Exide Technologies DEC200 - Manual (Page 9)

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8
6.2. AC VOLTAGE CONNECTIONS
To connect the input AC voltage, route the AC conduit through the knockout hole
provided. Continue the AC wiring to the breaker terminals L1 (N) and L2 (L) (single
phase input) or L1, L2, and L3 (three phase input). For proper connection, torque the
screws to approximately 25 inch-pounds.
6.3. GROUND CONNECTION
It is a requirement to ground the chassis while the charger is connected to AC power.
The charger comes with a threaded M6 hole, clearly marked on the chassis. To
ensure good continuity, keep the contact area clean.
WARNING: DO NOT OPERATE THE UNIT WITHOUT PROPER GROUNDING.
IMPROPER GROUNDING CAN RESULT IN THE RISK OF AN
ELECTRIC SHOCK.
CAUTION: USE MINIMUM 75°C WIRING FOR SUPPLY CONNECTIONS. GROUND
THE CHARGER PROPERLY USING THE THREADED M6 HOLE (GND)
PROVIDED. USE COPPER-CLAD ALUMINUM, ALUMINUM OR
COPPER CONDUCTORS ONLY.
After electrical connection is completed, the charger is ready for operation.
7. DC OUTPUT
The DC charging cable has a commonly used battery plug or receptacle. The polarity
of the charger plug must be the same as the battery connector. The BLACK DC
cable must be connected to the battery negative terminal (-) and the RED DC cable
must be connected to the battery positive terminal (+). The charger will not operate in
a reversed polarity condition. The DC output fuse is a "fast-acting" fuse used to
protect the power semiconductors of a charger.
NOTE: Use only identical replacement fuses available from your GNB Industrial
Power Motive Power service representative. The DC fuse must be replaced
with a fast acting fuse capable of protecting semiconductors. See Appendix C
and D for correct fuse sizes.
8. FAULT AND DISPLAY CODES
Refer to Appendix A and B (on pages 13 and 14) for a complete list of fault codes.