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Document NAE1088320 • 02.2014 • © Bender Inc. • Page 1/1 • Side 1/2Bender Inc. • 800.356.4266 / 610.383.9200 / info@bender.org / www.bender.org • Bender Canada Inc. • 800.243.2438 / 905.602.9990 / info@bender-ca.com / www.bender-ca.com
Wiring
The GFCI is installed in series with the main circuit. Connection of the main circuit conductors
varies based on quantity of conductors and system voltage. In general, the following steps
must be taken:
• All active conductors, including the neutral, must be
brought into the device and landed on the provided
terminals.
• All active conductors are then brought out from the
load side of the contactor to the load / remaining
branch of the circuit.
• The ground wire is landed on the ground terminal
on the backplate, and brought out the load side.
The ground wire is NOT routed through the current
transformer.
LifeGuard® Series (Compact)
Installation Bulletin / Reference Guide
This document is intended as a reference guide for installing and using the compact version of the
BENDER LifeGuard series Ground Fault Circuit Interrupter (GFCI). This document includes installation,
setup, and usage instructions. For complete instructions, including setup, use, and troubleshooting,
refer to LifeGuard user manual, document NAE1085011.
Only qualied maintenance personnel shall operate or service this equipment. These instructions
should not be viewed as sucient for those who are not otherwise qualied to operate or service this
equipment. This document is intended to provide accurate information only. No responsibility is as-
sumed by BENDER for any consequences arising from use of this document.
Installation
Mounting - NEMA 4X Polycarbonate Enclosure
The standard enclosure for LifeGuard series GFCIs is a NEMA 4X polycarbonate enclosure. The
enclosure includes mounting feet and separate instructions on wall-mounting the enclosure.
Refer to these instructions for more infromation. Refer to gure 1 below for dimensions.
!DANGER
• Disconnect all power before servicing.
• Observe all local, state, and national
codes, standards, and regulations.
HAZARD OF ELECTRIC SHOCK,
EXPLOSION, OR ARC FLASH
Table 2: Legend of Wiring Diagrams
Voltage Conductors (NOT including
ground) Referenced Wiring Diagram
120 VAC 1ph / 2w (L1, N) Figure W1
208 VAC 3ph / 3w (L1, L2, L3) FIgure W2
208/120 VAC 3ph / 4w (L1, L2, L3, N) Figure W3
240/120 VAC 3ph / 3w (L1, L2, N) Figure W4
Figure W2 - Three-Phase, Three-Wire Configurations (L1, L2, L3)
Figure W3 - Three-Phase, Four-Wire Configurations (L1, L2, L3, N)
Figure W1 - Single-Phase, Two-Wire Configurations (L1, N)
Table 1: Enclosure Dimensions in Inches (mm)
Type Enclosure A x B C D E F G
Compact 8x6x4 6.25“ x 4.25“
(159 x 108)
8.75“
(222.5)
6.75“
(171.5)
9.4“
(239)
5.7“
(145)
8.3“
(211)
Figure 1 - Dimensions of NEMA 4X polycarbonate enclosure
If the LifeGuard GFCI was purchased without an enclosure (backplate only), consult the follow-
ing section “Wiring,” as well as the section “Backplate Only Models” on the reverse side of this
document for additional mounting and wiring requirements.
Use of This Document
This installation guide applies to the special Compact version of the LifeGuard GFCI which
meets the following requirements:
• 20 A rated load current
• Line-to-line voltage of 240 VAC or below
• Have option“6” or “20”for trip level and utilize the RCMA426H ground fault module
• Push button type front only (no digital display option)
For standard LifeGuard GFCI models, consult document NAE108011. For LifeGuard GFCIs with
digital display option, consult document NAE1088440. For all models, consult the full Life-
Guard GFCI user manual, document NAE1085011.
