Explosion Protected Panelboards
D2Z Series
IF 1416
Installation & Maintenance Information
SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE
APPLICATION
The D2Z Series panelboards provide a centrally controlled
switching system and short circuit protection for feeder or branch
circuits to control lighting , heating, appliance, heat tracing, motor
and similar circuits. EPD (equipment protection devices) options
offer personnel and equipment protection respectively.
D2Z Series panelboards are designed for use in Class I, Zone 1,
Div. 2, Groups A, B, C, D; (classified) areas as defined by the
National Electrical Code® (NEC) and Canadian Electrical Code
(CEC) as well as in damp, wet locations – indoors and outdoors.
Panelboards should be installed, inspected, maintained, and
operated by qualified and competent personnel. Read entire
instructions before starting installation of this product. Contact
your Crouse-Hinds Sales Representative, Crouse-Hinds
Customer Service or your Crouse-Hinds Distributor if you have
any questions.
INSTALLATION
1.
WARNING
To avoid fire or shock hazard, the electrical power must be
OFF before and during installation and maintenance.
Select a mounting location that will provide suitable strength
and rigidity for supporting the panelboard and all contained
wiring. Figure 1 shows the mounting dimensions.
Approximate shipping weight of a panelboard fully loaded
with breakers is 200 lbs.
DIMENSIONS – In Inches & millimeters X = Mounting Dimensions
8.25 (211mm)
10.5 (271mm)
x 9.75 (247mm)
4.5 (116mm)
10.5 (271mm)
.5(11mm)
5.5 (136mm)
10.5 (271mm)
6 (155mm)
8.75 (211mm)
4.5 (116mm)
(11mm)
.5
Safety Switch
31.5 (798mm)
10
x 9.75 (247mm)
10.75 (275mm)
x 10.5 (273mm)
10.5 (271mm)
x 31.25 (793mm)
Note: Used only for fuses on 80, 125A,
disconnect switches and 80A switch.
(254mm)
4.5
(116mm)
32 (817mm)
10.5 (271mm)
x 9.75 (247mm)
x 9.75 (247mm)
20.5 (520mm)
21.5 (544mm)
Note: Used for main breaker
Note: Used only for
125 or 180 A
disconnect switches
without fuses.
Note: Used for
– 40 A switch with fuses and
1 window, or
– 40 A switch and 2 windows, or
– 3 windows of branch breakers.
Figure 1.
IF 1416 • 4/00
Copyright © 2000, Cooper Industries, Inc.
Page 1
2.
With panelboard securely fastened to the mounting surface
(figures 2-4), attach conduit system. Tapped conduit openings
are provided for main circuit and branch circuits.
WARNING
To avoid dangerous overheating and fire, do not use aluminum
wiring. Use copper wiring only. Use 60°C or 75°C conductors.
CAUTION
To prevent external fire or explosion, DO NOT connect to a
supply circuit capable of delivering more than 10,000 RMS
symmetrical amperes. DO NOT install equipment which will
produce external surface temperatures exceeding the ignition
temperature of the flammable or combustible materials which
may surround this enclosure. DO NOT install arcing components or high temperature producing components such
as relays, switches or transformers in the terminal enclosure.
Circuit interrupting devices such as circuit breakers which may be
installed in the enclosure may fail electrically or mechanically
unless they have been investigated and found suitable for operation in the hazardous location involved.
3.
4.
After enclosure is positioned and secured in its permanent
location, pull wires into panelboard making sure that they are
long enough to make the required connections. Make connections of either single or three phase circuits according to
wiring diagrams accompanying each panel.
7.
Securely tighten all cover bolts supplied with the panelboard.
Torque all cover screws to 5 in. lb.
8.
It is not necessary nor recommended to remove the panelboard cover during enclosure installation.
9.
Mark circuit card directory located on main enclosure cover
with appropriate descriptions for proper branch circuit numbers. Place circuit card directory inside clear plastic jacket
before placing back in its holder. Mount the holder on a flat
surface with the enclosed velcro strips.
MAINTENANCE
WARNING
To avoid electrical shock, fire and or explosions, always
disconnect primary power source before opening enclosure
for inspection or service.
1.
We recommend an Electrical Prevention Maintenance
program as described in the National Fire Protection
Association Bulletin NFPA No. 70B. It is recommended that it
should be at least once a year.
2.
Perform visual, electrical, and mechanical checks on all components on a regular basis.
• Visually check for undue heating evidenced by discoloration of wires or other components, damaged or worn
parts, or leakage evidenced by water or corrosion in the
interior.
With panelboard securely fastened to the mounting surface,
attach conduit system. Only skilled staff should carry out the
electrical connection of the units. Tapped conduit openings
are provided for main circuit and branch circuits on the
terminal rails in the bottom of the enclosures. The supply
terminals are located on the left-hand side of the enclosure.
All other terminals are for branch circuits. Terminal wiring
should be made according to the following table.
• Electrically check to make sure that all connections are
clean and tight.
• Mechanically check that all parts are properly assembled,
and operating mechanisms move freely.
TABLE 1. TERMINAL WIRING
SUPPLY CIRCUITS
AMPERAGE
mm2
AWG
RECOMMENDED TORQUE (IN./LBS.)
40
16
6-18
10.6-12.3
80
35
2-6
21.8-26.1
125
70
8-2/0
35-52
180
95
6-3/0
35-52
BRANCH CIRCUITS
AMPERAGE
mm2
AWG
RECOMMENDED TORQUE (IN./LBS.)
10
4
12-22
3.5-5.3
15
4
12-22
3.5-5.3
20
10
6-14
10.6-12.3
40
16
6-18
10.6-12.3
5.
Flange plates: Brass plates are provided with NPT to Metric
hub adapters approved for Zone 1, Division 2 areas. The
external ground connection should be torqued to 132 in.lbs.
If non metallic flange plates are used, a listed entry method
such as Crouse Hinds Meyers STMK hubs must be used.
6.
Test wiring for correctness with continuity checks and for
unwanted grounds with an insulation resistance tester.
CAUTION
To maintain the integrity of the enclosure, clean dirt or foreign
material from both surfaces of body and cover before closing.
IF 1416 • 4/00
3.
Large windows permit easy viewing and quick access to
breakers without opening the enclosure. The breakers can
be actuated, while power is applied to the panel, by opening
the window. After actuating the breakers, immediately close
and lock the window. The window can be locked with an Allen
wrench (5/16" or 8mm).
WARNING
The access window provides NEMA 4X and IP 66 protection
only when the window is closed and locked.
When the window is locked, a red locked-position indicator
can be seen under the window. The windows and breakers
can be locked out. Use a 3-mm lockout for the breakers and
an 6-mm lockout for the window.
Copyright © 2000, Cooper Industries, Inc.
Page 2
4.
5.
Replacement parts are available through your Crouse-Hinds
distributor. Replace circuit breakers only with Ex-de explosion protected Crouse Hind’s breakers.
Main Disconnect Switch 40, 80, 125, 180 A, 4-pole
Explosion Protection
AEx de IIC T6
Replacing Breakers:
A. De-energize
D2Z panel.
EEx de IIC T6
Class I, Zone 1, Div. 2 Groups A, B, C, D
power
to
the
explosion
protected
Certifications
40-180 A
UL, cUL
PTB 98 ATEX 1031 U
40 A
PTB - No. Ex-93C.1028 U
B. Remove cover screws from enclosure cover.
80 A
PTB - No. Ex-85B.1055 U
C. Remove wires from line and load side of the breaker.
125/180 A
D. Remove breaker off the DIN rail by gently extending the
release key near both sides of the DIN rail.
Rated Operating Voltage
Motor Switching Capacity AC 3*
E. Reverse the procedure to replace breaker on the DIN
rail. Make sure the breaker snaps securely onto the rail.
F. Reverse step #3 and reconnect the cables onto the
terminals of the new breaker.
PTB - No. Ex-86B.1048 U
Up to 690 VAC
Type
230 V
480 V
40 A
40 A
40 A
80 A
80 A
80 A
125 A
125 A
125 A
180 A
180 A
150 A
* See IEC 947-4-1: 1990.
WARNING
Explosion protected Ex-d (flameproof) components in an Ex-e
(increased safety) enclosurew may only be replaced with iden-
6.
Closing the enclosure cover: when replacing the cover on
enclosures containing switches, care should be taken to
align the operator handle with the shaft on the switch. Any
foreign debris should be removed from the enclosure.
TECHNICAL DATA
Main Breaker
Branch Circuit Breakers 1-pole, 2-pole, 3-pole, 4-pole;
with EPD protection 1-pole + Neutral, 2-pole;
2, 6, 10, 16, 20, 25, 32 and 40 Amps
Explosion Protection
EEx de IIC T6
AEx de IIC T6
Class I, Zone 1, Div. 2, Groups A, B, C, D
Certifications
UL, cUL
PTB - No. Ex-94.C.1035 U
PTB 98 ATEX 1087 U
Rated Operating Voltage
Up to max. 480 VAC
Rated Current
Up to 40 A, See Page 10
Rated Switching Capacity
10k AIC
Tripping Characteristic
“B” or “K” *
Tripping Current for EPDs
30 mA (up to 300 mA on request)
Enclosure Materials
Fiberglass-reinforced polyester
Optional Auxiliary/Signal Contacts**
Rated Voltage
250 VAC
Rated Current
5A
* “B” Branch breakers are used for all general applications such as lighting and
heat-tracing. Type “K” breakers are used for MOVs and portable power.
Contact factory for other applications.
** Aux contacts indicate mechanical or electrical tripping. Signal contacts indicate
only electrical tripping and are used primarily on heat-tracing circuits. Branch
breakers with signal contacts require next larger breaker enclosure.
IF 1416 • 4/00
Copyright © 2000, Cooper Industries, Inc.
Page 3
Main Breaker
Explosion Protection
Class I, Zone 1, Div. 2,
Explosion proof
Groups C, D
Class II, Div. 2, Groups F, G
Class III
NEMA 3; 7 C, D; 12
Certifications
UL, cUL
Rated Current
30 to 100A
Rated Voltage
120/240 VAC
Single, 3-phase
Main Fuse, 3-pole
Explosion Protection
EEx de IIC T4, T6
AEx de IIC T4, T6
Class I, Zone 1, Div. 2 Groups A, B, C, D
Certifications
UL, cUL
Rated Operating Voltage
Up to max. 500 VAC
Rated Current
Current
Temperature Class
25A
T6
35A
T5
50A
T4
63A
T4
80A
T4
100A
T4
125A
T4
PTB – No. Ex-86.B.1065 U
Main Fuse, type NH
Recommended manufacturer: Cooper Bussman type NH ØØG fuses for
general use or NH ØØM for motor applications.
Specify Amperage. (Fuses not provided)
Pending UL certification, panels supplied with fuses PTB certified only.
Standard Entries
Main Supply
Branches
Brass gland plate
with Zone 1 Myers
adapter hubs: (STM series)
Metric Entries
(remove hubs)
(1) 2" + (3) 1"
(1) M 63 + M 32
(9) 3/4"
(9) M 25
Universal Wiring– Zone 1 Myers®
adapter hubs for conduit or
Terminator™ cable glands
IF 1416 • 4/00
Copyright © 2000, Cooper Industries, Inc.
Page 4
SPARE BREAKERS
Description
Pack Qty. Code No. Qty
Description
Pack Qty. Code No. Qty
Exd Encap. MCB 16 A, 1 pole, "K", 10 kA
GHG 610 1907 R0023 6
Exd Encap.MCB 4 A, 3 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1914 R0019 3
Exd Encap. MCB 6 A, 1 pole, "C", 10 kA
GHG 610 1907 R0127 6
Exd Encap.MCB 6 A, 3 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1914 R0020 3
Exd Encap. MCB 10 A, 1 pole, "C", 10 kA
GHG 610 1907 R0129 6
Exd Encap.MCB 10 A, 3 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1914 R0022 3
Exd Encap. MCB 16 A, 1 pole, "C", 10 kA
GHG 610 1907 R0131 6
Exd Encap.MCB 16 A, 3 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1914 R0023 3
Exd Encap. MCB 20 A, 1 pole, "C", 10 kA
GHG 610 1907 R0132 6
Exd Encap.MCB 20 A, 3 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1914 R0024 3
Exd Encap.MCB 16A,1 pole"K",10kA, aux.cont.1no+1nc
GHG 610 1908 R0023 6
Exd Encap.MCB 25 A, 3 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1914 R0025 3
Exd Encap.MCB 6A,1 pole"C",10kA, aux.cont.1no+1nc
GHG 610 1908 R0127 6
Exd Encap. MCB 6 A, 3 pole, "B", 6 kA
GHG 610 1913 R0201 3
Exd Encap.MCB 10A,1 pole"C",10kA, aux.cont.1no+1nc
GHG 610 1908 R0129 6
Exd Encap. MCB 10 A, 3 pole, "B", 6 kA
GHG 610 1913 R0202 3
Exd Encap.MCB 16A,1 pole"C",10kA, aux.cont.1no+1nc
GHG 610 1908 R0131 6
Exd Encap. MCB 16 A, 3 pole, "B", 6 kA
GHG 610 1913 R0204 3
Exd Encap.MCB 20A,1 pole"C",10kA, aux.cont.1no+1nc
GHG 610 1908 R0132 6
Exd Encap. MCB 20 A, 3 pole, "B", 6 kA
GHG 610 1913 R0205 3
Exd Encap. MCB 6 A, 1 pole, "B", 6 kA
GHG 610 1907 R0201 6
Exd Encap. MCB 25 A, 3 pole, "B", 6 kA
GHG 610 1913 R0206 3
Exd Encap. MCB 10 A, 1 pole, "B", 6 kA
GHG 610 1907 R0202 6
Exd Encap.MCB 6 A, 3 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1914 R0201 3
Exd Encap. MCB 16 A, 1 pole, "B", 6 kA
GHG 610 1907 R0204 6
Exd Encap.MCB 10 A, 3 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1914 R0202 3
Exd Encap. MCB 20 A, 1 pole, "B", 6 kA
GHG 610 1907 R0205 6
Exd Encap.MCB 16 A, 3 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1914 R0204 3
Exd Encap.MCB 6A,1 pole"B",6 kA, aux.cont.1no+1nc
GHG 610 1908 R0201 6
Exd Encap.MCB 20 A, 3 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1914 R0205 3
Exd Encap.MCB 10A,1 pole"B",6 kA, aux.cont.1no+1nc
GHG 610 1908 R0202 6
Exd Encap.MCB 25 A, 3 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1914 R0206 3
Exd Encap.MCB 16A,1 pole"B",6 kA, aux.cont.1no+1nc
GHG 610 1908 R0204 6
Exd Encap. MCB 6 A, 4 pole, "C", 10 kA
GHG 610 1916 R0127 2
Exd Encap.MCB 20A,1 pole"B",6 kA, aux.cont.1no+1nc
GHG 610 1908 R0205 6
Exd Encap. MCB 10 A, 4 pole, "C", 10 kA
GHG 610 1916 R0129 2
Exd Encap. MCB 2A, 2 pole, "K", 10 kA
GHG 610 1909 R0017 4
Exd Encap. MCB 16 A, 4 pole, "C", 10 kA
GHG 610 1916 R0131 2
Exd Encap. MCB 10A, 2 pole, "K", 10 kA
GHG 610 1909 R0022 4
Exd Encap. MCB 20 A, 4 pole, "C", 10 kA
GHG 610 1916 R0132 2
Exd Encap. MCB 16A, 2 pole, "K", 10 kA
GHG 610 1909 R0023 4
Exd Encap. MCB 25 A, 4 pole, "C", 10 kA
GHG 610 1916 R0133 2
Exd Encap. MCB 6A, 2 pole, "C", 10 kA
GHG 610 1909 R0127 4
Exd Encap. MCB 32 A, 4 pole, "C", 10 kA
GHG 610 1916 R0134 2
Exd Encap. MCB 10A, 2 pole, "C", 10 kA
GHG 610 1909 R0129 4
Exd Encap. MCB 40 A, 4 pole, "C", 10 kA
GHG 610 1916 R0135 2
Exd Encap. MCB 16A, 2 pole, "C", 10 kA
GHG 610 1909 R0131 4
Exd Encap.MCB 6 A, 4 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1917 R0127 2
Exd Encap. MCB 20A, 2 pole, "C", 10 kA
GHG 610 1909 R0132 4
Exd Encap.MCB 10 A, 4 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1917 R0129 2
Exd Encap. MCB 25A, 2 pole, "C", 10 kA
GHG 610 1909 R0133 4
Exd Encap.MCB 16 A, 4 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1917 R0131 2
Exd Encap.MCB 2A, 2 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0017 4
Exd Encap.MCB 20 A, 4 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1917 R0132 2
Exd Encap.MCB 10A, 2 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0022 4
Exd Encap.MCB 25 A, 4 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1917 R0133 2
Exd Encap.MCB 16A, 2 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0023 4
Exd Encap.MCB 32 A, 4 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1917 R0134 2
Exd Encap.MCB 6A, 2 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0127 4
Exd Encap.MCB 40 A, 4 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1917 R0135 2
Exd Encap.MCB 10A, 2 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0129 4
Exd Encap. MCB 6 A, 4 pole, "B", 6 kA
GHG 610 1916 R0201 2
Exd Encap.MCB 16A, 2 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0131 4
Exd Encap. MCB 10 A, 4 pole, "B", 6 kA
GHG 610 1916 R0202 2
Exd Encap.MCB 20A, 2 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0132 4
Exd Encap. MCB 16 A, 4 pole, "B", 6 kA
GHG 610 1916 R0204 2
Exd Encap.MCB 25A, 2 pole"C", 10kA, aux.cont.1no+1nc
GHG 610 1910 R0133 4
Exd Encap. MCB 20 A, 4 pole, "B", 60 kA
GHG 610 1916 R0205 2
Exd Encap. MCB 6 A, 2 pole, "B", 6 kA
GHG 610 1909 R0201 6
Exd Encap. MCB 25 A, 4 pole, "B", 6 kA
GHG 610 1916 R0206 2
Exd Encap. MCB 10 A, 2 pole, "B", 6 kA
GHG 610 1909 R0202 6
Exd Encap. MCB 32 A, 4 pole, "B", 6 kA
GHG 610 1916 R0207 2
Exd Encap. MCB 16 A, 2 pole, "B", 6 kA
GHG 610 1909 R0204 6
Exd Encap. MCB 40 A, 4 pole, "B", 6 kA
GHG 610 1916 R0208 2
Exd Encap. MCB 20 A, 2 pole, "B", 6 kA
GHG 610 1909 R0205 6
Exd Encap.MCB 6 A, 4 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1917 R0201 2
Exd Encap. MCB 25 A, 2 pole, "B", 6 kA
GHG 610 1909 R0206 7
Exd Encap.MCB 10 A, 4 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1917 R0202 2
Exd Encap.MCB 6A,1 pole"B",6kA, aux.cont.1no+1nc
GHG 610 1910 R0201 6
Exd Encap.MCB 16 A, 4 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1917 R0204 2
Exd Encap.MCB 10A,1 pole"B",6kA, aux.cont.1no+1nc
GHG 610 1910 R0202 6
Exd Encap.MCB 20 A, 4 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1917 R0205 2
Exd Encap.MCB 16A,1 pole"B",6kA, aux.cont.1no+1nc
GHG 610 1910 R0203 6
Exd Encap.MCB 25 A, 4 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1917 R0206 2
Exd Encap.MCB 20A,1 pole"B",6kA, aux.cont.1no+1nc
GHG 610 1910 R0205 6
Exd Encap.MCB 32 A, 4 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1917 R0207 2
Exd Encap.MCB 25A,1 pole"B",6kA, aux.cont.1no+1nc
GHG 610 1910 R0206 7
Exd Encap.MCB 40 A, 4 pole"B", 6kA, aux.cont.1no+1nc
GHG 610 1917 R0208 2
Exd Encap. MCB/RCD 6 A, 1 pole + N, "C", 10 kA, 0,03 A
GHG 610 1911 R0006 4
Exd Encap.RCD 25A, 4 pole, 0,03 A.
GHG 610 1919 R0002 2
Exd Encap. MCB/RCD 10 A, 1 pole + N, "C", 10 kA, 0,03 A
GHG 610 1911 R0008 4
Exd Encap.RCD 40A, 4 pole, 0,03 A.
GHG 610 1919 R0003 2
Exd Encap. MCB/RCD 16 A, 1 pole + N, "C", 10 kA, 0,03 A
GHG 610 1911 R0009 4
Exd Encap.RCD 63A, 4 pole, 0,03 A.
GHG 610 1919 R0004 2
Exd Encap. MCB/RCD 20 A, 1 pole + N, "C", 10 kA, 0,03 A
GHG 610 1911 R0010 4
Exd Encap.MCB / RCD 6A, 2 pole "C",10kA, 0,03 A.
GHG 610 1920 R0006 2
Exd Encap. MCB/RCD 25 A, 1 pole + N, "C", 10 kA, 0,03 A
GHG 610 1911 R0011 4
Exd Encap.MCB / RCD 10A, 2 pole "C",10kA, 0,03 A.
GHG 610 1920 R0008 2
Exd Encap.RCD 25A, 2 pole, 0,03 A.
GHG 610 1912 R0002 4
Exd Encap.MCB / RCD 16A, 2 pole "C",10kA, 0,03 A.
GHG 610 1920 R0009 2
Exd Encap.RCD 40A, 2 pole, 0,03 A.
GHG 610 1912 R0003 4
Exd Encap.MCB / RCD 20A, 2 pole "C",10kA, 0,03 A.
GHG 610 1920 R0010 2
Exd Encap. MCB 2 A, 3 pole, "K", 10 kA
GHG 610 1913 R0017 3
Exd Encap.MCB / RCD 25A, 2 pole "C",10kA, 0,03 A.
GHG 610 1920 R0011 2
Exd Encap. MCB 4 A, 3 pole, "K", 10 kA
GHG 610 1913 R0019 3
Exd Encap. Contactor 24 A, (4 kW) 4 n/o, ESB 24-40, 24 V ac.
GHG 610 1921 R3116 4
Exd Encap. MCB 6 A, 3 pole, "K", 10 kA
GHG 610 1913 R0020 3
Exd Encap. Contactor 24 A, (4 kW) 4 n/o, ESB 24-40, 230 V ac.
GHG 610 1921 R4001 4
Exd Encap. MCB 10 A, 3 pole, "K", 10 kA
GHG 610 1913 R0022 3
Exd Encap. Contactor 40 A, (11 kW) 4 n/o, ESB 40-40, 24 V ac. GHG 610 1922 R4001 2
Exd Encap. MCB 16 A, 3 pole, "K", 10 kA
GHG 610 1913 R0023 3
Exd Encap. Contactor 40 A, (11 kW) 4 n/o, ESB 40-40, 230 V ac. GHG 610 1922 R4006 2
Exd Encap. MCB 20 A, 3 pole, "K", 10 kA
GHG 610 1913 R0024 3
Exd Encap. MCB 25 A, 3 pole, "K", 10 kA
GHG 610 1913 R0025 3
Exd Encap.MCB 2 A, 3 pole"K", 10kA, aux.cont.1no+1nc
GHG 610 1914 R0017 3
EPD – Equipment Protection Device
IF 1416 • 4/00
MCB – Miniature Circuit Breaker
Copyright © 2000, Cooper Industries, Inc.
Page 5
Mounting Frame for Panel Type "B"
Figure 2.
28.75
(730mm)
9.75
(247mm)
.25
(5mm)
9.75
(247mm)
1
(24mm)
z
x
4 mounting holes "Z"
1/2" (12mm)
.5 (12mm)
x
x
x
z
13 mounting holes "X"
5/16" (7.5mm)
10.25
(260mm)
16.5
(420mm)
15.5
(395mm)
x
x
x
10.25
(260mm)
10.75
(273mm)
31.25
(793mm)
33
(840mm)
31
(790mm)
5.25
(136.5mm)
x
x
10.25
(260mm)
z
x
x
25.5
(649mm)
IF 1416 • 4/00
x
x
z
12.75
(324.5mm)
Copyright © 2000, Cooper Industries, Inc.
Page 6
Mounting Frame for Panel Type "C"
Figure 3.
39.5
(1000mm)
9.75
(247mm)
9.75
(247mm)
.25
(5mm)
1
(24mm)
z
x
9.75
(247mm)
1
(24mm)
5
(123.5mm)
x
x
x
x
x
z
10.25
(260mm)
16.5
(420mm)
15.5
(395mm)
x
x
x
10.25
(260mm)
10.75
(273mm)
4 mounting holes "Z"
1/2" (12mm)
13 mounting holes "X"
5/16" (7.5mm)
31.25
(793mm)
33
(840mm)
31
(790mm)
5.25
(136.5mm)
x
x
10.25
(260mm)
z
x
x
x
x
36.25
(920mm)
IF 1416 • 4/00
x
x
z
18
(460mm)
Copyright © 2000, Cooper Industries, Inc.
Page 7
Mounting Frame for Panel Type "D"
Figure 4.
50
(1270mm)
9.75
9.75
(247mm)
1
(247mm)
(24mm)
.5 (12mm)
9.75
(247mm)
1
(24mm)
.25
(5mm)
z
x
x
x
x
x
9.75
(247mm)
1
(24mm)
x
x
x
z
10.25
(260mm)
4 mounting holes "Z"
1/2" (12mm)
16.5
(420mm)
15.5
(395mm)
x
x
10.25
(260mm)
x
13 mounting holes "X"
5/16" (7.5mm)
31.25
10.75 (793mm)
(273mm)
33
(840mm)
31
(790mm)
5.25
(136.5mm)
x
x
10.25
(260mm)
z
x
x
x
x
x
47
(1190mm)
x
x
x
z
23.5
(595mm)
All statements, technical information and recommendations contained herein are based on information and tests we believe to be reliable.
The accuracy or completeness thereof are not guaranteed. In accordance with Crouse-Hinds “Terms and Conditions of Sale”, and since
conditions of use are outside our control, the purchaser should determine the suitability of the product for his intended use and assumes all risk and
liability whatsoever in connection therewith.
Cooper Industries Inc.
Crouse-Hinds Division
PO Box 4999, Syracuse, New York 13221 • U.S.A.
Copyright © 2000, Cooper Industries, Inc.
IF 1416
Revision 1
New 4/00