Thermo-Pressure Integrated Temperature Transmitter
The operating principle of the integrated temperature and pressure transmitter is mainly based on physical characteristics such as resistance, capacitance or semiconductor.
In terms of measuring temperature, commonly used sensors include thermal resistors and thermistors, which are very sensitive to temperature changes and determine the magnitude of temperature by measuring changes in resistance values.
In terms of measuring pressure, commonly used sensors are piezoresistive sensors and piezoelectric sensors, which determine the magnitude of pressure by measuring changes in resistance or charge.
The operating principle of the integrated temperature and pressure transmitter is mainly based on physical characteristics such as resistance, capacitance or semiconductor.
In terms of measuring temperature, commonly used sensors include thermal resistors and thermistors, which are very sensitive to temperature changes and determine the magnitude of temperature by measuring changes in resistance values.
In terms of measuring pressure, commonly used sensors are piezoresistive sensors and piezoelectric sensors, which determine the magnitude of pressure by measuring changes in resistance or charge.
1. With high precision and stability, it can provide accurate measurement results in different working environments.
2. It has good anti-interference ability and can work in a complex electromagnetic environment without being affected by external interference.
3. Small size, light weight, convenient installation, suitable for various occasions of measurement needs.
4. The integrated temperature and pressure transmitter also has the advantages of long life and high reliability, and can operate stably in a variety of harsh working environments.
1. With high precision and stability, it can provide accurate measurement results in different working environments.
2. It has good anti-interference ability and can work in a complex electromagnetic environment without being affected by external interference.
3. Small size, light weight, convenient installation, suitable for various occasions of measurement needs.
4. The integrated temperature and pressure transmitter also has the advantages of long life and high reliability, and can operate stably in a variety of harsh working environments.
Thermo-pressure integrated temperature transmitter be Widely used in the field of automation control, central air conditioning, centrifuge, hydraulic, aluminum industry and other fields.
Thermo-pressure integrated temperature transmitter be Widely used in the field of automation control, central air conditioning, centrifuge, hydraulic, aluminum industry and other fields.
Pressure range
- 100kpa ~ 0 ~ 60Mpa
overload pressures
150%F. S
Burst pressures
200%F. S
operational Mode
Gauge, Absolute
Measuring Media
output SignaI
4 ~ 20mA, 2conductor
0/1 ~ 5VDC, 3conductor
0 ~ 10VDC, 3conductor
operating voltage
24VDC ( 12 ~ 32VDC)
Accuracy
±0 .25%F. S(typ)±0 . 5%F.S(max )
compensated temperature range
- 20 ~ ＋100C
FIuid temperature range
- 30 ~ ＋120°C
Insulation resistance
≥100MΩ(100VDC)
Mechanical connection
G1/2 -A, M20× 1 . 5,G1/4 -A
Material
stainless steel
| Pressure range | - 100kpa ~ 0 ~ 60Mpa | ||
| overload pressures | 150%F. S | ||
| Burst pressures | 200%F. S | ||
| operational Mode | Gauge, Absolute | ||
| Measuring Media | output SignaI | 4 ~ 20mA, 2conductor | |
| 0/1 ~ 5VDC, 3conductor | |||
| 0 ~ 10VDC, 3conductor | |||
| operating voltage | 24VDC ( 12 ~ 32VDC) | ||
| Accuracy | ±0 .25%F. S(typ)±0 . 5%F.S(max ) | ||
| compensated temperature range | - 20 ~ ＋100C | ||
| FIuid temperature range | - 30 ~ ＋120°C | ||
| Insulation resistance | ≥100MΩ(100VDC) | ||
| Mechanical connection | G1/2 -A, M20× 1 . 5,G1/4 -A | ||
| Material | stainless steel |
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