How to fix Timer Complete condition on µ-Dimension 12/1800N Inverter?
A new charge cycle may correct the Timer Complete condition on your µ-Dimension Inverter if the cause seems to be related to specific conditions. To initiate a new charge cycle, disconnect both external AC inputs for 5 seconds and then reconnect them.
What to do if my µ-Dimension Inverter fails to operate correctly when connected?
If the µ-Dimension Inverter fails to operate, several factors could be at play. First, ensure the inverter is switched 'On' and that the circuit breakers are reset. Check the connection to the remote switch, verifying +12 VDC is present at the violet wire if a remote switch is used. The issue might stem from low input voltage, indicating a fault in the battery wiring, capacity, voltage, or the line fuse. Alternatively, the Overload light could mean there's a short circuit in the output wiring or the load is too large. In this case, switch the inverter 'Off', remove the short circuit or excessive load, and then turn it back 'On'. Finally, overheating, indicated by the High temperature light, could be the cause. Ensure the inverter isn't in a closed compartment and the fan isn't blocked; the...
Why is the battery charger on my µ-Dimension Inverter not operating correctly?
If the battery charger of your µ-Dimension Inverter isn't working correctly, start by confirming that the external power circuit provides 120 VAC, 60Hz power to the unit. Check all external power wiring and circuit breakers or fuses. Verify that the 'BATTERY TYPE' and 'BATTERY BANK SIZE' switch settings are correct. The issue could also be due to a defective battery, where the charger couldn't detect the 80% charge level during the 12-hour cycle. A battery with a shorted cell or incorrect acid density may also be the cause. Excessive DC load current exceeding 20 Amps drawn directly from the batteries during the charge cycle or AC power loss (brown out) in the external AC input could limit the AC power available to the battery charger. Finally, verify that the remote temperature sense probe...
Guidance on selecting a suitable, secure mounting location with adequate ventilation and clearance.
Instructions for connecting the chassis bonding lug to the earth grounding system or vehicle chassis.
Details proper stranded copper wire usage, fuse installation, and connection procedures for battery wiring.
Instructions for connecting and operating the inverter using a remote On/Off switch.
Explains the function and installation of the temperature sense probe for charger compensation.
Describes the AC output availability via receptacle or hardwire, and GFCI protection requirements.
Details the dual voltage AC output provided via direct hardwire leads.
Covers connecting external 120 VAC power, input circuit protection, and transfer switch operation.
Explains the meaning of fault lights and troubleshooting steps for low voltage, overload, and high temperature.
Addresses common battery charger malfunctions and troubleshooting steps for the timer complete condition.
Details the process for returning goods, including requirements for RMA, credit, and return shipping.
Specifies the warranty coverage, duration, and limitations for Sensata Technologies products.
General| Channels | 1 |
|---|---|
| Output Power | 1800W |
| Input Voltage Range | 10.5-15V DC |
| Output Voltage | 230V AC |
| Waveform | Modified Sinewave |
| Model | 12/1800N |
| Output Frequency | 50Hz |
| Efficiency | ≥85% |
| Protection Features | Overload, Short Circuit |
| Cooling | Fan |
To Next Page