1.Blue screen display, can be used all-weather.
2.Has a ferquency(Hz) measurement and emulation function.
Port: Shang Hai
Minimum Order Quantity: 1 Unit/Units
Supply Ability: 1000 Unit/Units per Week
Payment Terms: L/C,T/T
Contact SupplierPackaging Detail: carton and plastic bag
Delivery Detail: 15~30 days
JC-ZJF-3 process signal simulation calibration instrument is specially design for industry process control, intelligence menu prompt, digitization operation, kompleta function, 18 input, output of thermal measurement, synchronous operation, independent operation, and isolate from each other. Possess this instrument, you can easy to complete the routine maintenance and calibration.
Characteristic
Output index
Output | Range | Resolution | Precision(%reading+%full range) | Load | Notes |
Voltage(mV) | 0-±99.999 | 1μv | 0.02%+0.015% | 200Ω(min) | DC |
Voltage(V) | 0-±9.9999 | 0.1mv | 0.02%+0.02% | 200Ω(min) | DC |
Current(mA) | 0-±25.000 | 1μA | 0.02%+0.025% | 20Ωless than R less than 50Ω | DC |
Artificial resistance(Ω) | 0-999.99 | 0.01Ω | 0.02%+0.01% | R×1less than10V 50μAless than 1less than 10 mA | |
Voltage(V) | 24 | ±10% | 30mA(max) | Instrument power | |
Frequency(Hz) | 0-1 k | 0.01Hz | 0.02%+0.02% | 10KΩ | TTL |
resistance temperature measure and output accuracy
The type of thermocouple | Range of measurement | The range of give accuracy(degree celsius) | Accuracy | |
Measurement | Output | |||
Pt100 | -50~600 | -50~200 | 0.2 | 0.2 |
200~600 | 0.25 | 0.2 | ||
Cu100 | -50~150 | -50~150 | 0.5 | 0.5 |
Cu50 | -50~150 | -50~150 | 0.5 | 0.5 |
Measure index
Measure | Range | Resolution | Accuracy(%degree+% full range) | Input impedance | Notes |
Voltage(mV) | 0~±100.000 | 1μV | 0.02%+ 0.02% | 10-9Ω | DC |
Voltage(V) | 0~±10.0000 | 0.1mV | 0.02%+0.25% | 1MΩ | DC |
Voltage(V) | 0~±50.000 | mV | 0.02%+0.025% | 1MΩ | DC |
Current(mA) | 0~±25.0000 | 0.1μV | 0.02%+0.025% | 50Ω | DC |
Resistance(Ω) | 0~999.99 | 0.01Ω | 0.02%+0.02% | ||
Resistance(Ω) | 0~9999.9 | 0.1Ω | 0.02%+0.02% | ||
Frequency(Ω) | 0~10K | 0.1Hz | 0.02%+0.02% | 10KΩ | TTL |