Why is the Indramat Power Supply display red and showing a stored fault?
This can occur if the braking power of the drive is too high. To resolve this, check the energy content of the drives, reduce drive speed, or increase the load cycle time. Also, evaluate the bleeder pre-warning contact (BVW contact). Alternatively, the bleeder might be defective, or there could be an internal fault in the unit, requiring a replacement.
What to do if Indramat Power Supply display is dark and showing a fault that is not stored?
First, check the main connection, ensuring it matches the rated value of 3 x 380...480 VAC ± 10 %. The issue might be due to the main fuse being activated, a missing mains phase at X7, or a mains voltage that is too low.
How to troubleshoot dark display with not stored fault on Indramat Power Supply?
A dark display with a fault that is not stored may indicate several issues. First, check the circuit at X2/6 (+ 24 VL against 0 VL), because the mains contactor might not be on. Next, verify the connection of the smoothing bus choke (between X7/1L+ and X7/2L+), because the DC bus smoothing choke might be missing or improperly connected. Finally, the rectifier could be faulty, requiring unit replacement.
What causes a flashing display with a stored fault on an Indramat Power Supply?
A flashing display with a stored fault can be caused by a defective drive module, a damaged motor power cable, a short circuit in the motor, or a disconnected DC bus smoothing choke. Remove the conductor rails to the drive module and check the drive module, motor power cable, motor, and DC bus smoothing choke. Replace any components as necessary. Another possible cause is a short-circuit in the unit itself, which would require replacing the unit.
How do I fix a dark Indramat Power Supply display when a fault is not stored?
A dark display with a fault that is not stored could be due to a missing or faulty mains input voltage for the electronic supply. Check the mains fuse in the control panel. Alternatively, the maximum load of the signal voltages might be exceeded. Try disconnecting the wire-ribbon connection (X1) to the drive modules and check voltages at X3. Also, disconnect signal voltages and check for short-circuits (+ 24 V: max. 2 A; ± 15 V: respect. max. 100 mA).
What causes a red display with a stored fault on an Indramat Power Supply?
A red display with a stored fault may indicate that the mains voltage is too high. Check the mains voltage (rated value: 3 x 380...480 VAC ± 10 %) and replace the unit if necessary. Also, a fault in the unit itself could be the cause, requiring a replacement.
What does it mean if my Indramat Power Supply display is dark and shows a stored fault?
If the display is dark and indicates a stored fault, there could be a fault in the supply module. Check the remaining diagnostics displays of the supply module. It could also indicate a drive module fault, so check the diagnostics display of the drive module. Another possibility is a fault in the signal voltage bus connection, so verify the bus cable at X1 and ensure the end connector of the bus connection is properly in place.
Explains the primary functions and operation of the TVD 1.3 module.
Details the power-related features and performance characteristics.
Lists the various power ratings and specifications for the TVD 1.3.
Describes the overload limits and conditions for the TVD 1.3.
Provides comprehensive technical data and specifications for the TVD 1.3.
Specifies the ambient temperature and installation conditions.
Shows the interconnection diagram for TVD 1.3 with NAM 1.3 module.
Illustrates TVD 1.3 connections using individual components.
Details the devices used for connecting the TVD 1.3 to the mains.
Explains how to connect the TVD 1.3 to power circuits.
Specifies fuse protection requirements for direct mains connection.
Outlines the requirements for earthing the mains supply.
Discusses the use and function of the commutation choke.
Describes the DC bus circuit configuration and connections.
Explains the necessity and function of the DC bus smoothing choke.
Details the use of additional capacitors for the DC bus circuit.
Discusses the bridge circuit capacitance requirements.
Explains the additional bleeder module TBM and its integration.
Describes the use and connection of an external bleeder resistor.
Details the power supply connections for electronics and blower.
Explains the electronics supply buffer capacitance.
Covers connections for electronics supply and signal exchange.
Discusses residual current operated devices and their implementation.
Provides information on testing within the control cabinet.
Details the procedure for mounting the TVD 1.3 in a control cabinet.
Explores different control possibilities and configurations for the TVD 1.3.
Explains the TVD 1.3 interconnection with DC bus dynamic braking.
Describes TVD 1.3 interconnection with E-stop and DC bus dynamic braking.
Details the TVD 1.3 interconnection without DC bus dynamic braking.
Explains TVD 1.3 interconnection for position-controlled braking.
Describes the DC bus short-circuiting function via terminal ZKS.
Explains the function of the Power off terminal (OFF).
Describes the function of the Power on terminal (ON).
Details how to stop drives during E-stop or power failure using NCB link.
Lists and describes the signal voltages available on terminal strip X3.
Explains the 'Ready' status signal provided by the Bb1 contact.
Describes the Power OK status signal from terminal X4/3-X4/4.
Details the indication for excessive regenerated power.
Explains the temperature pre-warning signal from terminal TVW.
Describes the status of the mains contactor being de-energized.
Describes the status of the mains contactor being energized.
Explains how to locate faults within the TVD 1.3 system.
Details the diagnostic displays (LEDs) and their meanings.
Provides definitions and remedies for various diagnostic display states.
Explains the information found on the TVD 1.3 rating plate.
Details the physical dimensions of the TVD 1.3 power supply module.
Provides physical dimensions for the NAM 1.3 power adapting module.
Details the dimensions of the CZ 1.2-01-7 bus voltage capacitor.
Provides dimensions for KD 23/26 commutating chokes.
Details dimensions for DC bus smoothing chokes GLD 16/17.
Provides dimensions for the CZ 1.02 auxiliary capacitance.
Details dimensions for the TCM 1.1 auxiliary capacitance module.
Provides dimensions for the TBM auxiliary bleeder module.
Details DST Autotransformers for specific voltage ranges.
Explains the structure and meaning of TVD type codes.
Lists available TVD 1.3 modules and necessary accessories for ordering.
Shows an overview of electrical connecting accessories for TVD modules.
Illustrates the 16-pin bus cable overview for NAM 1.3.
Lists items required for mains supply with the TVD 1.3.
General| Brand | Indramat |
|---|---|
| Model | TVD 1.3 |
| Category | Power Supply |
| Language | English |
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