Descripción
1.Applied Standards & Rules:
Measuring and conversion CEI 688 / 1992 – 04
Dielectrical strength CEI 688 2KVac / 1 min.
Surge and Impulse test ANSI C37.90 / 1989
CEI 255-3 (1989) 4KV 1.2 X 50 us
2.model:
3.Order form:
Nota
1.Standard output calibration
bipolar 0 to ± 1mA for 0 to ± D Watts or Vars 4-12-20mA for -D to 0 to +D Watts or Vars
2. External power mode suitably for all output types
Internal power mode, only suitably for 0-1mA / 0-20mamá / 0-1V / 0-5V / 0-10V output
Main functions and Characteristics
Transforms the measured signal to a voltage, after HCNR200 linearity photodiode transforms to DC output which has extremely good linear relations with the measured signal, uses the computer aided designed, the principle is simply, circuitry designed concisely, reliability is highly and installment is conveniently.
Notice
Operating environment should not have the electric dust and gas of corrosive metal and destruction insulation existence, the altitude should less than 2,500 medidores.
The Zero and SPAN have been adjusted when products left factory. Please don’t adjust at will.
Technical Specification
| Reference Standard |
GB/T 13850-1998(IEC688-1992) |
| Accuracy | |
| Long Term stability | ≤±0.2%/year.No accumulation error |
| Temperature influence | ≤ 100ppm/oC |
| Response Time |
<400EM |
| Output Ripple | <0.4%(peak-peak value) |
| Input burden | Current less 0.2VA;voltage less 0.1VA |
| Frequency | Nominal frequency ±10% |
| Maximum output load | Current output Max10V pressure drop |
| Auxiliary power | Ratedvoltage80%-120%,rated current 90%-110% |
| Auxiliary load effect |
<± 0.1% |
| Allow excessive input | Current 3rate continuous 10rate 30 secs voltageMax 2ratecontinuous |
| Dielectric strength | Input /output /power/between the crust 2KV AC 1 minIEC866 |
| Impact test | ANSIC37.90a/1973,IEC255-4 (5kV1.2/50us PulsedVoltage) |
| Calibration amplitude | Full scale least±3%,zero least±1% |
| Magnetic field effect | 0.4KA/m magnetic field strength change <0.05% |
| Operating condition | Temperature -10~55oC relative humidity≤95%RHnoncondensing |
| Storage condition | Temperature -40~70oC relative humidity ≤95% RHnoncondensing |
Parameters:personalizado
Input Voltage/Inout Current/Input Frequency/Auxiliary Power/Outout/Power Correction
We can provide the product model and specifications:
| Producto | N º de Modelo. |
| AC current transducer | JD194-BS4I-N |
| AC voltage transducer | JD194-BS4U-N |
| AC current transducer | JD194-BS4I |
| DC current transducer | JD194-BS5I |
| AC voltage transducer | JD194-BS4U |
| DC voltage transducer | JD194-BS5U |
| Power transmitter | JD194-BS4P |
| Power transmitter | JD194-BS4Q |
| Power factor transducer | JD194-BS4H7 |
| Frequency transmitter | JD194-BS4F7 |
| Integrated transmitter | JD194-BS4Z6 |
| Integrated transmitter | JD194-BS4Z8 |
| Integrated transmitter | JD194-BS4Z-S |
| Transmisor de temperatura | BS6T |
| Resistance transducer | BS6R |
| Intelligent signal conditioner | BS6M |
| AC current transducer | RPA |
| AC voltage transducer | RPV |
| AC current transducer | RPAT |
| AC voltage transducer | RPVT |
| AC current transducer | RPAX |
| AC voltage transducer | RPVX |
| Power transmitter | RPW |
| Power transmitter | RPK |
| Power transmitter | RPWK |
| Power factor transducer | RPPF |
| Frequency transmitter | RPF |
| Frequency transmitter | RPFT |
| AC current transducer | CPA |
| AC voltage transducer | CPV |
| AC current transducer | CPAT |
| AC voltage transducer | CPVT |
| AC current transducer | CPAX |
| AC voltage transducer | CPVX |
| Power transmitter | CPW |
| Power transmitter | CPK |
| Power transmitter | CPWK |
| Power factor transducer | CPPF |
| Frequency transmitter | CPF |
| Frequency transmitter | CPFT |
| Power transmitter | FPW |
| Power transmitter | FPK |
| Power transmitter | FPWT |
| Power transmitter | FPKT |
| Power transmitter | FPWK |
| DC transducer | FPD-1H |
| DC transducer | FPD-2H |
| DC transducer | FPDH-1H |
| DC transducer | FPDH-2H |
| AC current transducer | FPA |
| AC voltage transducer | FPV |
| AC current transducer | FPA2 |
| AC voltage transducer | FPV2 |
| AC current transducer | FPAR |
| AC voltage transducer | FPVR |
| AC current transducer | FPAT |
| AC voltage transducer | FPVT |
| AC current transducer | FPAX |
| AC voltage transducer | FPVX |
| AC current transducer | FPAX2 |
| AC voltage transducer | FPVX2 |
| AC current transducer | GPA |
| AC voltage transducer | GPV |
| AC current transducer | GPA2 |
| AC voltage transducer | GPV2 |
| AC current transducer | EPA |
| AC voltage transducer | EPV |
| AC current transducer | GPAT |
| AC voltage transducer | GPVT |
| AC current transducer | GPAX |
| AC voltage transducer | GPVX |
| AC current transducer | GPAX2 |
| AC voltage transducer | GPVX2 |
| AC current transducer | GPAS |
| AC voltage transducer | GPVS |
| Generator negative sequence current meter | FPFX-100 |
| Transmisor de temperatura | FT3 |
| Transmisor de temperatura | FT2 |
| Transmisor de temperatura | FT2-C |
| Transmisor de temperatura | GPT |
| Transmisor de temperatura | EPT |
| Shift transmitter | FPB |