Description
Product introduction:
Model: WSSP
Name: Bimetallic thermometer with thermal resistance or thermocouple
Manufacturer: Shanghai Automation Instrumentation Co., Ltd.
Application: WSSP Bimetallic thermometer with thermal resistance or thermocouple, both meet the demand of field temperature measurement, also meet the demand of long distance transmission, can be directly measured the temperature -80~500℃ of liquid, vapour and gas medium in the process of various production, as well as solid surface temperature.
Main Technical Parameters:
Range:-80~500℃
Accuracy class: Class 1.5
Deviation of far eastone electrical signal:
a. Degree: E(NiCr-CuNi) allowed deviation ±2.5℃/0.75%t
b. Degree: K(NiCr-NiSi) allowed deviation ±2.5℃/0.75%t
c. Degree: Pt100 Allowed deviation:
Class A:±(0.15+0.002∣t∣)
Class B:±(0.30+0.005∣t∣)
d. Intrinsic error with temperature transmitter:Δ=Δ1±0.5%FS
Δ1 is output intrinsic error corresponding thermocouple(thermal resistance)’s allowed deviation.
FS is measuring range.
Temperature transmitter transfer manner: Two wires(4~20mA)
Transmitter min working voltage is 12V, max working voltage is 35V, and rated working voltage is 24V.
Normal working environment:
Environment temperature: -25℃~80℃(hazardous areas is no more than 70℃)
Relative humidity: 5%~95%
Mechanical vibration: f≤55Hz, amplitude<0.15mm
There is not medium that may cause transmitter corrosive around the air.
Environmental temperature effect:≤0.05%/1℃
Model selection:
W |
S |
S |
Bimetallic thermometer with thermal resistance or thermocouple |
Content |
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Temperature instrument |
Metal expansion type |
Bimetal |
- |
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4 |
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Φ100mm |
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5 |
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Φ150mm |
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Dial nominal diameter |
0 |
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Angle form(axial type) |
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1 |
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Straight form(radial type) |
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8 |
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Universal type |
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Structure form |
1 |
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Movable male thread junction |
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2 |
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Movable female thread junction |
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3 |
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Movable flange |
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Installation form |
Thermocouple |
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E |
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NiCr-CuNi E(degree) |
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N |
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NiCr-NiSi K(degree) |
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Thermocouple |
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Pt100 |
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Pt resistance |
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Cu50 |
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Cu resistance |
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Transmitter |
None |
Without temperature transmitter |
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H2 |
The output and the temperature is linear |
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H4 |
Output is corresponding hydraulic input signal |
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Temperature transmitter |
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W |
S |
S |
- |
□ |
□ |
□ |
□ |
□ |
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