Operating Voltage:AC 380V
Output Power:20 HP
Control Mode:Vector Control
Inverters Type:3-Phase
Protection Class:IP20
Communication Interface:Modbus-RTU
Control Panel:User-friendly LED display
Mounting Options:Wall or DIN rail
Overload Capacity:150%
Brake Chopper:Built-in (Sizes 2 & 3)
Control Algorithm:PI Control
Safety Feature:Safe Torque Off (STO) (600V drives only)
Board Coating:Conformally Coated
Operating Modes:Selection options
Power Connections:Feed thru wiring
Input Filters:Selection options for braking resistors / input reactors / output filters
The OHM PS-20T-R is engineered with cutting-edge technology, offering unmatched performance in industrial automation. Its robust design ensures reliable operation in challenging environments, making it a preferred choice for manufacturing floors and production lines worldwide.
Featuring a user-friendly interface with an LED display, this control module provides real-time status updates and easy access to operational settings. It supports both Modbus-RTU and CANopen protocols, facilitating seamless communication with other system components.
With its high peak overload capacity, the OHM PS-20T-R can handle demanding loads without compromising on efficiency. This makes it ideal for applications requiring continuous high-power output, ensuring optimal performance and reduced downtime.
For added safety and convenience, the OHM PS-20T-R includes a Safe Torque Off (STO) feature (limited to 600V models), ensuring operator safety during maintenance operations. The built-in brake chopper further enhances safety by efficiently managing the electrical energy when the motor is turned off.
Conformally coated boards protect the internal components from dust, moisture, and corrosion, ensuring long-lasting reliability. The product also comes with easy access to power and I/O connections, enabling quick installation and setup.
Designed with versatility in mind, the OHM PS-20T-R offers customization options for braking resistors, input reactors, and output filters. This allows users to tailor the module to their specific application requirements, optimizing performance and efficiency.
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