
Surge Capacities
L-N
600kA Per Phase
200kA
200kA
200kA
200kA
900kA Per Phase
300kA
300kA
300kA
300kA
L-G
N-G
L-L
• UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1
• Optional UL 1449-4 Type 2 SPD, UL 1283 Listed,
CSA 22.2 No. 269.2
• UL 1449-4 tested Inominal (In): 20kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 700V
– 480Y/277V: as low as 1200V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave True Tracking Filter with EMI/RFI
Filtering up to -50dB from 10kHz to 100MHz
(Type 2 option only, incl. UL 1283 Listing)
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm &
Dry Contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring
Electrically isolated diagnostic circuitry
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function,
reset & no-maintenance Eprom memory
Design Features
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643, CE
• High Energy Parallel Design for Category C3 & C-High applications
• For External Mounting next to Switchgear, Motor Controls Centers
or Panelboards
• Individually Fused & Thermally Protected MOVs
• Large-Block, 34mm square, 50kA MOVs
• Dual Redundant Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
•
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 52 lbs (23.6 kg)
Standard NEMA 1/12/3R/4 enclosure
Standard size: 20” x 20” x 7.5” (50.8cm x 50.8cm x 19cm)
Lug size: #6 - #1/0 AWG
Typical connection: #6 AWG and 60A breaker
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1
Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.2, UL 1283
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
Advanced Protection Technologies
20
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
TEXBL
10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
ll
XBL
ll
l...
Voltage Code for Electrical System
Surge Current Rating
Options
Common North American Systems:
60 = 600kA/Phase
90 = 900kA/Phase
X
= Surge Counter, six-digit LCD counter
includes maintenance-free Eprom
memory backup
E
= Remote Locatable Display on 4 ft Cable
custom cable lengths available
F
= Noise Filtering - Extended Range &
Attenuation (available on 400kA & 500kA
models)
T
= Thru-Door Rotary Disconnect Switch,
ABB, UL98, E1 enclosure only
K
= Rotary Disconnect Switch, Katko, UL 508
S
= Thru-Door Rotary Disconnect Switch,
Katko, UL 508, E1 enclosure only
2
= Type 2 SPD, incl. UL 1283 EMI/RFI Filters
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
Other Available Systems - Confirmation encouraged:
41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2)
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
Delete Noise Filtering
F ig u r e 1
}V
}V
Hot (BLK)
Neutral (WHT)
Hot (BLK)
Ground (GRN)
Available Accessory (order separately)
RM = Remote Monitor
F ig u r e 3
Enclosure Rating
Phase A (BLK)
Phase B (ORNG)
SPLIT
2 Hots, 1 Neu, 1 Grnd
}
V
E1 = NEMA 1/12/3R/4 (size: 20” x 20” x 7.5”)
4X = NEMA 4X Non-Metallic (size: 24” x 24”x 8”)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
F ig u r e 2
(fiberglass, display inside door)
4S = NEMA 4X Stainless Steel (size: 20" x 20"x 7.5")
Phase A (BLK)
B Phase B (BLK)
A
N
C
}
Neutral (WHT)
V
Phase C (BLK)
HI-LEG DELTA (B High)
3 Hots, (B HIGH),
1 Neu, 1 Grnd
F ig
(display inside door)
u re 3
Ground (GRN)
P1 = NEMA 1 pullbox ‘indoor’ (size: 20” x 20” x 6”) - includes ‘E’ option
FM = NEMA 1 Flush Mount (wall cavity size: 20” x 20”x 6” deep)
F i g u standard
r e 4 rotary disconnect
F i g switch.
u r e 5Optional Thru-DoorF
(Dimensions include
handle does not increase enclosure sizes.)
ig u r e 6
WYE
3 Hots, 1 Neu, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
=
=
=
=
42
43
44
07
=
=
=
=
240/120V Wye
208Y/120V 3� Wye
240Y/120V B High Leg Delta
480Y/277V 3� Wye
L-N
L-G
N-G
L-L
In
SCCR
MCOV
700
700
700/1200
1200
700
700
700/1200
1200
700
700
700
1200
1200
1200
1200/1800
1800
20kA
20kA
20kA
20kA
100kA
200kA
200kA
200kA
150
150
150 / 320
320
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1800
1800
1800
1800
20kA
20kA
20kA
20kA
200kA
200kA
200kA
200kA
320
320
320
320
Less Common & Specialty
415V/240V 3� Wye
400V/230V 3� Wye
440V/250V 3� Wye
380V/220V 3� Wye
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
9.29.15.lh.RevB #8387
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
21
Features:
• UL 1449 Fourth Edition Listed & CSA 22.2 No. 269.2
• 120kA & 160kA per phase ratings
• Type 2 SPD –
– All UL required OCP & Safety Coordination included inside
– Can be installed load-side of main disconnect
• Replaceable module construction
• 200kA SCCRs
• Voltage Specific Design – Highly configurable
• MOV suppression elements monitored
Performance Specifications
Design Features
Surge Capacities
L-N
N-G
L-L
120kA Per Phase
120kA
120kA
120kA
Standard
160kA Per Phase
160kA
160kA
160kA
Optional
•
•
•
•
UL 1449 4th Edition Listed, UL 1283 Listed & CSA 22.2 No. 269.2
UL 1449-4 Type 2 SPD
UL 1449-4 tested SCCR: 200kA
UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB
from 10kHz to 100MHz
Diagnostic Monitoring
•
•
•
•
•
•
•
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm
Redundant monitoring LEDs on modules
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
• Optional Form C Dry Contacts, 240V, 5A (two sets)
• Optional Surge Counter, six-digit LCD, with test function, reset &
no-maintenance SuperCap energy storage device
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 & C-High
applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Individually Fused Suppression Modules
• Large-Block 34mm square MOVs
• Replaceable Phase Module Construction
• Thermal Cutout in Each Mode
• Busbar Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
Advanced Protection Technologies
22
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 25 lbs (11.4 kg)
Standard NEMA 1/12/3R/4 enclosure
Standard size: 12” x 12” x 7.5” (30.5cm x 30.5cm x 19cm)
Lug size: #1/0 - #14 AWG
Typical connection: #6 AWG and 60A breaker
UL 1449 4th Edition, UL 1283 Listed & CSA 22.2 No. 269.2
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested Prior to Shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TE/HP MODEL NUMBER CONFIGURATOR & OPTIONS
ll
/
l...
HP
/
ll/ l...
/
Model Family
TE
= Transient Eliminator, Listed Type 2 SPD in
NEMA 1/3R/04/12 enclosure
Option Suffixes (Seperated by slashes -/)
HP = HP Family
120kA rating
standard
CL = 160kA Option
DC = Dry Contacts
Two sets Form C on terminal strip
FM = Flush Mount enclosure, NEMA 1 only
(wall cavity size: 12”x12”x6” deep)
SC = Surge Counter
Voltage Code for Electrical System
Available Accessory (order separately):
RM = Remote Monitor
Common North American Systems:
1 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
2 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
3 = 240/120V High Leg Delta (B High) (Fig 3)
4 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
5 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
8 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2)
Enclosure Rating
04 = Standard: NEMA 1/3R/04/12 (size: 12” x 12” x 7.5”)
FM = Flush Mount Enclosure, NEMA 1 only
( w a l l c a v i t y s i z e : 12” x 12” x 6”)
Other Available Systems - Confirmation encouraged:
11 = 120V Single Phase - 1� 2W + Grnd (Fig 5)
12 = 240V Single Phase - 1� 2W + Grnd (Fig 5)
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
6 = 240V Delta - 3� 3W+Grnd (Fig 4)
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
7 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
9 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
F ig u r e 1
}V
}V
Hot (BLK)
F ig u r e 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
Ground (GRN)
N
C
}
Neutral (WHT)
V
Phase C (BLK)
Ground (GRN)
SPLIT
WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd
4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”)
( p o ly c a r b o n a te , d is p la y in s id e c le a r fr o n t d o o r )
4S = NEMA 4X Stainless Steel (size: 12" x 12"x 6")
( d is p la y in s id e d o o r )
F ig u r e 3
F ig u r e 4
Phase A (BLK)
Phase B (ORNG)
}
}
V
V
Phase C (BLK)
F ig u r e 5
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
}
}V
V
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
Ground (GRN)
HI-LEG DELTA (B High) DELTA & HRG WYE
3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
F ig u r e 6
Hot (BLK)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3Ø Wye
240Y/120V B High Leg Delta
480Y/277V 3Ø Wye
480V 3Ø Delta
600Y/347V 3Ø Wye
Other Available Systems:
L-N
N-G
L-L
Type
In
SCCR
MCOV
800
800
800/1200
1200
—
1500
600
600
600
1000
—
1200
1200
1200
1200
1800
1800
2500
Type 2
Type 2
Type 2
Type 2
Type 2
Type 2
5kA
5kA
5kA
5kA
5kA
5kA
200kA
200kA
200kA
200kA
200kA
200kA
150
150
150 / 320
320
550
420
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
5.23.16.lh.RevC #8397
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
23
Features:
• UL 1449 Fourth Edition Listed & CSA 22.2 No. 269.2
• 80kA, 120kA & 160kA per phase ratings
• Type 2 SPD –
–
–
•
•
•
•
All UL required OCP & Safety Coordination included inside
Can be installed load-side of main disconnect
Replaceable module construction
200kA SCCRs
Voltage Specific Design – Highly configurable
MOV suppression elements monitored
Performance Specifications
Design Features
Surge Capacities
L-N
N-G
L-L
80kA Per Phase
80kA
80kA
80kA
120kA Per Phase
120kA
120kA
120kA
Optional
160kA Per Phase
160kA
160kA
160kA
Optional
Standard
•
•
•
•
UL 1449 4th Edition Listed, UL 1283 Listed & CSA 22.2 No. 269.2
UL 1449-4 Type 2 SPD
UL 1449-4 tested SCCR: 200kA
UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB
from 10kHz to 100MHz
Diagnostic Monitoring
•
•
•
•
Green LED Status indicator per phase
Redundant monitoring LEDs on modules
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
• Optional Form C Dry Contacts, 240V, 5A (two sets)
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 & C-High
applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Individually Fused Suppression Modules
• Large-Block 34mm square MOVs
• Replaceable Phase Module Construction
• Thermal Cutout in Each Mode
• Busbar Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
•
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 25 lbs (11.4 kg)
Standard NEMA 1/12/3R/4 enclosure
Standard size: 12” x 12” x 7.5” (30.5cm x 30.5cm x 19cm)
Lug size: #1/0 - #14 AWG
Typical connection: #6 AWG and 60A breaker
Quality, Standards & Validation
•
•
•
•
•
•
•
•
Advanced Protection Technologies
24
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
UL 1449 4th Edition, UL 1283 Listed & CSA 22.2 No. 269.2
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested Prior to Shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TE/HPS MODEL NUMBER CONFIGURATOR & OPTIONS
ll / ll
HPS
/
ll
/
Model Family
TE
= Transient Eliminator, Listed Type 2 SPD
in NEMA 1/3R/04/12 enclosure
l...
/
Option Suffixes (Seperated by slashes -/)
CX = 120kA Option
HPS = HPS Family
80kA rating standard
CL = 160kA Option
DC = Dry Contacts
Two sets Form C on terminal strip
FM = Flush Mount enclosure, NEMA 1 only
(wall cavity size: 12”x12”x6” deep)
Voltage Code for Electrical System
Available Accessory (order separately):
RM = Remote Monitor
Common North American Systems:
1 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
2 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
3 = 240/120V High Leg Delta (B High) (Fig 3)
4 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
5 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
8 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2)
Enclosure Rating
Other Available Systems - Confirmation encouraged:
4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”)
04 = Standard: NEMA 1/3R/04/12 (size: 12” x 12” x 7.5”)
FM = Flush Mount Enclosure, NEMA 1 only
( w a l l c a v i t y s i z e : 12” x 12” x 6”)
11
12
51
6
61
7
9
91
=
120V
240V
480V
240V
240V
380Y
600V
600V
=
=
=
=
=
=
=
S in g le
S in g le
B C o r
D e lta
B C o r
/220V
D e lta
B C o r
P h a
P h a
n e r G
- 3Ø
n e r G
W y e
- 3Ø
n e r G
s e - 1Ø
s e - 1Ø
rn d D e
3W + G r
rn d D e
- 3Ø 4W
3W + G r
rn d D e
F ig u r e 1
}V
}V
Hot (BLK)
2W +
2W +
l t a , 3Ø
n d ( F ig
l t a , 3Ø
+ G rn
n d ( F ig
l t a , 3Ø
G rn
G rn
3W
4)
3W
d (F
4)
3W
d ( F i g 5)
d ( F i g 5)
+ G r n d ( F i g 6)
(
F ig u r e 3
Hot (BLK)
B Phase B (BLK)
Ground (GRN)
N
C
}
}
}
V
Phase C (BLK)
Ground (GRN)
F ig u r e 5
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
SPLIT
WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd
F ig u r e 4
V
Neutral (WHT)
V
d is p la y in s id e d o o r )
Phase A (BLK)
Phase B (ORNG)
Phase A (BLK)
A
4S = NEMA 4X Stainless Steel (size: 12" x 12"x 6")
+ G r n d ( F i g 6)
i g 2)
& H R G W y e
+ G r n d ( F i g 6)
F ig u r e 2
Neutral (WHT)
( p o ly c a r b o n a te , d is p la y in s id e c le a r fr o n t d o o r )
}
}V
V
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
Ground (GRN)
HI-LEG DELTA (B High) DELTA & HRG WYE
3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
F ig u r e 6
Hot (BLK)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3� Wye
240Y/120V B High Leg Delta
480Y/277V 3� Wye
480V 3� Delta
600Y/347V 3� Wye
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
5.23.16.lh.RevC #8396
L-N
N-G
L-L
Type
In
SCCR
MCOV
800
800
800/1200
1200
—
1500
600
600
600
1000
—
1200
1200
1200
1200
1800
1800
2500
Type 2
Type 2
Type 2
Type 2
Type 2
Type 2
5kA
5kA
5kA
5kA
5kA
5kA
200kA
200kA
200kA
200kA
200kA
200kA
150
150
150 / 320
320
550
420
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
25
Features:
• UL 1449 Fourth Edition Listed and CSA 22.2 No. 269.2
• 160kA & 240kA per phase ratings
• Type 2 SPD –
– All UL required OCP & Safety Coordination included inside
– Can be installed load-side of main disconnect
• Replaceable module construction
• 200kA SCCRs
• Voltage Specific – Highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
• Optional Silicon Avalanche Diode (SAD) Hybrid System
Performance Specifications
Surge Capacities
L-N
L-G
Design Features
N-G
L-L
160kA Per Phase
80kA
80kA
120kA
160kA
Standard
240kA Per Phase
120kA
120kA
120kA
240kA
Optional
Silicon Avalanche Diode (SAD) Hybrid (120/240 & 208Y/120)
90kA Per Phase
50kA
40kA
120kA
90kA
Optional
130kA Per Phase
50kA
80kA
120kA
130kA
Optional
170kA Per Phase
90kA
80kA
120kA
170kA
Optional
•
•
•
•
•
•
•
•
UL 1449 4th Edition Listed, UL 1283 Listed & CSA 22.2 No. 269.2
UL 1449-4 Type 2 SPD
UL 1449-4 tested SCCR: 200kA
UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 500V
– 480Y/277V: as low as 900V
200kAIR rated fusing
Less than 1 nanosecond response time
Repetitive Impulse: 5,000 hits
AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB
from 10kHz to 100MHz
Diagnostic Monitoring
•
•
•
•
•
•
•
Tri-color Green, Amber, Red LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm
Redundant monitoring LEDs on modules
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
• Optional Form C Dry Contacts, 24V, 1A (two sets)
• Optional Surge Counter, six-digit LCD, with test function, reset &
no-maintenance SuperCap energy storage device
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 & C-High applications
• For External Mounting next to Switchgear, Motor Controls Centers
or Panelboards
• Individually Fused Suppression Modes
• Large-Block utility grade 34mm square MOVs
• Replaceable Phase Module Construction
• Thermal Sensitivity in Each Mode
• Busbar Construction
• Solid State Bidirectional Operation
• Busbar connection
• Enclosure-less version for OEM available (XTE Series)
Physical Specifications
•
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
Advanced Protection Technologies
26
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 25 lbs (11.5 kg)
Standard NEMA 4 (Other Enclosures Optional)
Standard size: 12” x 12” x 7.5” (30.5cm x 30.5cm x 190.5 cm)
Lug size: #2 - #14 AWG
Typical connection: #6 AWG and 60A breaker
UL 1449 4th Edition, UL 1283 Listed & CSA 22.2 No. 269.2
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested Prior to Shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TE/XGA MODEL NUMBER CONFIGURATOR & OPTIONS
ll / llXGA
/
ll
l...
/
Model Family
TE
Option Suffixes (Seperated by slashes -/)
/240 = 240kA Option
XGA = XGA Family
160kA rating standard
= Transient Eliminator, Listed Type 2 SPD
in NEMA 1 enclosure
/090 = 090kA SAD option (120/240V & 208Y/120)
/130 = 130kA SAD option (120/240V & 208Y/120)
XTE = Transient Eliminator, Recognized Type
4 SPD on backplane for installation
within gear in Type 2 installation
(display on 6’ cable)
/170 = 170kA SAD option (120/240V & 208Y/120)
/DC = Dry Contacts
Two sets Form C (24V, 1A)
/SC = Surge Counter, six digit LCD
Voltage Code for Electrical System
/2S = Dual Surge Counter
(12”x12”x 6” - display inside door)
Common North American Systems:
1 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
2 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
3 = 240/120V High Leg Delta (B High) (Fig 3)
4 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
5 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
8 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2)
Available Accessory (order separately):
RM = Remote Monitor
Enclosure Rating
04 = Standard: NEMA 1/3R/04/12 (size: 12” x 12” x 7.5”)
FM = Flush Mount Enclosure, NEMA 1 only
( w a l l c a v i t y s i z e : 12” x 12” x 6”)
Other Available Systems - Confirmation encouraged:
11 = 120V Single Phase - 1� 2W + Grnd (Fig 5)
12 = 240V Single Phase - 1� 2W + Grnd (Fig 5)
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
6 = 240V Delta - 3� 3W+Grnd (Fig 4)
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
7 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
9 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
Figure 1
}V
}V
Hot (BLK)
Figure 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
Ground (GRN)
N
C
}
4S = NEMA 4X Stainless Steel (size: 12" x 12" x 6")
(
d is p la y in s id e d o o r )
(Note: Enclosure-less version for OEM uses XTE prefix)
Figure 4
Phase A (BLK)
Phase B (ORNG)
}
}
V
V
Phase C (BLK)
Ground (GRN)
Figure 5
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
SPLIT
WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd
( p o ly c a r b o n a te , d is p la y in s id e c le a r fr o n t d o o r )
Figure 3
Neutral (WHT)
V
4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”)
}
}V
Hot (BLK)
V
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
Ground (GRN)
HI-LEG DELTA (B High) DELTA & HRG WYE
3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
Figure 6
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3� Wye
240Y/120V B High Leg Delta
480Y/277V 3� Wye
480V 3� Delta
600Y/347V 3� Wye
L-N
L-G
N-G
L-L
Type
In
SCCR
MCOV
600
600
600/900
900
—
1200
600
600
600/900
900
1500
1500
600
600
600
800
—
1200
900
900
900/1500
1500
1800
2500
Type 2
Type 2
Type 2
Type 2
Type 2
Type 2
5kA
5kA
5kA
5kA
5kA
5kA
200kA
200kA
200kA
200kA
200kA
200kA
150
150
150 / 320
320
550
420
500
500
600
600
600
600
800
800
Type 2
Type 2
5kA
5kA
200kA
200kA
138
138
SAD Models
01 = 240/120V Split Phase
02 = 208Y/120V 3� Wye
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
7.13.16lh.RevD #8391
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
27
Type 2 Surge Protective Device/SPD/TVSS
Features
• UL 1449 Fourth Edition Listed
• 180kA - 36kA Per Phase ratings (single & split phase)
• 20kA I-nominal (10kA In on 36kA models)
• 100kA SCCRs
• UL 96A Lightning Protection Master Label compliant (@20kA)
• Optional Sinewave Tracking EMI/RFI Noise Filtering
• Pre-attached 10 AWG Leads
• All Modes of Protection
• Data table on back
Performance Specifications
Design Features
Surge Capacities
L-N
L-G
N-G
L-L
180kA Per Phase
90kA
90kA
90kA
180kA
144kA Per Phase
72kA
72kA
72kA
144kA
108kA Per Phase
54kA
54kA
54kA
108kA
72kA Per Phase
36kA
36kA
36kA
72kA
36kA Per Phase*
*10kA In
18kA
18kA
18kA
36kA
•
•
•
•
•
•
•
•
UL 1449 Fourth Edition Listed and CSA 22.2 No. 269.2
UL 1449-4 tested I-nominal: 20kA
UL 1449-4 tested SCCR: 100kA
UL 1449-4 Voltage Protection Ratings (VPRs):
– as low as 700V, including circuit breaker
Less than 1 nanosecond response time
Optional AC Sinewave Tracking Filter with EMI/RFI Filtering
up to -50dB from 10kHz to 100MHz
Repetitive Impulse: 5,000 hits
Data table on back
Physical Specifications
•
•
•
•
•
•
•
•
•
Relative Humidity Range: 0 - 95% non-condensing
Operating Frequency: 40 - 500Hz
Operating Temperature: -40°C (-40°F) to +85°C (185°F)
Weight: 3lbs (1.5kg)
NEMA 4X Polycarbonate enclosure
– UL 746C(f1) & UL 94-5VA
Dimensions: 8.3” x 3.6” x 3.0”
3/4” female threaded hub
Pre-wired with 3’ (1m) of 10 AWG conductor
Typical connection: 10 AWG and 20 - 30A breaker
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643, CE
• High Energy Parallel Design for Category C3 &
C-High applications
• For External Mounting next to Switchgear, Motor Controls
Centers or Panelboards
• Robust 25mm Thermally Protected MOVs
• Solid State Bidirectional Operation
Diagnostic Monitoring
• LED indicator monitoring:
– Separate LEDs for L-N and L-G on each phase
• LEDs extinguish upon Phase Loss
• Optional on Split & Single Phase: Form C Dry Contact,
(Contact rated 240V, 5A; leads are pre-wired through
nipple with 18 AWG )
Quality, Standards & Validation
•
•
•
•
•
•
•
•
UL 1449 Fourth Edition Listed and CSA 22.2 No. 269.2
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
Advanced Protection Technologies
28
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Pending
TEXMS
Model Number Configurator & Options
TE
01
XMS
14
0
C
(Default)
Voltage Code for Electrical System
Build Configuration
Options
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
11 = 120V Single Phase (Fig 2)
XMS = Standard Model
C = Dry Contacts Form C, 240V, 5A (pre-wired)
L = Delete L-N Protection (reduces kA rating)
G = Delete L-G Protection (reduces kA rating)
N = Delete N-G Protection
F = Noise Filtering
Standard Enclosure:
4X = NEMA 4X Non-Metallic (size 8.3” x 3.6” x 3”)
Available Accessory (order separately)
XMFMKIT = Flush Mount Kit
Surge Current Rating
XMS
18
14
10
07
03
=
=
=
=
=
180kA/Phase
144kA/Phase
108kA/Phase
72kA/Phase
36kA/Phase (10kA In)
(Other UL 1449 Listed surge current ratings are available for
OEM or special order. Please contact factory)
Figure 2
Figure 1
}V
}V
}
Hot (BLK)
Hot (BLK)
Neutral (WHT)
Ground (GRN)
Ground (GRN)
SPLIT
2 Hots, 1 Neu, 1 Grnd
Hot (BLK)
V
Neutral (WHT)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
Performance Data TBD
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 6kV, 3kA)
Common North American Systems
L-N
L-G
N-G
L-L
Type
In
SCCR
MCOV
01 =
240/120V Split Phase
700
700
700
1000
Type 2
20kA
100kA
150
11 =
120 Single Phase
700
700
700
–
Type 2
20kA
100kA
150
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
9.29.15.lh.RevD #8814
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
29
Component Assembly SPDs
Type 1 and Type 2
Features:
• UL 1449 Fourth Edition Recognized
• 100kA – 300kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In) (most models)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant @ 20kA In
• Voltage Specific Design – Highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
• Display on 28” cable
Performance Specifications
Surge Capacities
Design Features
L-N
L-G
N-G
L-L
100kA Per Phase
50kA
50kA
50kA
100kA
150kA Per Phase
100kA
50kA
50kA
150kA
200kA Per Phase
100kA
100kA
100kA
200kA
250kA Per Phase
150kA
100kA
100kA
250kA
300kA Per Phase
150kA
150kA
150kA
300kA
• UL 1449 4 Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1
• Optional UL 1449-4 Type 2 CA, UL 1283 Rec.,
CSA 22.2 No. 269.4-2
• UL 1449-4 tested Inominal (In): 20kA & 10kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB
from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.)
th
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm &
Dry Contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring (toggles LED & Dry Contacts)
Electrically isolated circuitry ensures surges do not damage diagnostics
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function,
reset & no-maintenance Eprom memory
Installer-locatable display on 28” cable
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 & C-High applications
• For Mounting Internal to Switchgear, Motor Controls Centers,
Panelboards or Control Panels
• Individually Fused & Thermally Protected MOVs
• Large-Block 34mm square MOVs
• Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Advanced Protection Technologies
30
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 5 lbs (2.3 kg)
Standard size: 6.5” x 11” x 4.5” (16.5cm x 29.9cm x 11.4cm)
Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0)
Typical connection: #6 AWG and 60A breaker
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1
Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec.
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TEXRS
MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
ll
XRS
Voltage Code for Electrical System
l...
Surge Current Rating
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2)
10
15
20
25
30
=
=
=
=
=
Options
X = Surge Counter, six-digit LCD counter
includes maintenance-free Eprom memory
backup
100kA/Phase
150kA/Phase
200kA/Phase
250kA/Phase
300kA/Phase
M = Mount Display on SPD instead of Cable
D = Rotary Disconnect Switch, ABB, UL98,
SPD & Disconnect mounted on alum.
backplane (10.75” x 10.88” x 4.5”)
Other Available Systems - Confirmation encouraged:
15 = 254/127V Split Phase - 1� 3W+Grnd, (Fig 1)
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2)
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
06 = 240V Delta - 3� 3W+Grnd (Fig 4)
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
(Available: 100kA, 150kA)
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
(Available: 100kA, 150kA)
11 = 120V Single Phase (Fig 5)
12 = 240V Single Phase (Fig 5) - Not split phase
13 = 127V Single Phase (Fig 5)
14 = 300V Single Phase (Fig 5)
16 = 277V Single Phase (Fig 5)
17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5)
Figure 1
}V
}V
Hot (BLK)
Figure 2
Hot (BLK)
Ground (GRN)
C
}
}
Display on 28” Cable - other lengths available—
consult factory
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
Delete Noise Filtering
Available Accessory (order separately)
RM = Remote Monitor
Figure 4
}
V
V
Neutral (WHT)
V
Extended Disc. Sw. handle hardware available—
consult factory
Phase A (BLK)
Phase B (ORNG)
B Phase B (BLK)
N
2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters
Figure 3
Phase A (BLK)
A
Neutral (WHT)
K = Rotary Disconnect Switch, Katko UL 508,
SPD & Disconnect mounted on alum
backplane (10.75” x 10.88” x 4.5”)
Phase C (BLK)
Ground (GRN)
SPLIT
WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
Figure 5
Ground (GRN)
}
Figure 6
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
HI-LEG DELTA (B High) DELTA & HRG Wye
3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
}V
Hot (BLK)
V
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3� Wye
240Y/120V B High Leg Delta
480Y/277V 3� Wye
480V 3� Delta
600Y/347V 3� Wye
L-N
L-G
N-G
L-L
700
700
700/1200
1200
1500
700
700
700/1200
1200
1800
1500
700
700
700
1200
1500
1200
1200
1800
2000
1800
2500
In
20kA
20kA
20kA
20kA
10kA
10kA
SCCR
MCOV
100kA
200kA
200kA
200kA
200kA
200kA
150
150
150 / 320
320
550
420
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
Optional disconnect switch may increase VPRs.
9.29.15.lh.RevC #8393
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
31
Component Assembly SPDs
Type 1 and Type 2
Features:
Performance Specifications
• Directly Connected, Discrete Protection Elements
Between All Possible Modes with True 10-Mode
Protection
Surge Capacities
L-N
L-G
N-G
L-L
150kA Per Phase
50kA
50kA
50kA
50kA
• Directly Connected, Discrete Protection Elements Between
All Possible Modes
• UL 1449 Fourth Edition Recognized
• 150kA - 300kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In) (most models)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant
• Voltage Specific Design – Highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
• Display on 28” cable
100kA 100kA 100kA 100kA
300kA Per Phase
• UL 1449 4th Edition Recognized. Type 1 CA, CSA 22.2 No. 269.4-1
• Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2
No. 269.4-2
• UL 1449-4 tested Inominal (In): 20kA & 10kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up
to -50dB from 10kHz to 100MHz (Type 2 option only,
incl. UL 1283 Listing)
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm &
Dry Contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring (toggles LED & Dry Contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function,
reset & no-maintenance Eprom memory
Installer-locatable display on 28” cable
Design Features
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.622010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 & C-High applications
• For Mounting Internal to Switchgear, Motor Controls Centers,
Panelboards or Control Panels
• Individually Fused & Thermally Protected MOVs
• Large-Block 34mm square MOVs
• Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Advanced Protection Technologies
32
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 5 lbs (2.3 kg)
Standard size: 6.5” x 11” x 4.5” (16.5cm x 29.9cm x 11.4cm)
Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0)
Typical connection: #6 AWG and 60A breaker
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1
Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec.
UL file: VZCA.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested prior to shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TEXRL
10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS
ll
TE
ll
XRL
l...
Voltage Code for Electrical System
Surge Current Rating
Options
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd, (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd, (Fig 2)
03 = 240/120V High Leg Delta (B High), (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd, (Fig 2)
15 = 150kA/Phase
30 = 300kA/Phase
X = Surge Counter, six-digit LCD counter
includes maintenance-free Eprom memory
backup
M = Mount Display on SPD instead of cable
D = Rotary Disconnect Switch, ABB, UL98, SPD
& Disconnect mounted on alum. backplane
(10.75” x 10.88” x 4.5”)
K = Rotary Disconnect Switch, Katko UL 508,
SPD & Disconnect mounted on alum.
backplane (10.75” x 10.88” x 4.5”)
Other Available Systems - Confirmation encouraged:
15 = 254/127V Split Phase - 1� 3W+Grnd, (Fig 1)
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters
Extended Disc. Sw. handle hardware available—
consult factory
Display on 28” Cable - other lengths available—
consult factory
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
Delete Noise Filtering
Figure 1
}V
}V
Hot (BLK)
Figure 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
N
Hot (BLK)
Ground (GRN)
C
}
Phase A (BLK)
Phase B (ORNG)
}
V
Neutral (WHT)
V
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
Ground (GRN)
SPLIT
WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd
Available Accessory (order separately)
RM = Remote Monitor
Figure 3
HI-LEG DELTA (B High)
3 Hots, (B HIGH),
1 Neu, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
=
=
=
=
240/120V Split Phase
208Y/120V 3Ø Wye
240Y/120V B High Leg Delta
480Y/277V 3Ø Wye
L-N
L-G
N-G
L-L
In
SCCR
MCOV
700
700
800/1500
1200
700
700
700/1200
1200
700
700
700
1200
1000
1000
1800
1800
20kA
20kA
20kA
20kA
100kA
200kA
200kA
200kA
150
150
150 / 320
320
700
700
1200
1200
1200
1200
1000
1000
1800
1800
1800
1800
20kA
20kA
20kA
20kA
20kA
20kA
100kA
100kA
200kA
200kA
200kA
200kA
180
180
320
320
320
320
Other Available Systems - Confirmation Encouraged:
15
21
42
43
44
07
=
=
=
=
=
=
254/127V Split
220Y/127V 3Ø
415Y/240V 3Ø
400Y/230V 3Ø
440Y/250V 3Ø
380Y/220V 3Ø
Phase
Wye
Wye
Wye
Wye
Wye
700
700
1200
1200
1200
1200
700
700
1200
1200
1200
1200
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
Optional disconnect may increase VPRs.
9.29.15.lh.RevC #8392
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
33
Component Assembly SPDs
Type 1 and Type 2
Features:
• U L 1 4 4 9 F ou rth E dition R ecognize d
• 3 0 0 k A – 5 0 0 k A p er p hase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 2 0 k A I nom inal ( I n)
• 2 0 0 k A S C C R s ( m ost m odels)
• U L 9 6 A L ightning Protection M aster L ab el com p liant
• Voltage Specific Design – Highly configurable
• All M O V su p p ression elem ents m onitored
• All M odes of Protection
• D isp lay on 2 8 ” cab le
Performance Specifications
Design Features
Surge Capacities
L-N
L-G
N-G
L-L
300kA Per Phase
150kA
150kA
150kA
300kA
400kA Per Phase
200kA
200kA
200kA
400kA
500kA Per Phase
250kA
250kA
250kA
500kA
• UL 1449 4 Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1
• Optional UL 1449-4 Type 2 CA, UL 1283 Rec., CSA 22.2
No. 269.4-2
• UL 1449-4 tested Inominal (In): 20kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB
from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.)
th
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED Service indicator
Audible Alarm with Silence Switch
Test Function: toggles Red Service LED, Audible Alarm &
Dry Contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage
diagnostics
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function, reset &
no-maintenance Eprom memory
Installer-locatable display on 28” cable
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 &
• C-High applications
• For Mounting Internal to Switchgear, Motor Control Centers,
Panelboards or Control Panels
• Individually Fused & Thermally Protected MOVs
• Large-Block 34mm square MOVs
• Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Advanced Protection Technologies
34
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 7 lbs (3.2 kg)
Standard size: 9” x 11” x 5.3” (22.9cm x 28.0cm x 13.5cm)
Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0)
Typical connection: #6 AWG and 60A breaker
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1
Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec.
UL file: VZCA2.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested Prior to Shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
TEXWS
MODEL NUMBER CONFIGURATOR & OPTIONS
TE
ll
XWS
Voltage Code for Electrical System
Other Available Systems - Confirmation encouraged:
15 = 254/127V Split Phase - 1� 3W+Grnd, (Fig 1)
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2)
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
(Available: 300kA, 450kA)
06 = 240V Delta - 3� 3W+Grnd (Fig 4)
(Available: 300kA, 450kA)
61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
(Available: 300kA, 450kA)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye
(Available: 200kA, 250kA)
91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6)
(Available: 200kA, 250kA)
11 = 120V Single Phase (Fig 5)
12 = 240V Single Phase (Fig 5) - Not split phase
13 = 127V Single Phase (Fig 5)
14 = 300V Single Phase (Fig 5)
16 = 277V Single Phase (Fig 5)
17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5)
}V
}V
Hot (BLK)
F ig u r e 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
N
Ground (GRN)
C
}
25 = 250kA/Phase
(Voltage Codes 09 & 91 only)
M = Mount Display on SPD instead of Cable
(Voltage Codes 05, 51, 06, 61 only)
D = Rotary Disconnect Switch, ABB, UL98,
SPD & Disconnect mounted on alum.
backplane (14.75” x 12.88” x 5.25”)
50 = 500kA/Phase
K = Rotary Disconnect Switch, Katko UL 508, SPD
& Disconnect mounted on alum backplane
(14.75” x 12.88” x 5.25”)
2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters
Extended Disc. Sw. handle hardware available—
consult factory
Display on 28” Cable - other lengths available—
consult factory
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
Delete Noise Filtering
Available Accessory (order separately)
RM = Remote Monitor
F ig u r e 4
}
V
Phase C (BLK)
F ig u r e 5
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Ground (GRN)
F = Noise Filtering - Extended Range &
Attenuation
31 = 300kA/Phase
40 = 400kA/Phase
45 = 450kA/Phase
V
Phase C (BLK)
X = Surge Counter, six-digit LCD counter
includes maintenance-free Eprom memory
backup
20 = 200kA/Phase
Phase A (BLK)
Phase B (ORNG)
}
Options
(Voltage Codes 09 & 91 only)
F ig u r e 3
Neutral (WHT)
V
l...
Surge Current Rating
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye
(Available: 300kA, 450kA)
08 = 600Y/347 Wye - 3Ø 4W+Grnd (Fig 2)
F ig u r e 1
ll
Ground (GRN)
}
}V
Hot (BLK)
V
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
SPLIT
WYE
HI-LEG DELTA (B High) DELTA & HRG Wye
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd 3 Hots, (B HIGH),
3 Hots, 1 Grnd
1 Neu, 1 Grnd
F ig u r e 6
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
05
08
=
=
=
=
=
=
240/120V Split Phase
208Y/120V 3� Wye
240Y/120V B High Leg Delta
480Y/277V 3� Wye
480V 3� Delta
600Y/347V 3� Wye
L-N
700
700
700/1200
1200
1500
L-G
600
600
600/1000
1000
1800
1500
N-G
600
600
600
1200
1500
L-L
1000
1000
1500
1800
1800
2500
In
20kA
20kA
20kA
20kA
20kA
20kA
SCCR
100kA
200kA
200kA
200kA
200kA
200kA
MCOV
150
150
150 / 320
320
550
420
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
Optional disconnect may increase VPRs.
9.29.15.lh.RevC #8395
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
35
Features:
• Directly Connected, Discrete Protection Elements Between All
Possible Modes
• UL 1449 Fourth Edition Recognized
• 300kA - 450kA per phase ratings
• All UL required OCP & Safety Coordination included inside
– Type 1 SPDs intended for Line or Load Side of Main Disconnect
– Type 2 SPDs intended for Load Side of Main Disconnect
• 20kA Inominal (In)
• 200kA SCCRs (most models)
• UL 96A Lightning Protection Master Label compliant
• Voltage Specific Design – Highly configurable
• All MOV suppression elements monitored
• All Modes of Protection
• Display on 28” cable
Performance Specifications
• Directly Connected, Discrete Protection Elements
Between All Possible Modes with True 10-Mode
Protection
Surge Capacities
L-N
L-G
300kA Per Phase
100kA
100kA
100kA
100kA
450kA Per Phase
150kA
150kA
150kA
150kA
N-G
L-L
• UL 1449 4th Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1
• Optional UL 1449-4 Type 2 CA, UL 1283 Rec., CSA 22.2
No. 269.4-2
• UL 1449-4 tested Inominal (In): 20kA
• UL 1449-4 tested SCCR: 200kA & 100kA
• UL 1449-4 Voltage Protection Ratings (VPRs):
– 208Y/120V: as low as 600V
– 480Y/277V: as low as 1000V
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• AC Sinewave Tracking Filter with EMI/RFI Filtering up
to -50dB from 10kHz to 100MHz (Type 2 option only,
incl. UL 1283 Rec.)
Diagnostic Monitoring
•
•
•
•
•
•
•
•
•
•
•
100% monitoring – Every MOV is monitored, incl. N-G
Green LED Status indicator per phase
Red LED service indicator
Audible Alarm with Silence Switch
Test Function: toggles red service LED, audible alarm & dry
contact (if equipped)
N-G overvoltage detection
Phase Loss monitoring (toggles LED & dry contacts)
Electrically isolated circuitry ensures surges do not damage diagnostics
Form C Dry Contacts, 240V, 5A (two sets)
Optional Surge Counter, six-digit LCD, with test function, reset &
no-maintenance Eprom memory
Installer-locatable display on 28” cable
Design Features
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002,
C62.62-2010 and C62.72-2007
– NEMA LS-1
– NEC® Article 285
– IEC 61643
• High Energy Parallel Design for Category C3 & C-High applications
• For Mounting Internal to Switchgear, Motor Controls Centers,
Panelboards and Control Panels
• Individually Fused & Thermally Protected MOVs
• Large-Block 34mm square MOVs
• Replaceable Module Construction
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
•
Relative Humidity Range: 0 -95% non-condensing
Operating Frequency: 47-63Hz
Operating Temperature: -25°C (-15°F) to +60°C (140°F)
Weight: 7 lbs (3.2 kg)
Standard size: 9” x 11” x 5.3” (22.9cm x 28.0cm x 13.5cm)
Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0)
Typical connection: #6 AWG and 60A breaker
Quality, Standards & Validation
•
•
•
•
•
•
•
•
•
Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1
Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec.
UL file: VZCA2.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
10 year warranty (longer optional)
Burn-In tested Prior to Shipment
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
Advanced Protection Technologies
36
Component Assembly SPDs
Type 1 and Type 2
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
TEXWL
10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS
TE
ll
XWL
Voltage Code for Electrical System
ll
Surge Current Rating
31 = 300kA/Phase
45 = 450kA/Phase
Common North American Systems:
01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1)
02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2)
03 = 240/120V High Leg Delta (B High) (Fig 3)
04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2)
l...
Options
X = Surge Counter, six-digit LCD counter
includes maintenance-free Eprom memory
backup
F = Noise Filtering - Extended Range &
Attenuation
M = Mount Display on SPD instead of cable
D = Rotary Disconnect Switch, ABB, UL98, SPD
& Disconnect mounted on alum. backplane
(14.75” x 12.88” x 5.25”)
Other Available Systems - Confirmation encouraged:
15 = 254Y/127V Split Phase - 1� 3W+Grnd, (Fig 1)
18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1)
21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2)
42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2)
43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2)
44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2)
07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2)
K = Rotary Disconnect Switch, Katko UL 508,
SPD & Disconnect mounted on alum.
backplane (14.75” x 12.88” x 5.25”)
2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters
Extended Disc. Sw. handle hardware available—
consult factory
Display on 28” Cable - other lengths available—
consult factory
Figure 1
}V
}V
Hot (BLK)
Figure 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
N
Ground (GRN)
C
}
Figure 3
Phase A (BLK)
Phase B (ORNG)
}
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
Phase C (BLK)
Ground (GRN)
SPLIT
WYE
2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd
Available Accessory (order separately)
RM = Remote Monitor
V
Neutral (WHT)
V
Delete Options - Consult Factory for Order Code
Delete L-N Protection (reduces kA rating)
Delete L-G Protection (reduces kA rating)
Delete N-G Protection (reduces kA rating)
Delete Noise Filtering
HI-LEG DELTA (B High)
3 Hots, (B HIGH),
1 Neu, 1 Grnd
Performance Data
UL 1449 Fourth Edition Test Data
Voltage Protection Ratings (VPR - 3kA)
Common North American Systems
01
02
03
04
=
=
=
=
240/120V Split Phase
208Y/120V 3Ø Wye
240Y/120V B High Leg Delta
480Y/277V 3Ø Wye
L-N
L-G
N-G
L-L
In
SCCR
MCOV
700
700
700/1200
1200
700
700
700/1000
1000
600
600
600
1000
1000
1000
1500
1800
20kA
20kA
20kA
20kA
100kA
200kA
200kA
200kA
150
150
150 / 320
320
700
700
1000
1000
1000
1000
1000
1000
1800
1800
1800
1800
20kA
20kA
20kA
20kA
20kA
20kA
100kA
100kA
200kA
200kA
200kA
200kA
180
180
320
320
320
320
Other Available Systems - Confirmation Encouraged:
15
21
42
43
44
07
=
=
=
=
=
=
254/127V Split Phase
220Y/127V 3Ø Wye
415Y/240V 3Ø Wye
400Y/230V 3Ø Wye
440Y/250V 3Ø Wye
380Y/220V 3Ø Wye
700
700
1200
1200
1200
1200
700
700
1000
1000
1000
1000
Other Available Systems:
Please see supplementary data sheet, contact us at info@aptsurge.com
or confirm at www.UL.com using CCN of VZCA.
Optional disconnect may increase VPRs.
9.29.15.lh.RevC #8394
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
37
DIN-Rail SPDs
AC Power & DC PV
Type 1 Component Assembly
Intended for use in Type 1 or Type 2 Applications
Features
•
•
•
•
•
•
•
•
•
UL 1449 Fourth Edition Recognized
Parallel Electrical Connection – Easy to install
50kA per mode
All UL required OCP & Safety Coordination included inside
– Supplemental Fusing/OCP Not Required
UL 1449-4: 20kA Inominal
UL 1449-4: 200kA SCCRs
Large-Block 34mm sq. MOVs
– Individually Fused & Thermally Protected
Diagnostic Monitoring - Visual Indicator Tabs
Optional Form C Normally Open/Closed Dry Contact
Performance Specifications
Design Features
• Data Table on Back
• Designed, Manufactured & Tested consistent with:
– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002
– NEC® Article 285
– IEC 61643-11, CE
• High Energy Parallel Design for Category C3 &
C-High Applications
• For Internal mounting within control panels, medical,
telecom, drives, security systems, robotics, etc.
• Less than 1 nanosecond response time
• Repetitive Impulse: 5,000 hits
• Solid State Bidirectional Operation
Physical Specifications
•
•
•
•
•
•
Relative Humidity Range: 0 - 95% non-condensing
Operating Frequency: 47 - 63Hz
Operating Temperature: -40°C (-40°F) to +85°C (185°F)
Polymeric Enclosure: Flame rated UL94 V-0
Weight: 0.25 lbs (114 kg) per pole
Wire Lug Size: #6 - #14 AWG
Dimensions
• Uses standard 35mm DIN-Rail (4-pole shown)
Width
Optional Dry Contact
Length
Height
1-Pole: 0.70” (17.8mm)
4.09” (103.9mm)
2.70” (68.5mm)
2-Pole: 1.39” (35.5mm)
4.09” (103.9mm)
2.70” (68.5mm)
3-Pole: 2.10” (53.3mm)
4.09” (103.9mm)
2.70” (68.5mm)
4-Pole: 2.80” (71.0mm)
4.09” (103.9mm)
2.70” (68.5mm)
0.41”
10.5mm
TY P.
2.80”
71.0mm
•
•
•
•
‘M’ Suffix Option
Form C: Normally Open or Normally Closed
Contact Wire Size: #16 - #30 AWG
Torque: 2.0 lb-in
Contact Rating: 125Vac, 3A maximum
NO
0.70”
17.8mm
TY P.
COMMON
0.43”
11.0mm
NC
1
2
3
125Vac
3A max
Quality, Standards & Validation
4.09”
103.9mm
3.58”
1.77”
91.0mm 45.0mm
1.09”
27.7mm
W IRE M ARK ER
L OCATION
0.27”
6.9mm
0.20”
5.1mm
INDICATOR
IN TRIPPED
POSITION
2.70”
68.5mm
1.93”
49.0mm
•
•
•
•
•
•
•
Advanced Protection Technologies
38
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
UL 1449 Fourth Edition Recognized, cUL
UL file: VZCA2.E321351 at www.UL.com
RoHS-compliant
IEC 61643, CE
5 year warranty (longer optional)
ISO 9001:2008 Quality Management System
ISO 17025:2005 Laboratory Qualification
E u r o p e a n A u th o r iz e d R e p r e s e n ta tiv e
O b e l i s s .a .
B o u l e v a r d G é n é r a l W a h i s 53
1030 B r u s s e l s , B E L G I U M
T e l : + ( 32) 2. 732.59.54
F a x : + ( 32) 2. 732.60.03
E -M a i l : m a i l @ o b e l i s .n e t
Application & Installation Guide
DIN Model Configurator & Option:
Parallel Electrical Connections for Easy Installation
D
DIN
(Default)
System
240V
M = Monitoring
Dry Contact
2P = Two Pole,
Split Phase
EXAMPLES:
D120V3P
120V, 3 pole
(208Y/120V)
3P = Three Pole
Wye
277V
347V
D277V3PNGM
50kA, 277V, 3 pole
(480Y/277V) with
PV = Photovoltaic DC
N-G with Monitoring
(DC+, DC-, Ground) (Dry Contact)
480V
3PD = Three Pole
Delta
Photovoltaic
DC Voltages
D1000VPV
1000V DC
(DC+, DC-, Ground)
600V (DC)
1000V (DC)
Performance Data
Model
System
Voltage &
Config
# of
Poles
UL 1449
VPR
(6kV - 3kA)
In
SCCR
MCOV
D120V1P
120V
1
600
20kA
200kA
150
D120V2P
120/240V
2
600
20kA
200kA
150
D120V3P
208Y/120V
3
600
20kA
200kA
150
D120V3PNG 208Y/120V w/N-G
4
600
20kA
200kA
150
D127V1P
1
600
20kA
200kA
180
127V
D127V2P
127/254V
2
600
20kA
200kA
180
D127V3P
220Y/127V
3
600
20kA
200kA
180
D127V3PNG 220Y/127V w/N-G
4
600
20kA
200kA
180
D230V1P
1
800
20kA
200kA
270
230V
D230V2P
230/460V
2
800
20kA
200kA
270
D240V3PD
240V Delta
3
800
20kA
200kA
270
D240V3PDG
240V Delta
3
800
20kA
200kA
270
D277V1P
277V
1
1200
20kA
200kA
320
D277V3P
480Y/277V
3
900
20kA
200kA
320
D277V3PNG 480Y/277V w/N-G
4
1200
20kA
200kA
320
D347V3P
3
1200
20kA
200kA
420
D347V3PNG 600Y/347V w/N-G
4
1500
20kA
200kA
420
D480V3PD
480V Delta
3
1500
20kA
200kA
550
D480V3PDG
480V Delta
3
1500
20kA
200kA
550
600Y/347V
# of
Poles
UL 1449
VPR
(6kV - 3kA)
In
SCCR
MCOV
750VDC
D600VPV
600VDC
2
2000
20kA
10kADC
D600VYPV
600VDC
3
2000
20kA
10kADC
720VDC
D1000VPV
1000VDC
3
3000
20kA
10kADC
1250VDC
D1000VYPV
1000VDC
3
3000
20kA
10kADC
1250VDC
(PV DC models are URus. Canadian PV SPD standards not yet established.)
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
DOWNSTREAM OF N-G BOND:
N-G protection suggested
BLK
GRN
H o t (B L K )
N e u tra l (W H T )
G ro u n d (G R N )
W H T
VOLTAGE
W
H T
MODEL #
120V
127V
230V
277V
D 120V
D 127V
D 230V
D 277V
MODEL #
1P
1P
1P
1P
D 120V 2P
D 127V 2P
2-D 230V 1P
2-D 277V 1P
BLK
BLK
BLK
W H T
BLK
H o t (B L K )
N e u tra l (W H T )
H o t (B L K )
G ro u n d (G R N )
W H T
VOLTAGE
GRN
W H T
MODEL #
120V ( 120 / 240V )
127V ( 127 / 254V )
230V ( 230 / 460V )
MODEL #
D 120V 2P
D 127V 2P
D 230V 2P
D 120V 2P + D 120V 1P
D 127V 2P + D 127V 1P
D 230V 2P + D 230V 1P
BLK
BLK
BLK
BLK
GRN
P h a s e A (B L K )
A
B
P h a s e B (B L K )
N e u tra l (W H T )
N
P h a s e C
C
(B L K )
G ro u n d (G R N )
W H T
W H T
120V
127V
277V
347V
VOLTAGE
( 208Y / 120V
( 200Y / 127V
( 480Y / 277V
( 600Y / 347V
MODEL #
D 120V 3P
D 127V 3P
D 277V 3P
D 347V 3P
)
)
)
)
BLK
BLK
BLK
BLK
MODEL #
D 120V 3P N G
D 127V 3P N G
D 277V 3P N G
D 347V 3P N G
BLK
BLK
BLK
BLK
P h a s e A (B L K )
A
C
B
P h a s e B (B L K )
P h a s e C (B L K )
G ro u n d (G R N )
VOLTAGE
240V
480V
600V
BLK
MODEL #
D 240V 3P D
D 480V 3P D
N /A
(*Do not connect anything to SPD Neutral
connection. Leave SPD’s Neutral floating)
BLK
RED
GRN
MODEL #
D 240V 3P D G
D 480V 3P D G
D 347V 3P N G *
C orner G rou nded D elta?
Use same models and connect one SPD Black & Green to Ground.
D C
10.19.15.l h .R e v C # 8776
N-G BONDED:
Does NOT require N-G protection
BLK
Photovoltaic
System
Voltage &
Config
I nstalled > 1 0 ’ ( 3 m )
F rom S ervice E ntrance
or Transf orm er
BLK
Photovoltaic DC
Model
I nstalled at
S ervice E ntrance
or Transf orm er
BLK
1 Pole / S ingle Phase
230V
1P = One Pole,
Single Phase
2 Pole / S p lit Phase
127V
W y e
120V
Option
D elta
AC Voltage
S y stem
Configuration
RED
GRN
BLK
D C + (R E D )
D C -(B L K )
G ro u n d (G R N )
2 Pole
PV SPD
3 Pole
PV SPD
GRN
VOLTAGE
600V D C
1000V D C
MODEL #
D 600V P V
N /A
MODEL #
D 600V Y P V
D 1000V P V
D 1000V Y P V
Modularity allows for many additional configurations.
Call factory for assistance.
39
Arrestor SPD Robustness for In-Line, Series-Connected
DIN-Rail Applications
Features & Where This Makes Sense:
SPD connects via
feed-thru connection
on Std 35mm DIN Rail
Load
conductors
• 50kA Service Entrance rated SPD
– Suitable for UL 96A Lightning Protection System
• High Surge Environments: Outdoor, Pole-Mount, Traffic, ITS
• Robust Arrestor Grade Components
– No ‘dwarf’ suppression elements
• UL 1449 4th Edition Listed SPD – UL Mark
– Avoids regulatory or compliance issues
• Type 1 SPD - does not require separate overcurrent protection at
additional cost & space
• Includes On-Board LED diagnostics
• No More Costly Than Traditional In-Line SPD (Maybe Less When Extra
Fusing is Required)
Disadvantages of Traditional Series-Connected SPDs:
•
•
•
•
Power feeds through
Not robust (take one apart: small dwarf/electronic grade MOVs)
Usually need extra cost & extra space for overcurrent protection
Not UL Listed (Series SPDs are historically Recognized, not Listed)
Not UL Recognized (dangerous? - mfg knew it would not pass recent
UL 1449 changes?)
• UL Recognized with substantial shortcomings?(‘Surprises’ buried in File’s
Conditions of Acceptability?)
• Series SPDs can completely deenergize their loads if their fuse/breaker clears.
Unacceptable to critical loads such as traffic control cabinets, fire alarm panels, etc.
Installation Instructions & Photos on Back
• For Indoor Use Only - Up to 600V, 35A, UL Recognized Connectors
• APT Technical Support at (800) 237-4567
Ordering Information (SPDee is Ordered Separately):
• SKIT 1 – for 120V (true single phase): 1 Hot, 1 Neutral, 1 Ground Includes two Altech CMC1-2 term blocks, two Altech CGT6N term
blocks, one EPCMC-1-2 end plate, label
• SKIT 2 – for 120/240V (split phase): 2 Hots, 1 Neutral, 1 Ground Includes three Altech CMC1-2 term blocks, two Altech CGT6N term
blocks, one EPCMC-1-2 end plate, label
• SKIT 3 – for 208Y/120V (three phase, rare for series application): 3 Hots, 1 Neutral, 1 Ground
• ‘D’ suffix option – Adds 6” 35mm DIN-Rail and two mounting screws (example: SKIT1D)
Component Specifics (Or To Build Your Own):
• Energized and Neutral Feed-Through Terminal Blocks: Altech CMC1-2, Gray, tri-connect, 600V, 35A, 22-10 AWG,
Altech EPCMC1-2 end plate, cЯUus, file E220514
• Ground Feed-Through Terminal Blocks: Altech CGT6N, Green/Yellow, 600V, 35A, 22-10 AWG, cЯUus, file E220514
(two required – one connects feed-through ground leads to DIN rail ground, other connects SPD to DIN-Rail ground)
• Identification Label for affixing to SPDEE SPD.
Advanced Protection Technologies
40
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Installation:
• Qualified Personnel Only - Follow all applicable codes - Ensure all loads are de-energized - Do not install during lightning storm.
• Select appropriate SPDEE from SPDEE datasheet. SPDEE mounts to DIN-Rail as standard feature.
(Alternate mounting possible - SPD does not have to be mounted on DIN-Rail)
• Select appropriate S-KIT, or build your own from Feed-Through Terminal Blocks (Altech, Wago, etc.).
• Ensure DIN-Rail is solidly electrically grounded.
• Connect SPDEE and Feed-Through Terminal Blocks to DIN-Rail, covering exposed side(s) with end plate.
• Wire SPD hot and neutral leads to terminal blocks. Cut leads as short as possible. (May fit better in top terminals) Torque: 7 lb-in
• Wire load connections into and out-of terminal blocks. Torque: 7 lb-in
• Wire SPD ground to one of two grounding blocks. (One grounds SPD to DIN-Rail, other grounds feed-through ground leads).
• Ensure leads are tight. Energize. Ensure LED illuminates.
Load – Out (or In,
can go either way)
Standard SPDee
LED visible here
Supplemental label
affixes to SPDEE
Mounts and
Grounds thru std
35mm DIN-Rail
Make sure rail
is electrically
grounded
Two ground terminals:
• One provides
feed-thru connection
to existing ground
conductor and
simultaneously
grounds to DIN-Rail
• One connects SPD
ground to DIN-Rail
ground, bonding
grounds together
Three Position Feed-Thru
Terminal Blocks:
One for each Energized
Black conductor
Nut tightens
aluminum
L-bracket to
DIN-Rail
One for Neutral
• Strip & Install SPD lead to
upper lug (all three terminals
are connected together)
• Strip & Install feed-through
load conductors on bottom
Leads
from
Load
• Make leads short as possible – inches matter!
• Gentle radius – no sharp bends
Load – Out (or In,
can go either way)
KEY
SPD Hot
SPD Ground
SPD Connection to Terminal Block –
Upper & Lower Terminals inside Terminal
Block are connected to each other
3.10.15.l h
# 8678
= Power
= Neutral (white)
= Ground
SPD Netural
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
41
Features:
•
•
•
•
•
•
•
•
•
•
•
•
Budget Surge Protection
Intended for outdoor loads, light poles, DOT, etc.
20kA and 40kA Per Mode Surge Current Ratings
Hi-Energy MOV based design
Low Clamping Voltages – better protection than air-gap,
spark-gap, GDT or silica oxide varistor technologies
Encapsulated in Ceramgard® elastomeric potting
compound for below grade application
Voltage Specific Design – Highly configurable
Pre-attached 12 AWG 24” Leads
Parallel Connection - Solid State Bidirectional Operation
Optional EMI/RFI Noise Filter (1 & 2 pole models)
Optional series type connection (aka two-port,
Kelvin-connected or feed-thru connection)
All Modes of Protection
Model Number Configurator on Back
Performance Specifications:
Mounting Configurations: (graphic on back)
• Available Surge Current Capacities:
20kA in each of all specified modes
40kA in each of all specified modes
• Nominal DIscharge Current Rating (In): 20kA
• Operating Frequency: DC-500Hz
• Operating Temperature: -40°C (-40°F) to +85°C (185°F)
• Weight: 1.65 lbs (0.75 kg)
• Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA
• 3/4” male threaded hub
• 10A upstream overcurrent protection recommended
• Maximum Continuous Operating Voltage (MCOV):
• Intended for mounting via nipple hub (1.05” OD)
• B suffix option mounting bracket permits mounting on flat
surface or standard 35mm DIN-Rail
Nominal System Voltage:
120-127V
220-240V
277V
347V
480V
600V
SPD MCOV:
175V
320V
420V
550V
625V
1000V
Lead Configurations: (graphic on back)
• Standard configuration: 12 AWG leads exit the mouth of
the SPD enclosure, not the nipple. This ensures maximum
potting coverage around the leads for environmental &
moisture protection.
• N suffix option: Moves 12 AWG leads to exit thru the nipple
area (unit is still potted).
• S suffix option: Provides Series connection leads thru the
mouth (not available with N option). This is also known as
two-port, Kelvin or feed-thru connection. Some DOT light pole
configurations require this. Steady state current rating for S
option is 12A. Not intended for continuous loads above 12A.
Advanced Protection Technologies
42
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
3.75”
Weight: 1.65 lbs
(0.75 kg)
3.26”
3.31”
2.9”
3.57”
3/4”-14
1.15”
Sized for std 35mm DIN-rail
Quality, Standards & Validation:
• Designed, Manufactured & Tested consistent with:
ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002
• High Energy Parallel Design for Category C3 &
C-High applications
• UL Recognized MOVs & EMI/RFI Filter
• RoHS-compliant
• 2 year warranty (longer optional)
• Burn-In tested Prior to Shipment
• ISO 9001:2008 Quality Management System
• ISO 17025:2005 Laboratory Qualification
LA MODEL NUMBER CONFIGURATOR & OPTIONS
llll
LA
Voltage
(see Figures)
lll...
kA Rating Per Mode
Options
20 = 20kA
40 = 40kA
B
= Aluminum Mounting Bracket
F
= EMI/RFI Noise Filter
(B or C suggested when at
service entrance)
N
= Thru-nipple conductors
(suggested when close to
service entrance)
S
= Series connected, aka
Kelvin connection
An energized lead into the
SPD and another energized
lead out of the SPD. Power
to the load goes through
the SPD. Limited to 12A
maximum current.
A = L-G and N-G protection
(suggested for tall poles, or
when far from service entrance)
B = L-G protection only
C = L-N protection only
D = L-N and N-G protection
(for Delta systems)
G = L-L protection (for Delta
Systems)
1P
= One Pole, Single Phase
2P
= Two Pole, Split Phase
3Y
3C
= Three Pole Wye (Figure 2)
= B Phase Corner Grounded Delta
H = L-N, L-G & N-G protection
(powered L-N, see Figure 5)
(Available up to 20kA per mode
and 40kA N-G, Not available
with F or S options)
(powered L-L, see Figure 1)
(Figure 6)
= Three Pole Delta (Figure 4)
= Three Pole Hi-Leg Delta (Figure 3)
Figure 1
Hot (BLK)
Figure 2
Phase A (BLK)
B Phase B (BLK)
A
Neutral (WHT)
Hot (BLK)
Ground (GRN)
SPLIT
2 Hots, 1 Neu, 1 Grnd
N
C
}
Neutral (WHT)
V
Phase C (BLK)
Ground (GRN)
WYE
3 Hots, 1 Neu, 1 Grnd
Examples:
(1 and 2 pole only)
Q
Please call APT at 800.237.4567 for
questions and application assistance
Figure 3
Phase A (BLK)
Phase B (ORNG)
}
V
Phase C (BLK)
Neutral (WHT)
Ground (GRN)
HI-LEG DELTA (B High)
3 Hots, (B HIGH),
1 Neu, 1 Grnd
(1 and 2 pole only)
(not available with S option)
E = L-G and L-N protection
F = L-L and L-G protection
Power System
(see Figures)
}V
}V
ll
Modes of Protection Configuration
120V
127V
220V
240V
277V
347V
480V
600V
3D
3H
ll
Figure 4
}
V
= Call for Custom or Special
Builds
Figure 5
Phase A (BLK)
Phase B (BLK)
Phase C (BLK)
Ground (GRN)
DELTA & HRG WYE
3 Hots, 1 Grnd
}
Figure 6
}V
Hot (BLK)
V
Neutral (WHT)
Phase A (BLK)
Phase C (BLK)
Ground (GRN)
Ground (GRN)
SINGLE POLE
1 Hot, 1 Neu, 1 Grnd
CORNER GROUND
DELTA (B grounded)
2 Hots, 1 Grnd
LA480V1PA40S = L-G and N-G protection of 40kA for 480V true single phase (Meets FDOT Light Pole specs)
LA240V2PA40S = L-G and N-G protection of 40kA for 240/480V split phase (Meets FDOT Light Pole specs)
LA120V2PD20BFN = L-N and N-G protection of 20kA for 120/240V split phase with bracket, filter and thru-nipple wires
LA120V1PB40BFS = L-G protection of 40 kA for 120V true single phase with bracket, filter and series connection wires
Lead Configurations:
Mounting Configurations:
Standard configuration (blank) 12 AWG
leads exit the mouth of the SPD enclosure,
not the nipple. This ensures maximum
potting coverage around the leads for
environmental & moisture protection
Intended for mounting via nipple hub (1.05” OD,
needs appropriately sized hole)
B suffix option mounting bracket permits mounting on
flat surface or standard 35mm DIN-Rail
N suffix option moves 12 AWG leads to
exit thru the nipple area (unit is still potted)
S suffix option provides Series connection
leads thru the mouth (not available with N
option). This is also known as two-port,
Kelvin or feed-thru connection. Some
DOT light pole configurations require this.
Steady state current rating for S option is
12A. Not intended
12.30.14.lh #8691
Leads
into
Std. 3/4”-14
Nipple
DIN-Rail Mount
(rail not incl.)
Bracket Mount
for flat surfaces
Leads out of
SPD
Ground
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
43
Features
•
•
•
•
•
Primary Protector Kit for Coaxial Communication Lines
Includes SAVFFF UL 497C Listed Coaxial SPD
Includes two F to BNC connectors for BNC applications
Coaxial Gas Discharge Tube (GDT) Technology
Protects personnel and equipment from lightning and power
induced overvoltage surges
Performance Specifications
• Breakdown Voltage:
• Maximum Operating Voltage:
• Maximum Signal Current:
• Imax Surge Current Rating (8/20µs):
• Analog Frequency Range:
• SPD Insertion Loss:
• Response Time:
• Listing:
Intended Application
150V
100V
300mA
5kA
DC-1GHz
0.2 dB typical
<25ns
UL 497C
• Primary Protector at Service Entrance for life safety protection
from power line crosses and lightning.
• SAVFFF is UL 497C Listed (QVKC.E303380)
• Suitable for use in UL 96A Master Label Lightning Protection
System
• Per regulatory & industry convention, cascaded SPDs provide
maximum protection. An additional Secondary SPD is highly
recommended for critical electronics applications.
Physical Specifications
Design Features
•
•
•
•
•
•
•
•
•
• Designed, Manufactured & Tested consistent with:
– IEEE C62.43-2005
– IEEE C62.64-2009
– IEEE C62.41.1, C62.41.2 & C62.45
– IEC 61643-21
• Integral Fail-Short Mechanism
Intended for use within a weather-resistant enclosure
Relative Humidity Range: 0-95% non-condensing
Operating Temp: -40°C (-40°C) to +176°F (+80°C)
Weight: 0.2lbs (56g) (excluding BNC conn.)
Length: 3.0” (76mm long)
Metallic Case
Female F Connectors
Two (2) F-BNC connectors included
Pin-Grounded Shield Mode of Protection
Grounding
• Requires reliable ground
• SPD may be grounded via its legs with screw connections, or via
screw terminal that accepts up to 8 AWG (wire and attachment
screws not included)
Installation
• SPD is bidirectional; not direction-sensitive. Industry ‘Best
Practices’ recommend SPDs at both ends of cabling and/or
cascade protection.
• SPD must be connected to a reliable ground via screw-down
connection or ground wire (or both). Locate SPD such that
ground lead is as short and straight as possible. Inches matter!
Connect to a reliable ground, which should be the same ground
reference for power and Pan-Tilt-Zoom (if equipped).
Quality, Validation
•
•
•
•
• SPD redirects damaging energy to ground. If equipment/SPD
are atop tall pole, the long path to earth ground adds inductive
impedance and may affect performance
• This SPD intentionally short-circuit the line when failed. Remove
SPD, and test system. If system operates normally, replace
SPD.
• If signal quality decreases when SPD is installed, most
likely cause is a ground loop. Disconnect ground lead, and
test system. If system operates normally, contact APT for
BNCA10kA, which has ground isolation circuitry.
Advanced Protection Technologies
44
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
5 year warranty (longer optional)
UL 497C Listed (QVKC.E303380)
APT employs an ISO 9001:2008 Quality Management System
CE Mark: Yes
E u r o p e a n A u t h o r i ze
3.10.15.lh #8619
B o u l e va r d
1030 B
T e l:
F a x:
E -M a
d R e p r e se n t a t i ve
O b e l i s s. a .
G é n é r a l W a h i s 53
r u se
l s, B E L G I U M
+ ( 32) 2. 732.59.54
+ ( 32) 2. 732.60.03
i l : m a i l @ o b e l i s. n e t
Features
The BNCA10kA is a premium SPD intended for Severe Service
at BNC coaxial connections for video equipment such as CCTV
cameras.
Top View
The BNCA10kA SPD features Three Stage Series Hybrid Surge
Protection
• Primary ‘Course’ Protection: Gas Discharge Tubes (GDTs)
• Series Current Limiting Component
• Secondary ‘Fine’ Protection: Silicon Avalanche Diodes (SADs)
Bottom View
Easy to Install, Din-Rail Mounting Bracket Included
Design Features
Performance Specifications
•
•
•
•
•
•
•
•
•
•
•
Nominal Operating Voltage: 5V
Maximum Operating Voltage: 8V
Maximum Signal Current: 300mA
Imax Surge Current Rating (8/20µs): 10kA
Clamping Voltage (Pin-Shield):
– 8/20µs, 5kA: 13.2V
– 10/700µs, 1kV: 14.7V
Digital Transmission Rate: ≤10Mbps
Analog Frequency Range: 0-10Mhz
Insertion Loss: ≤0.5dB@10MHz
Response Time: <1ns
Connection Type: BNC, 50 / 75 ohm
Discrete Modes of Protection: Pin-Shield, Shield-Ground
Quality & Validation
•
•
•
•
•
RoHS - compliant
5 year warranty (longer optional)
Individually Tested prior to shipment
APT employs an ISO 9001:2008 Quality Management System
CE Mark: Yes
• Designed, Manufactured & Tested consistent with:
– IEEE C62.43-2005
– IEEE C62.64-2009
– IEEE C62.41.1, C62.41.2 & C62.45
– IEEE Location Categories C, B and A
– NFPA 780 Lightning Protection
– IEC 61643-21
Shield - Ground Isolation
• The BNCA10kA includes separate protection modes for Pin
to Shield and Shield to Ground.
• This prevents SPD ground loops and possible signal
interference caused if a long run of cable references a
different ground than the head-end ground.
Physical Specifications
•
•
•
•
•
•
Intended for use within a weather-resistant enclosure
Relative Humidity Range: 0 - 95% non-condensing
Operating Temp: -40°C (-40°C) to +176°F (+80°C)
Weight: 0.25lbs (100g)
Dimensions: 3.35” (85mm long) x 1” square (25mm)
Pre-wired with 2’ (60cm) of #12 AWG ground conductor
(User to cut to shortest length possible)
• Anodized Extruded Aluminum Case; metallic bracket
• BNC gender changers are available
Installation:
• This is a directional, in-line series-connected SPD. PROTECTED end of SPD must be at equipment or camera end.
UNPROTECTED end must be at cable end. Industry ‘Best Practices’ recommend SPDs at both ends of cabling.
• Grounding: Locate SPD such that Ground lead is as short and straight as possible. Connect to a reliable ground, which should
be the same ground reference for power and Pan-Tilt-Zoom (if equipped). Trim Ground lead as appropriate. Inches matter! Do
not coil excess lead - cut off excess lead. Crimp-attach included wire terminal and connect to reliable ground. Din-Rail bracket
does not electrically ground this SPD. SPD attachment to Din-Rail is not mandatory.
• All applicable Code(s) and regulation(s) must be followed.
• If SPD problems are suspected, remove SPD and test system. If system operates normally, replace SPD.
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
E u r o p e a n A u t h o r i ze
3.10.15.lh #8540
B o u l e va r d
1030 B
T e l:
F a x:
E -M a
d R e p r e se n t a t i ve
O b e l i s s. a .
G é n é r a l W a h i s 53
r u se
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+ ( 32) 2. 732.59.54
+ ( 32) 2. 732.60.03
i l : m a i l @ o b e l i s. n e t
45
Protecting Coax Cables from Surges
Most surges on coax cable originate on the shield, not the pin.
• In a coax application, the pin is protected by the shield. For
example, lightning induces onto the shield, as would accidental
contact with a power line. Consequently, excessive emphasis on
protecting the pin may be misguided.
• According to IEEE C62.43 research:
– Surge current injected equally onto the pin and shield will
propagate unequally. Due to inductance, the shield will carry
about four times more surge current than the pin.
• “Surge propagation speed is faster on the shield than the pin,
leading to voltage differentials between pin and shield on long
runs of coax cable.”
• Coax surge protection is different than AC power surge protection:
– Focus is on the grounded shield conductor as opposed to the
‘active’ conductor. (On AC systems, focus is usually on the
energized conductor.)
– MOV suppression components may degrade signal quality due to
higher capacitance.
Primary & Secondary SPDs are intended for use together in a
cascade arrangement.
• Irony: People routinely protect AC circuits with sizeable cascade
SPDs, but do not do it with coax, despite smaller SPDs and
sometimes a harsher environment. Cascade SPDs as appropriate.
Concept of Cascade Protection
Secondary SPD
(UL 497A) with better
clamping performance
to better protect
UL 497 Listing categories are often misunderstood.
• UL has two generalized categories for Communication SPDs:
Primary and Secondary Protectors.
– Primary Protectors: e.g., UL 497, UL 497C. “Primary protectors
are intended to suppress abnormal overvoltage conditions
that may exist on the circuit due to accidental contact with
electric light or power conductors operating at or over 300 V to
ground…”.
Translation: These are more intended for life safety protection
from power line crosses & lightning, and may not clamp low
enough to protect sensitive electronics.
– Secondary Protectors: e.g., UL 497A. “Secondary protectors are
intended to suppress abnormal voltage and/or current conditions
that bypass the primary protector.”
Translation: Secondary Protectors offer better clamping
protection for sensitive electronics.
• Hiccup?: There are single SPDs having the robust componentry
of Primary SPDs and the lower and better clamping
performance of Secondary SPDs. However, by quirk, the lower
clamping voltage and better performance prevents them from
passing UL’s testing as a Primary Protector. The resulting
confusion factor is one reason why various manufacturers do
not UL List coax SPDs. Note that UL 96A Lightning Protection
applications mandate a UL 497C unit. Good practice suggests
an additional Secondary Protector to protect sensitive
electronics.
Primary SPD
(UL 497C) for life safety
purposes to protect
against Power line cross
or direct stroke
S ECOND AR Y S PD
SPD
PR IMAR Y S PD
SPD
BUILD ING
SPD
SPD
COAX CABLE
Hiccup: Ground Loops and resulting signal loss
• Coax cable shields are grounded at their ‘head-end’. The shield is
not supposed to be grounded further downstream. Reason: If the
shield is grounded at multiple locations, and those grounds are at
different potentials, then current will ‘loop’ through the shield as the
ground potentials attempt to equalize themselves. This is called a
Ground Loop, and can/will cause signal decay.
• Away from the ‘head-end’, if the SPD’s shield protection is directly
connected to ground, it can/will cause a ground loop. Different SPD
technology with ground isolation is required to prevent this. The
APT SPD will not cause ground loops.
Avoiding Ground Loops
COMMUNICATION
EQUIPMENT
SPD
SPD
COAX CABLE
Head-End Coax
Shield is Referenced
to Ground
46
If these two grounds have a voltage difference, and
the coax Shield can complete the circuit, then current
will flow through the Shield creating a Ground Loop.
Advanced Protection Technologies, Inc.
14550 58th Street North, Clearwater, Florida 33760
If remote SPD shield is ‘hard-grounded’ and there
is a voltage between the two grounds, then a
Ground Loop is likely. An SPD with ground
isolating qualities is required (APT BNCA10kA).
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
3.10.15.lh
Low Voltage/
Communication SPDs
DIN-Rail, Series Connected
Premium SPDs intended for use on a wide range of low voltage applications
inside appropriate enclosures, including high speed communication circuits.
Terminals are finger-safe.
• SPDs include three stage high-energy surge suppression in a Pi (π) configuration:
–
1st Stage: Parallel-connected Gas Discharge Tubes
–
2nd Stage: Series-connected impedance
–
3rd Stage: Parallel-connected Transorbs
• Each SPD Protects Two (2) Pairs of Wire
• UL 497B Recognized UL File: QVGQ.E244864
• Circuit schematic printed on side of SPD
• Dual Grounding:
– Ground Wire Lug (recommended)
– Through DIN-Rail Connection
Two or Four Wire Data Lines such as
Camera PTZ or Vehicle Detectors
Application
RS-232
RS423
Model Number
RS-422
Low Voltage Power Protection
RS-485
12VDC
24VDC
24VAC
30VDC
48VDC
60VDC
RS232/D1
RS423/D1
RS422/D1
RS485/D1
12VDC/D1
24VDC/D1
24VAC/D1
30VDC/D1
48VDC/D1
60VDC/D1
Protocol Operating Voltage
+/- 25V
+/- 6V
-0.25V – +6V
-7V – +12V
12VDC
24VDC
24VAC
48VDC
48VDC
60VDC
SPD Max Cont Op Volt (MCOV)
28VDC
15VDC
15VDC
15VDC
15VDC
28VDC
36VAC
52VDC
52VDC
64VDC
<46V
<27V
<27V
<27V
<27V
<46V
<60VAC
<85V
<85V
<105V
Typical Breakdown Voltage (VDC)
33V
18V
18V
18V
18V
33V
32VAC
61V
61V
75V
Maximum Leakage Current (µA)
5µA
5µA
5µA
5µA
5µA
5µA
5µA
5µA
5µA
5µA
Clamping Voltage (VDC)
Other Applications
Easy to Install
Specifications & Features
Unprotected side
Install such that surge
hits this side
• Other Low Voltage: See D60401 Series data sheets
• BNC: See BNCA10KA or BNCB5KA data sheets
• 120V: See AC DIN-Rail data sheets
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Surge Current Rating: 15kA
Rated Operating Current IL (mA): 800mA
Number Wires Protected: up to 4 wires (2 pair)
Wire Size: 14 AWG - 26 AWG
Response Time (ns): <1 ns
Mounting Type: 35mm DIN-Rail
Temperature Rating: -40°F to 185°F (-40°C to 85°C)
Enclosure Material: Thermoplastic UL 94-V0
Enclosure: NEMA 1 (IP 20)
Dimensions: 3.9” x 2.6” x 0.47” (99mm x 65mm x 12mm)
Weight: 4.75oz (135g)
Thermal Protection: Yes
Color: Gray
IEEE C62.41-2002, Cat C, B & A: Yes
IEC 61643-21Compliant: Yes
IEC Max. Discharge Current Imax (8x20µs): 15kA
IEC Max. Discharge Current In (8x20µs): 10kA
IEC Max. Lightning Pulse Iimp (10x350µs): 2.5kA
CE Mark: Yes
Warranty: 2 Year
In-line series connected SPD. Normal signal goes through this unit.
Ground Lug internally connects to tab contacting DIN-Rail. We
recommend cable connection from Ground Lug to Verified Ground.
0.47 in.
(12 mm)
Dimensions
2.56 in.
(65 mm)
Weight:
4.75oz (135g)
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
Protected side
Camera, MVDS,
widget, etc.
.
3.9 inm
80 m
E u r o p e a n A u t h o r i ze
B o u l e va r d
1030 B
T e l:
F a x:
E -M a
d R e p r e se n t a t i ve
O b e l i s s. a .
G é n é r a l W a h i s 53
r u se
l s, B E L G I U M
+ ( 32) 2. 732.59.54
+ ( 32) 2. 732.60.03
i l : m a i l @ o b e l i s. n e t
3.10.15 #8632
47
D60401, S-suffix
• These premium SPDs are intended for use on a wide range of low
voltage applications inside appropriate enclosures, including high
speed communication circuits. Terminals are finger-safe.
• D60401 SPDs include three stage surge suppression in a Pi (π)
configuration:
– 1st Stage: Parallel-connected Gas Discharge Tubes
– 2nd Stage: Series-connected resistor (includes inductor on ‘S’ models)
D60401, B-suffix
– 3rd Stage: Parallel - connected Transorbs
• Two D60401 SPD families are offered:
–
S-suffix: ‘Standard’ - for Analog, DC voltage, or low-frequency data to
600kHz
–
B-suffix: ‘Bandwidth’ - for Digital or High-Frequency Data up to 35MHz
Features
Model Number Configurator
• Surge Current Rating: 15kA
• UL 96A Lightning Protection Master Label: Yes
• Rated Operating Current IL (mA): 800mA (1000mA for
B-suffix models)
• Number Wires Protected: up to 4 wires (2 pair)
• Wire Size: 14 AWG - 26 AWG
• Response Time (ns): <1 ns
• Mounting Type: 35mm DIN-Rail
• Temperature Rating: -40°F to 185°F (-40°C to 85°C)
• Enclosure Material: Thermoplastic UL 94-V0
• Enslosure: NEMA 1 (IP 20)
• Dimensions: 3.9” x 2.6” x 0.47” (99mm x 65mm x 12mm)
• Weight: 4.75oz (135g)
• Thermal Protection: Yes
• Color: Gray
• UL 497B Listed: UL File QVGQ.E244864
• CE Mark: Yes
• IEEE C62.41-2002, Cat C, B & A: Yes
• IEC 61643-21 Compliant: Yes
• IEC Max. Discharge Current Imax (8x20µs): 15kA
• IEC Max. Discharge Current In (8x20µs): 10kA
• IEC Max. Lightning Pulse Iimp (10x350µs): 2.5kA
• Warranty: 2 Year
D60401Voltage Codes
005
012
024
048
060
=
=
=
=
=
5VDC (3.5VAC) S (Standard) = Analog, DC
12VDC (8.5VAC) B (Bandwidth) = Digital up to 35MHz
24VDC (17VAC)
48VDC (34VAC)
60VDC (42VAC)
Suggested Applications
Protocol
Nominal
Voltage
Suggested SPD
RS-232
+/- 25V
D60401-024S
RS-423
+/- 6V
D60401-012S
RS-422
-0.25V - +6V
D60401-012B
RS-485
-7V - + 12V
D60401-012B
Modbus (usually RS-485)
D60401-012B
Irrigation/Sprinkler Valves
24VAC
D60401-048S
Need to determine.
Default:
Could be 24VDC,
D60401-048S
12VDC, etc.
Default:
Can’t Find Out?
D60401-048S
4 - 20mA
Don’t know?
Voltage Codes
Nominal Operating Voltage (VDC / VAC)
MCOV (VDC)
Clamping Voltage (VDC)
Voltage Breakdown (Min/Max VDC)
IEC Voltage Protection Level
(Up @ 1kV/µs, VDC)
Maximum Leakage Current (µA)
"005"
5 / 3.5
7
<12
7/9
"012"
12 / 8.5
15
<27
16/20
"024"
24 / 17
28
<46
29.5/36.5
"048"
48 / 34
52
<85
55.5/68.5
"060"
60 / 42
64
<105
67.5/82.5
12
27
28
52
64
200
5
5
5
5
Advanced Protection Technologies
48
llll
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
E u r o p e a n A u t h o r i ze
B o u l e va r d
1030 B
T e l:
F a x:
E -M a
d R e p r e se n t a t i ve
O b e l i s s. a .
G é n é r a l W a h i s 53
r u se
l s, B E L G I U M
+ ( 32) 2. 732.59.54
+ ( 32) 2. 732.60.03
i l : m a i l @ o b e l i s. n e t
Dimensions
0.47 in.
(12 mm)
2.56 in.
(65 mm)
3.9 in.
80 mm
Information
Finger Safe Terminals
Unprotected Side
Protected Side
Install such that
surge hits this side
VALUABLE EQUIPMENT SIDE
Ground lug tab
Internally connected to DIN-Rail
–
Series connected (Power/Data goes through SPD)
–
Protects up to 4 wires (2 pairs of 2 wires)
DIN-Rail not included
Typical 4-Wire Installation
Protected Load Side
Only 2 wires?
– Use either top or bottom sets.
DIN-Rail not included
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
3.10.15.lh #8384
49
MVF - Medium Voltage
Surge Protective Device + Three Phase Fuse Box
SPD
Advanced Protection Technologies
Clearwater, Florida USA
www.aptsurge.com
#8518
DANGER
DANGER
HIGH VOLTAGE
1500VAC
KEEP AWAY
DANGER
CONTAINS NO USER
SERVICEABLE PARTS
ALTO VOLTAJE
F AI L U R E TO K E E P AW AY W I L L R E S U L T
I N D E ATH O R S E R I O U S I N J U R Y
The MVF consists of a Medium Voltage parallel SPD and stand-alone,
three phase fuse box. The MVF is designed for Oil and Gas, Water/
Wastewater, Chemical, Large Industrial and Heavy Duty Applications
at Service Entrance, Distribution locations as well as Individual
Equipment. The Three Phase Fuse Box component of the MVF is
REQUIRED to be installed on the line side of, and in-line with, the
Medium Voltage SPD component as dedicated overcurrent protection
and to safely disconnect the SPD from the electrical system in the
event of an SPD failure.
MVF SPD Component Design Features
Advanced Protection Technologies
Clearwater, Florida USA
www.aptsurge.com
#8518
•
•
•
•
•
•
•
•
•
HIGH VOLTAGE
FUSE BOX
•
•
•
•
Represents a typical installation of an MVF
•
•
Low clamping voltage for maximum equipment protection
Parallel design MOV suppression allows installation flexibility
Bi-directional operation for positive and negative surges
Solid state, fully automatic action and reset
Large-Block, 40mm, MOVs
Solid State Bidirectional Operation
Intended for High Energy applications including all IEEE C62.41.2
Category A, B and C High Applications
All Mode (6 Modes) dedicated (A-B, B-C, A-C, A-G, B-G, C-G)
Pre-wired with 2’ (0.61 Meters) #6 stranded leads for connection
to Fuse Box
Includes internally threaded conduit hub 1 1/4”
External Mounting Flanges
Inorganic silica particle encapsulation
– Noncombustible at extreme temperature
– Superior gaseous expansion tolerance
Double insulated against ground fault or arcing with separate
polypropylene and polyethylene layers
Elastomeric Ceramgard®potting protects against environmental
contaminants
High Voltage warning labels standard
MVF SPD Component Specifications
•
•
•
•
•
•
•
•
•
•
Surge Current Rating: 120kA per phase
Proven ‘large block’ 40mm MOV Technology
Protection Modes: All Modes L-L and L-G (Normal mode & Common mode)
Directly connected MOV suppression elements
NEMA 4 (IP66) Heavy Gauge Steel Enclosure
Dimensions: 31cm x 31cm x 15.5cm (12” x 12” x 6”)
Weight: 29.5kg (65 Lbs)
Relative Humidity Range: 0 – 95% Non-Condensing
Operating Frequency: 50Hz, 60Hz
Operating Temperature: -40°C (-40°F) to +85°C (+185°F)
MVF SPD Quality
• Seven (7) Year Warranty on SPD
• Every unit Burn-in tested prior to shipment
• ANSI/IEEE C62.11
Advanced Protection Technologies
50
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
MVF - Medium Voltage
Surge Protective Device + Three Phase Fuse Box
Optional Monitoring Package
• Allows for on-site or remote monitoring of suppression circuits
– Indicator lights for each phase
– Dry Contacts for each phase
– Available on 120kA models only
Fuse Box Component Design Features
• Designed to be installed in front of and in-line with APT’s MV
Medium Voltage SPD as part of the MVF.
• NEMA 4X Polycarbonate enclosure with stainless steel lockable latches.
• All connecting wires included
– 2.4m (8 ft) of #6 AWG, 25kV wire each (3 Phase, 1 Ground).
– Additional 6kV sleeving on each wire for added safety.
• 2 – 1 ¼ ” threaded hubs included to enter and exit enclosure.
• Includes 3 Bussman model 5.5CAVE (5.5kV, 15A).
• Includes 6” of conduit for SPD to Fuse Box connection.
SPD WITH OPTIONAL MONITORING
Fuse Box Component Specifications
•
•
•
•
•
•
•
•
Enclosure Dimensions: 457.2mm x 406.4mm x 254mm (18” x 16” x 10”)
Weight: 15.9 kg (35 lbs)
Maximum Voltage: 5500VAC
Maximum Current: 15 Amp
Torque: 80 Inch-Lbs
Relative Humidity Range: 0 – 95% Non-Condensing
Operating Frequency: 50Hz, 60Hz
Operating Temperature: -40°C (-40°F) to +85°C (+185°F)
FUSE BOX
M V F
4 1
1 2
0 4
D
V O L TAG E C O D E S
10
=
1000V
15
=
1500V
20
=
2000V
25
=
2500V
30
=
3000V
36
=
3600V
41
=
4160V
AV AI L AB L E O PTI O N S
D
=
M o n ito r
I n d i ca t o
p h a se &
p e r p h a
i n g P a cka
g e :
r lig h ts p e r
d r y co n t a ct s
se
E N C L O S U R E R ATI N G S
04
=
N E M A 4
S U R G E C U R R E N T R ATI N G S
12
=
120kA
p e r p h a se
24
=
240kA
p e r p h a se
Note: Monitoring Package available only on
120kA per phase models
7.5.16.lh RevF
Advanced Protection Technologies
14550 58th Street North · Clearwater, Florida 33760
(800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955
www.aptsurge.com · info@aptsurge.com
51
What Electrical System Is It?
•
•
•
•
Based on secondary side of upstream transformer, NOT by how load is connected.
Most SPD/TVSS order errors are misunderstandings related to grounding or neutrals.
W h at
l ectri cal S NOT
y stem
I s I t?there is a safety ground.
Grounded system means that the system
is referenced
toE E ground,
that
Based on secondary sideW of upstream
transformer,
NOTS byy how
load is connected
h at
l ectri cal
stem
I s I t?
Most
SPD/TVSS
misorders
are
misunderstandings
related
to
grounding
or neutrals
W h at E l ectri cal S y stem
By convention, ground wires are notBased
‘counted’
the
(3-wire,
4-wire,
W ofh at
E wires
l ectri NOT
cal
S yhow
stem
s I t? etc.).
on secondaryas
sideone
of upstream
transformer,
by
load
isI connected
Grounded system means that the system is referenced to ground, NOT that there is a safety ground
Based
secondary
side of upstream transformer, NOT by how lo
on secondary
side
ofmisunderstandings
upstream
transformer,
NOT
howon
load
connected
MostBased
SPD/TVSS
misorders
areare
toby
grounding
orisneutrals
By
convention,
ground wires
not ‘counted’
as one related
of the
wires
(3-wire,
4-wire,
etc.)
Most
SPD/TVSS
misorders
are misunderstandings
related to grou
Most SPD/TVSS
misorders
are
misunderstandings
to grounding
neutrals
Grounded
system means
that the
system
is referenced related
to ground,
NOT that or
there
is a safety
ground
Grounded
system
means
that the system is referenced to ground,
Grounded
system
means
thatnot
the‘counted’
system isas
to
ground,
NOT4-wire,
that there
A
B referenced
B
By convention,
ground
wires
are
one
of
the
wires
etc.)
A (3-wire,
B is a safety ground
3-phase 4-wire Grounded Wye
A
3-phase 4-wire Grounded Wye
By wires
convention,
ground
wires
By convention, ground wires are not ‘counted’ as one of the
(3-wire,
4-wire,
etc.)are not ‘counted’ as one of the wires
Neutral bonded to ground. Neutral pulled into
NeutralA bondedW to h ground.
Neutral
NOT
pulled
into
A
B
B
at
E
l
ectri
cal
S
y
stem
I
s
A
B
N
A I t?
B
A
B
N
A
B
A
B
N
B
facility. Common system configurations.
system configurations
MCC,
Basedcal
on secondary
side
transformer, at
NOT
byA how load is connected
W h at E l ectri
S y facility.
stemCommon
I s I oft? upstream
V = 120V (208Y/120V) APT ‘2’ Based on secondary side of upstream transformer,
Most SPD/TVSS
misorders
are
misunderstandings related to grounding or neutrals
andiswater
treatment.
NOTpumping
by how
load
connected
N
Nthat thereN is a safety ground
V
V
V
N Grounded
misunderstandings
related
to 120V
grounding
or neutrals
N G to ground, NOT
system
means
that
theN system
G
G
V = 277V (48OY/277V) APT ‘4’ Most SPD/TVSS misorders are
V=
(208Y/120V)
APT
‘2’is referenced
N
N
Grounded system means that the systemBy
is referenced
to ground,
NOT
thatare
there
is a‘counted’
safety ground
W h at E l ectri cal S
convention,
ground
wires
not
as
one
of
the
wires
(3-wire,
4-wire, etc.)
C
C
C
V = 347V (600Y/347V) APT ‘8’ By convention, ground wires are not ‘counted’
277V
(48OY/277V)
APT ‘4’
as one of V
the=wires
(3-wire,
4-wire, etc.)
Based
secondary
side of upstream transformer, NO
3 - p hase 4 - w ire G rou nded W y e
3 - p hase 4 - w ire
U ngrouon
nded
W y e
3 - p hase 4 - w ire G rou nded W y e
N e u tra l b o n d e d to g ro u n d
N e u t r a (600Y/347V)
l b o n d e d to g ro u n d
N e u V t r a l N O T b o n Most
d e d t o SPD/TVSS
g ro u n d
V = 127V (220Y/127V) APT ‘21 ‘ (non-USA)
V
misorders are misunderstandings
rela
VG
V = 347V
APT
‘8’
G
V
V
B N e u t r a l m a G y o r m G a y n o t b e A p u l l e d G i n t o V f a c i lV i t y
AG A N e G u t r a l p u l l e d i n t o f a c i l i t Vy
B
N e u t r a G l N AO T p u l l e d i n t o f a c i l i t y
B
B
A
Grounded system means that the system
is referenced
C o m m o n s y s te m c o n fig u r a tio n
e s y s t e m c o n f i g u r a t i o n ; E r r o r /m i s s -w i r e ?
C o m m A o(220Y/127V)
n s y s t e m c o n f i g u r a t i APT
o n a t M C‘21
C , B ‘ (non-USA)
V = 220V (38OY/220V)
APT ‘7’ (non-USA)B
V = 127V
C wires are not ‘counted’ as one o
C
h at
E C l ectriRN ao rt ecal
S y By
I
s
I
t?
ground
V = 120V C ( 208Y C /120V ) A P T ‘ 2’
N E C 285.3(
2)stem
, convention,
p u m p i n g a n d w C a t e r t rC e a t m e n W t
C
V = 277V
( 480Y /277V ) A P T ‘ 4’
V = 120V
) R load
r e 3 - -p C is
a l l connected
= 120V
) 3 A - p P of
T ‘ upstream
2’ 4 - w ire G transformer,
hase
rou nded
e ( 208Y by
3
hase
4 - w W ire
on
secondary
side
V Based
= 220V
APT
3 - p hase
4 = - w 347V
ire
rou G /347V
nded
W A P y T e‘ 8’W y e
3 - p VV hase
4 - (( w 208Y
ire/120V
rou
nded
W y‘7’
e (non-USA)
3 W - p y NOT
hase
4 /120V
- w how
ire
U P a ngrou
nded
y eG rou nded W y e
3 - p V hase
4 - w G ( 600Y
ire
rou ) nded
p hase
- p (38OY/220V)
hase
w G ire
/277V 4 ) - w A ire
T N ‘ U 5’
= 3 277V
480Y4 - /277V
) G N A e rou
P u T t r a ‘ nded
4’l b o n d eW d y t o e g r o u n d V = 277V 3 ( - 480Y
e u ngrou
t r a l b o n nded
d e d t o W g r y o eu n d
N
N e u t r a N l e b u Vo t n r = a d l 127V
e b d o t n o d ge ( 220Y
rd o t u o N n /127V
N e SPD/TVSS
l e b u o t r n a d l ( 600Y
e b d o n t misorders
od /347V
N e u t N r a( 600Y
n d u Tn dp u l l e A d i n t o f a c i l i t y
A
V u t = r N a 347V
g d r o u n ) d A P T ‘ 21’ ( n o n -U S A ) Most
e g d r o t o u ) n g N d r A e o P u u T t nN r are
e l u N t r O a /347V
lT to
N b O o grounding
T n ) d b A e o BPd n T td N o ‘ e 9’e dg u r t t o r o a u or
a d‘ N 8’l p u misunderstandings
l l e d i n t o f a c i l i t y V = 347V related
l g N r o O neutrals
N
N
N e u t r a N l e p u Vu t l r l= a e l d220V
N e V u t = r N a 127V
l e N u system
d p u i n l l t e o ) d C f a iA o n c P mthat
N e u t N r (a 220Y
y ground,
l oC a ( tn y o o b m n n e o -Um t p that
p i u n l t l o e d f ( a 380Y
i cn i t l o i t y /220V
f a c i l i t ) y A P T ‘ 7’ ( n o n -U S A ) Grounded
t O r a T l ( 220Y
N p u O l l T e /127V
t io T l im t f ‘y 21’
a o c n the
i l ( s i nt y o s n system
e l u m to
t r a a /127V
l m o r a m y ) o a C r y a m n l NOT
u s i l t n l e t m do i f c n a ois
t c o n i l f ia
f i t a g y c u safety
i r l a i t ty i o n a ground
means
t -Ue m S A c )o n f i g isu r referenced
a V t i o = n 127V
o S b u n A e l l e ) s p d y there
t M C C ,
N
W h at E l ectri cal S y stem I s I t?
B
N
R
V = 220V
T o u n ‘ r7’a a t ti o ( Mn n o C n a -UC t M , S CA ) C ,
l l af i ( g t n i uo o rn a -U; t Ei o S r n A r o; ) Er /m r r o i s r s/m -w i s i r s e -w? i r e ?
C o m E m l C o ectri
a r e R s( 380Y
e s m/220V
C o V m = m C 220V
o o n m 4-wire
s m y o s ( 380Y
c t o e n m f i g c ) Ungrounded
u Vo r nA a = f P it g i 120V
h at
o n m s m y s o t n e m cal
s y c s o t e n m f S i g c u yo r na stem
ft ii go un r a t i o n I s I t?
a y r s e t the
y s c t wires
e o m n ) f i c g C o u a n r (3-wire,
n t e ground
s m y s /220V
Resistive or Impedance GroundedW Wye
3-phase
208Y ‘counted’
/120V ) Wye
A P as
T ‘ R 2’one
N
p u m p i n g 4-wire,
a n d w a t e etc.)
r tre a tm e n t
By convention,
wires
are ( not
of
side of upstream
transformer,
NOT
is connected
V = 120V
( 208Y ( /120V
) by
A Based
P how
2) ,
t m e n t ( 480Y /277V
V = 120V
208Y
/120V
)T ‘ 2’
A P load
T Bon
‘ 2’ issecondary
o E t e C N 285.3(
) A by
P T how
‘ N 4’ o t e N N load
V
Based on secondary side of upstream
transformer,
NOT
connected p u m p p i n u g m a p n i n d g w a a n t d e r w t a r e t e a r Vt m t r = e an 277V
A E C 285.3( V2) ,= 120V ( 208Y /120V ) A P T ‘ 2’N
N
V
=
277V
(
480Y
/277V
)
A
P
T
‘
4’
V
=
120V
(
208Y
/120V
)
R
a
r
e
C
a
l
l
V
=
120V
(
208Y
/120V
)
A
P
T
‘
2’
Neutral bonded to ground
via
grounding
resistor.
Neutral
NOT
bonded
to
ground.
Neutral
mayor
V
=
277V
(
480Y
/277V
)
A
P
T
‘
4’
V
=
120V
(
208Y
/120V
)
R
a
r
e
C
a
l
l
V
=
120V
(
208Y
/120V
)
A
P
T
‘
2’
V
=
347V
(
600Y
/347V
)
A
P
T
‘
8’
V
V
=
277V
(
480Y
/277V
)
A
P
T
‘
4’
A
Most
SPD/TVSS
misorders
are
misunderstandings
related
to
grounding
or
neutrals
V
V
Most SPD/TVSS V misorders are misunderstandings
related to A grounding
or neutrals
A
G
G
V = 347V
( 600Y ( /347V
) A P )T ‘ 8’
/277VV/277V
A P ) T A ‘ 5’P ( T600Y
V = 277V
( 480Y ( 480Y
/277V /277V
) V A =A P 127V
A ) = 347V
V G = 347V
600Y /347V
A P V T ‘ 8’
‘ 5’ /347V ) A P V T B ‘ 8’
nV o = n -U277V
S ( A480Y
) ( 480Y
V
V B = 277V
) T A ‘ 4’P T ( 220Y
‘ 4’ V /127V ) A P T ‘ V B21’= ( 277V
G
Grounded
system
means
that
the
system
is
referenced
to
ground,
NOT
that
there
is
a
safety
ground
Grounded
system
means
that
the
system
is
referenced
to
ground,
NOT
that
there
is
a
safety
ground
V
G ( 600Y ( 600Y
G V = 127V
Neutral may, or may not, be pulled
into
facility.
pulled
into
facility.
Rare
system
V
=
220V
(
380Y
/220V
)
A
P
T
‘
7’
(
n
o
n
-U
S
A
)
V
V
=
127V
(
220Y
/127V
)
A
P
T
‘
21’
(
n
o
n
-U
S
A
)
220Y /127V
A P T ( n ‘ 21’
S A ) V not
V
=
347V
(
600Y
/347V
)
A
P
T
‘
9’
V be
= 347V
/347V
)
A
P
T
‘
8’
V = 127V
( 220Y ( /127V
) A P )T ‘ 21’
o n -U ( n S o A n )-U may
V
=
347V
(
600Y
/347V
)
A
P
T
‘
9’
= 347V
/347V
)
A
P
T
‘
8’
V
C
C
C
By convention,
ground wires are not
as ( one
4-wire,
V
V/127V
V = 220V
380Y of/220V
)T ‘convention,
A P T ( (3-wire,
S A ) etc.)
V = (3-wire,
127V
l n ( -Un o S n /220V
V = 127V
220Y
/127V
P T as
A ) wires
V = ‘counted’
220V
( 380Y
/220V
) the
A By
P wires
7’
n ‘ 7’o n -U ( n S o A n 4-wire,
)-U ground
V = 127V
( 220Y( 220Y
/127V
) = 220V
C a) etc.)
l l C ( n a o ( l 380Y
A -U ) S A ) ) A P T ‘ 7’ ( n o n -U S A )
V = wires
127V
( are
220Y ( not
/127V ‘counted’
) A P ) T A ‘ 21’
( ‘n 21’
o n one
-U( n o S n A -Uof
) S the
N
Becoming popular3 - psystem
on
high-tech
applications.
configuration;
Error/miss-wire?.
Note
NEC
285.3(2).
C
V ( 380Y
V
N /220V
C A P ) T A‘ 7’nded
hase 4 - w ire G rou nded W y e
3 V - p = hase
ire
U ) ngrou
3 - p hase 4 - w C ire G rou nded W y e
V = 220V( 380Y
220V
P T ( ‘n 7’o Wn N -U( ny o Sen A -UG ) S A )
V = 220V
V = 220V
( 380Y4 - ( w 380Y
/220V
/220V/220V
) C a) l l C ( n a o l l n ( -Un o S n G A -U ) S A )
B
N e u t r a l b o n d e d t o g rB o u n d
N e u t r a l bR o n Bd e d t o g r o u n d
N e u t rB a l N O T b o n d e d t o g r o u n d
A
A
N
A
AB
3 - p hase
3 - p hase
4 - w ire U ngrou
nded
W y e
nded
V = 120V (208Y
V =N 120V
A N e u t r a 4 l - N w O ire
C
C
A
N /120V)
e u t r a l p u l l Rare
e d i n t o -f a Call
c i l i t y APT
T p u G l l e rou
d i n t onded
fa Bc ility W B B y e
N A e u 3 (208Y/120V)
t - r a p l hase
m a y o r 4 m - a w y A ire
n o Rare
t b G e rou
p u l -l e Call
d i B n t o APT
f a W c i l i yt y e
A
A
G
N e u t r Ca A l o bm o m n o d n e s d y s t t o e m g r c o o u n n f i d g u r a V t i o n a t M C C ,
N e e s u y s t r t ae m l b c o o n n A d f i g e u d r A a t to i o g n ; r o E u r r n o d r /m i s 3 s - -wp hase
N y e eu t r a l N O T b o n d 3 e - p d hase
t o g r 4 o - u w n ire
d G rou nded W y e
C o m m o n s y s te m c o n fig u r a tio n
R
a
r
i
r
e
?
4
w
ire
G
rou
nded
W
A
V = 277V (48OY/277V)
APT
‘5’
V
=
277V
(48OY/277V)
APT
‘5’
G
V
N e u N t r p a u l m p G u p i l n l e g d a n i n d t o w a f a t e c r i t l ir t e y a t m e n t
l N O T 2) p , u l l e d i n t o f a c i l N i t e y u t r a l b o n d e d t o g r o u n d
N e u t r a l m a y o rV m a N y e u n t r o a t l b b o e n d p e u d l l t e o d g r i o n u t n o d f a c i l i t y
V = 120V
( 208Y /120V ) A P T ‘ 2’
N o t N e e N u E t C r a 285.3(
N
V = 277V APT
( 480Y
/277V
120V
e u -V r C a a t i l N o l e n u a t r a t l M p u C V l l e C d , i n t o f a c i l i t y
V N V = C (600Y/347V)
C o m m V o = n 120V
s y s t e (m 208Y
c C o n /120V
f i g u r ) a G t A i o P n T ‘ 2’
R a r e s y G s t e V m c o n f N i g e u u r t ar a t l i o N n O V; T E p r u r l o l e r d /m i n ti os s f a -wc i l i rt y e ?
o m m o ( 208Y
n s y B s /120V
t e m ) c o R Vn a f ir g ‘9’
V = 347V (600Y/347V)
‘9’ ) A P T ‘ 4’
V = 347V
N
N w G a t APT
V = 347V
( 600Y /347V ) A P T ‘ 8’
V = p 277V
)e r A t r P e T a ‘ t 5’m e n C t o m m o S n ingleV = 277V( 208Y( 480Y
/277V) ) A P A P T T ‘ 2’‘ 4’
s y s t e m Phase
c o n f i g u r a t i o n N o t e N E C 285.3( 2)
V = 120V
/120V
u m p i n ‘ ( S g 480Y
a n d /277V
N C C o, m m o n s y s te m c o n fig u r a tio n a t M C C ,
N
R
esistive
or
I
m
p
edance
G
rou
nded
W
y
e
S
p
litPhase
inglePhase’
V
e
r
i
f
y
w
h
e
r
e
N
e
u
t
r
a
l
a
n
d
G
V = 127V
( 220Y /127V ) A P T ‘ 21’ ( n o n -U S A )
V = 347V
( 600Y /347VN Call
) R A P APT
T ‘ 9’ V = 120V ( 208Y /120V ) A P T ‘ 2’ rN o u n d N a r e !
V = 347V
( 600Y /347V ) A P T ‘ 8’
p u m p in g a n d w a te r tr e a tm e n t
V = 277V
R ( 208Y
a r e -/120V
C a l l) A P T ‘ 2’
/120V ) C A P (non-USA)
T ‘ 2’) O f t e ( n 480Y
N e u t r a ( l 480Y
b o n d e /277V
d t o g r o ) u n d A v P i a T g r o‘ 4’u n d i n g C r e s i s t o Vr = 127V
N e u t r a V (220Y/127V)
l b = o n 120V
d e d t o g r N o( 208Y
u n d
f o r o n e l e g o r o n e p V i e c = e o 120V
f e q u i p . ( 208Y /120V )
/277V ) A P T ‘ 4’
V = 120V
V = 220V
( 380Y /220V ) A P T ‘ 7’ ( n o n -U S A )
V = 127V
( 220Y /127V ) C a l l ( n o n -U V S = A 277V
V = 127V
( 220Y /127V ) A P T ‘ 21’ ( n o n -U S A )
N e u t R r a ( V l 600Y
m a y , o /347V
r m a y 3 n ) o - p t , hase
t o f a G c i rou
l i t y nded W N y e e
u V t r a V l u = s u 277V
a l l y p u l l e d ( 480Y
i n 3 t - o p f hase
a c /277V
ility
N V e u t r a W l b y o en d e d t o g r o u n d V = 3 277V
- p hase ( 4 480Y
- w ire/277V
W /277V
y e ) A P T ‘ 4’
V
V = 347V
A b e P p T u l l ‘ 4e 8’d - w i n G ire
A ( 480Y
P T ‘ 5’
4’) nded
G
G
( 600Y /347V ) A P T ‘ 8’
V U = ngrou
277V) nded
220V
) C a 4 l APT
l - )w ( n ire
o A n -UP V G T S =rou
A ‘ 347V
R V B = e c 220V
o m i n g p ( 380Y
o p u l a r /220V
s y N s t e e u m ) t r o a A n l P b h To i g n h ‘ d 7’-t e e d c ( h t n o o g n r -Uo u S nVA d ) = 220V
V e V r y , = v (38OY/220V)
e r y C o m ( m 380Y
o n /220V
L e s s c o m m o n t h a n p e r c e iv e d !N e u t r a l N O T b o n d e d t o g r o u n d
N e u t rCall
a l b o n d ) e d A t o P V(non-USA)
g T r = o u‘ 127V
V = 127VV = 120V
( 220Y( 208Y
/127V
) ) A R V P a r T e -‘ 21’
( n o n -U C S A )
V = ( n 347V
P T ‘ 9’
V = 347V
( 600Y
/347V
8’n d V = ( 120V
220Y /127V
) 11’A P T G ‘ 21’
o n -U G S A ) ( 600Y /347V
V = 347V) A ( 600Y
/347V ) A P T ‘ 8’
/120V
C
a
l
l
V
=
120V
(
120/240V
)
A
P
T
‘
1’
A
P
T
‘
N e u tr a l p u lle d in to fa c ility
N G e u t r a l N O T p u l l e d V i = n t 220V
o f a c i l i t ( y 380Y /220V ) G A P T ‘ 7’ ( nN o e n u -Ut r a S l A m ) a y o r m aV y = n 127V
o t b e p ( u 220Y
l l e d i /127V
n t o f a c ) i l i tA y P T ‘ 21’ ( n o n C
C
B
V
Split-Phase ‘Single-Phase’
A
V
V = 220V
( 380Y( 480Y
/220V
V = R 127V
( 220Y /127V
) C a r o l l r /m( n i o s s n -w-U i r eS ? A )
V G = 127V
( n o n a t-U M S C A CA P , T) ‘ 12’ G
277V
/277V) ) A A P P V T T ‘ 5’‘ 7’ t e m ( n c o o n n -Uf i g uS r A a t ) i o n
V = G 240V
( 240/480V ( 220Y
) C R o am r em /127V
-o C n a s l V ly s ) t e C m A cP o T n f i‘ g 21’
G V = nded
a r e s y s t e m c o n f V i g u = r a220V
t B i o n ; E ( r 380Y
u r a V t i = o n 240V
3 - p hase 4 - w A ire G rou nded W y e
4 - w ire U ngrouV G = nded
e
3 - p hase 4 - w ire G rou
e /347VC A o ) m A m P o T n ‘ 3 9’s -y p s hase
127V W ( y 127/254V
A P T ‘ 15’ ( n o ) n -U A S A P ) T ‘ 7’ V ( = n o 277V
A P T ‘ 16’
G V = 347V W ( y 600Y
V = N 220V
( )380Y
) C a l l ( n /220V
o n -U ) S A A P ) T ‘ 7’ ( n S o n inV = 120V N e ( 208Y
) n d A e P d T t o ‘ 2’g r o u n d V = 220V
o t e N E C ( 380Y
285.3( /220V
2) ,
p u m p /220V
t r e a t m e n t n -U S A )
C
N e u t r a l b o n dto
e d ground.
to g ro u n d
N e u t r a l b o n d e Gd t o g r o u n d
u t r a l N /120V
O T b o Single-Phase
Neutral bonded
Neutral usually pulled
B i n g a n d w I m a t pe r edance
V = 480V
A P T ‘ 17’
l litw a y Phase
s d i f f e r e n ‘ S t ingle- Phase’
rou
W y C ea l l B – a l m V o s S = t C pa 120V
V e r
V = 277V N e ( 480Y
(
208Y
/120V
)
R a r e -C a ll
= 120V V or
( 208Y /120V ) A V P = G T 127V
‘ 2’ nded
C
N e u tr a l p u lle d in to fa c ility
N e u t r a l N O T p u l l e d i n t o f a c i l i Ct y
u t r a l m /277V
a y o r ) m a A y P n T o t ‘ 4’b e p u l l e d i n t o f a c i l i t y C B R V esistive
S
inglePhase
A P T ‘ 13’ ( n o n -U S A )
V a ( 600Y
N
e
u
t
r
a
l
b
o
n
d
e
d
t
o
g
r
o
u
n
d
v
i
a
g
r
o
u
n
d
i
n
g
r
e
s
i
s
t
o
r
N
e
u
t
r
a
l
b
o
n
d
e
d
t
o
g
r
o
u
n
d
O ft
B
A
V
=
347V
/347V
)
A
P
T
‘
8’
V
=
277V
(
480Y
/277V
)
A
P
T
‘
5’
V
=
277V
(
480Y
/277V
)
A
P
T
‘
4’
Verify
where
neutral
and
ground
are!
Often
this
is
used
C
o
m
m
o
n
s
y
s
t
e
m
c
o
n
f
i
g
u
r
a
t
i
o
n
R
r
e
s
y
s
t
e
m
c
o
n
f
i
g
u
r
a
t
i
o
n
;
E
r
r
o
r
/m
i
s
s
-w
i
r
e
?
C
o
m
m
o
n
s
y
s
t
e
m
c
o
n
f
i
g
u
r
a
t
i
o
n
a
t
M
C
C
,
S ingleinto facility.
Very,
very Common.
V = 220V
esistive
or I Gm rou
p edance
G W rou
nded W y e
p lit- Phase
‘ S inglePhase’W y A e
V A e P r i TPhase
f y ‘ 12’
w h e ( r n e o N n -Ue 4 u S - t w A r a ) ire
l a n d U G ngrou
r o u n d nded
a Ar e !
3 w - a p t e R hase
4 e n - tw ire
3 - ( pS n o hase
ire
N VG e Phase’
u = rou
t r 347V
a l nded
m a A y , ( 600Y
o r m a /347V
y n o t ), b eA P p T u l l ‘ e 8’d i n t o f 3 a c - pi l i t hase
y
u t r a l u ( s 600Y
u a l l y /347V
p u l l e d ) W i n A t yo P e
N e u
V = 120V
( 208Y /120V ) A P T ‘ 2’
N y o ( 220Y
te
e N W E /127V
Cy e
285.3(
p u m p i n g a n R d esistive
r t r e a t m or
V nded
= d rou
127V
) t o 2)A r , P T S ‘ 21’
n u -Ut r a S l A b 4 )o ‘ S- n w d ingleV n r d N = o G en 347V
Tf a c‘ 9’i l i t y
I
m
p
edance
G
nded
p
litPhase
V
e
r
i
f
y
w
h
e
r
e
N
e
u
t
r
a
l
a
r
o
u
n
d
a
r
e
!
N
e
u
t
r
a
l
b
o
n
d
e
d
t
o
g
r
o
u
n
v
i
a
g
r
o
u
n
d
i
n
g
r
e
s
i
s
N
e
e
d
t
o
g
r
o
u
n
d
O
f
t
e
n
f
o
r
o
n
e
l
e
g
o
e
p
i
e
c
e
o
f
e
q
u
i
p
.
N
A
N e u /120V
t r a l b ) o A n P d T e d‘ 2’ t o g r o u n d N
t o B V g e cr = o o u m127V
n i n d g equipment.
e u t r a l N O T b Vo ne r d y e , d v e t r o y( 220Y
g C r o o m u /127V
nm d o n ) C a l l ( n o n -U S A )
p o ( 220Y
p u l a r /127V
s y s t e )m Neutral
oA n P T h i g ‘ 21’
h -t e c o h n N -Ubonded
V = (120/240V)
277V
( 480Y /277V APT
) A P T ‘1’
‘ 4’
V = 120V /220V
( 208Yfor
/120V
ae ( n r u e o t r-n a or
V = 120V
( 208Y
L e s
A P one
T N )‘ 7’e N u R tleg
-UC l a b S l l o one
A n ) d e d piece
V = 120V
V
e N u e t r u /277V
a N t l r e ab u ol t pn) r a du l A e l l m P ed T d a t o y ‘ i4’, n g o t r o r o m u f a n a c d y i l vi n t B i y V oa t =,g br 220V
o e u p n u d l V i l n e ( g= d 380Y
r i ne t s o i s f t a o ( c r480Y
O f t e n N( n is
f e o u r t r o a n S l e b A o l ) e n g d eo d r o t o n V e g =r p o i 127V
e c y e d n o o f te qb ( u 120/240V
i l i t ) y /277V
d t of
V = 347V
( 600Y /347V ) A P T ‘ 8’
277V
) N A P e r N a T u l e t ‘ rb5’u a o t r l n a N d l eO u d s T u t a o p l u l g y l r l po e V u d V ln = l i e d= n 120V
V = 277V N ( 480Y
o i n f t a o c f i a( l 208Y
i ( c t 380Y
y i l i t y /120V
e i p p ./220V
u l l e d ) i ) n t C o A a P f l la T V ( c n ‘ i 1’o l i nt y -U S A )
=u a n 120V
V =
220V
/220V ) ) R A a P r e T -‘ 7’C a l ( l n o n N -U e S u A t r ) a l m a y V o r V = m 220V
( 380Y
R
e c c i l h i t y ( 600Y /347V N ) e u A t A P r V a T el ‘ u9’r y s , u v a e l l r y y p C u o l l m e d m V i o n = n t o 277V
L
e
s
s
c
o
m
m
o
n
t
h
a
n
p
e
r
c
e
i
v
e
d
!
e C u o t r m /347V
a B l m e m c o oa n ) my , s A i n o y P g r s T t m p e ‘ 8’o am p y u c n l oa o r n t , sf i b y g e s u t rep a mu t l i l o e o n d n i h n i V t g o h = f -ta 347V
f
a
c
i
l
i
t
y
A
N
e
u
t
r
a
l
b
o
n
d
e
d
t
o
g
r
o
u
n
d
V = 127V
( 220Y /127V ) A P T ‘ 21’ ( n o n -U S A )
V = 347V N ( 600Y
A P T commonly
‘ 5’
V =
to
ground.
R a r e than
s y s t e m c o V n = f i g 240V
u r a t i o ( n 240/480V
; E r r o r /m ) i s R s -wa r e i r e- ?C a l l N
C o m m This
o n s y configuration
s t e m c o n f i g u r a t i( o 480Y
n isa used
t /277V
M C A C V ) , less
V = 240V
(240/48OV)
Rare
Call
APT
V i n = g 120V
208Y
ll
) A P ( T 600Y
‘ 1’ /347V ) A P T ‘L 9’e s s V c o = m 120V
‘ e 11’
e c o m /127V
s y ( s n t o e /120V
o n V = 347V
V = 220V
( 380Y /220V ) A P T ‘ 7’ ( n o n -U V S A )
( 220Y /127V V B ) e r C y a , V l v l e( = n r o y 120V
n C -U o S m A G m ) ( 120/240V
V = 127V B ( 220Y
) p o A p P u T l a ( ‘ r 21’
n m -U o S n A ) ) h i R g h a -tr e e c V - h C = V a 127V
m o o t e n N t h A E a P Cn T p 285.3(
r c eV i v = 2)
e 127V
d ,!
( 127/254V
) A P T ‘ 15’ ( n o n -U S A )
V =
A
V
=
120V
(
208Y
/120V
)
A
P
T
‘
2’
N
p
u
m
p
i
n
g
a
n
d
w
a
t
e
r
t
r
e
a
t
m
e
n
t
V
V
V
V = 220V V ( 380Y
/220V
) A P T ( ‘ /120V
7’480Y( n o /277V
/220V V ) = C 120V
a V l l ( = (see
n o 240V
n -U( 120/240V
S “split-phase”).
A ) ( 240/480V
V = 277V
V = 240V
P T ‘ 12’
= 120V
) n -U R S a A A r ) ) e -A C P Ta l l ‘ V 5’ = 220V ( 380Yperceived
) A P ) T R‘ 1’a r e - C a l l A R
V = 120V
A P T A ‘ 11’
V =
G ( 208Y
V = 127V (127/254V)
APT
‘15’
(non-USA)
V = V 277V
( 480Y
/277V
) ) A P A T P T ‘ 4’‘ 9’
V = 120V
(‘ 16’
208Y /120V ) R a N r e - C a l l
V = V 120V
( 208Y
/120V ) ) A A P N P T T ‘ 15’
‘ 2’ ( n o n -U S A )
=
347V
(
600Y
/347V
=
127V
(
127/254V
V
=
277V
A
P
T
V = 277V ( 480Y /277V ) A P T ‘ 5’
V = 240V ( 240/480V ) R a r e - C a l l
V = 240V A V P T ‘ 12’
G
V =
V = 347V
( 600Y /347V ) B A P T ‘ 8’
V
=
277V
(
480Y
/277V
)
A
P
T
‘
5’
V = 277V
( 480Y /277V ) A P T ‘ 4’
A
C B
V = 480V
P T ‘ 17’ C a l l – a l m o s t a l w a y s d i f f Ve r e n t
V = 120V
‘11‘ ) A P T ‘ 15’ ( n o n -U S A )
V = 347VR A ( 600Y /347V ) A P T ‘ 9’
V = 127V APT
( 127/254V
V V = 277V
A P T A ‘ 16’
V =
A
V = 127V
( 220Y /127V ) A P T ‘ 21’ ( n o n -U S A )
V = 347V
(‘ 13’
600Y ( n /347V
) A ) A P T G ‘ 9’
= 347VPhase
( 600Y /347V ) A P T ‘ 8’
S V ingleV
=
127V
A
P
T
o
n
-U
S
V = 480V A P T ‘ 17’ C a l l – a l m o s t a l w a y s d i f f e r e n t
R esistive or I m p edance G rou nded W y e V = 220V
S p lit‘ S ingle380Y /220V
) A V P Phase’
T ‘ 7’ A ( n o n -U S A V
) = 240V
V = 127V
220Y ( n /127V
) C a l l ( n o n -U S A )
220Y
V V e r V = i f y 127V
w h e r e ( N‘12’
e u t r a /127V
l a n d G ) r o A u P n d T a ‘ 21’
r e ! G ( n N o n -U S A ) C
C ( Phase
V = 220V
P T (‘ 12’
APT
B
V = 127V
A P B T A ‘ 13’
( n o n -U o S n A G -U ) S A ) N
V
B
N e u tr a l b o n d e d to g r o u n d v ia g r o u n d in g r e s is to r
N e u tra l b o n d e d to gNro u n d
O V f t e = n 220V
f o r o n e C ( 380Y
l e g o r /220V
o n e p i ) e c eA B P o f T e ‘ q 7’u i p .( Bn o n -U S A ) C
V = 220V
( 380Y /220V ) C C a l l ( n o n -U S A )
V I m = p 220V
A P G T rou
‘ 12’nded
( n o n W A-U y S eA )
G
N e u tr a l m a y , o r m a y n o t, b e p u lle d in to fa c ility
NN e u t r a l u s u a l l y p u l l e d i n t o R f a c i l i t y
R
esistive
or
edance
S p lit- Phase ‘ S ingle- Phase’A
N
e
u
t
r
a
l
b
o
n
d
e
d
t
o
g
r
o
u
n
d
N = 277V APT ‘16’
V
B
G
B
N e u t r a l b o n d e d t o V g r o u n d v i a g r o u n d i n g r e s i sA t o r
N e u tra l b o n d e d to g ro u n d
B e c o m i n g p o Delta
p u l a r s y s t e m o n h i g h -t e c h
V e r y , v e rC y C o m m o n
L e s s c o m m o n t h a n p e r c eG i v e d !
G V
Hi-Leg Grounded
G
A APT
A N e u tr a l u s u a llyV p u lle d in to fa c ility
R
B - almost
N e u t r a l m always
a y , A o r m a y n different
o t, bV e p u lle d in to fa c ility
A APT
BG
V = 120V
( 208Y /120V ) R a r e - C a l l
V = 120V
( 120/240V
) A P T ‘ 1’
V = 48OV
V = 120V
A P ‘17’
T ‘ 11’ Call
A
G
B e c o m i n g p o p u l a r s y s t e m o n O h i S p g en
h ingle-t e D c heltaPhase
V e ry , v e ry C o m m o n
V Neutral
= 277V
( 480Y
/277V ) A P often
T ‘ 5’ pulled into
V H = i- 240V
( 240/480V
R a r e -CV a ll
VA = 240V
A P T ‘ 12’
G V
L eg G rou
ndedG D ) elta
A
Neutral bondedVV to
ground.
V
V
C ( n 3o -n p -U hase
R esistive
W S A Vy ) e
S APT
p nded
lit-A P Phase
‘ S 3 ingle120V
( 208Y /120V ) R a r 3-p
e V - h C e a a r s i l e fl y 3 w o r h 4-we r e i r e N e u t r a V l V a = n 120V
d G r o ( u 120/240V
n d a r e ! ) A P T ‘ 1’
127V
‘13’
3=
- w ire
- p hasePhase’
3 - V w = ire
B C A orner
= 347V
( 600Y /347V ) A P T ‘ 9’
V N = e 127V
T ‘ 15’nded
u or
t r a l I b m o n ( pd 127/254V
e edance
d t o g r o u ) n d A G P rou
V U = ngrou
277V
T D ‘ elta
16’ (non-USA)
G
G
c N e te o u g t r r A o a u P l n T db ‘o 17’
u f on g r r o o u Phase
N e u t r a l b B o N n e u d t re a d l o t f to e n g p r u o l lu e n d d i n t v o i fa a c g i V l i r t yo u n d i nV S g y s r t e e ms i s h ta o s r n o r e V f e r = e n 480V
n d C e a d l l t – oG a rou
g V l m r o o nded
u s n t V a d l wV D a = elta
n n e d e l d e , g c o o r n r e Vo r n = e 240V
p i e c e ( 240/480V
o f e q u i p) . R a r e - C a l l
y 277V
s d i f f e r ( e 480Y
n t /277V ) A P T C ‘o O 5’u V l f d t e b S n e ingleC system configuration.
facility. Common
= f e 347V
) A P T g r ‘ o 9’u n d V e d e r o i f r y H w i -lh e e g r e N e u t r a Vl a = n d 127V
) A P T ‘ 15’ ( n o n -U
or
S l ( y p n o lit-L v o l t a V
s G f i rou
x 220V
e d V nded
b y = t r127V
a n APT
s W f o yr m e
, T b u ‘ 13’
t L -(non-USA)
m o n s y s t e m c R o n esistive
G r o u n ( 127/254V
d a re !
s e St e d A m ) i n h a t o ‘s S V r f e ingler i e l i n t c y Phase’
e t o ( 600Y
g r o u n /347V
d
A ea P r ‘12’
n Su -Uy lPhase
N e u t r a l m CV a o = y m , 120/240V
o r m a y n A o P Tt , ‘ 3’fb i g e u r p a t u i o Sl n l e ingled i I n m t Phase
o p LG edance
f va o c l t i a l ig t eyg s e =
N
e
u
t
r
l
u
s
u
a
l
p
l
a
c
N
e
u
t
r
a
l
b
o
n
d
e
d
t
o
g
r
o
u
n
d
C
A
ca g a n r n d o vuG a n V r r o d y u =i ; n n K g 220V
n r ao e rw es n i! s t t o o A r b P e T c o ‘ m 12’e N ( e n N u o t n br a -Ue l c b aS o u A ns ) e d e B d p t h o a gs N e r o i us n g d r o u n d e d
V e r y r a O r e f , t e t e n n f d o N rt o o b n e e r l u e r g a l o r o n e p i e c e o f e q u i p .
N
e
u
t
r
a
l
b
o
n
d
e
d
t
o
g
r
o
u
n
d
v
i
a
R
esistive
or
I
m
p
edance
G
rou
nded
W
y
e
S
p
litPhase
‘
S
inglePhase’
V
e
r
i
f
y
w
h
e
r
e
N
e
u
t
r
a
l
d
V = 120/240V
APT ‘3’
B
B e c o m i n g p o p u l a r s y sC t a e N l l ’m e u t o r a n l m h ai g y h , o-t r e m c a h u y n s n t o a t b , l e b .e p u l l e d i n t o f a V c e i l i r t yy , v e r y C o N m e u m t Vr ao =l n u 240V
V a B L r i e o s u s s N s e c o u o l u t r m t a i o l m n b s o ,o n C n d a e l t l h d f o a t r o n i n g C f p r o o e u r n c d e i v e d !
s u a l l y A p P u T l l e ‘ 61’
d in to fa c ility
N e u tr a l b o n d e d to g r o u n d v ia g r o u n d in g r e s is to r
N e u t r a l b o n d e d t o g r o u V n = d 240/480V
O fte n fo r o n e le g o r o n e p ie c e o f e q u ip .
R
C
A
V
=
240V
A
P
T
‘
6’
= 120V
( 120/240V
1’
o g n r o hu ni g d h -t e c h V 3-wire
V Ungrounded
e r y , V v = e r 480V
y ) C o m A A m P P o T T n ‘ ‘ 51’
e s s c o m A m P o nT t ‘h 11’
a n p e r c e iv e d !
N e u t r a l m a y , o Call
r m a y APT
n o t, b e p u lle d in to fa c ility
N e u t r a l u s V u a = l l y 120V
p u l l e d i n t ( o 208Y
f a c i l i t y /120V B ) N e c R o m a ri n e g N -p e oC u p t a r u a l l l l a b r o s n y d s e t de m t o 3-phase
V = 240/48OV
Delta C VV == LV 120V
B
V m o = n 480V
C
V = 600V
) t h a R n a p A B r e e P r c T -e C ‘i 5’v a e ld l !
V = 120V
B e c o m i n g p o p u l a r s y s t e m o n h i g h -t e B c h
V e r y , v e r y V C =o m 277V
m o n
= 120V
‘ 11’
s s c o m /120V
( 480Y /277V V ) = AV 120V
P T ‘ L 5’e ( 208Y
V = 240V C ( 240/480V
) ( 120/240V
R A a B P r T e ‘ 91’
-) C A a P l l T ‘ 1’
A P A P T T ‘ 12’
G
G
G 240V
V A = P 600V
C
A
N o t e N (E A G240/480V
C 285.3( 2)) R a r e - C a l l
V = 120V
( 208Y /120V ) R a r e - C a l l
V = 120V V ( 120/240V
P T ‘ 1’ /347V V ) = A 277V
120V /277V
T ) ‘ 11’
A P A A T P ‘ T 5’ ‘ 9’ has
V = 240V
V 277V
= 240V A P A P T T ‘ 16’
‘ 12’
B ) fixed by
= 347V ) A A ( 600Y
P T ‘ V 9’( = 480Y
V
=
127V
(
127/254V
)
A
P
T
‘
15’
(
n
o
n
-U
S
A
V
=
System
NO
reference
to
ground.
L-L
voltages
N
N
o
t
e
N
E
C
285.3(
2)
O
c
c
a
s
i
o
n
a
l
l
y
s
e
e
n
a
t
i
n
d
u
s
t
r
i
a
l
G
B
C
C
V = 277V
( 480Y /277V ) A P T ‘ 5’
V = 240V
( 240/480V ) R a r e - C a l l
240V /347V
A P TB ) ‘ 12’
V = 347V V ( = 600Y
A P T ‘ 9’
V i- = L eg
127VG rou(B 127/254V
) elta
A P T ‘ 15’ ( n Co n -U S A )
V
=
277V
A
P
T
‘
16’
H
nded
D
A
V
G
n Gs y s t e m c o n f i g u r a t i o n a t o l d V e r
V = 480V
A P A P T T ‘ 17’
C a l l – a l m o s t a a l y w s a d y i f f s e r d e i n f ft e r e n t
G
fa c ilitie s , n o r m a lly n o t u s e d o n n e w
V
V = 347V
( 600Y /347V ) A P T ‘ 9’
V = 127V
( 127/254V
) A P T C ‘ 15’ G ( n o n -U S A )
V = V 277V C oA m P T m o‘ 16’
= 480V
‘ 17’ C a l l – a l m o s t 3 a - p l w hase
3 - p haseV 3 V = - w V 127V
ire
U ngrou
3 - w ire C orner
e u B t r a c l o b n os t n r u d can
g ro u n d
a transformer,
l f a C c a i l li l t i – e s a , l m n o o r s m t a a l l l w y but
c e t di o n t o vary.
V = 480V i n A d u P s T t r ‘ i 17’
a n y o s t d u i s f L-G
f e e d r e o n n t N voltages
A P A P T T nded
‘ 13’ D ( ( n n elta
o n -U S A )
e a v s D n V a o t =e r e : 127V
V
n s t r u ( c n t io o n n -U S A )
S S ingley s t e m R h Phase
f 3/16/09
e O V r e p n en
c e t D o elta
g ‘ r 13’
o u n d o n -U S A ) G rou nded D elta
N e u t r aG l o f t e n p u l l e d i n t o f a c i l i t y
H i- L eg G rou nded D elta V = 127V n e A w P G T c o ‘ 13’
V
=
220V
A
P
T
‘
12’
V
=
220V
A
P
T
‘
12’
V
o
l
t
a
g
e
D
i
a
g
r
a
m
s
R
e
v
C
G
This
configuration
is
known
to
become
unstable.
r n , d b ( ( nu n i a r ot e o r nL e n -U-! -U S A S ) A S ) y s t e m h a s r e f e r e n c e t o g
C D o elta
m m o Phase’
n s y s 3 t - e p m hase
c o n f i g 3 u - r w a t ire
i o n C orner
R esistive
e‘ 12’ ( 3 n o - wn -U ire
S S pA U ) lit-ngrou
Phase
‘ S ingleV L e -Lr i f v y o w l t a h g e e r s e f Ni x e d u t b 3-p
r ya l t h r a a a n n s d s e f o G 3r m r o o r e u 4-w
220V 3 W A - P p y T hase
nded
N e u t r a or
l b o I mn d p e d edance
t o g r o u n d G rouV = nded
3-phase 3-wire Corner Grounded Delta
r o C y r ; o Ko u n nl d oe b w p e n i e u t oc n e g b r e o o c f u o e n m qd e eu d i p , .c o r n b e e r c a u s e B p h a s e i s g r o u n
T ‘ 3’ D elta
N H e i-u L t r eg
a N l e b G u o t n rou
n d d i n v t o i a f a g c r oi l i u t y n d i n g r e S s y i s t eo m r h a s n o N r e e f e u r t e r a n lc eb o t o n d g e r o d u t n o Vd g = r o 120/240V
u n d
O G f t e v o n l t f a o g r e o s n c e a n O l e v p g a en
r a d l e o d nded
f t e t o n g p r u o D l l u e elta
G rouA P nded
D elta
V = 240V
A P T ‘ 61’
B
N N e e u u t t r r a a C l l o m b m o a n m y d , o e o n d r s t m yo s a g t e y r o m n u B o n c t do , n b f i e g u p r u a l t l i e o d n i n 3 t o - p f a hase
c L i B -Ll i t y v 3 o V
at r nded
l a u n s fu o ‘6’
a r m lD l y e elta
pr , u V b l l u e = t d L240/480V
l- t w a g =
e s 240V
f U i x ngrou
e N d e b u y t r APT
-i n 3 t o - p f a hase
d t o g g r o r ou nu d n e d d o r H i -l e g
C
A
Sc i y l i s t C y t e a 3 m l l - ’ w h a ire
s r e C f e orner
r e n c e t o N g u e r n o u s u t t ra n a b d l l e b .o n d e 3-p
ire
System has reference
to ground
because
V = 240V A P T ‘ 6’h a s e 3 o r 4-w i r e
N
A
s r e c f a e n r e V v n a e c r r e A y y C ; , t o K v n e g o r r yo w u n C n to d o m b m e c o B o n m A e
B B N e e c u o t mr a V il n o = g f t 120/240V
e c a u s C e D B elta
p C h a s e i s g r o u L n e d s e s d c o A m m A o n C t o h u a l V nd e b p r e y e r r u c a n e r g e i v r , o e t eu d nn ! dd e t o d , b c e o rr un re a r l A V A = 480V A P T ‘ 51’
e p n o p p u u l l a l e r d s i y n A Cs t o Pt e T f m a ‘ c 3’io l i nA t y h i g h -t e Sc h y B s t e G m v h o a l st a Vn g o e =
A
48OV
APT
‘5’
G rou b nded
V
=
480V
A
P
T
‘
5’
V
=
600V
A P T ‘ 91’B
N
A
V a r i o uB s s o l u t i o n s , C a l l f o r i n C f o
V C = o m 120V
) S A y P s t T e V m ‘ 1’= h 240V
A P T ‘ 11’
V
B phase is grounded.
s f V o r m e r ( , 120/240V
b u t L m V o n = s 240/480V
y ( 208Y
s t e m V c/120V
o n f C i g a u ) l l r ’ a R t i o a n r e - C a l l L -L v o u l n t a s g t a e V b s l e f i .x e d b V y V t r a = n 120V
V t o g r o u V n V d = = 120V
V
a s r e f e A r e P n T c e ‘ 61’
600V A P T g r ‘ o 9’u n d e d o r H i -lV e g
N o t e N E C 285.3( 2)
V = 240V A P 600V
T ‘ 6’
A P T ‘ 51’
V V = = 277V
240/480V
) b R e a c a r e uV s -= e C 480V
A P V T e r ‘ 2)12’
v a r y ; V K n = o 240V
w APT
n t o b e( ‘9’
c o m e
120/240V( 480YA P /277V
T ‘ 3’ ) A P T ‘ 5’ G V G v o l t a g e V s cVa n =
y r a r e , t e n dV t o b e r u r a l
e N E C 285.3(
B a l p l h V a s e i s g r o u n d e d V N = o t 240V
O
c
c
a
s
i
o
n
a
l
l
y s e e n a t in d u s
G
V
=
480V
A
P
T
‘
5’
V ‘ 15’
= 600V
P S T A )‘ 91’
V = 240V APT ‘61‘
G
V V = = 347V
) A P T ‘ 9’
V = 127V
( 127/254V ) V A = P T 240V
( nA o P n T -UA ‘ 61’
V C = o m 277V
u n s ta b le .
240/480V( 600YC a /347V
ll’
ic o o u n s f i g s G u o r l u a t i o n s a , t C o a l d l l e f r o r i n f o f a c i l i t i e s , n o r m G a l l y n o t u s e d
m o n s y A s P t e V T m a r ‘ 16’
V = 600V
A P NEC
T ‘ 9’ 285.3(2)
N o t e N E C 285.3( G 2)
Note
V i n = d u 480V
s t r i a l f a A c i P l i t T i e s ‘ 17’
, n o r C m a a l l l l y – n a o l m t u o s s e t d a o l w n a y s d c i fo f n e s r e t r n u c t t i o n
V = 240V
6’
480V
H ‘51’
i- L eg G rou nded D elta
O p enV D = elta
N o t e A N P E T C ‘ 285.3(
2)
V = 48OV
APT
O c c a H s i-iA o L P n eg
aT l l ‘ y 51’
sG rou
e e n nded
a t i n d V u D n s elta
te= r w i 127V
a cl o n s t r u A c P t i o T n ‘ 13’ ( n o n -U S A )
= 480V
3 - p hase 3 - w ire U ngrou nded D elta
3 - p V hase
ire
N e u t r a l b o n d e d t oA g r o u n d
o f a r c 4-w
C
C o 3 m - w m A Common
o P n T s C ‘ 5’
y orner
s A t e m c o system
n f i g u r a t i o n configuration
a t o 3-p
l d e r h a s V e = 3 600V
i at
l i t i e i e rA older
s eu P , t r n T a o l ‘ r b91’
m a industrial
l l y n o t u s e d o facilities.
n n e w A P T 3 ‘ - 12’
C
p hase
3 - p hase 3 ( n o 3 n - w-U ire
S A U ) ngrou nded D elta
V C = nded
600V
Pi a BT l f a‘ 9’c i l i t i e s , n o r m a l l yB n C o t u s e C d o o u n l d N b o e t eu n c N og E nr C o sC u N t r n 285.3(
S y s t e m h a s Cn o r e f e r e n c e t o g B r o u n d
e u t r a Nl o f t e n p u lle d in t o f a c ilit yB
d e d , c 2)o o rn n d e e r d t o g r o V u n = d 220V
G rou
V = 600V APTN ‘91‘
i Nn d u s D A t r elta
C
S y s C R t e e m v h D a a s t n e o : r3/16/09
e fB e r e n c e t o g r o u n d
N e e u g u c t t r i o a ln o f t e n p u l l e B d i n t o f a c i l i t y
G rou nded
N t eo mt e hNn a e E s w C r c e 285.3(
2)
L -L v o l t a g e s f i x e d b y t r a n s f o r m e r , b u t L C o m m o n s y s te m c o n fig u r a tio n
g
r
o
u
n
d
e
d
o
r
H
i
-l
O
c
c
a
s
i
o
n
a
l
l
y
s e e n a t in d u s tr ia l
S
y
s
f
e
r
e
n
c
e
t
o
g
r
o
u
n
d
o Normally,
n s tr u c tio n
this
is
not
used
on
new
construction.
C
A
L
-L
v
o
l
t
a
g
e
s
f
i
x
e
d
b
y
t
r
a
n
s
f
o
r
m
e
r
,
b
u
t
L
C
o
m
m
o
n
s
y
s
t
e
m
c
o
n
f
i
g
u
r
a
t
i
o
n
S y s te m h a s
G v o l t a g e s c a n v a r y ; K n G o w n t o Bb N e c o m e
V = 120/240V
A P T ‘ 3’
Note NEC 285.3(2)
V o lta g e D ia g r a m s R e v C
b e c C a o u m s e m B o n p h s a y s t e e m i s g c r o o n u f n i g d u e r d a t i o n a t o l d e r V e r y r af a r c e i , l i t e i e n s d , n t o o r b m e a r lu l y r a n l o t u s e d o n n e w
G
V = 120/240V
A P T ‘ 3’
b Ce c a u s e B p
C G v o lt a g e s c a n v a Br y ; K n o w n t o b e c o m e
u n s ta b le .
V G = 240/480V
C a ll’
a l l f o B r iG n f o
d u s t r i a A l f P a T c i l ‘ i 61’
t Bi e s , n o r m A a l l y n o G t u s e d o n V aC r i o u c s o s n o s l t u r u t i oc t n i V o s n, = C 240/480V
V G= i n 240V
u e n v s t D a b a l te e . : 3/16/09
C a ll’
A
V = 240V
A
A
R
Occasionally
atD industrial
facilities. V = 240V A P T ‘ 6’
H i- L eg G seen
rou nded
elta
V = n e 480V
w c o n As t P r u T Open
c ‘t 51’
iO o np en D elta
V = 240V A P T ‘ 6’
Delta
V = 480V
A
L eg
G V rou
O s p R en
D elta
3 - p hase 3 - w ire V U ngrou
3 - p hase 3 - H w i-ire
C orner
N e u tra l b o n d e d to g ro u n d
3-p h a s e 3 o r 4-w i r e
= 480V nded
A P T D ‘ elta
5’
V
o
l
t
a
g
e
D
i
a
g
r
a
m
e
v
C
V = nded
600V V D A elta
P T ‘ 91’
V V = 480V A P T ‘ 5’
V
V = 600V
A
S y s t e construction.
m h a s n o r e f V e r e = n 600V
c e t o g r A o u P n T d ‘ 9’
3 - p hase 3 - w ire C orner
N e u t r this
a l o f t e n is
p u not
l l e d i n tused
o f a c i l i t y on new
C 2)o u l d b e u 3 n g- p r o hase
u n d e d , 3 c - o w r n ire
e r U ngrou nded D G elta
Normally,
u t r a l b o n N d o e t d e t N o E g C r o u 285.3(
n d
3-p h a s e 3 o r 4-w i r e
G rou ndedN D e elta
G
G
V = 600V A P T ‘ 9’
3-phase 3 or 4-wire.
N o te N E C 2
C o m m o n s y s te m c o n fig u r a tio n
V = 120/240V
A P T ‘ 3’
V = 240/480V
C a ll’
L -L v o l t a g e s f i x e d N b y o t t e r a Nn s E f o C r m 285.3(
e r , b u t 2)L S y s t e m h a s N r e e f e u r t e r a n lc e o f t t o e O n g c r p o c u a n l s l ed i o d n i a n l t l o y f s a e c e i l g ni t r y o a u t n i n d e d d u s o S t r r y iH a s i tl -le e m g h a s n o r e f e r e n c e t o g r o u n d
G rou nded D elta
G v o lta g e s c a n v a r y ; K n o w n to b e c o m e
e tc i a o u n s ea t B o p l Cd h e a o rs m e m i s o g n r o s u y n s d t e dm c o n f i g u r a t i o V n e r y r a r e , t L e -Ln d v t oo l tb a e g r e u s r a f l i x e d b y t r a n s f o r m e r , b u t L S y s te m h a s re fe re n c e to
C o m m o n H s i-y s L t e eg
m c G o n rou
f i g u b r a nded
f a c i l i t i e s , n o r m a l l y V a n r o i o t u u s s s e o d l u o t i o n n n s ,e C w a l l f o r i n f o
u n s ta b le .
V = 240V D A V elta
P T ‘ 61’
G v o lta g e s c a n v a r y ; K n o w n to b e c o m e
b e c a u s e B p h a s e is g r o u
o g t r u o s u e dn d o= n 120/240V
c o n s A t r Pu c 3 T t -i ‘ o 3’p n hase 3 - w ire
V = 240V A P T ‘ 6’ i n d u s t r i a N l f ae c u i l t i r t i a e l s b, n o o n r d m e a V d l l y = t on 480V
U
ngrou
nded
D
elta
3
p
hase
3 - w ireA P C T orner
A V P T = ‘ 240/480V
51’
u n s ta b le .
C a ll’
R e v D a t e : 3/16/09
V = 240V
‘ 61’
V = 480V A P T ‘ 5’ n e w c o n Ns t r e u u c t t ir o a n l o f t e n p V u = l l 600V
S y s t e m h a s n o r V e f = e 240V
r e n c e A t P o T g ‘ 6’r o V u o n l t d a g e D i a g r a m G s rou
e d i n t A o P Tf a ‘ 91’
c i l i t yA
nded
D elta
C
V = 480V
A P T ‘ 51’
R
e
v
C
V = 600V A P T ‘ 9’
N o t e N N E C 285.3( 2)
V
=
480V
A
P
T
‘
5’
C o m m o n s y s t eO m c c a c s i o o nn a f li l g y u s e r a e n t i oa t n i n d u s t r i a l L -L v o B l t a g e s f i x e d b y t r a n s f C o r m e r , b u t L B S y s t e m V h a = s 600V
r e f e r Ae Pn C Tc e ‘ 91’t o g r o
N o t e N E C 285.3( 2)
C o m m o n s y s t e m c o n f i g u r a t V i o n = a t 120/240V
o ld e r
; K n o A w P n T t ‘ 9’o b e c o m e
f a c A i l i P t i e T s , ‘ n 3’o r m a l l y n o t u s e d o n n e G w v o l t a g e s c a n v V a = r y 600V
b e c a u s e N Bo t e p N h E a C s e 285.3(
i s g r 2)o u n d e
N o t e N E C 285.3( 2)
O c c a s io n a lly s e e n a t in d
i n d u s t r i a l f a c i l i t i e s , n o r m a l l y V n o = t u 240/480V
s e d o n
c o nC s a t r u l l c ’ t i o n
u n s t a b l e R . e v D a t e :C 3/16/09
o m m o n s y s t e m c o n f i g u r a t G i o n a t o l d V e r = 240Vf a c i l i A t i e P s T , n ‘ o 61’
n e w c o n s tr u c tio n
r m a lly n o t u s
G
Could be ungrounded, corner grounded or Hi-leg.
Very rare, tend to be rural. Various solutions.
Call APT for information.
G
H i- L eg G rou nded D elta
N e u
N e u
C o m
V =
V =
tra l b o n d e d to
tr a l o fte n p u lle
m o n s y s te m c
120/240V
A P
240/480V
C a
g ro u n d
d in to fa c ility
o n fig u r a tio n
T ‘ 3’
ll’
3
S
L
“Protecting the electronic world from surges”
52
G
u
C o u ld b e u n g r o u n d e
N E C 285.3( 2)
n d e d D o elta
r H i -l e g
n m d o n s y s t e m c Og o r n o p f u i g en
u r a tio n a t o ld e r
V e ry ra re , te n d to b e
s t r i a l f a c i l i t i e s , 3-p
n o r m a l l y n o t o u r s e 4-w
d o
V a r i ho u a s s se o 3
lu tio n s , C
n e w c o n s tr u c tio n
N o
gC r oo
n i nd de
te
mu
ud
u n d B
d
u s tr ia l
e d o n n e w
V = 240V V o l A t a P g e T D ‘ i6’in a d g u r sa t m r i a s l R f a e c v i l C i t i e s , n o r m a l l y n o t u s e d V o n = 480Vc o n s A t r P u c T t i o ‘ 51’
n
th
V = 480V A P T ‘ n5’e w c o n s t r u c t i o n
V = 600V
A P T ‘ 91’
O p
= 600V3 - w A ire
P T U ‘ ngrou
9’
N o t 3 e - w N E ire
C C 285.3(
- p V hase
nded D elta
3 - p hase
orner2)
3-p
O c c a s D i o elta
n a lly s e e n a t in d u s tr ia l
y s N t e o m t e h N a E s C n o 285.3(
r e f e r e n 2)c e t o g r o u n d
C o
G rou nded
C
o
m
m
o
n
s
y
s
t
e
m
c
o
n
f
i
g
u
r
a
t
i
o
n
a
t
o
l
d
e
r
-L v o l t a g e s f i x e d b y t r a n s f o r m e r , b u t L S y s t e m f a h c a i s l i t r i e s f e , r n e no c r m e at o l l y g r n o o u n t d u s e d o n n e w g r o
v i n o d l t a u g s e t r s i a c l a f n a c v i a l i r t y i e ; s K , n n o o w r n m t a o l l b y e n c o t m u e s e d o n b e c a u s c e o B n s p t h r u a c s te i o i s n g r o u n d e d
V e
n s n t e a bw l e c . o n s t r u c t i o n
V a
V = 240V
A P T ‘ 61’
V = 240V A P T ‘ 6’
V = 480V A P T ‘ 5’
V = 600V A P T ‘ 9’
N o t e N E C 285.3( 2)
C o
g ro
V e
V a
u ld b e
u n d e d
ry ra re
r io u s s
u n
o Cr
, te
o lu
d , c o rn e r
O c c a s io n a lly
r u r a l fa c ilitie s , n o r
nir e
c o n s tr u c tio n
a ll fo r in fo
g ro u n d e d , c o rn e r
H i -l e g
n d to b e ru ra l
tio n s , C a ll fo r in fo
RFlorida
e v D a t e : 3/16/09
14550 58 Street North, Clearwater,
33760
en D elta
V o lta g e D ia g r a m s R e v C
h a s e 3 o r 4-w i r e
(727) 535-6339 • (800) 237-4567 • u Fax
l d b e (727)
u n g r o u n 539-8955
d e d , c o rn e r
u n d e d o r H i -l e g
www.aptsurge.com • info@aptsurge.com
ry ra re , te n d to b e ru ra l
V = 480V
V = 600V
N o te N E C
O c c a s io n a
A P T ‘ 51’
A P T ‘ 91’
285.3( 2)
lly s e e n a t in d u s tr ia l
r i o u s s o lR u t e i o v n s D , aC t a e l l : f o 3/16/09
r in fo
V o lta g e D ia g r a m s R e v C
Frequently Asked Questions
WHAT IS AN SPD?
SPD is an abbreviation for “Surge Protective Device.”
An SPD is a device that attenuates (reduces in magnitude)
random, high energy, short duration electrical power
anomalies caused by utilities, atmospheric phenomena
or inductive loads.
Such anomalies occur in the form of voltage and current spikes
with a duration of less than half an AC cycle. These high energy
power spikes can damage sensitive electronic equipment, such
as computers, instrumentation and process controllers.
WHERE ARE SURGE SUPPRESSORS INSTALLED?
AC surge suppressors are typically installed in the following areas:
1. a utility service entrance for protection of an entire facility.
2. in distribution panelboards and switchboards for protection
of sensitive downstream loads.
3. connected to a wall outlet for individual protection of a
specific piece of equipment, such as a computer or solid-state
controller
WHAT FEATURES SHOULD BE CONSIDERED WHEN
SELECTING A SURGE SUPPRESSOR?
Two important areas to consider during the selection of a surge
suppressor are performance and safety. The performance of
a surge suppressor is measured in surge current capacity and
clamping voltage. Safety should also be a priority in this selection
process. The individual suppression circuit should be fused to
clear an inoperative MOV during an extreme transient event
and provide overcurrent protection for the surge suppressor
during a fault condition.
SPACE IS A CONCERN, DOES APT OFFER SOLUTIONS
FOR DIN-RAIL APPLICATIONS?
WHAT SURGE CURRENT CAPACITY IS REQUIRED?
Surge current capacity is dependent on the application and the
amount of required protection. The selection of the proper surge
suppressor is not an exact science and cannot be scientifically
calculated from a standard algorithm.
Questions to consider when specifying the proper surge current
capacity for surge a surge suppressor include:
• What is the geographic location of the facility and its
susceptibility to lightning? (For example, Florida is a highlightning area; California is a low-lightning area.)
• Is the facility in a rural or urban setting?
• Is the facility the tallest building around?
• Is the facility at the end of the utility grid?
• If it is an existing facility, what is its power quality history?
DOES APT OFFER SPD PRODUCTS FOR RENEWABLE
ENERGY APPLICATIONS?
Yes. APT offers a variety of solutions that can accommodate
both the needs of the wind and solar markets.
WHAT ARE YOUR STANDARD LEAD-TIMES?
Our normal ship date is no more than 10 days from the receipt
of the purchase order on custom builds and same day shipping
for the most common modular and non-modular inventory units
ordered before 2:00 pm EST.
WHY WOULD I BUY FROM APT?
As a leading manufacturer of quality U.S. made products, our
highly trained design engineers have designed SPD products
that are of high quality, low in cost and contain the highest
level of performance and safety features! You are working
directly with the manufacturer. Who knows our product better
than we do?
Yes. APT offers a wide range of DIN-Rail SPD solutions. Our
AC products range from 120V to 600V. In addition, we have
a series of DC and low voltage DIN-Rail surge suppressors. Our
SPDee product is also DIN-Rail mountable.
I AM A SYSTEMS INTEGRATOR AND BUILD CUSTOM
FABRICATIONS. WHAT DOES APT OFFER THAT
WOULD PROTECT MY SOLUTIONS?
We have a hard wired SPD solution for every type of panelboard,
switchgear, motorcontrol and PLC application. Within our line of
products we offer external, internal, modular and non-modular
configurations. We also custom design.
53
1
Panel
Surge Protectors
MAIN ZONE
The FIRST LINE of defense is the key
to protecting your home. Panel Surge
Protectors are installed at the main
power panel, cable TV/satellite service
and telephone service.
2
S50A
SA Series
Cable/Phone
Surge Protectors
The SECOND LINE of defense
designed to protect coaxial cable lines
and phone lines.
SAVFFF
SAT1
3
SATH2
SATHW2
Interior
INTERIOR
ZONE
Surge Protectors
The THIRD LINE of defense is
for sensitive electronics inside
the home.
SAP1
SAP6T2V1
4
SAS8T2V2
Exterior
EXTERIOR
ZONE
Surge Protectors
The FOURTH LINE of defense is for
equipment located outside the home
such as the HVAC, pool equipment
and generators.
S50A
SPDEE
SURGE PROTECTIVE DEVICES
surgeassure™ is the residential division of Advanced
Protection Technologies and Emerson Network Power. We are
the preferred vendor for Mr. Electric and have won the Mr.
Electric vendor of the year award in 2008, 2009 and 2011.
We have been in the surge protection industry since 1985. Our primary
goal is to save you time and money when dealing with SPDs. We have
an “equal” to any competitive product, and have on staff engineers that
can be reached during business hours when you are in the field and have
technical/installation questions.
In addition to our quality products that are UL-1449 listed we provide
Factory-direct pricing, unparalleled customer service, FREE product and
sales training, and FREE customized marketing support. We also offer
customized brand labeling agreements.
surgeassure™ is a strong, financially stable company who is a proven
industry leader! We are the manufacturer, which allows you factory direct
pricing and quick ship out dates surgeassure™ has an experienced and
trained customer service team who are ready and available to assist your
needs. You will ALWAYS get a live representative when you call.
We at surgeassure™, not only have the best product but we also show we
care about our customers. When it comes to a surgeassure™ product, our
mission is to keep your customers home and electronic equipment safe
from surges.
SPDEE DC
Surge protectors are designed to reduce potentially damaging short duration voltage spikes safely out of the system and divert
them to ground. Homeowners these days are becoming more educated about surge protection and are realizing how important it is
to install protection in and outside of their homes. This means residential is now a huge potential market. We at surgeassure™ can
give you all the tools needed to have a successful surge protection program!
surgeassure™ is the Preferred Vendor of: MR. ELECTRIC, TAYLOR ELECTRIC AND SERVICE ROUNDTABLE
surgeassure™ Brand Labels: MR. ELECTRIC, HITACHI AND SIEMENS
1.800.727.0669 | APTSurgeassure@emerson.com | www.surgeassure.com
54
FOR TECHNICAL OR APPLICATION
QUESTIONS, CONTACT:
800.237.4567
14550 58th Street North, Clearwater, FL 33760
info@aptsurge.com
www.aptsurge.com
13.16.lh.Rev