Alarm Display: A.730 Alarm Name: Dynamic Brake Overload 1. Situation at Alarm Occurrence: Occurred when the control power supply was turned ON. Cause: A SERVOPACK board fault occurred. Corrective Actions: Replace the SERVOPACK. 2. Situation at Alarm Occurrence: Occurred when the servomotor was running and in a status other than servo OFF. Cause: A SERVOPACK […]
Category Archives: SMT Machines MRO
Alarm Display: A.720 Alarm Name: Continuous Overload 1. Situation at Alarm Occurrence: Occurred when the servo was turned ON. Cause: The encoder wiring is incorrect or the connection is faulty. Corrective Actions: Correct the servomotor wiring. Cause: A SERVOPACK fault occurred. Corrective Actions: Replace the SERVOPACK. 2. Situation at Alarm Occurrence: Occurred when the servomotor […]
Alarm Display: A.710 Alarm Name: Momentary Overload Situation at Alarm Occurrence: Occurred when the control power supply was turned on. Cause: A SERVOPACK board fault occurred. Corrective Actions: Replace the SERVOPACK. Situation at Alarm Occurrence: Occurred when the servo was turned ON. Cause: The servomotor wiring is incorrect or the connection is faulty. Corrective Actions: […]
Alarm Display: A. 520 Alarm Name: Vibration Alarm Situation at Alarm Occurrence: Vibration Alarm Occurred while the servomotor was running. Cause: Abnormal vibration was detected. Corrective Actions: Reduce the servomotor speed or Reduce the speed loop gain (Pn100).
Alarm Display: A. 511 Alarm Name: Dividing Pulse Output Over Speed Situation at Alarm Occurrence: Occurred while the servomotor was running. Cause: The output frequency of the dividing pulse exceeds 1.6 MHz. Corrective Actions: lower the setting of the PG dividing pulse (Pn212) or Reduce the servomotor speed.
Alarm Display: A. 510 Alarm Name: Over speed 1. Situation at Alarm Occurrence: Occurred when the control power supply was turned ON. Cause: A SERVOPACK board fault occurred. Corrective Actions: Replace the SERVOPACK. 2. Situation at Alarm Occurrence: Occurred when Servo was ON. Cause: The order of phases U, V, and W in the servomotor […]
The following table lists the current compatibility of AVL data. Item #1 Fuji Flexa | AVL Comp.: Yes | Description: Fuji Flexa V2.0.1 or higher is required. Item #2 Fujitrax Verifier | AVL Comp.: Conditions exist | Description: Fujitrax V3.03 and higher supports AVL. However, a quick verification cannot be used when changing the part […]
07
Jul
Jul
The following items are required in other to use AVL data with the NXT and fujitrax. NXT using machine software V3.10 or higher Fuji Flexa version V2.0.1 or higher Fujitrax Verifier V3.03 or higher The AVL option turned on in Fuji Flexa in the Fuji Flexa Server Setup. AVL data registered in the AVL library […]
06
Jul
Jul
AVL data is a data type that is available in Fuji Flexa V2.0.1 and higher. By using this data, it is possible to use parts that have the same function but come from different vendors and might have different part numbers, supply direction, and shapes without having to edit the job in production. AVL stands […]
03
Jul
Jul
Follow the steps below to allow the registered users to access the NXT information through Kit Handy. 1. Open Kit Manger by using the shortcut in the start up menu. 2. Enter “FUJIADMIN” as the user ID and then enter the appropriate password and service name for the master database. It is necessary to log […]