Frequency converter OWEN PCHV103-4K0-V

Frequency converter OWEN PChV103-4K0-V

The universal low and medium power vector frequency converter OWEN PChV1 can be used in automated drive systems with a power of not more than 4 kW, including a variety of HVAC systems, low and medium power machines, conveyor lines, spatial positioning systems, etc.
For programming and operational control of frequency converter1 serves as an operator panel LPO1 or LPO2 (supplied by separate order) . There is a potentiometer on the front of the LPO1 panel.
The factory default settings allow the user to test the operation of the drive in manual and automatic modes at minimal cost after entering the main parameters into the LPO.

Key Features

• Soft start and stop of the engine, including delayed start and start under load according to the S-shaped characteristic of acceleration;
• Load and slip compensation;
• Volt-frequency or vector control algorithms;
• Automatic motor adaptation without rotation;
• Automatic energy optimization for the highest level of energy efficiency;
• Full functional and hardware diagnostics and protection of the operation of the frequency converter;
• Built-in mains choke and choke in the DC link;
• Built-in PI controller for closed loop control (maintenance of pressure, temperature, level, etc.);
• Built-in PLC for complex drive control and positioning tasks
• Ability to work with external incremental encoders, including for maintaining low speeds with high accuracy.
• Possibility of dynamic braking, including the use of braking resistors.
• Flexible control structure with the possibility of simultaneous control by physical inputs and RS-485 interface, which provides convenient integration into modern control and dispatching systems.
• Easy setup in the Russian-language configurator or using the local operator panel. Quick menus and ready-made configurations for typical tasks.

main parameters

• Power supply 3×380 V (0.37…22 kW);
• Output frequency up to 400 Hz;
• Adjustment range up to 1:1000;
• Accuracy of maintaining speed up to 0.1% of the actual;
• Torque maintenance accuracy up to 0.5% of actual.