CGK-II dynamometer control instrument
Eddy current dynamometer excitation closed loop, LCD display of speed, torque, and power
1 torque measurement channel, 1 speed measurement channel
1 torque voltage signal output, 1 speed voltage signal output, 1 speed frequency signal output
1 D/A output port, used for excitation current control
1 CAN port, used for communication with computers and data acquisition instruments
2 switch quantity outputs (protective stop, emergency stop)
4 switch quantity inputs (spare, protective stop, emergency stop, forward and reverse zero adjustment)
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- Product Description
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Overview
The CGK-II dynamometer control instrument is used with compatible torque sensors and speed sensors to measure and control engine torque, speed, and power parameters.
The instrument uses a digital incremental PID control algorithm for high control accuracy; torque and speed settings use a photoelectric digital encoder, which is contactless, wear-free, and long-lasting; input, output, and power are all isolated, with high anti-interference capability.
It uses advanced CAN fieldbus technology and an advanced "masterless" structure, making system construction and expansion very convenient.
The instrument has a built-in character library, and with the LCD display and simple keyboard, human-computer interaction is very easy. Menu and option operations are simple and clear.
Instrument Functions and Configuration
1) One torque measurement channel, one speed measurement channel
2) 1 torque voltage signal output, 1 speed voltage signal output, 1 speed frequency signal output
3) One D/A output port for excitation current control
4) One CAN port for communication with computers and data acquisition instruments
5) 2 switch quantity outputs (protective stop, emergency stop)
6) 4 switch quantity inputs (spare, protective stop, emergency stop, forward/reverse zeroing)
Main Performance Characteristics
- Uses advanced CAN fieldbus technology
- Contactless, wear-free digital encoder setting method
- Digital incremental method for controlling engine speed/torque
- Disturbance-free switching between various control modes, 7 preset control modes, can achieve reverse drag control
- Input, output, and power are fully isolated, with high anti-interference capability
- Torque and speed overlimit audible and visual alarm
- User-friendly human-machine interface using LCD display
- Modular design simplifies the structure, with unparalleled reliability and maintainability
Main Technical Indicators
① Torque
Signal type: Tensile pressure sensor voltage signal
Sampling time: 20ms
Measurement range: 0~32767
Measurement accuracy: ±0.1%F.S
Control accuracy: ±0.2%F.S
② Speed
Signal type: Magnetic electric sensor frequency signal
Measurement range: 0~20000r/min
Sampling time: 20ms
Measurement range: 0 to +32767
Measurement accuracy: ±1rpm
Control accuracy: ±5rpm
③ Excitation control output
D/A conversion accuracy: 12 bits
Voltage output: Output impedance: 100Ω
Current output: Load resistance: <300Ω
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