| Specification |
Application: High-performance Transducer, Three Phase Transducer, General Transducer, High Frequency Converter Transducer;
Output Type: Triple;
Principle of Work: Voltage/Current;
Switch Mode: PWM Control;
Main Circuit Type: Voltage/Current;
Voltage of Power Supply: Low Voltage Variable-Frequency Drive;
Link of Transformation: AC-AC Variable-Frequency Drive;
Nature of DC Power: Current Variable-Frequency Drive;
Function: Elevator Special, Constant Torque Universal Type;
Brand: Ifind;
Color: White/Black/Grey;
OEM: Yes;
Agent: End User or Agent;
Software: Suitable for Normal Elevator;
Kw: 7.5;
Optional Spares: Pg Card;
Hardware: Famous Brand;
|
Application: High Frequency Converter Transducer;
Output Type: Single;
Principle of Work: PLC Control;
Main Circuit Type: Voltage;
Voltage of Power Supply: High Voltage Variable-Frequency Drive;
Link of Transformation: AC-DC-AC Variable-Frequency Drive;
Nature of DC Power: Voltage Variable-Frequency Drive;
Function: Provide Continuous,Pure,Stable Sinusoidal Voltage;
Brand: Wenlida;
Output Frequency: 25-1000Hz Continuously Adjustable;
Input Frequency: 0-1000V Continuously Adjustable;
Load Stability Rate: ≤±1%(Pure Resistive Load);
Frequency Stability Rate: ≤±0.01%;
Distortion Rate: Thd≤±2%(Pure Resistive Load);
Peak Factor Ratio: 3:1;
Efficiency: ≥85%;
Reaction Time: ≤2ms;
Isolation Resistance: 500VDC/200mΩ;
Stand Voltage Insulation: 1800VAC/5mA/1min;
Cooling Mode: Forced Fan Cooling;
Noise: Less Than 60dB at 1m;
Voltage Regulating Mode: Igbp/PWM;
|
Application: High Frequency Converter Transducer;
Output Type: Single;
Principle of Work: PLC Control;
Main Circuit Type: Voltage;
Voltage of Power Supply: High Voltage Variable-Frequency Drive;
Link of Transformation: AC-DC-AC Variable-Frequency Drive;
Nature of DC Power: Voltage Variable-Frequency Drive;
Function: Provide Continuous,Pure,Stable Sinusoidal Voltage;
Brand: Wenlida;
Output Frequency: 25-1000Hz Continuously Adjustable;
Input Frequency: 0-1000V Continuously Adjustable;
Load Stability Rate: ≤±1%(Pure Resistive Load);
Frequency Stability Rate: ≤±0.01%;
Distortion Rate: Thd≤±2%(Pure Resistive Load);
Peak Factor Ratio: 3:1;
Efficiency: ≥85%;
Reaction Time: ≤2ms;
Isolation Resistance: 500VDC/200mΩ;
Stand Voltage Insulation: 1800VAC/5mA/1min;
Cooling Mode: Forced Fan Cooling;
Noise: Less Than 60dB at 1m;
Voltage Regulating Mode: Igbp/PWM;
|
Application: High Frequency Converter Transducer;
Output Type: Single;
Principle of Work: PLC Control;
Main Circuit Type: Voltage;
Voltage of Power Supply: High Voltage Variable-Frequency Drive;
Link of Transformation: AC-DC-AC Variable-Frequency Drive;
Nature of DC Power: Voltage Variable-Frequency Drive;
Function: Provide Continuous,Pure,Stable Sinusoidal Voltage;
Brand: Wenlida;
Output Frequency: 25-1000Hz Continuously Adjustable;
Input Frequency: 0-1000V Continuously Adjustable;
Load Stability Rate: ≤±1%(Pure Resistive Load);
Frequency Stability Rate: ≤±0.01%;
Distortion Rate: Thd≤±2%(Pure Resistive Load);
Peak Factor Ratio: 3:1;
Efficiency: ≥85%;
Reaction Time: ≤2ms;
Isolation Resistance: 500VDC/200mΩ;
Stand Voltage Insulation: 1800VAC/5mA/1min;
Cooling Mode: Forced Fan Cooling;
Noise: Less Than 60dB at 1m;
Voltage Regulating Mode: Igbp/PWM;
|
Application: High Frequency Converter Transducer;
Output Type: Single;
Principle of Work: PLC Control;
Main Circuit Type: Voltage;
Voltage of Power Supply: High Voltage Variable-Frequency Drive;
Link of Transformation: AC-DC-AC Variable-Frequency Drive;
Nature of DC Power: Voltage Variable-Frequency Drive;
Function: Provide Continuous,Pure,Stable Sinusoidal Voltage;
Brand: Wenlida;
Output Frequency: 25-1000Hz Continuously Adjustable;
Input Frequency: 0-1000V Continuously Adjustable;
Load Stability Rate: ≤±1%(Pure Resistive Load);
Frequency Stability Rate: ≤±0.01%;
Distortion Rate: Thd≤±2%(Pure Resistive Load);
Peak Factor Ratio: 3:1;
Efficiency: ≥85%;
Reaction Time: ≤2ms;
Isolation Resistance: 500VDC/200mΩ;
Stand Voltage Insulation: 1800VAC/5mA/1min;
Cooling Mode: Forced Fan Cooling;
Noise: Less Than 60dB at 1m;
Voltage Regulating Mode: Igbp/PWM;
|
