PSI64C0.735-W1

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The PSI64C0.735-W1 is a controller module featuring two CAN interfaces and a power consumption of 14.5 watts. Part of the Bosch Rexroth Indramat PSI Frequency Inverter Series, it offers network capability and requires a TB712 terminal block for screw-in mounting. It operates with an input voltage range of 100-240 VAC.

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Product Description:

The Bosch Rexroth Indramat PSI64C0.735-W1 from the PSI Frequency Inverter Series is an efficient, intelligent, sturdy, and easy-to-use controller module used in industrial automation systems.

The power supply range of this module is 100-240VAC while the power consumption is 14.5W, it is energy efficient and can be used in many applications. It incorporates two CAN interfaces for adequate and efficient communication and networking features. The module is in an electrically closed compartment to prevent electrical interferences which may pose a danger to the other parts. Powered by an input voltage of 100-240 VAC, the PSI64C0.735-W1 guarantees functionality in different operational conditions. The controller module enables V/f control and optional vector control to meet the motor control options suitable for various applications. The module is manufactured to function in a variety of industrial applications and has a working temperature of -10°C to +50°C. This unit has an IP20 enclosure rating (open type) which is not protected against the water and is suitable for controlled industrial locations. The module also features CANopen and Modbus RTU (optional) communication interfaces for connecting to different control networks.

The current rating of the output is up to 2A continuous output and the PSI64C0.735-W1 provides power to the connected load. Measuring only 160 mm by 125 mm by 70 mm, it is suitable for installation and use on systems. The screw-in module design makes it easy to install the unit and the TB712 terminal block (sold separately) enables easy wiring. This controller module is suitable for any application that needs reliable motor control and has to be connected to the network. It can be purchased at Wake Industrial with a one-year warranty.

Can Interfaces
2
Communication Protocols
CANopen, Modbus RTU (optional)
Control Mode
V/f control, vector control (optional)
Current Rating
Up to 2 A continuous output current
Dimensions
160 mm x 125 mm x 70 mm (W x H x D)
Enclosure Rating
IP20 (open type)
Input Voltage Range
100-240 VAC
Interfaces
2 CAN interfaces
Isolation
Electrically isolated
Mounting
Screw-in module, order TB712 terminal block separately
Network Capability
Yes
Operating Temperature Range
-10°C to +50°C
Power Consumption
14.5 W
Power Supply
100-240 VAC
Type
Controller Module

Frequently Asked Questions about PSI64C0.735-W1:

Q: What is the power supply range of the PSI64C0.735-W1?

A: The module operates within a power supply range of 100-240 VAC, making it versatile for use in various industrial power systems worldwide.

Q: How does the PSI64C0.735-W1 ensure communication in industrial networks?

A: The module includes two CAN interfaces and supports Modbus RTU (optional), enabling efficient communication and seamless integration into automation networks.

Q: Why is the PSI64C0.735-W1 suitable for motor control applications?

A: The controller module supports both V/f control and optional vector control, allowing it to meet the motor control needs of various industrial applications with flexibility and precision.

Q: Why is the PSI64C0.735-W1 ideal for space-constrained installations?

A: With compact dimensions of 160mm x 125mm x 70mm and a screw-in design, the module is easy to install in systems with limited space, offering a reliable and efficient motor control solution.

Q: How does the PSI64C0.735-W1 protect against electrical interference?

A: The module is housed in an electrically closed compartment to prevent electrical interferences, ensuring safe operation and protecting other system components.


Internal Product Review

  • ‘‘The PSI64C0.735-W1 is a compact, efficient, and robust controller module designed for precise motor control in industrial automation systems. With its energy-efficient design, multiple communication interfaces, and flexible control options, it provides reliable and scalable solutions for motor control applications in diverse industrial environments.’’

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