Flexem Temperature Expansion Modules
Dealer In India | Zentech Automation
Additional Information:
| Temperature Expansion Modules | ||||
| Model F5-* | MS0400P | MS0800P | MS0400K | MS0800K |
| Descriptions | Resister temperature sensor input module | Thermocouple temperature sensor input module | ||
| Input | 4 | 8 | 4 | 8 |
| Rated Power | <=30mA(full load) | <=60mA(full load) | <=40mA(full load) | <=80mA(ful load) |
| Input Sensor Type | Pt100,Pt1000,Ni100,Ni120,Ni1000,Cu50,Cu100 | K,J,R,S,B,E,T,N,C type thermercouple;NTC/PTC | ||
| Resolution | 0.1℃ | Temperature:0.1℃;resister;15 bits+1*sign bit | ||
| Measuring Precision(Under 25°C Environment) | ±0.5% or ±1℃,take the larger value | Thermercouple:(±0.3% or±1℃ of display value,take the larger value)NTC/PTC:(±0.1% or ±1℃ of display value, take the larger value) |
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| Measuring Temp(Temperature Range:-20℃~60°) | Pt100, Pt100, Ni100, NIi000:PV±1% or 1°C, take the larger value; CU50, CU100: PV±1% or±1.5°C, take the larger value |
Thermercouple input (R, S, B, C) : (PV ±1% or ±2.5°C, take the larger value) Other thermocouple input: (PV±1% or ±1°C, take the larger value) |
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| Impedance Input | >=1 MOhm | |||
| Cycle | <=100ms/channel | |||
| Minimum Value Input | 0.1℃ | |||
| Input Filtering | 0~10S (take 0.01s as one unit) | |||
| Measuring Range | Pt100 –200…850 °C Pt1000 –200…600 °C Ni100 –60…180 °C Ni120 –60…180 °C Ni 1000 –60…180 °C Cu50 -50…150°C Cu100 -50…150°C |
K –200…1300 °C, J –200…1000 °C R 0…1760 °C, S 0…1760 °C B 0…1820 °C, E –200…800 °C T –200…400 °C, N –200…1300 °C C 0…2315 °CNTC: Measuring range:100 Ω…200 kΩ Temperature Calculation Range: –90…150 °C |
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| Power Supply | 24DC-15%+20%, 3.2w max. The main unit is provided internally without external input. | |||
| Wiring Structure | Removable terminal block | |||
| Working Temperature | -10~60℃ | |||
| Storage Temperature | -20~70℃ | |||
| Environmet Humidity | 5~95%RH(Non-condensing) | |||
| Instalation | Directly installed on DIN46277 (35mm width)guide rail or fixed with screws | |||
| Dimension | DimensionA | Dimension B | DimensionA | Dimension B |
