Telect 06004-01 User manual

© Telect, Inc. All rights reserved. .6.17 v.2
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Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide

© Telect, Inc. All rights reserved. 3.6.17 v.2
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Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
Page ii
Installation Guide, Part Number 130358-2
Copyright 2017, Telect Inc., All Rights Reserved
Telect and Connecting the Future are registered trademarks of Telect, Inc.
22425 East Appleway Ave. #11, Liberty Lake, WA 99019
Telect assumes no liability from the application or use of these products. Neither does Telect convey any license under
its patent rights nor the patent rights of others. This document and the products described herein are subject to change
without notice.
Telect challenges the status quo and looks beyond what is possible in network connectivity and
power management.
Founded in 1982, Telect is driven by the principles of innovation and customer service. Headquartered in Liberty
Lake, WA, the privately held company supports a global network of customers with a comprehensive product portfolio
and a values-driven corporate culture.
Our products and solutions are found across communications service-provider networks, data centers and utility
networks around the globe.
At Telect, we pride ourselves on our ability to respond to customer challenges, building a reputation among
communications service providers for delivering solutions uniquely tailored to their needs.
We simplify networks.™
Connecting the future for over 30 years
• Exceptional lead-times
• Custom integrated solutions
• Rapid collaborative development and prototyping
• UL and NEBs expertise
Technical Support
Email: [email protected]
Phone: [phone]

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Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
Page iii
Table of Contents
1.1 Overview..............................................................................................................................................................1
1.2 Specications ......................................................................................................................................................3
1.3 Inspection ............................................................................................................................................................4
1.4 Installation ...........................................................................................................................................................5
1.5 Alarm Wiring ......................................................................................................................................................10
1.5.1 Standard Alarms..........................................................................................................................................10
1.5.2 Auxiliary Alarms ...........................................................................................................................................10
1.6 GMT Fuses........................................................................................................................................................12
1.7 Schematics........................................................................................................................................................12
List of Figures
Figure 1 - Model 06004 .............................................................................................................................................1
Figure 2 - Front View.................................................................................................................................................1
Figure 3 - Model 06004-01 (Rear View) ....................................................................................................................2
Figure 4 - Model 06004-11 (Rear View) ....................................................................................................................2
Figure 5 - Panel with Mounting Brackets in Stowed Position for Shipping................................................................ 5
Figure 6 - Bracket Installation (Examples).................................................................................................................6
Figure 7 - Mounting the Panel ...................................................................................................................................6
Figure 8 - Connecting the Lug to the Rear Panel......................................................................................................7
Figure 9 - Inserting Conductors.................................................................................................................................7
Figure 10 - Fail Relay Alarm Pins..............................................................................................................................8
Figure 11 - Designation Card.....................................................................................................................................9
Figure 12 - Inserting the Designation Card..............................................................................................................10
Figure 13 - Standard Alarm Wiring ..........................................................................................................................10
Figure 14 - Auxiliary Alarm Wiring ........................................................................................................................... 11
Figure 15 - Block Diagram.......................................................................................................................................12
Figure 16 - Rear, Top and Front Views....................................................................................................................13

© Telect, Inc. All rights reserved. 3.6.17 v.2
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Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
1
1.1 Overview
The Telect 1RU Traditional Low-Current GMT Series Fuse
Panels provide protected secondary -24 VDC to -48 VDC
power distribution to telecommunications equipment at the
bay level. Fuse panels are available for GMT outputs up to
10A per position in dual-circuit panel congurations having
20 GMT fuse positions per circuit.
Front
Rear Figure 1 - Model 06004
• Model 06004-01 is the standard panel containing separate Side A and Side B GMT fuse failure alarms and
corresponding LEDs. Standard features for Model 06004-01 include:
– Dual-circuit, separately fused input buses for Sides A and B
– Minimal rack space: one, 1.75" EIA or 2" WECO rack unit (1RU) for rear access connections
– 20 GMT outputs per side with each side protected by a Type ABC 20A ceramic input fuse
– Dummy GMT fuses provided for all fuse holders
– Two sets of Form C relay contacts per side for reliable fail alarm connections
– Side A and B alarms can be wired for separate or common alarming. (All basic and auxiliary alarms
can be wired for separate or common alarming.)
– 19" or 23" rack mounting, with mounting brackets provided
• Model 06004-11 adds separate power failure auxiliary alarms for Sides A and B along with a load-sharing
fail-safe circuit. (All basic and auxiliary alarms can be wired for separate or common alarming.) If power fails
on one bus, the other picks up the loads on the failed bus.
Both Models are UL Recognized for US and Canada, E199668 and NEBS3 Compliant
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Page 1
Low-Current 20/20 GMT Series Fuse Panels
Models 06004-01 & 06004-11 Installation Guide
1.1 Overview
Telect’s 1RU Traditional Low-Current
GMT Series Fuse Panels provide pro-
tected secondary -24 Vdc to -48 Vdc
power distribution to telecommunica-
tions equipment at the bay level. Fuse
panels are available for GMT outputs up
to 10A per position in dual-circuit panel
configurations having 20 GMT fuse positions per circuit.
• Model 06004-01 is the standard panel containing separate Side A and Side B GMT fuse fail-
ure alarms and corresponding LEDs. Standard features for Model 06004-01 include
−Dual-circuit, separately fused input buses for Sides A and B
−Minimal rack space: one, 1.75-in. EIA or 2-in. WECO rack unit (1RU) for rear
access connections
−20 GMT outputs per side with each side protected by a Type ABC 20A ceramic input fuse
−Dummy GMT fuses provided for all fuse holders
−Two sets of Form C relay contacts per side for reliable fail alarm connections
−Side A and B alarms can be wired for separate or common alarming. (All basic and auxil-
iary alarms can be wired for separate or common alarming.)
−19-in. or 23- in. rack mounting, with mounting brackets provided
• Model 06004-11 adds separate power failure auxiliary alarms for Sides A and B along with a
load-sharing fail-safe circuit. (All basic and auxiliary alarms can be wired for separate or com-
mon alarming.) If power fails on one bus, the other picks up the loads on the failed bus.
Both Models are UL Recognized for US and Canada, E199668, and NEBS3 Compliant.
Front
Rear
Figure 1 - Model 06004
POWER A
1510 15 20
POWER B
1510 15 20
A
B
FAIL SAFE
AB
ALARM
20A Input Fuses for Circuits A & B
Fuse Alarm LEDs for Circuits A & B
Designation Card Holder
Circuit A Output
"FAIL SAFE" Applies
only to Model 06004-11
GMT Fuse Holders
Circuit B Output
GMT Fuse Holders
Figure 2 - Front View
Figure 2 - Front View

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Low-Current 20/20 GMT Series Fuse Panels
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2
GMT output fuses are available in capacities ranging from 0.18A to 10A. GMT splash covers are optional for maximum
safety when fuses blow. (Visit our website at www.telect.com or see Section “1.6 GMT Fuses” on page 12 for ordering
GMT fuses.) The panel is delivered with “dummy” fuses in all positions.
The standard front panel includes a tri-color fuse alarm LED for each circuit (ALARM A and ALARM B):
• The ALARM LEDs are green when all installed input and output fuses are operational
• The ALARM LED is red when any output fuse blows
• The ALARM LED is orange when either of the input fuses blows
The back contains input and output terminal connections (NEG connections at top; POS RTN connections below),
chassis ground connections and wire-wrap pins for external alarm hookups.
Plastic Caps*
Caution: Do not reverse polarity
Alarm Pins for Circuits
A & B
Screw-Tight, Wire Clamping
Output Terminals
-A -B +A +B
Screw-Tight, Wire-Clamping
Input Terminals
* Plastic caps cover screw-tight terminals used by the manufacturer for installing interior wiring.
DO NOT REMOVE CAPS or LOOSEN CLAMPING SCREWS.
Figure 3 - Model 06004-01 (Rear View)
Plastic Caps*
Caution: Do not reverse polarity
Alarm Pins for Circuits
A & B
Screw-Tight, Wire Clamping
Output Terminals
* Plastic caps cover screw-tight terminals used by the manufacturer for installing interior wiring.
DO NOT REMOVE CAPS or LOOSEN CLAMPING SCREWS.
-A -B +A +B
Screw-Tight, Wire-Clamping
Input Terminals
Figure 4 - Model 06004-11 (Rear View)
Model 06004-11 includes a fail-safe circuit. Schottky diodes are cross-connected at the input to the power distribution
circuits. When both power supplies are energized, power is balanced between the two supplies by the diodes. If one of
the power supplies loses its power or is shut down, the other supply shares its power with both outputs (A and B) through
the Schottky diodes. The positive battery return circuits for A and B are common since both circuits must operate from
either the A or B power source. The fail-safe feature limits the A and B inputs to 15A maximum for each bus (total 30A
per panel).
NOTE: For the Fail Safe load sharing to function properly, the capacity of each of the user-supplied external feeder fuses
or breakers must be greater than the total load of the panels A and B outputs combined. For example, if the panel’s total
Load A = 10A and Load B = 10A, then the feeder fuse for Side A and Side B must each be at least 20A.

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Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
3
1.2 Specications
Physical: Specications:
Dimensions (nominal without bracket)* Width: 17 in. (432 mm)
Height: 1.75 in. (44.4 mm)
Depth: 9.25 in. (235 mm)
Weight 8.5 lb (~3.8 kg)
Ground terminals Screws: #10-32 Phillips** panhead
Torque: 20 in.-lb (~2.26 N•m), max.
Wire: Same size as input terminals
Ring Lug: Burndy T1010, 12 AWG, no insulation; AMP 35771,
12-10 AWG, no insulation
Material†† Cold-rolled steel, powder-coat telcom grey
* See “1.7 Schematics” on page 12 for complete dimensions
** Screws with cross-recessed heads
†† Custom color/nish available
Mechanical: Specications:
Input terminals Type: Screw-tight, wire-clamping
Wire: 14 to 6 AWG, copper wire
Torque: 16 in.-lb (1.80 N•m), max.
Output terminal Type: Screw-tight, wire clamping
Wire: 22 to 14, copper wire
Torque: 4.5 in.-lb (0.51 N•m), max.
Alarm terminals–Wire wrap .045 in. square wire-wrap pins on .200 in. centers.
Use 18 to 22 AWG copper
Environment: Specications:
Temperature range, ambient -17°C to 49°C (0°F to 120°F)
Humidity 0% to 90%, non-condensing

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Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
4
Electrical Interface: Specications:
Operating voltages, nominal -24 VDC to -48 VDC
Current capacity 06004-01 20A per bus (40A total for both buses), max. with 20A ceramic input
fuse (Type ABC)
06004-11 15A per bus (30A total for both buses), max. with 20A ceramic input
fuse (Type ABC)
Fuse capacity 20 (each side)
Maximum output interruption device rating 10A GMT fuse
Maximum continuous output load rating 7A for a 10A fuse
Alarm contact relay 2A @ 30 VDC
Panel heat dissipation per 20A bus 3.9W (13.3 Btu/hr) @ 0% load
Percentage of full load heat dissipation at
nominal voltage
Less than 1% of total load wattage
Reliability:
MTBF 200,000 hr
1.3 Inspection
Please read these instructions carefully before beginning installation. If you need assistance, call Telect at
509-926-6000 or email Telect at [email protected].
Inspect equipment after unpacking and compare it to the packing list.
Immediately report any shipping damage, defects or missing parts to Telect at 509-926-6000.
Keep all documentation that comes with your shipment.
Telect is not liable for shipping damage. If the product is damaged, notify the carrier and call Telect at 509-926-6000 or
email Telect at [email protected]
NOTE: For service or warranty information, please visit the Telect website at www.telect.com, email inquiries to
[email protected] and click on the “Support” tab, or phone Telect at 509-926-6000.

© Telect, Inc. All rights reserved. 3.6.17 v.2
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Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
5
1.4 Installation
ALERT
!
ALERT! Install this product within a restricted access location where access is through the use of a
tool, lock and key, or other means of security and is controlled by the authority responsible for the
location. Only qualied personnel may install and maintain this product.
ALERT
!
ALERT! Verify all connections meet requirements specied in local electric codes or operating
company guidelines before supplying power. Protect this equipment with a fuse or breaker
sufcient to interrupt power levels specied under “Electrical Specications.”
ALERT
!
ALERT! Each panel is tested at the factory. Telect recommends that you perform the testing outlined
in the following procedure to ensure that no damage has occurred during shipping and handling. Both
sides A and B input circuits, as applicable, need to be tested.
Brackets are provided for either ush or extended (increments of 0.5 in. [12.7 mm]) mounting in a 19-in. or 23-in. rack with
either EIA or WECO spacing. For shipping, both pairs of brackets are afxed to the sides of the panel.
1. Remove the brackets, shown in the following illustration, from the sides of the panel.
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Page 5
1.4 Installation
ALERT
!
ALERT! Install this product within a restricted access location where access is through
the use of a tool, lock and key, or other means of security, and is controlled by the
authority responsible for the location. Only qualified personnel may install and maintain
this product.
ALERT
!
ALERT! Verify all connections meet requirements specified in local electric codes or op-
erating company guidelines before supplying power. Protect this equipment with a fuse or
breaker sufficient to interrupt power levels specified under “Electrical Specifications.”
ALERT
!
ALERT! Each panel is tested at the factory. Telect recommends that you perform the test-
ing outlined in the following procedure to ensure that no damage has occurred during
shipping and handling. Both Sides A and B input circuits, as applicable, need to be tested.
Brackets are provided for either flush or extended (increments of 0.5 in. [12.7 mm]) mounting in a
19-in. or 23-in. rack with either EIA or WECO spacing. For shipping, both pairs of brackets are
affixed to the sides of the panel.
1. Remove the brackets, shown in the following illustration, from the sides of the panel.
Right Bracket
for 19-in. Rack
Left Bracket
for 23-in. Rack
Right Bracket
for 23-in. Rack
Left Bracket
for 19-in. Rack
Remove Screws (4) on Each
Side of Panel to Remove
Brackets from Stowed Position
Figure 5 - Panel With Mounting Brackets in Stowed Position for Shipping
Figure 5 - Panel with Mounting Brackets in Stowed Position for Shipping

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Low-Current 20/20 GMT Series Fuse Panels
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6
2. Select the proper pair of brackets and discard the other two.
3. Mount the brackets to sides of the panel, as shown in the following examples. Tighten screws
to about 29 in.-lb (~3.3 N•m).
The panel can be mounted so that the panel’s face is ush or extended in 0.5-in. (12.7 mm) increments
from the rack. (The clover-leaf pattern on the face of the bracket points downward on the right side of the
panel and upward on the left.)
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2. Select the proper pair of brackets and discard the other two.
3. Mount the brackets to sides of the panel, as shown in the following examples. Tighten screws
to about 29 in.-lb (~3.3 N•m).
The panel can be mounted so that the panel’s face is flush or extended in 0.5-in. (12.7 mm)
increments from the rack. (The clover-leaf pattern on the face of the bracket points downward
on the right side of the panel and upward on the left.)
4. Locate an unused rack position and mount the panel
using the four, 12-24 thread-cutting screws and lock-
washers provided, as shown on the right.
5. Tighten the screws to 35 in.-lb (4.29 N•m).
6. Before connecting any conductor, use a multimeter to
measure the resistance between the input terminal of
each side (+A and -A for Side A; +B and -B for Side
B) at the rear corner of the panel. Expect 500Ωor
more for both Side A and Side B.
WARNING
!
WARNING! Failure to properly ground this equipment can create hazardous conditions to
installation personnel and to the equipment.
ALERT
!
ALERT! Only use components and crimping tools approved by agencies or certifying
bodies recognized in your country or region such as Underwriter’s Laboratories (UL),
TUV, etc.
7. For ground wiring, use a listed (approved) crimping tool to attach a listed (approved), single-
hole compression lug suitable for a #10 (~5 mm) screw onto a suitable ground wire.
Bracket for a
19-in. Rack
Bracket for a
23-in. Rack
(Flush Mount) (Flush Mount)
Bracket for a
19-in. Rack
(Extended 2 in.)
Clover-Leaf Pattern Points Downward
on Right Side of Panel.
Figure 6 - Bracket Installation (Examples)
Figure 7 - Mounting the Panel
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Page 6
2. Select the proper pair of brackets and discard the other two.
3. Mount the brackets to sides of the panel, as shown in the following examples. Tighten screws
to about 29 in.-lb (~3.3 N•m).
The panel can be mounted so that the panel’s face is flush or extended in 0.5-in. (12.7 mm)
increments from the rack. (The clover-leaf pattern on the face of the bracket points downward
on the right side of the panel and upward on the left.)
4. Locate an unused rack position and mount the panel
using the four, 12-24 thread-cutting screws and lock-
washers provided, as shown on the right.
5. Tighten the screws to 35 in.-lb (4.29 N•m).
6. Before connecting any conductor, use a multimeter to
measure the resistance between the input terminal of
each side (+A and -A for Side A; +B and -B for Side
B) at the rear corner of the panel. Expect 500Ωor
more for both Side A and Side B.
WARNING
!
WARNING! Failure to properly ground this equipment can create hazardous conditions to
installation personnel and to the equipment.
ALERT
!
ALERT! Only use components and crimping tools approved by agencies or certifying
bodies recognized in your country or region such as Underwriter’s Laboratories (UL),
TUV, etc.
7. For ground wiring, use a listed (approved) crimping tool to attach a listed (approved), single-
hole compression lug suitable for a #10 (~5 mm) screw onto a suitable ground wire.
Bracket for a
19-in. Rack
Bracket for a
23-in. Rack
(Flush Mount) (Flush Mount)
Bracket for a
19-in. Rack
(Extended 2 in.)
Clover-Leaf Pattern Points Downward
on Right Side of Panel.
Figure 6 - Bracket Installation (Examples)
Figure 7 - Mounting the Panel
Figure 6 - Bracket Installation (Examples)
4. Locate an unused rack position and mount the panel
using the four, 12-24 thread-cutting screws and
lock washers provided, as shown on the right.
5. Tighten the screws to 35 in.-lb (4.29 N•m).
6. Before connecting any conductor, use a multimeter to
measure the resistance between the input terminal of
each side (+A and -A for Side A; +B and -B for Side B)
at the rear corner of the panel. Expect 500Ω or more for
both Side A and Side B.
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Page 6
2. Select the proper pair of brackets and discard the other two.
3. Mount the brackets to sides of the panel, as shown in the following examples. Tighten screws
to about 29 in.-lb (~3.3 N•m).
The panel can be mounted so that the panel’s face is flush or extended in 0.5-in. (12.7 mm)
increments from the rack. (The clover-leaf pattern on the face of the bracket points downward
on the right side of the panel and upward on the left.)
4. Locate an unused rack position and mount the panel
using the four, 12-24 thread-cutting screws and lock-
washers provided, as shown on the right.
5. Tighten the screws to 35 in.-lb (4.29 N•m).
6. Before connecting any conductor, use a multimeter to
measure the resistance between the input terminal of
each side (+A and -A for Side A; +B and -B for Side
B) at the rear corner of the panel. Expect 500Ωor
more for both Side A and Side B.
WARNING
!
WARNING! Failure to properly ground this equipment can create hazardous conditions to
installation personnel and to the equipment.
ALERT
!
ALERT! Only use components and crimping tools approved by agencies or certifying
bodies recognized in your country or region such as Underwriter’s Laboratories (UL),
TUV, etc.
7. For ground wiring, use a listed (approved) crimping tool to attach a listed (approved), single-
hole compression lug suitable for a #10 (~5 mm) screw onto a suitable ground wire.
Bracket for a
19-in. Rack
Bracket for a
23-in. Rack
(Flush Mount) (Flush Mount)
Bracket for a
19-in. Rack
(Extended 2 in.)
Clover-Leaf Pattern Points Downward
on Right Side of Panel.
Figure 6 - Bracket Installation (Examples)
Figure 7 - Mounting the Panel
Figure 7 - Mounting the Panel
WARNING
!
WARNING! Failure to properly ground this equipment can create hazardous conditions to installation
personnel and to the equipment.
ALERT
!
ALERT! Only use components and crimping tools approved by agencies or certifying bodies
recognized in your country or region such as Underwriter’s Laboratories (UL), TUV, etc.
7. For ground wiring, use a listed (approved) crimping tool to attach a listed (approved), single-hole compression lug
suitable for a #10 (~5 mm) screw onto a suitable ground wire.
Ground wire should be same gauge as the input wiring. Input wiring size depends solely on input interruption device
at the primary power distribution unit.

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Low-Current 20/20 GMT Series Fuse Panels
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7
8. If necessary, use a coarse, non-metallic cleaning pad
to clean the lug and stud.
9. Telect recommends that you lightly coat antioxidant
on the lug, grounding screw and surrounding
contacting surface.
10. Connect the lug to the rear panel using the ground
screw provided. See Figure 1.
11. Tighten the screws to 20 in.-lb (~2.26 N•m).
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Ground wire should be same gauge as the input wir-
ing. Input wire size depends solely on input interrup-
tion device at the primary power distribution unit.
8. If necessary, use a coarse, non-metallic cleaning pad
to clean the lug and stud.
9. Telect recommends that you lightly coat anti-oxidant
on the lug, grounding screw, and surrounding
contacting surface.
10. Connect the lug to the rear panel using the ground
screw provided. See Figure 1.
11. Tighten the screws to 20 in.-lb (~2.26 N•m).
WARNING
!
WARNING! Before connecting input power cables,
make sure input power to panel is turned off.
12. For input wiring — wiring used as inputs to this distri-
bution panel — strip approximately 3/8 in.
(~10 mm) of insulation from the end of suitable
input conductors.
Input conductor (14 to 6 AWG) must match or exceed
the rating of the fuse or breaker at the PDU. (Strand-
ed wires should be tinned.)
13. Lightly coat anti-oxidant on the bare conductors.
14. Insert the conductors at the bottom of the screw-tight
terminals, as shown on the right.
15. Tighten screws to 16 in.-lb (1.80 N•m).
ALERT
!
ALERT! -24 Vdc to -48 Vdc always goes to -A and -B. RTN always goes to +A and +B. RTN
always goes to the other terminal. For Model 06004-11 with fail-safe circuitry, make sure
that RTN is common to both Side A and B.
16. Make sure power is off (open breaker, dummy fuse, or vacant fuse holder at the power distri-
bution unit [PDU]) before connecting this panel’s cables to the PDU.
17. Make sure that only dummy GMT fuses are installed in this panel or that the GMT fuse hold-
ers are vacant.
18. Enable the fuse or breaker at the PDU (25A max. for Model 06004-01; 35A max. for Model
06004-11 which contains a fail-safe circuit) to turn on Feed A to Side A of the panel.
FAIL
RELAY
NO CNC
A
NO C
NC
Figure 8 - Connecting the Lug to
the Rear Panel
Figure 9 - Inserting Conductors
Figure 8 - Connecting the Lug to the Rear Panel
WARNING
!
WARNING! Before connecting input power cables,
make sure input power to panel is turned off.
12. For input wiring — wiring used as inputs to this
distribution panel — strip approximately ⅜ in. (~10 mm)
of insulation from the end of suitable input conductors.
Input conductor (14 to 6 AWG) must match or exceed
the rating of the fuse or breaker at the PDU. (Stranded
wires should be tinned.)
13. Lightly coat antioxidant on the bare conductors.
14. Insert the conductors at the bottom of the screw-tight
terminals, as shown on the right.
15. Tighten screws to 16 in.-lb (1.80 N•m).
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Ground wire should be same gauge as the input wir-
ing. Input wire size depends solely on input interrup-
tion device at the primary power distribution unit.
8. If necessary, use a coarse, non-metallic cleaning pad
to clean the lug and stud.
9. Telect recommends that you lightly coat anti-oxidant
on the lug, grounding screw, and surrounding
contacting surface.
10. Connect the lug to the rear panel using the ground
screw provided. See Figure 1.
11. Tighten the screws to 20 in.-lb (~2.26 N•m).
WARNING
!
WARNING! Before connecting input power cables,
make sure input power to panel is turned off.
12. For input wiring — wiring used as inputs to this distri-
bution panel — strip approximately 3/8 in.
(~10 mm) of insulation from the end of suitable
input conductors.
Input conductor (14 to 6 AWG) must match or exceed
the rating of the fuse or breaker at the PDU. (Strand-
ed wires should be tinned.)
13. Lightly coat anti-oxidant on the bare conductors.
14. Insert the conductors at the bottom of the screw-tight
terminals, as shown on the right.
15. Tighten screws to 16 in.-lb (1.80 N•m).
ALERT
!
ALERT! -24 Vdc to -48 Vdc always goes to -A and -B. RTN always goes to +A and +B. RTN
always goes to the other terminal. For Model 06004-11 with fail-safe circuitry, make sure
that RTN is common to both Side A and B.
16. Make sure power is off (open breaker, dummy fuse, or vacant fuse holder at the power distri-
bution unit [PDU]) before connecting this panel’s cables to the PDU.
17. Make sure that only dummy GMT fuses are installed in this panel or that the GMT fuse hold-
ers are vacant.
18. Enable the fuse or breaker at the PDU (25A max. for Model 06004-01; 35A max. for Model
06004-11 which contains a fail-safe circuit) to turn on Feed A to Side A of the panel.
FAIL
RELAY
NO CNC
A
NO CNC
Figure 8 - Connecting the Lug to
the Rear Panel
Figure 9 - Inserting Conductors
Figure 9 - Inserting Conductors
ALERT
!
ALERT! -24 VDC to -48 VDC always goes to -A and -B. RTN always goes to +A and +B. RTN
always goes to the other terminal. For Model 06004-11 with fail-safe circuitry, make sure
that RTN is common to both Side A and B.
16. Make sure power is off (open breaker, dummy fuse or vacant fuse holder at the power
distribution unit or PDU), before connecting this panel’s cables to the PDU.
17. Make sure that only dummy GMT fuses are installed in this panel or that the GMT
fuse holders are vacant.
18. Enable the fuse or breaker at the PDU (25A max. for Model 06004-01; 35A max.
for Model 06004-11 which contains a fail-safe circuit) to turn on Feed A to Side A of
the panel.

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Low-Current 20/20 GMT Series Fuse Panels
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8
19. Check voltage and polarity at the input connectors of the panel. Also, check that:
• The ALED on front of the panel turns on (green)
• The BLED must remain red
If the ALED doesn’t turn green, recheck polarity at input connectors.
(Reversing input connections will not harm the panel.) However, if the input
power leads were reversed, the fuse fail relay will fail to energize, causing
the normally open contacts to remain closed and normally closed contacts to
remain open. If necessary, check across the FAIL RELAY alarm pins located
on the rear of the panel as shown in Figure 9.
20. On the rear of the panel, with ALED lit (normal operation), but with B LED off
(failure operation), test the Side-A FAIL RELAY pins:
• Expect continuity (0Ω) between Terminals Cand NC
• Expect an open circuit (∞Ω) between Terminals Cand NO
21. Conversely, when testing the Side-B pins:
• Expect an open circuit (∞Ω) between Terminals Cand NC
• Expect continuity (0Ω) between Terminals Cand NO
22. Repeat Steps 18 to 21 for Feed B and observe that the BLED turns green. Across all FAIL
RELAY alarm pins:
• Expect continuity (0Ω) between Terminals Cand NC
• Expect an open circuit (∞Ω) between Terminals Cand NO
23. For output wiring, strip off ¼ in. (~7 mm) of insulation.
Like the input terminals, the output terminals are screw-tight, wire-clamping. The output terminals
will accommodate 14-AWG to 6-AWG conductors. Like the output terminals, stranded wires
for outputs should be tinned.
Remember: output conductors must be rated at or above the amperage rating of the GMT fuse. For example, use no
smaller than #16-AWG output wiring for 10A output fuses. Do not exceed 8A continuous load for a 10A fuse.
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19. Check voltage and polarity at the input connectors of the
panel. Also, check that
• The A LED on front of the panel turns on (green).
• The B LED must remain red.
If the ALED doesn’t turn green, recheck polarity at input con-
nectors. (Reversing input connections will not harm the pan-
el.) However, if the input power leads were reversed, the fuse
fail relay will fail to energize, causing the normally open contacts to remain closed and nor-
mally closed contacts to remain open. If necessary, check across the FAIL RELAY alarm pins
located on the rear of the panel and shown in Figure 9.
20. On the rear of the panel, with ALED lit (normal operation), but with BLED off (failure opera-
tion), test the Side-A FAIL RELAY pins.
• Expect continuity (0Ω) between Terminals Cand NC.
• Expect an open circuit (∞Ω) between Terminals Cand NO.
21. Conversely, when testing the Side-B pins,
• Expect an open circuit (∞Ω) between Terminals Cand NC.
• Expect continuity (0Ω) between Terminals Cand NO.
22. Repeat Steps 18 to 21 for Feed B and observe that the BLED turns green. Across all FAIL
RELAY alarm pins
• Expect continuity (0Ω) between Terminals Cand NC.
• Expect an open circuit (∞Ω) between Terminals Cand NO.
23. For output wiring, strip off ¼ in. (~7 mm) of insulation.
Like the input terminals, the output terminals are screw-tight, wire-clamping. The output ter-
minals will accommodate 14-AWG to 6-AWG conductors. Like the output terminals, stranded
wires for outputs should be tinned.
Remember: output conductors must be rated at or above the amperage rating of the GMT fuse.
For example, use no smaller than #16-AWG output wiring for 10A output fuses. Do not exceed
8A continuous load for a 10A fuse.
ALERT
!
ALERT! GMT fuses have a small inherent electrical resistance resulting in a small inher-
ent power loss. For this reason, the GMT fuse manufacturer recommends that the load for
GMT fuses up to and including 7.5A not exceed 80% of the fuse rating and that the load for
10A GMT fuses not exceed 70% of the fuse rating. (For example, 10A fuse x .70 = 7A max.
load). Total load for all GMT outputs on each side must not exceed 20A for a panel without
a fail-safe circuit, or 15A for a panel with a fail-safe circuit.
FAIL
RELAY
NO CNC
AB
NO CNC
Figure 10 - Fail Relay
Alarm Pins
Figure 10 - Fail Relay
Alarm Pins
ALERT
!
ALERT! GMT fuses have a smaller inherent electrical resistance resulting in a small inherent pow-
er loss. For this reason, the GMT fuse manufacturer recommends that the load for GMT fuses up
to and including 7.5A not exceed 80% of the fuse rating and that the load for 10A GMT fuses not
exceed 70% of the fuse rating. (For example, 10A fuse x .70 = 7A max. load). Total load of all GMT
outputs on each side must not exceed 20A for a panel without a fail-safe circuit or 15A for a panel
with a fail-safe circuit.

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Low-Current 20/20 GMT Series Fuse Panels
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9
24. Telect recommends that you lightly coat antioxidant on bare wires before
connecting to output terminals. (NEC species only one conductor and load for
each output terminal.)
25. Tighten the screws to 4.5 in.-lb (0.51 N•m).
26. Connect the other end of output wires to load.
27. Record the circuits on the designation card provided, as specied by the
operating company procedure. (The front side of the card is shown in Figure 10.)
The designation card has entries for Outputs 1-10 on the front and 11-20 on
the rear. Use the left half of each side for Side A outputs and the right half for
Side B outputs.
28. Make sure the inputs at the loads are disabled by removing all power cards or
all input fuses at the load equipment. (Always follow recommended operating
company guidelines when disabling load equipment.)
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24. Telect recommends that you lightly coat anti-oxidant on bare wires before connecting to out-
put terminals. (NEC specifies only one conductor and load for each output terminal.)
25. Tighten the screws to 4.5 in.-lb (0.51 N•m).
26. Connect the other end of output wires to load.
27. Record the circuits on the designation card provided, as speci-
fied by the operating company procedures.(The front side of
the card is shown in Figure 10.)
The designation card has entries for Outputs 1-10 on the front
and 11-20 on the rear. Use the left half of each side for Side A
outputs and the right half for Side B outputs.
28. Make sure the inputs at the loads are disabled by removing all
power cards or all input fuses at the load equipment. (Always
follow recommended operating company guidelines when dis-
abling load equipment.)
WARNING
!
WARNING! Use only UL-listed or UL-recognized component secondary
protection devices.
29. Insert the proper sizes of GMT fuses in designated fuse holders using the designation card to
identify circuits. Check voltage and polarity at input of loads.
30. After all designated GMT fuses have been installed, check that the Aand B LEDs are still
green. If an output fuse blows, the corresponding Aor BLED will turn red; if an input fuse
blows, the corresponding Aor BLED will be orange or amber.
Again, test FAIL RELAY alarm pins on rear of the panel. As before
• Expect continuity (0Ω) between Terminals Cand NC.
• Expect an open circuit (∞Ω) between Terminals Cand NO.
31. If available, replace one of the output fuses with a blown fuse and check that the Aor BLED
changes to red. Check the FAIL ALARM pins again:
• Expect an open circuit (∞Ω) between Terminals Cand NC.
• Expect continuity (0Ω) between Terminals Cand NO.
32. When finished, re-install the operable fuse.
33. Do the same with one of the input fuses. Notice that the Aor BLED changes to amber. The
FAIL RELAY alarm pins will indicate a failure condition.
INPUT FUSE
FUSE
1
2
3
4
5
AMP CIRCUIT
INPUT FUSE
FUSE
1
2
3
4
5
AMP CIRCUIT
INPUT FUSE
FUSE
6
7
8
9
10
AMP CIRCUIT
INPUT FUSE
FUSE AMP CIRCUIT
6
7
8
9
10
Figure 11 -
Designation Card
Figure 11 - Designation Card
WARNING
!
WARNING! Use only UL-listed or UL-recognized component secondary protection devices.
29. Insert the proper sizes of GMT fuses in designated fuse holders using the designation card to
identify circuits. Check voltage and polarity at input of loads.
30. After all designated GMT fuses have been installed, check that the Aand BLEDs are still
green. If an output fuse blows, the corresponding Aor BLED will turn red; if an input fuse
blows, the corresponding Aor BLED will be orange or amber.
Again, test FAIL RELAY alarm pins on rear of the panel. As before:
• Expect continuity (0Ω) between Terminals Cand NC
• Expect an open circuit (∞Ω) between Terminals Cand NO
31. If available, replace one of the output fuses with a blown fuse and check that the Aand BLED
changes to red. Check the FAIL ALARM pins again:
• Expect an open circuit (∞Ω) between Terminals Cand NC
• Expect continuity (0Ω) between Terminals Cand NO
32. When nished, re-install the operable fuse.
33. Do the same with one of the input fuses. Notice that the Aor BLED changes to amber. The
FAIL RELAY alarm pins will indicate a failure condition.

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Low-Current 20/20 GMT Series Fuse Panels
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10
34. If desired, wire-wrap the remote external
audio/visual alarm indicator wires (solid
copper wires, #22 to #18 AWG) to the
alarm terminals. See “Alarm Wiring”,
following this section.
35. One by one, re-enable the load equipment
and verify proper operation.
36. Fold the designation card on the score line
and slip into the holder on the front of the
panel, as shown in Figure 11.
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34. If desired, wire-wrap the remote external
audio/visual alarm indicator wires (solid
copper wires, #22 to #18 AWG) to the
alarm terminals. See “Alarm Wiring,” fol-
lowing this section..
35. One by one, re-enable the load equipment
and verify proper operation.
36. Fold the designation card on the score line
and slip into the holder on the front of the
panel, as shown in Figure 11.
1.5 Alarm Wiring
Model 06004-01 has a standard alarm relay (FAIL RELAY) for each feed — one for Side A and
one for Side B. Model 06004-11 contains the standard alarm relay plus an auxiliary relay (AUX
RELAY) that can be triggered externally. All relays have two sets of Form C dry contacts for
wiring to audible and visual alarm indicators.
Audible and/or visual failure indicators can be wired to the alarm pins in several ways.
1.5.1 Standard Alarms
When an input or output fuse blows the relay is de-energized and the normally open contacts
close and the normally closed contacts open to indicate the failure.
1.5.2 Auxiliary Alarms
Auxiliary alarms are triggered from either an external CO or site source or by the standard alarm
relay. Like the standard relay, when triggered, the auxiliary relay is de-energized, causing the
normally open contacts to close and the normally closed contacts to open.
Designation Card Holder
Figure 12 - Inserting the Designation Card
FAIL
RELAY
NO CNC
AB
NO CNC
NEG (or -GND) +GND (or POS) NEG (or -GND)
External
Alarm Device
External
Alarm Device
External
Alarm Device
External
Alarm Device
FAIL
RELAY
NO CNC
AB
NO CNC
NEG (or -GND) +GND (or POS)
External
Alarm Device
External
Alarm Device
a. Separate Alarms for Side A & Side B b. Combined Alarms for Side A & Side B
Figure 13 - Standard Alarm Wiring
Figure 12 - Inserting the Designation Card
1.5 Wiring
Model 06004-01 has a standard alarm relay (FAIL RELAY) for each feed — one for Side A and one for Side B. Model
06004-11 contains the standard alarm relay plus an auxiliary relay (AUX RELAY) that can be triggered externally. All
relays have two sets of Form C dry contacts for wiring to audible and visual alarm indicators.
Audible and/or visual failure indicators can be wired to the alarm pins in several ways.
1.5.1 Standard Alarms
When an input or output fuse blows the relay is de-energized and the normally open contacts close and the normally
closed contacts open to indicate the failure.
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34. If desired, wire-wrap the remote external
audio/visual alarm indicator wires (solid
copper wires, #22 to #18 AWG) to the
alarm terminals. See “Alarm Wiring,” fol-
lowing this section..
35. One by one, re-enable the load equipment
and verify proper operation.
36. Fold the designation card on the score line
and slip into the holder on the front of the
panel, as shown in Figure 11.
1.5 Alarm Wiring
Model 06004-01 has a standard alarm relay (FAIL RELAY) for each feed — one for Side A and
one for Side B. Model 06004-11 contains the standard alarm relay plus an auxiliary relay (AUX
RELAY) that can be triggered externally. All relays have two sets of Form C dry contacts for
wiring to audible and visual alarm indicators.
Audible and/or visual failure indicators can be wired to the alarm pins in several ways.
1.5.1 Standard Alarms
When an input or output fuse blows the relay is de-energized and the normally open contacts
close and the normally closed contacts open to indicate the failure.
1.5.2 Auxiliary Alarms
Auxiliary alarms are triggered from either an external CO or site source or by the standard alarm
relay. Like the standard relay, when triggered, the auxiliary relay is de-energized, causing the
normally open contacts to close and the normally closed contacts to open.
Designation Card Holder
Figure 12 - Inserting the Designation Card
FAIL
RELAY
NO CNC
AB
NO CNC
NEG (or -GND) +GND (or POS) NEG (or -GND)
External
Alarm D evice
External
Alarm D evice
External
Alarm D evice
External
Alarm D evice
FAIL
RELAY
NO CNC
AB
NO CNC
NEG (or -GND) +GND (or POS)
External
Alarm D evice
External
Alarm D evice
a. Separate Alarms for Side A & Side B b. Combined Alarms for Side A & Side B
Figure 13 - Standard Alarm Wiring
a. Separate Alarms for Side A & Side B b. Combined Alarms for Side A & Side B
Figure 13 - Standard Alarm Wiring
1.5.2 Auxiliary Alarms
Auxiliary alarms are triggered from either an external CO or site source or by the standard alarm relay. Like the standard
relay, when triggered, the auxiliary relay is de-energized, causing the normally open contacts to close and the normally
closed contacts to open.

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Low-Current 20/20 GMT Series Fuse Panels
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11
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Page 11
FA AUX RLY
FA AUX RLY
FA +GND IN**
FA -24/48V IN*
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
* NEG (or -GND) trigger.
** POS (or +GND) trigger.
Internal Wiring
FAIL
RELAY
NEG (or -GND) NEG (or -GND)
+GND (or POS) +GND (or POS)
External
Alarm Device
External
Alarm Device
External
Alarm Device
External
Alarm Device
FA AUX RLY
FA AUX RLY
FA +GND IN**
FA -24/48V IN*
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
* NEG (or -GND) trigger.
** POS (or +GND) trigger.
Internal Wiring
FAIL
RELAY
NEG (or -GND)
+GND (or POS)
External
Alarm Device
External
Alarm Device
FA AUX RLY
FA AUX RLY
FA +GND IN
FA -24/48V IN
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
FAIL
RELAY
+GND (or POS)
NEG (or -GND)
NEG (or -GND)+GND (or POS) +GND (or POS)
External
Alarm Device
External
Alarm Device
External
Alarm Device
External
Alarm Device
Figure 14 - Auxiliary Alarm Wiring
c. Using the Standard Alarm to Trigger Auxiliary Alarms When a Fuse Blows
b. Combined Alarms for Side A & Side B
a. Separate Alarms for Side A & Side B
a. Separate Alarms for Side A & Side B
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FA AUX RLY
FA AUX RLY
FA +GND IN**
FA -24/48V IN*
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
* NEG (or -GND) trigger.
** POS (or +GND) trigger.
Internal Wiring
FAIL
RELAY
NEG (or -GND) NEG (or -GND)
+GND (or POS) +GND (or POS)
External
Alarm Device
External
Alarm Device
External
Alarm Device
External
Alarm Device
FA AUX RLY
FA AUX RLY
FA +GND IN**
FA -24/48V IN*
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
* NEG (or -GND) trigger.
** POS (or +GND) trigger.
Internal Wiring
FAIL
RELAY
NEG (or -GND)
+GND (or POS)
External
Alarm Device
External
Alarm Device
FA AUX RLY
FA AUX RLY
FA +GND IN
FA -24/48V IN
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
FAIL
RELAY
+GND (or POS)
NEG (or -GND)
NEG (or -GND)+GND (or POS) +GND (or POS)
External
Alarm Device
External
Alarm Device
External
Alarm Device
External
Alarm Device
Figure 14 - Auxiliary Alarm Wiring
c. Using the Standard Alarm to Trigger Auxiliary Alarms When a Fuse Blows
b. Combined Alarms for Side A & Side B
a. Separate Alarms for Side A & Side B
b. Combined Alarms for Side A & Side B
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Page 11
FA AUX RLY
FA AUX RLY
FA +GND IN**
FA -24/48V IN*
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
* NEG (or -GND) trigger.
** POS (or +GND) trigger.
Internal Wiring
FAIL
RELAY
NEG (or -GND) NEG (or -GND)
+GND (or POS) +GND (or POS)
External
Alarm Device
External
Alarm Device
External
Alarm Device
External
Alarm Device
FA AUX RLY
FA AUX RLY
FA +GND IN**
FA -24/48V IN*
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
* NEG (or -GND) trigger.
** POS (or +GND) trigger.
Internal Wiring
FAIL
RELAY
NEG (or -GND)
+GND (or POS)
External
Alarm Device
External
Alarm Device
FA AUX RLY
FA AUX RLY
FA +GND IN
FA -24/48V IN
NO CNC
AB
NO CNC
Auxiliary Relay
Trigger
Auxiliary Relay
Contacts
FA +GND IN**
FA -24/48V IN*
Nomenclature is
for contacts
FAIL
RELAY
+GND (or POS)
NEG (or -GND)
NEG (or -GND)+GND (or POS) +GND (or POS)
External
Alarm Device
External
Alarm Device
External
Alarm Device
External
Alarm Device
Figure 14 - Auxiliary Alarm Wiring
c. Using the Standard Alarm to Trigger Auxiliary Alarms When a Fuse Blows
b. Combined Alarms for Side A & Side B
a. Separate Alarms for Side A & Side B
c. Using the Standard Alarm to Trigger Auxiliary Alarms When a Fuse Blows
Figure 14 - Auxiliary Alarm Wiring

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Low-Current 20/20 GMT Series Fuse Panels
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12
1.6 GMT Fuses
GMT Fuse Part Numbers GMT Fuse
.18A Yellow (YEL) 130781
¼A Violet (VIO) 100151
½A Red (RED) 004001
¾A Brown (BRN) 004008
1A Gray (GRY) 100991
1-⅓A White (WHT) 004006
1-½A White/Yellow (WHT/YEL) 004011
2A Orange (ORN) 004002
2.5A White/Orange (WHT/ORN) 130783
3A Blue (BLU) 004012
3.5A White/Blue (WHT/BLU) 130782
4A White/Brown (WHT/BRN) 004013
5A Green (GRN) 004014
7-½A Black/White (BLK/WHT) 004010
10A Red/White (RED/WHT) 004015
Order E70319-001RC for each ¼ X ¼, 20A 250V input fuse.
For dummy fuses order 101557. For GMT safety (splash/splatter) covers order 116915.
1.7 Schematics
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1.6 GMT Fuses
Order E70319-001RC for each ¼ X 1¼, 20A 250V input fuse.
For dummy fuses order 101557. For GMT safety (splash/splatter) covers order 116915.
1.7 Schematics
GMT Fuse
Part
Numbers
GMT Fuse GMT Fuse
Part
Numbers
GMT Fuse
.18A Yellow (YEL) 130781 2.5A White/Orange (WHT/ORN) 130783
¼A Violet (VIO) 100151 3A Blue (BLU) 004012
½A Red (RED) 004001 3.5A White/Blue (WHT/BLU) 130782
¾A Brown (BRN) 004008 4A White/Brown (WHT/BRN) 004013
1A Gray (GRY) 100991 5A Green (GRN) 004014
11/3A White (WHT) 004006 7½A Black/White (BLK/WHT) 004010
1½A White/Yellow (WHT/YEL) 004011 10A Red/White (RED/WHT) 004015
2A Orange (ORN) 004002
A POWER OUTPUT
GROUND
OUTPUT
A
GROUND
OUTPUT
B
B POWER OUTPUT
B
T
R
N
FAIL SAFE
LOAD SHARING
B
A
A
T
T
A
T
T
B
T
R
N
Figure 15 - Block Diagram
Figure 15 - Block Diagram

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1.509.926.6000 :: telect.com
Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
13
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Page 13
Telect assumes no liability for the application or use of these products. Neither does Telect
convey any license under its patent rights or the patent rights of others. This document and the
products described herein are subject to change without notice.
POWER A
1510 15 20
POWER B
1510 15 20
A
B
FA IL SA FE
AB
ALARM
"FAIL SAFE" Applies
only to Model 06004-11
FA AUX RLY
FA AUX RLY
FA +G ND IN
FA -24/48V IN
FA IL
RELAY
NO CNC
AB
NO CNC
AB
-24V
TO
-48V
RTN
FA IL
RELAY
NO CNC
AB
NO CNC
AB
-24V
TO
-48V
RTN
23.02 [584.6]
19.00 [482.6]
22.31 [566.7]
18.31 [465.1]
1.00 [25.4]
1.75 [44.5] 1.25 [31.7]
0.39 [9.9]
2.50 [63.5]
Face of panel can be extended
beyond rack flange by as much
as 2.50 in. (63.5 mm) in 0.5 in.
(12.7 mm).
17.02 [432.2]
8.17 [207.5]
0.77 [19.7]
0.19 [4.9]
Model 06004-11
Model 06004-01
#10-32 Panhead Screw R0.21 [R5.4]
Min. length of lug tongue is 0.43 in. (10.8 mm)
REAR VIEWS
TOP VIEW
FRONT VIEW
(ROTATED)
Figure 16 - Rear, Top, and Front Views
Model 06004-01
Telect, Inc. • USA +1.509.926.6000 • Mexico +52.33.3836.37.52
www.telect.com • © 2010 Telect, Inc., All Rights Reserved, 130358-2 A0.1
Page 13
Telect assumes no liability for the application or use of these products. Neither does Telect
convey any license under its patent rights or the patent rights of others. This document and the
products described herein are subject to change without notice.
POW ER A
1510 15 20
POW ER B
1510 15 20
A
B
FAIL SAFE
AB
ALARM
"FAIL SAFE" Applies
only to Model 06004-11
FA AUX RLY
FA AUX RLY
FA +G ND IN
FA -24 /48V IN
FA IL
RELAY
NO CNC
AB
NO CNC
AB
-24V
TO
-48V
RTN
FA IL
RELAY
NO CNC
AB
NO CNC
AB
-24V
TO
-48V
RTN
23.02 [584.6]
19.00 [482.6]
22.31 [566.7]
18.31 [465.1]
1.00 [25.4]
1.75 [44.5] 1.25 [31.7]
0.39 [9.9]
2.50 [63.5]
Face of panel can be extended
beyond rack flange by as much
as 2.50 in. (63.5 mm) in 0.5 in.
(12.7 mm).
17.02 [432.2]
8.17 [207.5]
0.77 [19.7]
0.19 [4.9]
Model 06004-11
Model 06004-01
#10-32 Panhead Screw R0.21 [R5.4]
Min. length of lug tongue is 0.43 in. (10.8 mm)
REAR VIEWS
TOP VIEW
FRONT VIEW
(ROTATED)
Figure 16 - Rear, Top, and Front Views
Model 06004-11
#10-32 Panhead Screw R 0.21 [R5.4]
Min. Length of lug tongue is 0.43 in. (10.8 mm) REAR VIEWS
(Rotated)
0.77 [19.7]
8.17 [207.5]
0.19 [4.9]
2.50 [63.5]
Face of panel can be
extended beyond rack
ange by as much as
2.50 in. (63.5 mm) in
0.5 in. (12.7 mm).
TOP VIEW
FRONT VIEW
Figure 16 - Rear, Top and Front Views
“FAIL SAFE” applies
only to Model 06004-11
1.25 [31.7]1.75 [44.5] 1.00 [25.4]
0.39 [9.9]
17.02 [432.2]
18.31 [465.1]
19.00 [482.6]
22.31 [566.7]
23.02 [584.6]
Telect assumes no liability for the application or use of these products. Neither does Telect convey any license
under its patent rights or the patent rights of others. This document and the products described herein are subject
to change without notice.

© Telect, Inc. All rights reserved. 3.6.17 v.2
1.509.926.6000 :: telect.com
Low-Current 20/20 GMT Series Fuse Panels
Power :: Models 06004-01 & 06004-11 Installation Guide
14
Telect, Inc. • USA +1.509.926.6000 • Mexico +52.33.3836.37.52
www.telect.com • © 2010 Telect, Inc., All Rights Reserved, 130358-2 A0.1
Page 14
U.S. Conformity Assessment Body
Certificate of Conformity
No. 174-0923-1-0
Upon assessment of Technical Construction File 174-0923-1-0-TCF
it has been determined that the
Hendry Telephone Products
Power Distribution and Fan Panels
conform to the protection requirements set out in article 4 of
EMC Directive 89/336/EEC
as per EN 55022 :94 with A1 :95 & A2 :97 (class A),
EN 61000-3-2 :95, EN 61000-3-3 :95, EN 300 386 V1.2.1 :00-03,
and ETS 300 132-2;
and in accordance with the Agreement on Mutual Recognition between the United
States of America and the European Community, Sectoral Annex for EMC, this
U.S. Conformity Assessment Body hereby certifies attestations of compliance to the
EMC requirements so demonstrated.
National Technical Systems
1536 E. Valencia Drive; Fullerton, CA, USA 92831-4797; Tel [phone]; Fax [phone]
®