Economical General Purpose Variable Frequency Inverter

• Application: General Transducer
• Output Type: Triple
• Principle of Work: Vector Control Transducer
• Switch Mode: PWM Control
• Main Circuit Type: Voltage
• Voltage of Power Supply: Medium Voltage Variable-Frequency Drive
• Model NO.: W505
• Link of Transformation: AC-DC-AC Variable-Frequency Drive
• Nature of DC Power: Voltage Variable-Frequency Drive
• Function: Constant Torque Universal Type, Variable Torque Univesal Type
• Brand: Powe Star
• Power Range: 3 pH 380V 0.75kw-200kw and 3 pH 220V 0.75kw~55kw
• Control Method: Sensorless Vector Control, V/F Control
• Input Phase: Three Phase 380V or Single Phase 220V
• Output Phase: 3pH 380V or 3pH 220V
• Color: Deep Blue
• Analog Output: Provide 2 Analog Output Terminal, Ao1 Supports 0mA
• Programmable Digital Input: Provide 6 Digital Input Terminals,
• Relay Output: Provide 2 Output Terminal
• Transport Package: in Ctns and in Wooden Cases
• Specification: 3 pH 380V 0.75kw-200kw and 3 ph 220V 0.75kw ~55kw
• Trademark: BEDFORD
• Origin: Guangzhou, China
• HS Code: 9032899090
• Production Capacity: 9000 Piece/Pieces / Month

Product Description

W505 Series Variable Frequency Inverter is a type of General

Purpose Vector Inverter, adopting advanced technology of

magnetic flux vector control, realizing high-performance motor

control on preconditon of insensitive motor parameters, with

feafures of high torque output, quick response, superior load

adaptability and favorable reliability, it is ideal choice of high

performance general purpose variable frequency inverter of

truely meeting high field requirements.

W505 Series provide customers with variety of powerful

functions of practical PID regulator, simple PLC, programmable

Input/Output terminal control, remote synchronous control,

multiple frequency source selection and other specialized variable

frequency inverter control, also provide customers of equipment

manufacturing and automation engineering with high integrated

solution, has high value of reducing system cost and improving

system reliablity