What to do if there is a fault in the resolver supply of Duplomatic DDC4-10-400/20 Control Unit?
- LLindsey BarrettSep 15, 2025
If, after the short removal, the alarm persist, replace the controller.
What to do if there is a fault in the resolver supply of Duplomatic DDC4-10-400/20 Control Unit?
If, after the short removal, the alarm persist, replace the controller.
What to do if overvoltage is reached during dynamic braking with Duplomatic Control Unit?
If overvoltage is reached during dynamic braking with your Duplomatic Control Unit, it may be because the inertia loaded on the disc is too high. Try to reduce the inertia.
What causes a parity error in the position code of Duplomatic Control Unit?
A parity error in the position code of your Duplomatic Control Unit could be due to: - An error in the programming logic of the CNC. - Problems on wiring (PBIT and PARITY). - Slow outputs of CNC/PLC (the output value can be incorrect when the PSTART signal is given).
What to do if a tool non existing has been called on Duplomatic Control Unit?
If a non-existent tool has been called on your Duplomatic Control Unit, the potential causes include: - Error in CNC programming. - Turret not correctly configured: Check the number of positions set by PTAB01 and PTAB02 signals - LK1 and LK2 in the connection box. - Wiring problems.
What does it mean when the time limit to execute the cycle has been reached on Duplomatic DDC4-10-400/20?
The time limit to execute the cycle has been reached on your Duplomatic Control Unit because the tool touches the piece slowly at the end of the cycle, so it cannot reach the final position.
What does it mean when there is a general cycle timeout on Duplomatic Control Unit?
A general cycle timeout on your Duplomatic Control Unit indicates that a problem not covered by other alarms has occurred.
What causes the time limit of continuous rotation of disc to be reached on Duplomatic DDC4-10-400/20 Control Unit?
The time limit of continuous rotation of the disc being reached on your Duplomatic Control Unit could be due to: - The turret having been activated in maintenance mode or service for a long time. - The indexing frequency being too high.
Why does the signal of the locking switch stay on during the unlocking phase in Duplomatic DDC4-10-400/20 Control Unit?
The signal of the locking switch staying on during the unlocking phase in your Duplomatic Control Unit may be due to: - Unlocking pressure being too low. - Bad position of the locking switch. - Bad switch connection/wiring (mainly in remote applications). - The locking switch being defective.
What causes the signal of the locking switch to go off while the turret is locked on Duplomatic Control Unit?
The signal of the locking switch going off while the turret is locked on your Duplomatic Control Unit may be due to: - Problems of pressure (hydraulic only). - Bad switch connection/wiring (mainly in remote applications). - The locking switch being defective.
What causes the signal of the unlocking switch to go off while the turret is unlocked in Duplomatic DDC4-10-400/20 Control Unit?
The signal of the unlocking switch going off while the turret is unlocked in your Duplomatic Control Unit may be due to: - Problems of pressure. - Bad switch connection/wiring (mainly in remote applications). - The unlocking switch being defective.
Brand | Duplomatic |
---|---|
Model | DDC4-10-400/20 |
Category | Control Unit |
Language | English |
Details on unit model, firmware, and comparison with DDC2.
Essential safety warnings and CE compliance information.
Overview of control unit features and technical specifications.
Information on 400 VAC and 24 VDC power inputs and transformer specs.
Explanation of I/O signals, selectors, and configuration settings.
How to set turret positions, inertia, and speed parameters.
Description of general operating functions and mode selection.
Procedure for zero search and details on automatic turret movements.
Details on Emergency/Reset, Automatic, Jog, Service, and Safety functions.
Information on alarm codes, meanings, and general warnings.
Detailed descriptions and troubleshooting steps for specific alarms.
Wiring diagrams for rack connections and component terminals.
Explains the status and meaning of LEDs on the control unit.
Guidance for fitting the unit into electrical cabinets and overall dimensions.
Wiring diagrams for motor, resolver, sensors, and I/O cables.
Information on serial connections for PC, modem, and adapters.