What to do if the Delta-q Battery Charger shows a solid red Fault/Error/USB Indicator?
If your Delta-q Battery Charger displays a solid red Fault/Error/USB indicator, you should read the fault code (e.g., F-0-0-1) number on the Charge Algorithm/Error Display and then refer to the fault code table for guidance.
What to do if the Delta-q Battery Charger has a flashing amber Fault/Error/USB Indicator?
If the Fault/Error/USB Indicator on your Delta-q Battery Charger is flashing amber, read the error code (e.g., E-0-0-1) number shown on the Charge Algorithm/Error Display and consult the error code table.
How to fix a Delta-q Battery Charger with no indicator lights?
If your Delta-q Battery Charger has no indicator lights, check the AC voltage and the connection to the wall power outlet.
Why is only the blue AC light on on my Delta-q Battery Charger?
The blue AC light on your Delta-q Battery Charger indicates that the charger is connected to AC power and is waiting for a battery to be connected, or for CAN remote control commands. Charging will begin once the battery voltage rises above 0.1V/cell. Some charging algorithms need a higher battery voltage to start.
What to do if Delta-q Battery Charger is not working but no error is indicated?
Remove AC and battery for at least 30 seconds, then retry the charger. If the problem continues, it should be sent back to manufacturer of your vehicle/ machine or the distributor of the charger for servicing.
Guidelines for safely working with high voltage components in the charger.
Crucial safety information regarding electrical connections and operation.
Essential safety precautions for handling and charging batteries.
Important warnings and advice regarding charger usage and environment.
Labels and identifies key components like indicators, ports, and displays.
Explains the meaning of various indicator light states and symbols on the charger.
Provides additional details and clarifications on charger functions and indicators.
Defines different types of status and error codes displayed by the charger.
Details normal, bulk, absorption, and complete charging states with indicators.
Step-by-step guide for using a USB flash drive to configure the charger.
Identifies and illustrates the various connectors on the charger's rear panel.
Discusses wiring considerations for minimizing EMI and ensuring optimal performance.
Provides recommendations for securing and routing cables for robustness and longevity.
Details the DC output terminals and recommended wire sizes for IC650.
Details the DC output terminals and recommended wire sizes for IC900/1200.
Step-by-step guide for connecting DC cabling to the IC650 charger.
Step-by-step guide for connecting DC cabling to IC900/1200 chargers.
Details connector pin assignments, wire colors, and descriptions for signals.
Lists common issues and recommended actions for their resolution.
Explains internal fault codes and customer troubleshooting actions.
Explains error codes related to external conditions and customer actions.
Lists software and algorithm errors and troubleshooting steps.
Lists configuration errors and troubleshooting steps.
General| Input Voltage | 85-265 VAC |
|---|---|
| Input Frequency | 45-65 Hz |
| Output Power | 650 W |
| Efficiency | 93% |
| Storage Temperature | -40°C to +85°C |
| Protection | Over-voltage, Over-temperature, Short-circuit |
| Communication | CAN bus |
| Cooling Method | Convection |
| Output Voltage | 12-48 VDC |
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