What to do if SolaX Power Battery Charger shows input over voltage?
If your SolaX Power Battery Charger indicates an input over voltage, it may be due to the AC input voltage being too high. First, check the input voltage from the backend. If the voltage exceeds 276Vac for a short period, wait for the power grid to return to the normal voltage range.
Why SolaX Power Battery Charger shows input lower voltage?
If your SolaX Power Battery Charger indicates an input lower voltage, this could be because the AC input voltage is too low. You should check the input voltage from the backend. If the voltage is under 184Vac for a short time, wait until the power grid recovers to the normal voltage range.
How to fix SolaX Power Battery Charger input over current?
If the SolaX Power Battery Charger is showing an input over current, it means the AC input current may be too large. Immediately shut off the leakage current protection switch of the power distribution cabinet. Also, check for any low resistance connections between the AC output cables of the charger.
What causes over leakage current in SolaX Power Battery Charger?
An over leakage current in your SolaX Power Battery Charger indicates that the leakage current to the earth may be too high. Immediately shut off the leakage current protection switch of the power distribution cabinet. Check for any broken AC output cables or low resistance connections to the earth.
What to do if SolaX Power Battery Charger has grounding fault?
If your SolaX Power Battery Charger is showing a grounding fault, it may be due to an inappropriate grounding connection of the input/output cables or an inverse connection of the L/N input cables. Immediately shut off the leakage current protection switch of the power distribution cabinet. Check if the AC input/output cables are normal, and verify that there is no inverse connection of the L/N input cables.
What to do if leakage current sensor is abnormal in SolaX Power Battery Charger?
If your SolaX Power Battery Charger displays that the leakage current sensor is abnormal, it means the detection of the leakage current sensor is abnormal. Immediately shut off the leakage current protection switch of the power distribution cabinet. Check for any broken AC output cables or low resistance connections to the earth.
What to do if SolaX Power Battery Charger shows input over frequency?
If your SolaX Power Battery Charger indicates an input over frequency, it means the AC input frequency may be too high. First, check the input voltage frequency from the backend. If the frequency exceeds 55Hz for a short time, wait for the power grid to recover to the normal voltage range.
Why SolaX Power Battery Charger shows input lower frequency?
If your SolaX Power Battery Charger indicates an input lower frequency, it means that the AC input frequency may be too low. You should check the input voltage frequency from the backend. If the frequency is lower than 45Hz for a short time, wait until the power grid recovers to the normal voltage range.
What causes over temperature in SolaX Power Battery Charger?
An over temperature issue in your SolaX Power Battery Charger may be caused by the temperature being too high inside the charger. Check the surrounding conditions of the installed chargers to see if there is a heating device nearby. Ensure the environmental temperature is below 60 degrees.
What to do if SolaX Power Battery Charger displays charging cable connection abnormal?
If your SolaX Power Battery Charger indicates a charging cable connection abnormality, it suggests a poor connection of the charging cable with the EV/Charger. Check if the charging cable connection is correct and firm.
Overview of the single-phase AC charger for electric vehicles, its RFID card function, LED indicator, and IP65 protection.
Diagram illustrating the AC charger's internal components and connections, including LED/Card, Control Circuit, Relay, and communication modules.
Detailed technical specifications for X1-AE-7.0 and X3-AE-11.0 models, covering configuration, electrical parameters, environment, and safety.
Details on charger performance, including LED indicators, RFID card functionality, emergency stop, and key characteristics like IP65 rating and low standby power.
Specifies the recommended operating conditions for the charger, including altitude, temperature, humidity, and usage location (indoor/outdoor).
Explanation of the model naming convention for Solax AC chargers, detailing components like X1, AE, and power ratings.
Overview of the physical structure of the AC charger, including external dimensions and internal component layout.
Guidance on installing the AC charger, including package verification, required tools, cables, and materials for setup.
Step-by-step instructions for mounting the charger on the wall, connecting power, and securing the casing.
Procedures for checking the charger before power-on and verifying its status using the LED indicator after powering up.
Instructions on how to connect the charger to an Electric Vehicle (EV) and initiate/stop the charging session using an RFID card or app.
Table detailing various LED indicator states, their descriptions, and corresponding fault or status types.
Guide to identifying common problems with input voltage, current, frequency, and temperature, with corresponding solutions.
Instructions for environmentally responsible disposal and recycling of the charger and its packaging materials.
General| Model | X1-AE-7.0 |
|---|---|
| Number of MPPT Trackers | 2 |
| AC Voltage Range | 180-280V |
| THDi | <3% |
| AC Grid Frequency | 50/60Hz |
| Protection Degree | IP65 |
| Topology | Transformerless |
| Output Power | 7kW |
| Output Voltage | 230V |
| Rated AC Power | 7kW |
| Rated AC Voltage | 230V |
| Operating Temperature | -25~+60°C |
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