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Overview
HPTM280 digital temperature and pressure integrated transmitter adopts the industry's leading and unique design structure, with built-in independent measurement of high-stability pressure sensitive elements and high-precision temperature sensing elements, which can simultaneously achieve accurate measurement of medium pressure and temperature. In addition, the product has a field display, which can alternately display pressure and temperature values, and can also be networked through RS485.
The product has been screened for long-term aging and stability, with reliable and stable performance. It can be used in places with relatively harsh environments and can meet the accurate measurement of multiple parameters at one measuring point. It is widely used in the simultaneous measurement of fluid pressure and temperature in the field of industrial process control.
Features
Parallel measurement of temperature and pressure
Up to 0.2 level pressure channel measurement
Temperature sensor front-mounted method measurement, smaller error
Breathable design makes pressure measurement more stable
Supports a variety of electrical interfaces
Overview
HPTM280 digital temperature and pressure integrated transmitter adopts the industry's leading and unique design structure, with built-in independent measurement of high-stability pressure sensitive elements and high-precision temperature sensing elements, which can simultaneously achieve accurate measurement of medium pressure and temperature. In addition, the product has a field display, which can alternately display pressure and temperature values, and can also be networked through RS485.
The product has been screened for long-term aging and stability, with reliable and stable performance. It can be used in places with relatively harsh environments and can meet the accurate measurement of multiple parameters at one measuring point. It is widely used in the simultaneous measurement of fluid pressure and temperature in the field of industrial process control.
Features
Parallel measurement of temperature and pressure
Up to 0.2 level pressure channel measurement
Temperature sensor front-mounted method measurement, smaller error
Breathable design makes pressure measurement more stable
Supports a variety of electrical interfaces
Pressure Range | 0~50kPa…40MPa (Gauge); 0~50kPa…10MPa (Absolute) |
Temperature Range | 0~100℃ |
Measuring Medium | Various liquids, gases and various compatible with contact materials |
Output Signal | RS485 |
Power Supply | Vs=3.1~8VDC (built-in lithium battery ER14250, 3.6V 1200mAh) Vs=5VDC (external power supply) |
Accuracy | Pressure: ±0.5%FS standard. ; ±0.2%FS option Temperature: ±0.4℃ |
Long-term stability | ±0.25%FS/year |
Standby current | <20uA |
Acquisition cycle | 0 ~ 65535 seconds |
Power Consumption | The sensor acquisition cycle is 1s, and the power consumption is about 300uA The sensor acquisition period is 3s, and the power consumption is about 110uA Sensor acquisition cycle 5s, power consumption about 75uA ...... Note: The longer the collection cycle, the lower the power consumption |
Compensation temperature | -10~70℃ |
Zero-point Temperature Coefficient | ±1.5%FS reference 30℃,within temperature compensation range |
Full scale Temperature Coefficient | ±1.5%FS reference 30℃,within temperature compensation range |
Medium Temperature | -40~100℃ |
Ambient Temperature | -30~70℃ |
Storage Temperature | -30~70℃ |
Protection grade | IP65 |
Electric protection | Reverse polarity protection |
Mechanical Stability | Vibration 20g(20~5000Hz) Shock resistance 20g(11ms) |
Insulation resistance | >100MΩ 500VDC |
Dielectric strength | 500VAC 50Hz test voltage applied for 1min without breakdown and arcing |
Pressure Range | 0~50kPa…40MPa (Gauge); 0~50kPa…10MPa (Absolute) |
Temperature Range | 0~100℃ |
Measuring Medium | Various liquids, gases and various compatible with contact materials |
Output Signal | RS485 |
Power Supply | Vs=3.1~8VDC (built-in lithium battery ER14250, 3.6V 1200mAh) Vs=5VDC (external power supply) |
Accuracy | Pressure: ±0.5%FS standard. ; ±0.2%FS option Temperature: ±0.4℃ |
Long-term stability | ±0.25%FS/year |
Standby current | <20uA |
Acquisition cycle | 0 ~ 65535 seconds |
Power Consumption | The sensor acquisition cycle is 1s, and the power consumption is about 300uA The sensor acquisition period is 3s, and the power consumption is about 110uA Sensor acquisition cycle 5s, power consumption about 75uA ...... Note: The longer the collection cycle, the lower the power consumption |
Compensation temperature | -10~70℃ |
Zero-point Temperature Coefficient | ±1.5%FS reference 30℃,within temperature compensation range |
Full scale Temperature Coefficient | ±1.5%FS reference 30℃,within temperature compensation range |
Medium Temperature | -40~100℃ |
Ambient Temperature | -30~70℃ |
Storage Temperature | -30~70℃ |
Protection grade | IP65 |
Electric protection | Reverse polarity protection |
Mechanical Stability | Vibration 20g(20~5000Hz) Shock resistance 20g(11ms) |
Insulation resistance | >100MΩ 500VDC |
Dielectric strength | 500VAC 50Hz test voltage applied for 1min without breakdown and arcing |
Overview
HPTM280 digital temperature and pressure integrated transmitter adopts the industry's leading and unique design structure, with built-in independent measurement of high-stability pressure sensitive elements and high-precision temperature sensing elements, which can simultaneously achieve accurate measurement of medium pressure and temperature. In addition, the product has a field display, which can alternately display pressure and temperature values, and can also be networked through RS485.
The product has been screened for long-term aging and stability, with reliable and stable performance. It can be used in places with relatively harsh environments and can meet the accurate measurement of multiple parameters at one measuring point. It is widely used in the simultaneous measurement of fluid pressure and temperature in the field of industrial process control.
Features
Parallel measurement of temperature and pressure
Up to 0.2 level pressure channel measurement
Temperature sensor front-mounted method measurement, smaller error
Breathable design makes pressure measurement more stable
Supports a variety of electrical interfaces
Pressure Range | 0~50kPa…40MPa (Gauge); 0~50kPa…10MPa (Absolute) |
Temperature Range | 0~100℃ |
Measuring Medium | Various liquids, gases and various compatible with contact materials |
Output Signal | RS485 |
Power Supply | Vs=3.1~8VDC (built-in lithium battery ER14250, 3.6V 1200mAh) Vs=5VDC (external power supply) |
Accuracy | Pressure: ±0.5%FS standard. ; ±0.2%FS option Temperature: ±0.4℃ |
Long-term stability | ±0.25%FS/year |
Standby current | <20uA |
Acquisition cycle | 0 ~ 65535 seconds |
Power Consumption | The sensor acquisition cycle is 1s, and the power consumption is about 300uA The sensor acquisition period is 3s, and the power consumption is about 110uA Sensor acquisition cycle 5s, power consumption about 75uA ...... Note: The longer the collection cycle, the lower the power consumption |
Compensation temperature | -10~70℃ |
Zero-point Temperature Coefficient | ±1.5%FS reference 30℃,within temperature compensation range |
Full scale Temperature Coefficient | ±1.5%FS reference 30℃,within temperature compensation range |
Medium Temperature | -40~100℃ |
Ambient Temperature | -30~70℃ |
Storage Temperature | -30~70℃ |
Protection grade | IP65 |
Electric protection | Reverse polarity protection |
Mechanical Stability | Vibration 20g(20~5000Hz) Shock resistance 20g(11ms) |
Insulation resistance | >100MΩ 500VDC |
Dielectric strength | 500VAC 50Hz test voltage applied for 1min without breakdown and arcing |