Leviton 83A00-2 User manual

Power Hub

WEB VERSION

Cat. No. 83A00-1

Installation Manual

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WARNINGS AND CAUTIONS

WEB VERSION

• Read and understand all instructions. Follow all warnings and instructions marked on the product.

• Do not use this product near water - e.g., near a tub, wash basin, kitchen sink or laundry tub, in a wet basement,

or near a swimming pool.

• Never push objects of any kind into this product through openings, as they may touch dangerous voltages.

• Never install communications wiring or components during a lightning storm.

•

use in wet locations.

• Never touch uninsulated wires or terminals unless the wiring has been disconnected at the network interface.

• Use caution when installing or modifying communications wiring or components.

• SAVE THESE INSTRUCTIONS.

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Page 1

INTRODUCTION

The LEVITON Model 83A00 Power Hub is a general purpose 12VDC power supply. It is designed to provide
power to several LEVITON products, including the LEVITON Access Control Card Readers with electric or
magnetic locks, Omni Consoles, OmniTouch 5.7 Touchscreens, and many other devices.

The LEVITON Power Hub provides battery backed power for connected devices. It has convenient
connections and power terminals for a neat installation. It is designed to eliminate unsightly transformers,
power strips, external power supplies, battery backup units, and complex wiring normally associated with
access control installations.

GENERAL

The LEVITON Power Hub is available in an LEVITON OmniLT Series Enclosure (83A00-1) or on the
Universal Mounting Plate for installation in Structured Wiring enclosures (83A00-2). It is supplied with a
sealed Power Pack, which provides power to the LEVITON Power Hub.

Features:

1. Connections for any 12VDC devices, up to 5 Amps total

2. Connections for the following LEVITON equipment:
a. 8 Model 75A00-1 Access Control Card Readers (with electric and magnetic locks), OR
b. 8 Omni Consoles and/or OmniTouch 5.7 Touchscreens, OR
c. 4 Model 75A00-1 Access Control Card Readers (with electric and magnetic locks), AND

4 Omni Consoles and/or OmniTouch 5.7 Touchscreens

3. Power supply with battery back up for Access Control Card Readers (with electric and magnetic locks),
Omni Consoles, and OmniTouch 5.7 Touchscreens

4. Connections for all Omni and Lumina controllers

5. Supervisory output can be connected to zone on LEVITON controller to indicate low battery

6. Connectors for two sealed batteries, 12 V at 4 to 8 amp-hours each (not supplied)

7. Supplied with Universal Switching Power Pack

WEB VERSION

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INSTALLATION

OMNITOUCH TOUCHSCREENS

Overall Wiring Diagram

WEB VERSION

75A00-1 ACCESS
CONTROL READERS

BLACK WIRE TO ­RED WIRE TO +

HAI MODEL 83A00

12VDC POWER HUB

PART NUMBER: AC-C10

POWER PACK

AC INPUT: 110-230 VOLTS

DC OUTPUT: 19V MAX 72W

YUASA NP7-12
OR EQUIVALENT 12V 7AH

BATTERY

HAI CONTROLLER

BUTTONS

CONTROL SECURITY

POL

STATUS

ALL TEMP

FIRE

EVENTS

MESSAGE

SETUP

AUX

MENU

CANCEL

OMNI CONSOLES OR

RED

GRAY

BLACK

ORANGE

RED

BLACK

GREEN

YELLOW

GND

12VDC

12VDC

GND

GND

12VDC

WHEN A SERIAL INTERFACE IS CONFIGURED FOR ACCESS
CONTROL, THE CORRESPONDING INTERFACE JUMPER
(JP1-JP5) MUST BE IN THE "485" POSITION.

FOR EXAMPLE: JP2 MUST BE SET TO "458" WHEN SERIAL
INTERFACE 2 (J2) IS USED FOR ACCESS CONTROL.

GND (GROUND)
B / GREEN
A / YELLOW
ZONE (-)
ZONE (+)

1. GROUNDING

Each Power Hub MUST be grounded to the controller. The LEVITON controller and LEVITON
Power Hub(s) must be grounded together to prevent any current from flowing through the RS-485 data bus
(connections A and B). If not grounded properly, damage could occur to the LEVITON controller, LEVITON
Power Hub, Access Control Card Readers, Omni Consoles, and/or OmniTouch Touchscreens.

Connect the “GND” terminal on the LEVITON Power Hub under the section marked “CONTROLLER”, to one
of the “GND” (ground) terminals on the LEVITON controller (See – Figure 1).

HAI MODEL 83A00

12VDC POWER HUB

HAI CONTROLLER

Figure 1

Page 2

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2. CONNECTING 12VDC DEVICES TO THE POWER HUB

Figure 2

WEB VERSION

Any 12VDC devices (up to 5 Amps total) can be connected to any of the “12V” and “GND” terminals under
“DEVICE 1 – DEVICE 8” (See – Figure 2).

GND

12VDC

GND

12VDC

3. CONNECTING D EVICES THAT COMMUNICATE WITH THE A LEVITON
CONTROLLER

When devices that communicate with the LEVITON controller (i.e. 75A00-1 Access Control Readers,
Consoles, or OmniTouch Touchscreens) are connected to the Power Hub, the communications path for the first
row of the devices (DEVICE 1 – DEVICE 4) can be separated from the communications path for the second
row of devices (DEVICE 5 – DEVICE 8). This is necessary if you are connecting devices that communicate on
a different communications bus.

Connecting Devices of the Same Communications Type

For example, if all connected devices that communicate with the LEVITON controller consist of 75A00-1
Access Control Readers (which communicate on a serial port), then the communications path for the first row
(DEVICE 1 – DEVICE 4) does not need to be separated from the second row (DEVICE 5 – DEVICE 8). In
this case, switch “SW1” must be in the “CONNECT” position (See – Figure 3).

Likewise, if all connected devices that communicate with the LEVITON controller consist of Consoles and/or
OmniTouch Touchscreens (which communicate on the console bus), the communications path for the first row
(DEVICE 1 – DEVICE 4) does not need to be separated from the second row (DEVICE 5 – DEVICE 8). In
this case, switch “SW1” must be in the “CONNECT” position.

GND

12VDC

GND

12VDC

GND

12VDC

GND

12VDC

GND

12VDC

GND

12VDC

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Page 4

FOR DEVICES OF THE SAME
COMMUNICATIONS TYPE,
SWITCH SHOULD BE IN THE
"CONNECT" POSITION.

Figure 3

Connecting Devices of Different Communications Types

If a combination of 75A00-1 Access Control Readers and Consoles and/or Touchscreens are connected, then the
communications path for the first row must be separated from the second row. Switch “SW1” must be in the
“DISCONNECT” position (See – Figure 4).

DEVICE 1 – DEVICE 4:

 75A00-1 Access Control Readers must be connected on the first row (DEVICE 1 – DEVICE 4)

DEVICE 5 – DEVICE 8:

 Consoles and/or OmniTouch Touchscreens must be connected on the second row (DEVICE 5 – DEVICE 8)

FOR DEVICES OF DIFFERENT
COMMUNICATIONS TYPES,
SWITCH SHOULD BE IN THE
"DISCONNECT" POSITION.

75A00-1 ACCESS CONTROL READERS

CONSOLES AND/OR OMNITOUCH TOUCHSCREENS

Figure 4

WEB VERSION

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Page 5

4. CONNECTING MODEL 75A00-1 ACCESS CONTROL CARD READERS

The 75A00-1 requires 4 wires for operation (2 for power and 2 for communications). The maximum distance
between the 75A00-1 and the LEVITON 83A00 Power Hub is based on two factors: 1) the current draw of the
connected door lock device, and 2) the wire gauge/type used. To maintain proper operation of the 75A00-1 and
the connected door lock device, do not exceed the "Maximum Cable Length" based on the Total Current Draw
and the Wire Gauge/Type per the table below (Table 1).

75A00-1 Only (no Door Lock connected): 150mA maximum

75A00-1 and 79A00-1 Electric Door Strike (450mA): 600mA

maximum

Wire

Gauge

Wire

Type

Number

of positive

conductors

Number

of ground

conductors

Maximum

Cable

Length (feet)

Wire

Gauge

Wire

Type

Number

of positive

conductors

Number

of ground

conductors

Maximum

Cable

Length (feet)

24

solid 1 1

233

24

solid 1 1

58

24

solid 2 2

466

24

solid 2 2

117

24

solid 3 3

699

24

solid 3 3

175

22

solid 1 1

413

22

solid 1 1

103

22

solid 2 2

826

22

solid 2 2

207

22

stranded 1 1

381

22

stranded 1 1

95

18

solid 1 1

1000

18

solid 1 1

261

18

stranded 1 1

963

18

stranded 1 1

241

16

solid 1 1

1000

16

solid 1 1

415

16

stranded 1 1

1000

16

stranded 1 1

383

75A00-1 and Door Lock (800mA): 950mA maximum

75A00-1 and Door Lock (1A): 1.15A maximum

Wire

Gauge

Wire

Type

Number

of positive

conductors

Number

of ground

conductors

Maximum

Cable

Length (feet)

Wire

Gauge

Wire

Type

Number

of positive

conductors

Number

of ground

conductors

Maximum

Cable

Length (feet)

24

solid 1 1

37

24

solid 1 1

30

24

solid 2 2

74

24

solid 2 2

61

24

solid 3 3

110

24

solid 3 3

91

22

solid 1 1

65

22

solid 1 1

54

22

solid 2 2

130

22

solid 2 2

108

22

stranded 1 1

60

22

stranded 1 1

50

18

solid 1 1

165

18

solid 1 1

136

18

stranded 1 1

152

18

stranded 1 1

126

16

solid 1 1

262

16

solid 1 1

217

16

stranded 1 1

242

16

stranded 1 1

200

Table 1

Note: If cable with multiple conductors is used (such as Cat-5 cable), it is possible to connect multiple
conductors together for power (i.e. the wires between Red and Black of the Access Control Reader and 12V and
GND of the Power Hub) to achieve greater distance.

WEB VERSION

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Connections

WEB VERSION

Connect the Red, Black, Gray, and Orange wires from the 75A00-1 Access Control Reader to the 12V, GND,
A, and B terminals of the LEVITON Model 83A00-1 Power Hub, respectively (See – Figure 5).

When connecting Access Control Readers, only use terminals labeled DEVICE 1 – DEVICE 4, unless Switch
“SW1” is in the “CONNECT” position. If “SW1” is in the “CONNECT” position, then DEVICE 5 – DEVICE
8 may also be used for Access Control Readers.

MODEL 83A00

12VDC POWER HUB

75A00-1 ACCESS
CONTROL READERS

RED

GRAY

BLACK

ORANGE

Figure 5

Connect the supplied 4-conductor reversed modular cable (gray cable) between one of the modular connectors
(J301 or J302) on the Power Hub and a serial port (J2 – J5) on the LEVITON controller (See – Figure 6).

The serial port that is used for LEVITON Access Control must be configured for RS-485 communications. The
corresponding interface jumper (JP2-JP5) must be in the "485" position. For example: JP2 must be set to "485"
when serial port 2 (J2) is used for LEVITON Access Control.

WARNING:

Do not connect either modular connector “J301” or “J302” to a serial port (J1 – J5) on the LEVITON controller
if:

a) “SW1” is in the “CONNECT” position, AND

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b) Terminals “A” and “B” under the section marked “CONTROLLER” on the Power Hub is connected to

Gray (reversed)

WEB VERSION

the “A” and “B” terminals under the section marked “CONSOLE” on the LEVITON controller.

MODEL 83A00

12VDC POWER HUB

Cable

CONTROLLER

WHEN A SERIAL INTERFACE IS CONFIGURED FOR ACCESS
CONTROL, THE CORRESPONDING INTERFACE JUMPER
(JP1-JP5) MUST BE IN THE "485" POSITION.

FOR EXAMPLE: JP2 MUST BE SET TO "458" WHEN SERIAL
INTERFACE 2 (J2) IS USED FOR ACCESS CONTROL.

Figure 6

Connecting Additional LEVITON Power Hubs

When connecting more than 8 Model 75A00-1 Access Control Card Readers to an LEVITON OmniPro II or
LEVITON Lumina Pro controller, if additional power is needed to control the required Access Control Readers
and connected locks, or if there are long distances between Access Control Readers and the LEVITON
controller, multiple LEVITON Power Hubs may be used.

To connect multiple Power Hubs together, connect the supplied 4-conductor straight-through modular cable
(black cable) between the modular connector labeled “J302” on the first Power Hub to modular connector
“J301” on the second Power Hub. If additional Power Hubs are required, connect “J302” from the second to
“J301” of the third, and so on. Connect “J302” from the last Power Hub to a serial port (J2 – J5) on the
LEVITON controller (See – Figure 7).

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Black (straight-through)

WEB VERSION

Cable

Gray (reversed)
Cable

MODEL 83A00

12VDC POWER HUB

MODEL 83A00

12VDC POWER HUB

Figure 7

CONTROLLER

WHEN A SERIAL INTERFACE IS CONFIGURED FOR ACCESS
CONTROL, THE CORRESPONDING INTERFACE JUMPER
(JP1-JP5) MUST BE IN THE "485" POSITION.

FOR EXAMPLE: JP2 MUST BE SET TO "458" WHEN SERIAL
INTERFACE 2 (J2) IS USED FOR ACCESS CONTROL.

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Page 9

5. CONNECTING CONSOLES AND OMNITOUCH TOUCHSCREENS

Omni Consoles and OmniTouch Touchscreens require a minimum of 4 wires for operation (2 for power and 2
for communications).

The required distance between the Power Hub and OmniTouch Touchscreen will determine the wire gauge/type
you should use. To prevent the OmniTouch Touchscreen from drawing more than the specified maximum
current from the Power Hub, do not exceed the "Maximum Cable Length" based on the wire gauge/type
according to the “Table 2”.

TABLE 2

MAXIMUM CABLE LENGTH BASED ON WIRE GAUGE / TYPE

Wire

Gauge

Solid/

Stranded

Number of positive

conductors

Number of ground

conductors

Maximum Cable

Length (feet)

24

solid 1 1

113

24

solid 2 2

227

24

solid 3 3

340

22

solid 1 1

180

22

solid 2 2

360

22

stranded 1 1

166

20

solid 1 1

287

20

stranded 1 1

267

18

solid 1 1

456

18

stranded 1 1

420

16

solid 1 1

724

16

stranded 1 1

669

Notes:

1. If cable with multiple conductors is used (such as Cat-5 cable), it is possible to connect multiple

conductors together to achieve greater distance. For example, using only one of the 24 gauge conductor
in the Cat-5 cable for power (1 for positive and 1 for ground), the maximum distance between the
controller and the touchscreen is 113 feet.

2. The distance between the Power Hub and LEVITON controller combined with the distance between the

Power Hub and a touchscreen, must never exceed a maximum distance of 1000 feet. When calculating
the distance between the Power Hub and a touchscreen, you must subtract the distance between the
Power Hub and the LEVITON controller from the “Maximum Cable Length” as listed in “Table 2”.

Connections

Connect the "Red", "Black", "Yellow", and "Green" wires from the touchscreen to the “12V”, “GND”, "A" and
"B" terminals on the Power Hub, respectively (See – Figure 8).

If Omni Consoles or OmniTouch Touchscreens are being connected to the Power Hub, connect the terminals
labeled “A” and “B” on the LEVITON Power Hub under the section marked “CONTROLLER”, to the “A” and
“B” terminals on the LEVITON controller.

Note: When connecting to an OmniLT, the terminal labeled “A” on the Power Hub connects to the “YEL”
terminal and the terminal labeled “B” on the Power Hub connects to the ”GRN” terminal under the section
marked “CONSOLE” on the OmniLT controller.

WEB VERSION

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When connecting Omni Consoles and/or OmniTouch Touchscreens, only use terminals labeled
DEVICE 5 – DEVICE 8, unless Switch “SW1” is in the “CONNECT” position. If “SW1” is in the
“CONNECT” position, then DEVICE 1 – DEVICE 4 may also be used Omni Consoles and/or OmniTouch
Touchscreens.

OMNI CONSOLES

RED

YELLOW

BLACK

GREEN

FIRE

EVENTS

CANCEL

MESSAGE

MENU

AUX

SETUP



BUTTONS

STATUS

CONTROL SECURITY

ALL TEMP

POL

GREEN

BLACK

YELLOW

RED

OMNITOUCH TOUCHSCREENS

AND/OR

Fig

ure 8

Connect the terminals labeled “A” and “B” under the section marked “CONTROLLER” on the Power Hub to
the terminals labeled “A” and “B” under the section marked “CONSOLE” on the LEVITON controller,
respectively.

WARNING:

Do not connect terminals “A” or “B” under the section marked “CONTROLLER” on the Power Hub to the
terminals labeled “A” and “B” under the section marked “CONSOLE” on the LEVITON controller if

a) “SW1” is in the “CONNECT” position, AND

b) Either modular connector “J301” or “J302” is connected to a serial port (J1 – J5) on the LEVITON

controller.

WEB VERSION

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6. LOW BATTERY INDICATOR (Optional Connection)

WEB VERSION

When the backup batteries connected to the Power Hub become depleted, there are terminals on the Power Hub
that are used to send a signal to the LEVITON controller to alert you of the low battery condition. To take
advantage of this feature, you must have an extra pair of wire between the Power Hub and the LEVITON
controller, and an available zone on the LEVITON controller.

Connect the terminals labeled “LB+” and “LB-” under the section marked “CONTROLLER” on the Power Hub
to the “+” and “-” zone terminals of an available zone on the LEVITON controller. Do not use an end-of-line
resistor on the zone. The touchscreen has a built-in 1K ohm resistor for this output. Configure the zone as a
“Trouble” zone.

When the batteries on the Power Hub fall below a certain voltage threshold, the terminals “LB+” and “LB-”
will open causing the zone on the LEVITON controller to trip, indicating a low battery condition on the Power
Hub.

7. POWER CONNECTIONS

The supplied Power Pack is used to power the LEVITON Power Hub. An AC power outlet should be located
within 5 feet.
devices. The two battery cables are in parallel, so by adding a second battery you will increase the battery
backup time.

1. Connect one or two 12VDC batteries using the supplied battery terminals. Connect the BLACK battery

One or two sealed, rechargeable batteries (not included) can be used to backup connected

wire to the minus (-) terminal on the battery and connect the RED battery wire to the plus (+) terminal
on the battery. DO NOT reverse the connections; the battery fuse will blow. Note that the unit will
NOT START on the battery alone.

2. Plug the connector for the Power Pack into the mating connector of the LEVITON Power Hub marked

“J101”.

3. Plug the power cord from the Power Pack into an electrical outlet. The “POWER ON” LED should

illuminate.

4. Unplug the Power Pack. The Power Hub should continue to run off of the battery backup. The

“POWER ON” LED should turn off.

5. Plug in the Power Pack. The system should start. The “POWER ON” LED should illuminate.

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SPECIFICATIONS

WEB VERSION

Operating 32 - 120 degrees F (0 - 49 degrees C)
Ranges: 10 - 85 % relative humidity, non-condensing

Power Pack: Output 19VDC, 4.74 Amps, Max 90W
Input 100-240VAC, 1.5A Amps, 50/60Hz

Output Power: Nominal Voltage 12VDC
Maximum Current 5A

Batteries: Sealed, Rechargeable, 12 Volts, 4 - 8 Amp-Hours, each

Low Voltage Cut Out: 9.5VDC

Main Fuse: 4A Polyfuse

Battery Fuses: 6A Polyfuse

Polyfuses are permanent fuses that do not need replacement.

FCC Compliance

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant
to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instructions, may cause harmful interference
to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception, which can
be determined by turning the equipment off and on, the user is encouraged to try to correct the interference
by one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.

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FCC COMPLIANCE

WEB VERSION

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged
to try to correct the interference by one or more of the following measures:

• Reorientorrelocatethereceivingantenna.

• Increasetheseparationbetweentheequipmentandreceiver.

• Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhichthereceiverisconnected.

• Consultthedealeroranexperiencedradio/TVtechnicianforhelp.

FOR CANADA ONLY

For warranty information and/or product returns, residents of Canada should contact Leviton in writing at Leviton Manufacturing of Canada Ltd to the attention of the Quality
Assurance Department, 165 Hymus Blvd, Pointe-Claire (Quebec), Canada H9R 1E9 or by telephone at 1 800 405-5320.

Leviton warrants to the original consumer purchaser and not for the benefit of any one else that products manufactured by Le viton under the Leviton brand name (“Product”) will be free
from defects in material and workmanship for the time periods indicated below , whichever is shorter: •OmniProIIandLuminaPro:three (3) years from installation or 42 months from
manufacture date.•OmniLT,OmniIIe,andLumina:two (2) years from installation or 30 months from manufacture date. •Thermostats,Accessories:two (2) years from installation or
30 months from manufacture date. •Batteries:Rechargeable batteries in products are warranted f or ninety (90) days from date of purchase. Note: Primary (non-rechargeable) batteries
shipped in products are not warranted. Pr oducts with Windows
at no charge, provided that the product has been used as originally intended. Installation of non-Le viton software or modification of the operating system v oids this warranty. Leviton’s
obligation under this Limited W arr anty is limited to the repair or replacement, at Leviton’s option, of Product that fails due to defect in material or workmanship. Leviton reserves the
right to replace product under this Limited Warranty with new or reman ufactured product. Leviton will not be responsible for labor costs of remov al or reinstallation of Product.
The repaired or replaced product is then warranted under the terms of this Limited Warranty for the remainder of the Limited Warranty time period or ninety (90) days, whichever
is longer. This Limited Warranty does not cover PC-based software products. Leviton is not responsible for conditions or applications beyond Leviton’s control. Leviton is

not responsible for issues related to improper installation, including failure to follow written Installation and operation instructions, normal wear and tear,
catastrophe, fault or negligence of the user or other problems external to the Product.

LEVITON LIMITED WARRANTY

®

Operating Systems: During the warranty period, Leviton will restore corrupted operating systems to factory default

COPYRIGHT AND TRADEMARK INFORMATION

This document and all its contents herein are subject to and protected by international copyright and other intellectual property rights and are the property of Leviton Manufacturing
Co., Inc, its subsidiaries, affiliates and/or licensors. © 2013 Leviton Manufacturing Co., Inc. All rights reserved.

Use herein of third party trademarks, service marks, trade names, brand names and/or product names are for informational purposes only, are/may be the trademarks of their
respective owners; such use is not meant to imply affiliation, sponsorship, or endorsement.

No part of this document may be reproduced, transmitted or transcribed without the express written permission of Leviton Manufacturing Co., Inc.

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