To Next PageTo Next PageWhat to do if CRC error occurred in Mitsubishi Electric Circuit breakers?
If a CRC error occurs with your Mitsubishi Electric Circuit Breakers, first, verify that the CC-Link cable type, overall distance, station-to-station distance, and terminal resistor are within the specified range. Next, check the CC-Link cable for wire breakage, shorts, or reversed connections. Finally, ensure the FG terminal of the BIF-CC is properly grounded.
What to do if a hardware error occurred in Mitsubishi Electric Circuit breakers?
If a hardware error has occurred with your Mitsubishi Electric Circuit Breakers, you should first check for an internal transmission error. You may also check the power supply of the power supply module (P1-P5). Also, check for any wire breakage in the internal transmission cable, and ensure that the internal transmission cable is wired properly.
What to do if internal transmission error occurred in Mitsubishi Electric Circuit breakers?
If an internal transmission error has occurred with your Mitsubishi Electric Circuit Breakers, check the power supply of the Power supply module (P1-P5). Also, check that there is no wire breakage in the internal transmission cable, and ensure that the internal transmission cable is wired properly.
What to do if the setting data set by setting command is outside the range for Mitsubishi Electric Circuit breakers?
If the setting data set by setting command is outside the range for your Mitsubishi Electric Circuit Breakers, correct the setting data, and send data again.
What to do if the command number is outside the range for Mitsubishi Electric Circuit breakers?
If the command number is outside the range for your Mitsubishi Electric Circuit Breakers, correct the command number and send data again.
What to do if the data group number is outside the range for Mitsubishi Electric Circuit breakers?
If the data group number is outside the range for your Mitsubishi Electric Circuit Breakers, correct the data group number and send data again.
What to do if the unit number is outside the range for Mitsubishi Electric Circuit breakers?
If the unit number is outside the range for your Mitsubishi Electric Circuit Breakers, correct the unit number and send data again.
What to do if hardware fault in Mitsubishi Electric Circuit breakers?
If you encounter a hardware fault with your Mitsubishi Electric Circuit Breakers, try switching the power off and then on again.
How to resolve invalid baud rate or station number setting in Mitsubishi Electric Circuit breakers?
To resolve an invalid baud rate or station number setting on your Mitsubishi Electric Circuit Breakers, check that the STATION NO. or B RATE switch is not outside the setting range.
General| Brand | Mitsubishi Electric |
|---|---|
| Model | AE2500-SW |
| Category | Circuit breakers |
| Language | English |
Lists the specific AE-SW model numbers covered in this instruction manual.
Explains the meaning of danger, caution, and prohibition symbols used in the manual.
Details the steps for installing the drawout type AE-SW breaker, including cradle attachment.
Explains how to connect conductors to the main circuit terminals, including torque specifications.
Step-by-step procedure for inserting the drawout type breaker into the connected position.
Step-by-step guide for drawing the breaker out from the connected position.
Explains how to manually charge the closing spring using the charging handle.
Specifies the conditions that must be met before the breaker can be closed.
Detailed description of the functions of each part of the electronic trip relay (ETR).
Details the characteristic setting ranges and accuracy for the WS type relays.
Details the characteristic setting ranges and accuracy for the WM type relays.
Details the characteristic setting ranges and accuracy for the WB type relays.
Details the characteristic setting ranges and accuracy for the WF type relays.
Step-by-step guide for adjusting the electronic trip relay settings.
Illustrates the wiring connections for the control circuit, including accessories.
Provides guidelines for periodic inspection and maintenance based on operating environment.
Specifies inspection and maintenance based on the number of operating cycles.
Addresses causes and treatments for failure to close or open the breaker.
