PSI6101.321-L1

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Indramat provides the PSI6101.321-L1 welding control module ensures precision with a nominal system current of 110 A. It supports parallel, serial, and fieldbus interfaces, allowing seamless communication for advanced welding applications.

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Product Description:

The PSI6101.321-L1 from Bosch Rexroth Indramat is a high-performing Frequency inverter for precision welding control. The PSI frequency inverter is a dependable component of industrial automation because it is designed to provide efficient and consistent welding results. With a maximum output current of 400 A, this device provides the ideal power supply for a wide range of welding tasks.

With a nominal system current rating of 110 A, the PSI6101.321-L1 frequency inverter ensures consistent performance. The transformer controls the maximum secondary current that can be up to 20 kA. The inverter runs on a 24 V DC supply and can be powered by either an external source or the welding current system. Slots for input/output inverters provide flexible connectivity via parallel, serial, or field bus interfaces. Forced air cooling is essential to maintain appropriate thermal conditions throughout the extended operation. Heat dissipation ensures that performance is stable. External modules that improve operating efficiency are easily integrated into the system. The inverter’s efficiency remains consistent throughout a wide variety of high-power-output working circumstances. The frequency inverter adjusts for altitude fluctuations by periodically adjusting performance by a percentage for every 100 meters above 1000.

The PSI6101.321-L1 frequency inverter is ideal for system extensions that require extensive control features. The built-in timer is essential for quality control since it allows for consistent weld timing. The PSI inverter may easily communicate with control systems through a variety of interfaces that include serial, fieldbus, and parallel. Its interface options and compatibility with other modules make it easy to integrate into automation systems. The PSI inverter is designed with excellent efficiency and accuracy to meet industrial needs. Stable performance is ensured by the inverter's strong communication capabilities and well-managed power distribution.

Altitude Adjustment
% per 100m beyond 1000m
Cooling Method
Forced air cooling required
I/O Interface Slots
Parallel, serial, and fieldbus interfaces
Input Voltage
230 V
Integrated Weld Timer
Built-in for precise control
Maximum Output Current
Up to 400 A
Maximum Secondary Current
Up to 20 kA (depends on transformer)
Nominal System Current
110 A
Number Of Phases
3-Phase
Phases
3
Quality Module Slot
Prepared for retrofitting with quality modules
Rated Load
2 HP
Type
Frequency Inverter Drive
Voltage Supply for Control Units
24 V DC

Frequently Asked Questions about PSI6101.321-L1:

Q: Do altitude changes affect the PSI6101.321-L1 performance?

A: Yes, efficiency is adjusted per 100m beyond 1000m. This ensures stable operation and compensates for variations in atmospheric conditions at higher altitudes.

Q: How does the PSI6101.321-L1 ensure precise welding control?

A: It features a built-in weld timer for accurate welding cycle management. This provides consistent quality and prevents variations in weld performance.

Q: Why does the PSI6101.321-L1 have a quality module slot?

A: The quality module slot allows future retrofitting. This enables users to upgrade and enhance functionality based on specific welding requirements.

Q: Does the PSI6101.321-L1 support high-power welding applications?

A: Yes, it delivers up to 400 A maximum output current. It also supports a maximum secondary current of 20 kA, depending on the transformer.

Q: How does the PSI6101.321-L1 handle power distribution?

A: It operates on a 24 V DC supply. This allows compatibility with external power sources or direct integration with the welding current system.


Internal Product Review

  • ‘‘The inverter PSI6101.321-L1 welding module delivers consistent performance with a maximum secondary current of 20 kA, ensuring high power output. Its I/O interface slots provide flexible communication with external systems. The altitude adjustment per 100m beyond 1000m maintains efficiency. The unit ensures precise control with its built-in weld timer.’’

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