BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
Relay Panel
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 1
Hardware Installation and Setup Instructions
Relay Panel
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 2
Table of Contents
Overview
Document
Component
Assembly
Dimensions
3
3
3
4
Preparation
Door Removal
Relay Cover Removal
Interior Removal
Enclosure
5
6
6
7
Mounting
7
Terminations
Line Voltage
Low Voltage
9
9
Controller Setup
12
Optional Equipment
13
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Attention
This section serves as a notice of the immediate or potential dangers involved when working with the equipment described throughout this manual. Any
person involved in installation, maintenance, or service of the equipment should first carefully examine the equipment and read the instructions contained
in this manual to ensure that personal and/or equipment injury is avoided.
The following safety messages appear throughout this manual to alert of immediate or potential danger to life as well as property.
Note : Indicates an important note.
Tip : Indicates a helpful tip or trick.
Safety Reminder : Applicable safety instructions will be included with this symbol.
DANGER : Indicates an immediately hazardous situation which ,if not avoided, will result in serious injury or death.
WARNING : Indicates a potentially hazardous situation which ,if not avoided, may result in serious injury or death.
CAUTION : Indicates a potentially hazardous situation which ,if not avoided, may result in minor or moderate injury.
Disclaimer
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are
designated to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will
be required to correct the interference at his own expense.
Instructions contained in this user’s guide should be performed only by qualified persons in accordance with local and national codes. Blue Ridge
Technologies International, LLC and its affiliates assume no responsibility for any consequences related to the improper use of this manual.
Relay Panel
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 3
Overview : Document
This document provides mounting and connection instructions for the following Blue Ridge Technologies Relay Panel (RP) products :
RP16, 32, 48, 64 with Surface / Flush Mount Doors
RP enclosures are Type 1 rated and must be mounted in a dry / indoor environment.
Sections of this Install Guide apply to optional equipment and may not be applicable. Siemens’ P1 and Automated Logic Corporation’s BACnet ARCnet
protocols are only available to authorized integrators.
For RP integration with a Building Automation System (BAS) as well as software configuration refer to the Application Guide.
Overview : Component
The RP includes the following items :
1 - RP
1 - BT485 BAS Network Terminator (BT485 Terminator)
3
3
4
4
Overview : Assembly
1. LEXP Digital Input Expansion Card (LEXP not applicable on RP16)
2. Controller
1
3. Lighting Tough Relay (LTR)
4. “Key Hole” Mounting Hole (Top of Panel)
5. Transformer
6. Earth Ground Lug
7. Panel Door
8. Relay Covers
9. Panel Interior
10. Panel Enclosure
1
2
2
5
5
6
6
10
7
7
8
8
9
10
9
(Figure 1)
All circuits must be tested for wiring errors and shorts prior to RP installation.
Disconnect line voltage power before performing RP installation.
Before handling any RP components, the technician should be grounded to prevent
circuit board damage.
Relay Panel
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 4
Overview : Dimensions
RP16 : Enclosure Dimensions
Surface Mount Door Dimensions
5.75” (146mm)
Side
RP32 : Enclosure Dimensions
Surface Mount Door Dimensions
5.75” (146mm)
Front
26.50” (673mm)
Surface Mount Door Dimensions
5.75” (146mm)
18.00” (457mm)
Surface Mount Door Dimensions
5.75” (146mm)
19.58” (497mm)
35.30” (897mm)
Side
RP64 : Enclosure Dimensions
Recessed Mount Door Dimensions
18.08” (459mm)
34.05” (865mm)
33.80” (859mm)
Front
19.58” (497mm)
Side
RP48 : Enclosure Dimensions
18.00” (457mm)
Recessed Mount Door Dimensions
18.08” (459mm)
25.25” (641mm)
25.00” (635mm)
18.00” (457mm)
19.58” (497mm)
17.70” (450mm)
16.20” (411mm)
Front
Recessed Mount Door Dimensions
18.08” (459mm)
16.45” (418mm)
18.00” (457mm)
18.08” (459mm)
(Figure 2)
Recessed Mount Door Dimensions
19.58” (497mm)
35.30” (897mm)
33.80” (859m
34.05” (865mm
Relay Panel
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 5
Overview : Dimensions
Front
Side
RP64 : Enclosure Dimensions
Surface Mount Door Dimensions
5.75” (146mm)
18.08” (459mm)
Front
Side
(Figure 3)
(31.75mm)
17.00”
(431.80mm)
Preparation : Door Removal
Remove the Panel Door from the Panel Enclosure. (Figure 4)
1. Open Panel Door
2.
Remove fasteners from the door’s hinge. 0.00”(0.00mm)
0.00”(0.00mm)
3. Separate
Panel Door from Panel Enclosure.
1.25”
1.25”
1.00”(25.40mm)
0.00”(0.00mm)
RP32 Mounting Hole Dimensions
17.00”
(431.80mm)
1.00”(25.40mm)
RP16 Mounting Hole Dimensions
0.00”(0.00mm)
19.58” (497mm)
44.10” (1120mm)
42.85” (1088mm)
42.60” (1082mm)
18.00” (457mm)
Recessed Mount Door Dimensions
(31.75mm)
14.70”
(373.38mm)
Ø 0.25”(6.35mm)
23.50”
(596.90mm)
Ø 0.25”(6.35mm)
0.00”(0.00mm)
1.25”
0.00”(0.00mm)
1.25”
17.00”
(431.80mm)
1.00”(25.40mm)
0.00”(0.00mm)
RP64 Mounting Hole Dimensions
17.00”
(431.80mm)
1.00”(25.40mm)
0.00”(0.00mm)
RP48 Mounting Hole Dimensions
(Figure 4)
Relay Panel
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 6
Preparation : Relay Cover Removal
Remove the Relay Covers from the Panel Enclosure. (Figure 5)
1. Unlock 1/4 turn fasteners located near top and bottom of Relay Cover.
2. Remove Relay Covers by rotating inside edge outward and pulling
Relay Covers free.
(Figure 5)
Preparation : Interior Removal
Remove the Panel Interior from the Panel Enclosure. It is beneficial to
mark position of penetrations in the Panel Enclosure prior to removing the
Panel Interior. (Figure 6)
1. Unfasten the nuts retaining the Panel Interior.
2. Pull the Panel Interior outward to free it from the Panel Enclosure.
3. Store the Panel Interior in a secure location free of dust and debris.
1
2
(Figure 6)
8
Voltage Separation
7
Voltage Separation
Relay Panel
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 7
Preparation : Enclosure
Prior to mounting the Panel Enclosure make penetrations for all applicable bushings and/or conduit. Ensure sufficient clearance for Panel Interior. (Figure 7)
1. Ensure the Panel Enclosure is oriented correctly. Key holes should be located at the top of the panel.
2. Drill or punch the appropriate hole(s) in the Panel Enclosure for the application.
Voltage Separation
Line
Low
Line
Front
1
Mounting
The Panel Enclosure may now be mounted.
1. Ensure the Panel Enclosure is oriented correctly. Key holes should be located at the top of the panel.
2. Mark the location of all Panel Enclosure mounting holes to the mounting surface. (Figure 8)
3. Prepare the mounting surface with hardware appropriate to support the panel’s weight. See Panel Weight Chart
4. Hang Panel Enclosure.
5. Remove dust and debris from Panel Enclosure.2
6. Reinstall Panel Interior. DO NOT exceed 40 in-lbs when tightening Panel Interior retention nuts.
7. Install appropriate bushings, conduit, and wire.
Panel Weight Chart
Relay Panel Capacity
Approximate Weight at Full Capacity
RP16
32 lbs (14.5 kg)
RP32
47.5 lbs (21.5 kg)
RP48
63.5 lbs (28.8 kg)
RP64
82.5 lbs (37.4 kg)
3
4
(Figure 7)
44.10” (
42.85
42.60
Relay Panel
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Install Guide : Page 8
Front
Side
0.00”(0.00mm)
0.00”(0.00mm)
1.25”
(31.75mm)
1.25”
(31.75mm)
17.00”
(431.80mm)
1.00”(25.40mm)
RP32 Mounting Hole Dimensions
17.00”
(431.80mm)
1.00”(25.40mm)
0.00”(0.00mm)
RP16 Mounting Hole Dimensions
0.00”(0.00mm)
Mounting
14.70”
(373.38mm)
Ø 0.25”(6.35mm)
23.50”
(596.90mm)
Ø 0.25”(6.35mm)
0.00”(0.00mm)
17.00”
(431.80mm)
1.00”(25.40mm)
0.00”(0.00mm)
RP64 Mounting Hole Dimensions
17.00”
(431.80mm)
1.00”(25.40mm)
0.00”(0.00mm)
RP48 Mounting Hole Dimensions
0.00”(0.00mm)
1.25”
(31.75mm)
1.25”
(31.75mm)
10.80”
(274.32mm)
19.60”
(497.84mm)
32.30”
(820.42mm)
Ø 0.25”(6.35mm)
41.10”
(1043.94mm)
Ø 0.25”(6.35mm)
(Figure 8)
Unsheilded
Controller
CTS-DDN
24VDC (Red)
24
Digital Input: Two Button Low Voltage Switch (Externally Powered)
TerminationsG: Line Voltage
Complete line 2voltage terminations. (Figure 9 and 10)
Switch 2
1. Confirm power is disconnected from the panel.
2. Route leads as appropriate.
Controller
24V
Switch
Switch
3. Cut to length and strip as GND
appropriate.
Digital Input:
TwoLTR
Button
Low Voltage Switch (Externally Powered)
24VDC
Supply
4. Complete Transformer
and
terminations.
5. Cap unused primary lead from Transformer.
6. Torque each LTR screw terminal to 36 in-lbs.
witch 1
ommon
witch 2
ND 24V
cupancy
Sensor
G
GND 24V COM N/O
Belden 8760
N/C
Controller
A+
SignalTerminations
(-)
LEXP
B-
8
456
78
1 2 3 4 5 6 7 8
456
DI 11
DI 12
DI 13
DI 14
DI 15
DI 16
GND
H2
H1
+
N(-)
Contactor
-
24VDC Power Supply
Line In
*DI Jumper Posit
Relays 33-60
RELAYS 33-60
LEXP Port
INPUT
POWER
24VAC
24VDC Power Supply Terminations
24VAC(+) Power In
G 17 18 19 20 21 22 23 24
9-16
R
24VAC(-) Power In
N
N
G 1 2
GND
DI 17
DI 18
DI 19
DI 20
DI 21
DI 22
DI 23
DI 24
LTR
Relays 1-32
24VDC Out
J26
LEXP
Neutral
Line In
L(+)
AUX VAC
+
Neutral
N(-)
-
24VAC(+) Auxiliary Out
24VAC(-) Auxiliary Out
24VDC Out
3 4 5 6 7 8 9 10 11 12 13 14 15 16 G
24VDC Power Supply
AI (Analog Input) / DI (Digital Input) / GND (Ground)
*DI Jumper Position N(Dry Contact) / R(Externally Powered)
ON
(Figure 11)
Baud Rate / Protocol Dip Switch: BACnet MS/TP
Network Address
76800
ON
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
SW1
Network Address 1’s
Network Address 10’s
2
3
4
5
6
7
8
2
76800
3
4
5
6
7
9600
Programming
ON
8
901
901
23
38400
1
SW1
23
19200
1
SW1
J18 J19
B
D
DI 15
DI 16
GND
Override Controls
RELAYS 1-32
L(+)
TO J26 OF Controller
1
24VAC(-) Auxiliary Out
9600
Wire
Strip Length Indicator
SW4
ON
24VAC(+)
Auxiliary
Out MS/TP
Protocol Dip
Switch:
BACnet
W1
SW1
X VAC
ng
8
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
8
7
A
C
ADDRESS
7
1-8
R
INPUTS 1-16
6
6
24VDC Out
DI Jumper
9-16*
GND
DI 40
DI 39
DI 38
DI 37
DI 36
DI 35
DI 34
DI 33
5
5
N
DI Jumper
17-24*
DI Jumper
1-8*
POWER
N R
4
ON
4
Address
Jumper
INPUTS 17-32
J4
J5
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
3
ON
3
Controller
Port
INPUTS 1-16
N R
A
C
ADDRESS
J18 J19
B
D
TO J26 OF Controller
Address
Jumper
24VAC(+) Power In
24VAC(-) Power In
2
Contactor
Coil L(+)
Terminations
Line
In
+
5V
5VDC
A6
A5
AI 6 Neutral
A4
A3
AI 5
A2
A1
AI 4
G
AI 3
AI 2
AI 1
17-24
GND
R
38400
DI 52
DI 53
DI 54
DI 55
DI 56
GND
POWER
INPUTS 17-32
J4
J5
GND
DI 40
DI R39N
DI 38 J13
DI 37 J9
DI 36
DI 35
DI 34
DI 33
Controller
Port
2
Manual Override Lever
SW1 SW3
1
LTR
901
901
23
J9
J13
DI 41
DI 42
GND
DI 43
DI 40
DI 44
DI 39
DI 45
DI 38
DI 46
DI 37
DI 47
DI 36
DI 1-16
48
POWER
DI 35 INPUTS
GND
DI 34
DI 33
DI 49
DI 50
DI 51
DI 52
J4
DI 53
J5 DI 54
N R
DI 55
DI 56
GND
J18 J19
B
D
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
N
UT
WER
AC
LEXP Termination
Rotary Switch 1’s
ON
DDN Network
Terminator Jumper Line J2In
33-40*
19200
LTR
Line In
23
INPUTS 17-32
R N
R N
J9
J13
BT485 Terminator
Power LED
DI Jumper
LEXP Terminations
25-32*
*DI Jumper Position N(Dry Contact) / R(Externally
DI Jumper Powered)
9600
Mounting Hole
N(-)Load
Neutral
PWR
24VDC
Power LED
RUN
DDN Network(-)
Run LED
DDN/CAN
24VDC
Power Supply Terminations
DDN Network(+)
24VDC Power Supply
GND
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
2
LEXP Port
Shield
Line In
aud Rate / Relays
Protocol
Dip Switch: BACnet MS/TP
33-60
ogramming
(Figure 10)
Controller
Line In
BT485
Terminator Plug
(if applicable)
Neutral
*DI Jumper Position N(Dry Contact) / R(Externally Powered)
AYS 33-60
Signal (-
Belden 8760
A+
BT485 S B-Power
AUTO Terminations
OVER
24VDC
Supply
Contactor
DI Jumper
25-32*
B-
49-56*
VAC(+) Auxiliary Out
VAC(-) Auxiliary Out
Relays 1-32
)
Earth Ground
Neutral
Baud Rate / Protocol Network Address Rotary Switch 10’s
Dip Switch
Relay
Output
Network
Address
BAS(+) In
BAS(-) In
Shield
DI Jumper
41-48*
*DI Jumper Position N(Dry Contact) / R(Externally Powered) DI Jumper
24VAC(+)
Auxiliary
Out
lays 33-60
49-56*
24VAC(-)
Auxiliary
Out
Override
Controls
Power LED
DI Jumper
EXP
Port
G
25-32*
Power LED
Run
DI Jumper
VAC(+) Power
In LED
33-40*
VAC(-) Power In
LAYS 1-32
Neutral Black
Signal (+
Load
Contactor
Controller Terminations
23
24VAC(+) Power In
24VAC(-) Power In
Earth Ground
A+
*Do not terminate shield on BAS output.
901
SW4
OVER
347 Transformer Terminations
Relay Output
Neutral White
Line In
Contactor Coil Terminations
DI 41
DI 42
DI 43
DI 44
DI 45
DI 46
DI 47
DI 48
GND
J18 J19
B
D
A
C
ADDRESS
Address
Jumper
A
C
ADDRESS
Address
Jumper
ower LED
un LED
work Address
Rotary
Switch 10’s
Relays
33-60
Network Address
Rotary Switch 1’s
3-60
LEXP Port
lays 1-32
3
TO J26 OF Controller
Controller
Port
verride Controls
Relays 1-32
N/C
Line In
Contactor Coil Terminations Relay Output
Signal (-)
Belden 8760
BLoad
S Indicator
Shield*
Manual Override
Lever
Wire Strip Length
LTR
Terminations
DI 41
DI 42
DI 43
DI 44
DI 45
DI 46
DI 47
DI 48
GND
DI 49
DI 50
DI 51
DI 52
DI 53
DI 54
DI 55
DI 56
GND
DI 49
DI 50
TO J26
DIOF
51Controller
DI 52
DI 53
Controller
DI 54
DIPort
55
DI 56
GND
1-32
Light Sensor
GND 24V COM N/O
Signal (+)
BT485 Terminator
Specifications
DISJumperDI Jumper
Shield
33-40*
Power In: 24VAC +/-10%,
30VA, 50-60 Hz
41-48*
Auxiliary Out: 24VAC Full Wave RectifiedDI Jumper
Controller
ontroller
Earth Ground
Common
Mounting Hole
Mounting Hole
277VAC Brown
23
Controller
Run LED
Neutral Black
Phillips / Slot / Square Head Screw Terminals
Signal (-)
Belden 8760
Ground
347VACSignal
Brown
Manual Override Lever
Wire Strip Length Indicator
BAS Network (End-of-line
Device)
BAS Network (Input and Output)
347VAC
Brown
120VAC Black
901
S Power LED
Signal
Phillips / Slot / Square Head Screw Terminals
Terminations : Low Voltage
Occupancy
Address Rotary Switch 10’s
S on the Controller and LEXP. These
Shield are terminated
All low voltage leads
Sensor
Network Address
screw
terminals
accept
a
0.4
x
2.5mm
slot head screw driver. For reference,
Rotary Switch 1’s
Controller
BT485 Terminator
some terminal blocks may be removed to reveal terminal labels. (Figure 11)
BAS
Network
(End-of-line
Device)
1. Confirm power is disconnected from the RP.
DI Jumper
LEXPleads.
Terminations
2. Route
41-48*
BT485
3.
Cut
to
length
and
strip
as
appropriate.
DI Jumper
A+
otary Switch 10’s
49-56* screw.
4.Controls
Insert stripped leadSignal
into screw
terminal A+
and tighten
(+)
Override
etwork Address
Power LED
BRepeat for each lead.
otary Switch 1’s 5.
SW4
VER
Power
Neutral White
PhillipsEarth
/ SlotGround
/ Square Head Screw
Terminals
Common
LTR Terminations
24V GND Terminations
Occupancy
Transformer
Sensor
24VDC Supply
LTR Specifications
Type:
UL Listed
BAS Network (End-of-line Device)
y Contact)
COM N/O N/C SPST latching with manual override lever
Electrically operated mechanically held, pulse
BT485driven
A+
Short Circuit Current Rating (SCCR) 30,000A @ 277 VAC
Signal (+)
A+
Ratings: Tungsten 20A
@ 120VAC / Ballast
20A @ 277VAC / Ballast
B20A @ 347VAC / Resistive
20A @ 277VAC / Resistive 20A @ 347VAC
Signal (-)
BBelden 8760
S BAS Network
Load
Terminal:
Universal screw terminal, box type clamp
(End-of-line
Device)
Terminal Capacity (per
or (1) 8AWG (Solid or
S
Shieldside): (2) 14-10AWG
roller
BT485
Stranded copper wire)
Earth Ground
Power
277VAC Brown
Controller
Switch
Neutral Black
(Figure 9)
LTR Terminations
120VAC Black
Power
G
347VAC Brown
347 Transformer Terminations
Common
5V
Controller A1
GND 24V
24VDC Supply
Signal (+)
Neutral White
Analog Input: 5VDC Light Sensor
Transformer Terminations Earth Ground
N/O
1
Transformer Specifications
G
Common
Type: 30VA Inherently Limited
Primary: Dual Tap 120
Hz 2
2 or 277VAC +/-10%, 30VA, 50-60
Switch
24VAC +/-10% Inherently Limited
COM Secondary:
N/O N/C
Wire Requirement: 18AWG
Minimum (Solid or Stranded)
Controller
Switch
Light Sensor
277VAC Brown
Controller
Digital
Input: 4-Wire 24VDC Occupancy Sensor
120VAC(Dry
BlackContact)
Switch 1
1
Common
Common
8
Contact)
G
8
Contact)
H2
Controller
1
Relay Panel
H1
Switch
Power
Switch
1
Signal
1
1
Signal
A1
Common
Analog Input: 5VDC Light Sensor
CL3P / 22AWG / 4 Conductor
CTS
Leads
G
G
Common
G
Common
Common
Switch 2
Unsheilded
Ridge Technologies® © 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
800-241-9173 Blue
Light Sensor
2
2
Switch 2
Controller
Power
Power : Page 9
5V
Install Guide
GND 24V Switch 1
Switch
24VDC Supply
Controller
Controller
Signal
Switch Terminations
Signal
A1
Transformer Terminations
347 Transformer
Common
T e c h nDigital
o l Input:
o gTwo
i eButton
s
Low Voltage Switch (Externally Powered)
www.BRTint.com :
5V
Ground (Black)
H2
2
Switch 1
H1
h2
G
Digital Input: Tw
Power
78
B l u e R i d g eG
Signal (-) (White)
78
mon
L
DI 9
DI 10
DI 11
DI 12
DI 13
DI 14
DI 15
DI 16
GND
1
Signal (+) (Green) Digital Input: Two Button Low Voltage Switch (Dry Contact)
CTS-DDN
GND
DI 1
DI 2
DI 3
DI 4
DI 5
DI 6
DI 7
DI 8
h1
Analog Input: 5VDC Light Sensor
H
1 2 3
Ground (Black)
456
tact) Signal (-) (White)
456
Signal (+) (Green)
1
2
SW1
3
4
5
6
7
8
1
2
SW1
3
4
5
6
7
8
Controller
24VDC Supply
24V GND
24
24VDC (Red)
H
Signal (+) (Green)
L
Signal (-) (White)
BlueRiG
dge
Controller
CTS-DDN
Relay Panel
H
Ground (Black)
Technologies
24VDC (Red)
24
Signal (+) (Green)
CTS-DDN
L
Signal (-) (White)
CL3P / 22AWG / 4 Conductor
CTS Leads
Blue Ridge Technologies® © 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
www.BRTint.com
: 800-241-9173
Unsheilded
G
Ground (Black)
Install Guide : Page 10
CL3P / 22AWG / 4 Conductor
Unsheilded
CTS Leads
Terminations : Low Voltage
Digital Input Specifications
Controller: 24 two-wire inputs
LEXP: 32 two-wire inputs
Software Configuration: Maintained, state change, momentary on/off, momentary on, or momentary off
Jumper Configuration: 8 input segments, dry contact (N) or 24VDC externally powered (R)
Wire Requirement / Maximum Length: 18AWG (Solid or Stranded) / Dry Contact 500’(152m) or externally powered 1,000’(304m)
Digital Input: Two Button Low Voltage Switch (Dry Contact)
Digital Input: Two Button Low Voltage Switch (Externally Powered)
Analog Input: 5V
1
Switch 1
1
Switch 1
5V
G
Common
G
Common
A1
2
Switch 2
2
Switch 2
G
Controller
Controller
Switch
GND 24V
24VDC Supply
Controller
Switch
S-DDN w/24VDC External Power Supply
Digital Input: 4-Wire 24VDC Occupancy Sensor (Dry Contact)
4VDC Supply
24V GND
N/O
1
G
Common
24VDC (Red)
Controller
Signal (+) (Green)
Signal (-) (White)
Ground (Black)
22AWG / 4 Conductor
Unsheilded
CTS Leads
GND 24V COM N/O
24V GND
24VDC Supply
N/C
Occupancy
Sensor
(Figure 12)
BAS Network (End-of-line Device)
BAS Network (Input and Output)
Analog Input Specifications
Signal (+)
Analog Input: 6 three-wire 0-5VDC
inputs
A+
Wire Requirement / Maximum Length: 18AWG (Solid or Stranded) / 250’(76m)
Signal (+)
A+
Belden 8760
Signal (-)
B-
Shield
S
Signal (-)
Belden 8760
w Voltage Switch (Externally Powered)
BT485
B-
S Light Sensor
Shield* Analog Input: 5VDC
Controller
*Do not terminate shield on BAS output.
Switch 1
5V
Power
Power
Common
Controller Terminations
A1
Signal
LEXP Terminations
Signal
Controller
6
7
8
SW4
OVER
Earth Ground
INPUTS 1-16
N R
Power LED
DI Jumper
25-32*
DI Jumper
33-40*
GND
DI 40
DI 39
DI 38
DI 37
DI 36
DI 35
DI 34
DI 33
1 2 3
1 2 3 4 5 6 7 8
POWER
J4
1-8
J5
RELAYS 33-60
N
G 17 18 19 20 21 22 23 24
9-16
Neutral Black
DI Jumper
41-48*
DI Jumper
49-56*
Phillips / Slot / Square Head Screw Terminals
*DI Jumper Position N(Dry Contact) / R(Externally Powered)
Relays 33-60
Mounting Hole
J26
LEXP
17-24
R
J9
Relays 1-32
LTR Terminations
347VAC Brown
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
5V
A6
A5
A4
A3
A2
A1
G
J18 J19
B
D
J2
A
C
ADDRESS
DI Jumper
17-24*
RUN
RELAYS 1-32
DDN Network
Terminator Jumper
5VDC
AI 6
AI 5
AI 4
AI 3
AI 2
AI 1
GND
Power LEDNeutral White
Run LED Earth Ground
PWR
DDN/CAN
Address
Jumper
24VDC
DDN Network(-)
DDN Network(+)
GND
J13
120VAC Black
TO J26 OF Controller
277VAC Brown
Override Controls
347 Transformer Terminations
R N
Transformer Terminations
INPUTS 17-32
SW1 SW3
H2
5
AUTO
78
78
4
456
3
Controller
Port
BT485
Terminator Plug
(if applicable)
901
901
2
456
1
H1
ON
BT485 S B- A+
Light Sensor
Rotary Switch 1’s
23
BAS(+) In
BAS(-) InSwitch
Shield
INPUT
POWER
LEXP Port
24VAC(+) Power In
BT485 Terminator
Common
Common
DI 41
DI 42
DI 43
DI 44
DI 45
DI 46
DI 47
DI 48
GND
Baud Rate / Protocol Network Address Rotary Switch 10’s
Dip Switch
Network Address
DI 49
DI 50
DI 51
DI 52
DI 53
DI 54
DI 55
DI 56
GND
G
Switch 2
Controller
23
ND 24V
VDC Supply
Power
CTS-DDN
Ground
Line In
(Figure 13)
Unsheilded
Relay Panel
BlueRidge
T e c h n o lDigital
o gInput:
i e Two
s Button Low Voltage Switch (Dry Contact)
Digital Input: Two Button Low Voltage Switch (Externally Powered)
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Switch 1
1
Switch 1
1
G Voltage
G
Terminations : Low
Common
BAS Network Specifications
2
2
Topology: RS-485, 3 conductor (+, -, and shield),Switch
daisy2 chain wiring (no stars or t-taps)
Wire Requirement / Maximum Length: Belden 8760 / 4000’(1216m)
Controller
BACnet MS/TP Controller
Switch
Baud Rate: DIP switch selectable 9.6K, 19.2K, 38.4K, or 76.8K
Device Profile: BACnet Advance Application Controller (AAC)
Address Range: 1 – 99 selectable with rotary dials
Digital
Input:
4-Wire
Occupancy
Sensor segment
(Dry Contact)
Unit Load: Full
unit
load,
3224VDC
devices
per MS/TP
Points: See Application Guide and PIC Statement
N2
N/O
1
Baud Rate: DIP
switch selectable 9.6K
Address Range:
1
–
255
selectable
with
rotary
dials and DIP switch
G
Common
P1
Controller
Baud Rate: DIP
switch selectable 4.8K, 9.6K,
19.2K, or 38.4K
Power
Address Range: 1 – 99 selectable with rotary dials
Install Guide : Page 11
A1
Switch 2
G
GND 24V
24VDC Supply
Controll
Switch
Ground
GND 24V COM N/O
N/C
Install BT485 Terminator if RP is operated as end of line device(first or last device on network). BT485 Terminator requires no specific orientation in relation
24V GND
Occupancy
to the terminal.
Sensor
24VDC Supply
See Controller Setup for Address and
Protocol settings.
BAS Network (End-of-line Device)
Signal (+)
Signal (-)
Belden 8760
BT485
A+
BBelden 8760
S
Shield*
Signal (+)
A+
Signal (-)
B-
Shield
S
Controller
*Do not terminate shield on BAS output.
Controller
BT485 Terminator
(Figure 14)
Controller Terminations
LEXP Terminations
ON
901
6
7
8
78
78
5
456
4
R N
SW4
OVER
1 2 3
1 2 3 4 5 6 7 8
DI Jumper
33-40*
24VDC Supply
24V GND
Relays 33-60
*DI Jumper Position N(Dry Contact) / R(Externally Powered)
Controller
LEXPCTS-DDN
Port
24
24VDC (Red)
24VAC(+) Power In
24VAC(-) Power In
H
Signal (+) (Green)
24VAC(+) Auxiliary Out
24VAC(-) Auxiliary Out
L
Signal (-) (White)
G
Ground (Black)
3 4 5 6 7 8 9 10 11 12 13 14 15 16 G
CL3P / 22AWG / 4 Conductor
Unsheilded
DI 9
DI 10
DI 11
DI 12
DI 13
DI 14
DI 15
DI 16
GND
GND
DI 1
DI 2
DI 3
DI 4
DI 5
DI 6
DI 7
DI 8
GND
DI 17
DI 18
DI 19
DI 20
DI 21
DI 22
DI 23
DI 24
G 1 2
AUX VAC
INPUTS 1-16
CTS Leads
POWER
Unsheilded
Power LED
DI Jumper
25-32*
GND
DI 40
DI 39
DI 38
DI 37
DI 36
DI 35
DI 34
DI 33
Jumper
CL3P / 22AWG / 4 DI
Conductor
9-16*
Ground (Black)
N R
N
N
INPUT
POWER
24VAC
J4
G 17 18 19 20 21 22 23 24
9-16
R
J5
Signal (-) (White)
N
1-8
R
J9
RELAYS 33-60
J13
Signal (+) (Green)
J18 J19
B
D
LEXP
17-24
R
DI Jumper
17-24*
DI Jumper
1-8*
TO J26 OF Controller
G
J26
24VDC
(Red)
DI Jumper
41-48*
DI Jumper
49-56*
DDN Network: CTS-DDN w/24VDC External Power Supply
Relays 1-32
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
L
5V
A6
A5
A4
A3
A2
A1
G
A
C
ADDRESS
H
J2
5VDC
AI 6
AI 5
AI 4
AI 3
AI 2
AI 1
GND
Address
Jumper
Terminator Jumper
24
Run LED
RELAYS 1-32
DDN Network
DDN Network: CTS-DDN
Controller
RUN
Controller
Port
PWR
DDN/CAN
DDN Network(+)
GND
INPUTS 17-32
SW1 SW3
AUTO
456
3
23
901
2
23
1
BT485 S B- A+
DI 41
DI 42
DI 43
DI 44
DI 45
DI 46
DI 47
DI 48
GND
DI 49
DI 50
DI 51
DI 52
DI 53
DI 54
DI 55
DI 56
GND
DDN Network Specifications
Baud Rate / Protocol Network Address Rotary Switch 10’s
Network Address
Protocol: Digital Device Network (DDN)Dip Switch
BAS(+) In
Rotary Switch 1’s
Address Range: 1-60,
DIP switch selectable
BAS(-) In
Topology: Daisy Chain
Wiring (no stars or t-taps)
Shield
Wire Requirement: CL3P,
BT485 22AWG, 4 conductor, Unsheilded
Terminator
Plug
Maximum Stations
(w/o
external power): 10 CTS-DDN
(if applicable)
Maximum Length (w/o external power): 500’(152m)
Override Controls
Maximum Stations (w/ external power): 60 one-button, 30 two-button,
or a combination for 60 buttons total
Maximum Length (w/ external power): 2,000’(610m)
24VDC
Power LED
Power / Draw: 24VDC
/ 15mA per CTS-DDN
DDN Network(-)
CTS Leads
CTS-DDN
(Figure 15)
AI (Analog Input) / DI (Digital Input) / GND (Ground)
*DI Jumper Position N(Dry Contact) / R(Externally Powered)
Baud Rate / Protocol Dip Switch: BACnet MS/TP
Network Address
Network Address 1’s
Programming
9600
19200
5V
Common
See Automated Logic Corporation’s ARC156 Wiring Technical Instructions for the latest BACnet ARCnet specifications.
BAS Network (Input and Output)
Analog Inpu
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
38400
76800
24V GND
24VDC Supply
Sensor
24VDC Supply
Occupancy
Sensor
BAS Network (End-of-line Device)
BAS Network (Input and Output)
BAS Network (End-of-line Device)
BAS Network (Input and Output)
BBelden 8760
S
Shield*
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Signal (-)
B-
Relay Panel
78
78
78
1 2 3
1 2 3 4 5 6 7 8
J26
LEXP
LEXP Port
N
INPUT
POWER
24VAC
G 17 18 19 20 21 22 23 24
9-16
R
1-8
R
24VAC(+) Power In
24VAC(-) Power In
N
N
*DI Jumper Posit
Relays 33-60
RELAYS 33-60
Neutral
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
Relays 1-32
Line In
J18 J19
B
D
RELAYS 1-32
A
C
ADDRESS
DI Jumper
33-40*
24VDC Po
Address
Jumper
Power LED
Run LED
GND
DI 40
DI 39
DI 38
DI 37
DI 36
DI 35
DI 34
DI 33
456
456
1 2 3
1 2 3 4 5 6 7 8
Line In
Override Controls
DI Jumper
9-16*
N
N
INPUTS 1-16
N R
INPUT
POWER
24VAC
SW4
OVER
POWER
J4
J5
G 17 18 19 20 21 22 23 24
9-16
R
1-8
R
8
DI Jumper
41-48*
DI Jumper
49-56*
17-24
R
DI Jumper
17-24*
DI Jumper
1-8*
N
7
J2
AI 1
GND
RELAYS 33-60
17-24
R
6
SW1 SW3
TO J26 OF Controller
J9
J13
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
J26
LEXP
5
Controller
Port
R N
A
C
ADDRESS
5VDC
AI 6
DDN Network
Terminator Jumper
AI 5
Testing
AI 4
1. Connect
for power up.
AI 3power to the Controller. Wait 10 seconds
Relays 33-60
2
2. ConfirmAI normal
LED operation.
AI 1
Power
GNDLED: Solid illumination
LEXP Port
Run
LED: Continuous blinking
DI Jumper
17-24*
Power In turn off.
3. Press
and release the Over Button. Confirm24VAC(+)
the Relays
DI Jumper
24VAC(-) Power In
4. Press and
1-8* release the Over Button again. Confirm the Relays turn on.
24VAC(+) Auxiliary
Out
5. Press
and release the Auto Button to exit override
mode.
DI Jumper
24VAC(-) Auxiliary Out
9-16*
6. Test procedure
complete.
4
AUTO
5V
5VDC
A6
A5
AI 6
A4
A3
AI 5
A2
A1
AI 4
G
AI 3
*DI Jumper Position N(Dry Contact)
AI/ 2R(Externally Powered)
J2
5V
A6
A5
A4
A3
A2
A1
G
3
Neutral
901
901
2
Power LED
PWR
DIRUN
Jumper
DDN/CAN
25-32*
24VDC
DDN Network(-)
DDN Network(+)
GND
J18 J19
B
D
TO J26 OF Controller
RELAYS 1-32
Address
Jumper
DDN/CAN
RUN
Controller
Port
PWR
1
BT485 S B- A+
BT485
Terminator Plug
(if applicable)
SW4
OVER
Conta
Rotary Switch 1’s
ON
INPUTS 17-32
SW1 SW3
AUTO
DI 52
DI 53
DI 54
DI 55
DI 56
GND
8
BAS(+) In
BAS(-) In
Shield
23
7
23
6
23
BT485 S B- A+
5
Baud Rate / Protocol Network Address Rotary Switch 10’s
Dip Switch
Network Address
901
901
4
LEXP Termination
23
Setup BAS(+) In
Rotary Switch 1’s
BAS(-) In
1. Confirm
power is disconnected from the Controller and the Power /
Shield
Run LED’s are not illuminated.
BT485
2. Terminator
Set thePlug
DDN Network Terminator Jumper if utilizing DDN Network.
(if applicable)
Two
devices on the DDN Network should be set for network
termination. If the Controller is the end-of-line,
terminate
Override
Controls the Controller
and the device at the opposite end of the network. If the Controller is
positioned
terminate
devices at the
24VDC at a mid-point on the network, Power
LED
DDN Network(-)
opposite ends of the network either side of Run
theLED
Controller.
DDN Network(+)
3. Set theGND
Digital Input (DI) Jumpers. (Controller and LEXP)
DDN the
Network
4. Set
Baud Rate / Protocol Dip Switch for protocol and baud rate.
Terminator Jumper
5. Set the Network Address.
Relays 1-32
3
Shield
Install Guide : Page 12
BT485 Terminator
Controller Terminations
DI 49
DI 50
DI 51
DI 52
DI 53
DI 54
DI 55
DI 56
GND
Baud Rate / Protocol Network Address Rotary Switch 10’s
Dip Switch
Network Address
2
Signal (Contactor
Belden 8760
S
Shield*
DI 41
DI 42
DI 43
DI 44
DI 45
DI 46
DI 47
DI 48
GND
Controller Setup
Controller Terminations
LEXP Terminations
Controller
configuration and RP testing are the final steps of installation.
(Figure 16)
1
Signal (+
B-
Controller
ON
Manual Ov
© 2012 Blue Ridge Technologies
International,
All Rights
Reserved.
BR-RP16-64-IG-V11.00
Controller
*Do not terminate
shieldLLC
on BAS
output.
S
Shield
Controller
*Do not terminate shield on BAS output.
Belden 8760
A+
78
Signal (-)
Technologies
Signal (+)
A+
Signal (-)
456
B l Belden
ueR
idge
8760
Signal (+)
BT485
A+
456
Signal (+)
24VAC(+) Auxiliary Out
24VAC(-) Auxiliary Out
AUX VAC
AUX VAC
Baud Rate / Protocol Dip Switch: BACnet MS/TP
Network Address 1’s
Network Address 10’s
Programming
9600
78
3
4
5
6
7
8
ON
1
SW1
2
3
4
5
6
7
8
1
SW1
2
SW1
456
456
SW4
3
901
4
5
8
901
ON
1
1
2
3
4
5
6
2
3
Externally Powered
2
3
4
5
6
7
8
R
Baud Rate / Protocol Dip Switch: P1
N
N
Programming
3
4
SW1
7
8
Dry6 Contact
Terminated
J2
1
3
4
5
6
7
8
SW1
3
4
5
6
SW1
Baud Rate / Protocol Dip Switch: BACnet ARCnet
ARCnet
6
2
3
SW1
3
5
6
7
8
7
8
Network Ad
7
7
8
J2
5
6
3
4
5
6
7
1
8
2
3
4
7
8
SW1
Programming
19200
1
2
3
4
Un-terminated
SW1
2
SW1
8
7
8
Terminated
ON
1
1
ON
ON
2
SW1
J2
4800
38400
ON
3
4
5
6
2
3
4
5
6
SW1
7
8
1
7
2
8
3
1
4
5
6
2
3
4
5
6
SW1
7
8
SW1
Baud Rate / Protocol Dip Switch: BACnet ARCnet
ARCnet
ON
4
6
ON
1
2
5
N2 Network
ON
1
4
SW1
7
8
ON
N
ON
2
5
Baud Rate / Protocol Dip Switch: P1
DDN Network Terminator Jumper
1
1
4
Programming / 9600
R
9600
ON
2
8
3
SW1
SW4
1
2
3 Powered
4
5
6
Externally
5
N
DDN Network Terminator Jumper
7
2
Baud Rate / Protocol Dip Switch: N2
SW1
4800
ON
6
1
Digital Input (DI) Jumper
2
R
R
5
ON
SW1
SW1
4
SW1
7
8
1
1
1
ON
ON
See right for N2 addresses 100-255
Network Address +100
Network Address +200
Programming / 9600
Digital Input (DI) Jumper
J2
7
N2 Network Addresses 100-255
ON
Un-terminated
6
SW3
Baud Rate / Protocol Dip Switch: N2
9600
76800
ON
ON
78
2
DI 9
DI 10
DI 11
DI 12
DI 13
DI 14
DI 15
DI 16
GND
Programming
23
78
Network Address 1’s
Network Address 10’s
19200
38400
ON
See right for N2 addresses 100-255
Dry Contact
Baud Rate / Protocol Dip Switch: BACnet MS/TP
23
23
23
SW3
1
Network Address
78
ON
901
GND
DI 1
DI 2
DI 3
DI 4
DI 5
DI 6
DI 7
DI 8
GND
DI 17
DI 18
DI 19
DI 20
DI 21
DI 22
DI 23
DI 24
DI 9
DI 10
DI 11
DI 12
DI 13
DI 14
DI 15
DI 16
GND
GND
DI 1
DI 2
DI 3
DI 4
DI 5
DI 6
DI 7
DI 8
Network Address
901
3 4 5 6 7 8 9 10 11 12 13 14 15 16 G
AI (Analog Input) / DI (Digital Input) / GND (Ground)
*DI Jumper Position N(Dry Contact) / R(Externally Powered)
AI (Analog Input) / DI (Digital Input) / GND (Ground)
*DI Jumper Position N(Dry Contact) / R(Externally Powered)
456
GND
DI 17
DI 18
DI 19
DI 20
DI 21
DI 22
DI 23
DI 24
G 1 2
3 4 5 6 7 8 9 10 11 12 13 14 15 16 G
456
G 1 2
2
SW1
3
4
5
6
7
8
(Figure 16)
BlueRidge
Technologies
www.BRTint.com : 800-241-9173 Blue Ridge Technologies®
Line
Low
Relay Panel
Line
© 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
Front
Install Guide : Page 13
Optional Equipment
RP may be equipped with the following optional equipment. (Figure 17)
1. Multi-pole Electrically Held Lighting Contactor
2. Line Voltage Bay
3. UL924 Emergency Bypass
4. Auxiliary Transformer w/Earth Ground Lug
5. Low Voltage Bay
6. BACnet IP Router
7. 24VDC Power Supply
Complete optional equipment termination and configuration.
1. Confirm power is disconnected from the RP.
2. If applicable remove Dead Front Cover to reveal the Line/Low Voltage Bay
a. Unlock 1/4 turn fasteners located on inside edge of the cover.
b. Remove cover by rotating inside edge outward and pulling cover free.
3. Complete required termination and configuration. See Page 14 for
specifications.
4. If applicable replace Dead Front Cover.
a. Align cover tabs with matching slots in Panel Enclosure and
rotate the covers inside edge inward.
b. Lock 1/4 turn fasteners located on inside edge of the cover.
1
2
3
4
5
6
WARNING : Live Parts
Disconnect before servicing. Disconnect provided by installer, located remotely.
Panel protected by circuit breaker or equivalent current limiting device.
Transformer Input Voltage Rating : 120 or 277 VAC +/- 10%, 30 VA, 50 / 60 Hz
Transformer Output Voltage Rating : 24 VAC +/- 10%
Relay Short Circuit Current Rating (SCCR) 20,000 Amps @ 277 VAC
Use only copper conductors rated only @ 60 degree celsius minimum.
7
(Figure 17)
Controller
2
N
2
24
V COM N/O Switch
N/C
H
cy
L
Controller
Switch
Light Sensor
Mounting Hole
CTS-DDN
Transformer Terminations
Signal (-) (White)
Line In
347 Transformer Terminations
Relay Panel
BlueRidge
ntact)
Common
Common
Phillips / Slot / Square Head Screw Terminals
24VDC (Red)
GND 24V
(+) (Green)
24VDCSignal
Supply
Controller
LTR Terminations
G
Switch 2
H1
H2
G
Relay Output
Ground (Black)
Technologies
277VAC Brown
BAS Network (End-of-line Device)
120VAC Black
CL3P / 22AWG
/ 4 Conductor
CTS
Leads
Blue Ridge Technologies® © 2012 Blue Ridge Technologies International, LLC All Rights Reserved. BR-RP16-64-IG-V11.00
www.BRTint.com
: 800-241-9173
Neutral
White
Manual Override Lever
Wire
Strip Length Indicator
Unsheilded
BT485
Earth Ground
Signal (+)
24V COM N/O
Controller
N/C
Low Voltage Bay
LTR Terminations
Load
Phillips / Slot / Square Head Screw Terminals
Mounting Hole
Analog Input: 5VDC Light Sensor
Line In
INPUTS 17-32
2
DI 41
DI 42
DI 43
DI 44
DI 45
DI 46
DI 47
DI 48
GND
DI 49
DI 50
DI 51
DI 52
DI 53
DI 54
DI 55
DI 56
GND
x 5.00”(127mm)D
s Rotary Switch 10’s
RP Overall: Add approximately 9.00”(229mm) to overall RP height
5V
Switch 1
1 Address
Network
Location: Bottom of RP
Rotary Switch BAS
1’s Network (End-of-line Device)
Custom
Option:
Dead
Front
Cover
(reduces
bay
depth
to
4.30”(109mm))
A1
G
Common
RP equipped with Low Voltage Bay UL Listed,
BT485UL508A, US/Canada
Switch 2
Signal (+)
R N
+
Contactor
Power
Power
Signal
Signal
Neutral
Override Lever
LineManual
In
G
DI Jumper
41-48*
DI Jumper
49-56*
LTR
Relay Output
Wire Strip Length Indicator
Common
Common
J5
J4
(Figure 18)
POWER
J9
INPUTS 1-16
H2
N R
A
C
ADDRESS
J13
TO J26 OF Controller
Address
Jumper
LEXP Terminations
dress Rotary Switch
10’s
Multi-pole
Earth Ground
R N
LEXP Port
INPUTS 17-32
Electrically Held Lighting Contactors* (Figure 18)
Jumper
Position N(Dry Contact) / R(Externally Powered)
120 *DI
/ 277
VAC
Contactors: 4 Pole 30A N/O (field convertible to N/C)
Wire: 16-10AWG or 8-6AWG with ring terminals (Solid or Stranded)
Jumper
Quantity: 1, 2, or 4 Contactors for control of upDIto
16 circuits
Network Address
Coil:
Relays
33-60
Rotary
Switch 1’s
J9
J13
41-48*
DI Jumper
Transformer)
(Figure
49-56*
Contactor
Mounting Hole
INPUTS 1-16
J4
J5
J18 J19
B
D
N R
A
C
ADDRESS
Address
Jumper
Line In
L(+)
+
Line In
Neutral
N(-)
-
Relay Output
DI 14
DI 15
DI 16
GND
GND
DI 40
DI 39
DI 38
DI 37
DI 36
DI 35
DI 34
DI 33
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
Manual Override Lever
Wire Strip Length Indicator
Signal (+)
24VDC
Relays 33-60
9600
19200
24VAC(+) Power In
BACnet
24VAC(-) Power
In ON IP
Contactor Coil Terminations
Load
38400
76800
Router*Controller
ON
ON
BT485 Terminator
between BACnet MS/TP and BACnet Ethernet / IP
wired
and
96001 (19200,
and
4
3
4
5 for
6
7power
8
1 BACnet
2
3
4
5 MS/TP
6
7
8
2
3
4
5 38400,
6
7
8
XP Terminations
76800
network capacity). SW1
SW1available at reduced
SW1
Ethernet Connection
Network Type: BACnet Ethernet / IP
e / Protocol Dip Switch: N2
N2 Network Addresses 100-255
Data Rate: 10/100 Mbps
Wire
Requirement
/ Maximum
Length:
328’(100m)
NetworkCAT5
Address/ +200
Network
Address
+100
gramming / 9600
Routing
24VAC(+) Auxiliary
Out
Out1 2
Factory
5 24VAC(-)
6
7
8Auxiliary
DI 12
DI 13
DI 14
DI 15
DI 16
GND
DI 41
DI 42
DI 43
DI 44
DI 45
DI 46
DI 47
DI 48
GND
DI 49
DI 50
DI 51
DI 52
DI 53
DI 54
DI 55
DI 56
GND
INPUTS 17-32
R N
DI Jumper
ON
41-48*
UL924 Emergency Bypass
DI Jumper
UL924 provides
energy
management
1
2
3
449-56*
5
6
7
8
1
2
ON
J9
J13
TO J26 OF Controller
POWER
control
of7 emergency
lighting
3
4
5
6
8
2
3
4
5
6
7
8
circuits
normal
operation
while
Power
LED
d1Rate / Protocol Dip
Switch:during
BACnet
MS/TP
SW1maintaining emergency function
SW1
DI Jumper
during power loss. See
the UL924 Install Guide for specific instructions.
25-32*
INPUTS 1-16
N R
ming
3
J4
J5
J18 J19
B
D
A
C
ADDRESS
9600
gramming
e / Protocol Dip Switch: P1
ON
DI Jumper
33-40*
4800
4
5
6
7
8
19200
2
3
4
5
6
7
8
2
3
4
5
6
7
8
2
GND
DI 40
DI 39
DI 38
DI 37
DI 36
DI 35
DI 34
DI 33
GND
DI 32
DI 31
DI 30
DI 29
DI 28
DI 27
DI 26
DI 25
2
ON
SW1
3
4
5
6
7
8
1
2
SW1
3
4
5
6
7
8
1
2
SW1
3
4
5
6
7
5
6
7
LTR
8
Neutral
Line In
24VDC Power Supply Terminations
Line In
L(+)
+
N(-)
-
24VDC Out
24VDC Power Supply
38400
1
ON
ARCnet
4
Neutral
19200
1
3
ON
e / Protocol Dip Switch: BACnet ARCnet
ON
ON
ON
* Included third party documentation applies to this equipment.
1
2
76800
3
4
5
6
ON
ON
WARNING
: Live Parts
SW1
SW1
SW1
Disconnect before servicing. Disconnect provided by installer, located remotely.
Panel protected by circuit breaker or equivalent current limiting device.
Transformer
: 120
or
+/- 10%,
4
5
6
7
8
2
3
4
5
6 Input
7
8Voltage Rating
1
2
3
4
5 277
6
7 VAC
8
1 30
2 VA,
3
4 505 / 60
6 Hz
7
8
*DI
Jumper
Position
N(Dry1 Contact)
/ R(Externally
Powered)
Transformer
Output
Voltage
Rating :100-255
24 VAC +/- 10%
d Rate / Protocol Dip Switch:
N2
N2
Network
Addresses
SW1Relay
Short Circuit CurrentSW1
Rating (SCCR) 20,000 Amps SW1
@ 277 VAC
Use only copper conductors rated only @ 60 degree celsius minimum.
Network Address +200
Network Address +100
Programming / 9600
1
1
SW1
Contactor
ON
9600
1
ON
38400
ON
8
24VDC Out
24VDC Power Supply
PowerA+
Supply*
20)Contact) / R(Externally Powered)
*DI Jumper (Figure
Position N(Dry
Primary: 100-240VAC (50-60HZ)
Signal (-)
BSecondary:
2.5A 24 VDC +/- 1% (Adjustable from 22.5-29.5VDC)
e / Protocol Dip Switch:
BACnet MS/TP
LEXP Port
Wire: 24-12AWG
(Solid or Stranded)
S
2
(Figure 19)
24VDC Power Supply Terminations
Phillips / Slot / Square Head Screw Terminals
19)
Auxiliary Transformer
Relays 1-32
Matched to primary
transformer specification 120/277 or 347VAC
BT485
Shield
LTR
Earth Ground
Line In
LTR Terminations
line Device)
ming
Neutral Black
Neutral
POWER
Controller
Port
TO J26 OF Controller
24VAC(+) Power In
24VAC(-) Power347VAC
In
Transformer (Replaces Standard
Override Controls
Power LED
Type: UL Listed Single Tap
24VAC(+) Auxiliary Out
DI Jumper
24VAC(-) Auxiliary Out
Primary: 347VAC, 50VA, 60 Hz
25-32*
Power LED
Secondary: 24VAC +/-10% Inherently Limited
Run LED
DI Jumper
Wire Requirement: 18AWG Minimum (Solid or33-40*
Stranded)
H1
Neutral White
DI 41
DI 42
GND
DI 43
DI 40
DI 44
DI 39
DI 45
DI 38
DI 46
DI 37
DI 47
DI 36
DI 48
DI 35
GND
DI 34
DI 49
DI 33
DI 50
GND
DI 51
DI 32
DI 52
DI 31
DI 53
DI 30
DI 54
DI 29
DI 55
DI 28
DI 56
DI 27
GND
DI 26
DI 25
Relays 1-32
4
J18 J19
B
D
Controller
Port
Light Sensor
24VDC Power Supply Terminations
Line Voltage Bay
A+
Controller
Dimensions
Controller
Contactor
Coil
Terminations
GND 24V Signal (-)
Override Controls
Switch
BBelden 8760
Power LED x 4.30”(109mm)D
Bay24VDC
Interior:
9.00”(229mm)H x 17.88”(454mm)W
S
Supply
L(+)
Line In
+
DI Jumper
Load Terminations
RP Overall: Add Shield
approximately 9.00”(229mm)
to overall RP height Transformer Terminations
347 Transformer
S
25-32*
Power LED
24VDC Out
ller
Location:
Top
of
RP
(maintains
left
and
right
wire
chases
from
top
of
RP)
Run LED
N(-)
Neutral
DI Jumper
Controller
BT485
33-40* line and
Accessories: Dead Front Cover (separates
lowTerminator
voltage
277VAC Brown
compartments)
24VDC Power Supply
347VAC Brown
120VAC Black
RP equipped with Line Voltage Bay UL Listed, UL508A, US/Canada
-
Earth Ground
Contactor Coil Terminations
BT485 Terminator
Digital Input: Two Button Low Voltage Switch (Externally Powered)
Dimensions
pancy
LEXP Terminations
nsor
Bay Interior: 9.00”(229mm)H x 17.88”(454mm)W
Neutral Black
Install Guide : Page 14
A+
Optional Equipment
Signal (-)
BBelden 8760
Specifications for the optional equipment are listed below. When applicable,
additional third party
documentation
is
S included for detailed specifications
Shield
and instructions.
347VAC Brown
7
8
1
ON
1
2
3
4
5
6
7
SW1
2
SW1
3
4
5
6
7
8
8
(Figure 20)