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The HPM189 high-temperature pressure transmitter is specially designed with an imported, high-temperature-resistant pressure core as its sensitive element. To ensure accurate measurements, the transmitter incorporates a heat dissipation structure within its stainless steel shell, allowing the sensor to effectively transmit the pressure of the measured medium. The internal signal conditioning circuitry minimizes low-temperature drift and converts the sensor signal into a standard current output, making it compatible with various devices such as computers, control instruments, and display instruments. With its all-stainless steel construction, this product offers exceptional performance, easy installation, and remarkable resistance to earthquakes and impacts. The high-temperature-resistant core and heat dissipation structure enable reliable pressure measurement in high-temperature environments over extended periods.
The HPM189 high-temperature pressure transmitter is specially designed with an imported, high-temperature-resistant pressure core as its sensitive element. To ensure accurate measurements, the transmitter incorporates a heat dissipation structure within its stainless steel shell, allowing the sensor to effectively transmit the pressure of the measured medium. The internal signal conditioning circuitry minimizes low-temperature drift and converts the sensor signal into a standard current output, making it compatible with various devices such as computers, control instruments, and display instruments. With its all-stainless steel construction, this product offers exceptional performance, easy installation, and remarkable resistance to earthquakes and impacts. The high-temperature-resistant core and heat dissipation structure enable reliable pressure measurement in high-temperature environments over extended periods.
Application
Pressure measurement of high temperature media
Various types of automated machinery and equipment
Industrial automation site
Application
Pressure measurement of high temperature media
Various types of automated machinery and equipment
Industrial automation site
Features
High temperature resistance -40~200℃, up to 350℃
Wide measuring range, can measure gauge pressure, absolute pressure and sealed gauge pressure
Can measure oil, water and gas
Various pressure interfaces available
A variety of output signals are available
Wide temperature range compensation, small temperature drift
Good long-term stability
Features
High temperature resistance -40~200℃, up to 350℃
Wide measuring range, can measure gauge pressure, absolute pressure and sealed gauge pressure
Can measure oil, water and gas
Various pressure interfaces available
A variety of output signals are available
Wide temperature range compensation, small temperature drift
Good long-term stability
Technical Parameters
Measuring Medium | various liquid, gas or steam compatible with 304 or 316L stainless steel |
Pressure Range | -100kPa…0~2kPa…100MPa |
Overload | 1.5x of full range |
Pressure Type | Gauge pressure, absolute pressure or sealed gauge pressure |
Accuracy | ±0.5%FS,0.25% (option) |
Long-term Stability | ±0.25%FS/year; ±0.2%FS/year |
Temperature Coefficient | ±1.0%FS/℃(Reference 25℃) |
Medium Temperature | -40~140℃(5 cooling fins) -40~200℃(10 cooling fins) -40~350℃(8 cooling fins,cellular structure) |
Storage Temperature | -40~85℃ |
Ambient Temperature | -40~85℃ |
Supply Voltage | 8~30V(4~20mA) |
Output Signal | Two wire 4~20mADC, Three wire voltage etc |
Insulation Resistance | 100MΩ,500VDC |
Ingress Protection of Shell | IP65 |
Electrical Connection | Cable Outlet/Hirschmann/M12×1 |
Technical Parameters
Measuring Medium | various liquid, gas or steam compatible with 304 or 316L stainless steel |
Pressure Range | -100kPa…0~2kPa…100MPa |
Overload | 1.5x of full range |
Pressure Type | Gauge pressure, absolute pressure or sealed gauge pressure |
Accuracy | ±0.5%FS,0.25% (option) |
Long-term Stability | ±0.25%FS/year; ±0.2%FS/year |
Temperature Coefficient | ±1.0%FS/℃(Reference 25℃) |
Medium Temperature | -40~140℃(5 cooling fins) -40~200℃(10 cooling fins) -40~350℃(8 cooling fins,cellular structure) |
Storage Temperature | -40~85℃ |
Ambient Temperature | -40~85℃ |
Supply Voltage | 8~30V(4~20mA) |
Output Signal | Two wire 4~20mADC, Three wire voltage etc |
Insulation Resistance | 100MΩ,500VDC |
Ingress Protection of Shell | IP65 |
Electrical Connection | Cable Outlet/Hirschmann/M12×1 |
The HPM189 high-temperature pressure transmitter is specially designed with an imported, high-temperature-resistant pressure core as its sensitive element. To ensure accurate measurements, the transmitter incorporates a heat dissipation structure within its stainless steel shell, allowing the sensor to effectively transmit the pressure of the measured medium. The internal signal conditioning circuitry minimizes low-temperature drift and converts the sensor signal into a standard current output, making it compatible with various devices such as computers, control instruments, and display instruments. With its all-stainless steel construction, this product offers exceptional performance, easy installation, and remarkable resistance to earthquakes and impacts. The high-temperature-resistant core and heat dissipation structure enable reliable pressure measurement in high-temperature environments over extended periods.
Application
Pressure measurement of high temperature media
Various types of automated machinery and equipment
Industrial automation site
Features
High temperature resistance -40~200℃, up to 350℃
Wide measuring range, can measure gauge pressure, absolute pressure and sealed gauge pressure
Can measure oil, water and gas
Various pressure interfaces available
A variety of output signals are available
Wide temperature range compensation, small temperature drift
Good long-term stability
Technical Parameters
Measuring Medium | various liquid, gas or steam compatible with 304 or 316L stainless steel |
Pressure Range | -100kPa…0~2kPa…100MPa |
Overload | 1.5x of full range |
Pressure Type | Gauge pressure, absolute pressure or sealed gauge pressure |
Accuracy | ±0.5%FS,0.25% (option) |
Long-term Stability | ±0.25%FS/year; ±0.2%FS/year |
Temperature Coefficient | ±1.0%FS/℃(Reference 25℃) |
Medium Temperature | -40~140℃(5 cooling fins) -40~200℃(10 cooling fins) -40~350℃(8 cooling fins,cellular structure) |
Storage Temperature | -40~85℃ |
Ambient Temperature | -40~85℃ |
Supply Voltage | 8~30V(4~20mA) |
Output Signal | Two wire 4~20mADC, Three wire voltage etc |
Insulation Resistance | 100MΩ,500VDC |
Ingress Protection of Shell | IP65 |
Electrical Connection | Cable Outlet/Hirschmann/M12×1 |