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.
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Our Integrated Temperature Pressure Transmitter is an advanced all-in-one sensing solution engineered for reliable, real-time fluid parameter measurement across diverse industrial operating conditions. Designed exclusively for industrial enterprise users and system integration partners, this transmitter eliminates the inefficiencies of split temperature and pressure sensing devices, delivering synchronized dual-parameter data with exceptional accuracy in a single compact unit.
At its core, the device integrates a high-stability pressure sensing element and a precision temperature probe, housed in a rugged industrial-grade enclosure to withstand vibration, shock, and corrosive media common in heavy-duty applications. Unlike split sensing solutions that require dual installation points, complex wiring, and extra data synchronization processing, our integrated design simplifies deployment, cuts installation and maintenance costs, and minimizes potential leak points in pressurized fluid systems. Whether monitoring hydraulic fluid, process water, gas media, or industrial lubricants, this transmitter delivers consistent, actionable data to support critical process control and operational safety.
Engineered for rigorous industrial requirements, our integrated temperature and pressure transducer delivers industry-leading accuracy, with typical pressure measurement accuracy up to ±0.2%FS and temperature measurement accuracy up to ±0.3℃, with optional higher precision grades for mission-critical applications. Full-range digital temperature compensation across -20℃ to 80℃ eliminates drift caused by ambient temperature fluctuations, ensuring stable performance even in rapidly changing operating environments.
Constructed with 316L stainless steel wetted parts and a fully welded hermetic enclosure, the device offers exceptional corrosion, abrasion, and moisture resistance, with IP65/IP67 protection grade options for outdoor and high-humidity applications. It withstands up to 20g mechanical vibration and 50g shock impact, making it suitable for heavy machinery, mobile equipment, and high-pressure process lines. It also features reverse polarity and overvoltage protection, preventing component damage from wiring errors and electrical surges.
With multiple standard output options including 2-wire 4~20mA, 3-wire 0~10V, and Modbus-RTU/RS485, the fluid parameter measurement transmitter seamlessly integrates with most existing PLC, SCADA, and industrial control systems, eliminating costly system upgrades. Its compact, space-saving design fits into tight installation points where separate sensors cannot be deployed, reducing piping modifications and installation labor costs for industrial enterprise users.
With a typical long-term stability of ±0.2%FS per year, the device minimizes frequent calibration and maintenance needs, reducing downtime and total cost of ownership over its service life. Each unit undergoes rigorous factory testing and calibration before delivery, ensuring consistent performance for up to 10 years in standard industrial operating conditions.
Our Integrated Temperature Pressure Transmitter is a versatile solution trusted by professional industrial operators across multiple sectors:
Hydraulic & Pneumatic System Monitoring: Ideal for monitoring hydraulic oil pressure and temperature in injection molding machines, hydraulic presses, and heavy construction equipment, enabling predictive maintenance and preventing system failures from overpressure or overheating.
Oil & Gas Midstream & Downstream Processing: Used for fluid parameter measurement in pipeline transportation, storage tanks, and refinery process lines, delivering reliable data for custody transfer, process control, and safety monitoring.
Water & Wastewater Treatment: Monitors pressure and temperature of process water, sludge, and chemical dosing media in water treatment plants, supporting accurate process control and environmental regulatory compliance.
HVAC & Commercial Building Automation: Delivers precise data for chilled water, hot water, and refrigerant systems in commercial buildings, optimizing energy efficiency and ensuring stable climate control for large-scale facilities.
This all-in-one device delivers synchronized, real-time measurement of both fluid pressure and temperature in a single installation, eliminating the need for separate sensing devices and ensuring data consistency for process control.
We offer multiple standard output options to fit diverse system requirements, including 2-wire 4~20mA analog output, 3-wire 0~10V/0~5V voltage output, and digital Modbus-RTU/RS485 output. Custom configurations are available for specialized project requirements.
Standard pressure ranges cover 0~1bar up to 0~1000bar, with custom ranges available for high-pressure applications up to 2000bar. All units support 1.5× full scale overload pressure to withstand occasional pressure spikes without damage.
Yes, the standard unit features 316L stainless steel wetted parts, compatible with most water-based, oil-based, and mildly corrosive media. For highly corrosive applications such as strong acids and alkalis, we offer custom material options including Hastelloy and PTFE lining.
Our Integrated Temperature Pressure Transmitter is an advanced all-in-one sensing solution engineered for reliable, real-time fluid parameter measurement across diverse industrial operating conditions. Designed exclusively for industrial enterprise users and system integration partners, this transmitter eliminates the inefficiencies of split temperature and pressure sensing devices, delivering synchronized dual-parameter data with exceptional accuracy in a single compact unit.
At its core, the device integrates a high-stability pressure sensing element and a precision temperature probe, housed in a rugged industrial-grade enclosure to withstand vibration, shock, and corrosive media common in heavy-duty applications. Unlike split sensing solutions that require dual installation points, complex wiring, and extra data synchronization processing, our integrated design simplifies deployment, cuts installation and maintenance costs, and minimizes potential leak points in pressurized fluid systems. Whether monitoring hydraulic fluid, process water, gas media, or industrial lubricants, this transmitter delivers consistent, actionable data to support critical process control and operational safety.
Engineered for rigorous industrial requirements, our integrated temperature and pressure transducer delivers industry-leading accuracy, with typical pressure measurement accuracy up to ±0.2%FS and temperature measurement accuracy up to ±0.3℃, with optional higher precision grades for mission-critical applications. Full-range digital temperature compensation across -20℃ to 80℃ eliminates drift caused by ambient temperature fluctuations, ensuring stable performance even in rapidly changing operating environments.
Constructed with 316L stainless steel wetted parts and a fully welded hermetic enclosure, the device offers exceptional corrosion, abrasion, and moisture resistance, with IP65/IP67 protection grade options for outdoor and high-humidity applications. It withstands up to 20g mechanical vibration and 50g shock impact, making it suitable for heavy machinery, mobile equipment, and high-pressure process lines. It also features reverse polarity and overvoltage protection, preventing component damage from wiring errors and electrical surges.
With multiple standard output options including 2-wire 4~20mA, 3-wire 0~10V, and Modbus-RTU/RS485, the fluid parameter measurement transmitter seamlessly integrates with most existing PLC, SCADA, and industrial control systems, eliminating costly system upgrades. Its compact, space-saving design fits into tight installation points where separate sensors cannot be deployed, reducing piping modifications and installation labor costs for industrial enterprise users.
With a typical long-term stability of ±0.2%FS per year, the device minimizes frequent calibration and maintenance needs, reducing downtime and total cost of ownership over its service life. Each unit undergoes rigorous factory testing and calibration before delivery, ensuring consistent performance for up to 10 years in standard industrial operating conditions.
Our Integrated Temperature Pressure Transmitter is a versatile solution trusted by professional industrial operators across multiple sectors:
Hydraulic & Pneumatic System Monitoring: Ideal for monitoring hydraulic oil pressure and temperature in injection molding machines, hydraulic presses, and heavy construction equipment, enabling predictive maintenance and preventing system failures from overpressure or overheating.
Oil & Gas Midstream & Downstream Processing: Used for fluid parameter measurement in pipeline transportation, storage tanks, and refinery process lines, delivering reliable data for custody transfer, process control, and safety monitoring.
Water & Wastewater Treatment: Monitors pressure and temperature of process water, sludge, and chemical dosing media in water treatment plants, supporting accurate process control and environmental regulatory compliance.
HVAC & Commercial Building Automation: Delivers precise data for chilled water, hot water, and refrigerant systems in commercial buildings, optimizing energy efficiency and ensuring stable climate control for large-scale facilities.
This all-in-one device delivers synchronized, real-time measurement of both fluid pressure and temperature in a single installation, eliminating the need for separate sensing devices and ensuring data consistency for process control.
We offer multiple standard output options to fit diverse system requirements, including 2-wire 4~20mA analog output, 3-wire 0~10V/0~5V voltage output, and digital Modbus-RTU/RS485 output. Custom configurations are available for specialized project requirements.
Standard pressure ranges cover 0~1bar up to 0~1000bar, with custom ranges available for high-pressure applications up to 2000bar. All units support 1.5× full scale overload pressure to withstand occasional pressure spikes without damage.
Yes, the standard unit features 316L stainless steel wetted parts, compatible with most water-based, oil-based, and mildly corrosive media. For highly corrosive applications such as strong acids and alkalis, we offer custom material options including Hastelloy and PTFE lining.
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 |
Our Integrated Temperature Pressure Transmitter is an advanced all-in-one sensing solution engineered for reliable, real-time fluid parameter measurement across diverse industrial operating conditions. Designed exclusively for industrial enterprise users and system integration partners, this transmitter eliminates the inefficiencies of split temperature and pressure sensing devices, delivering synchronized dual-parameter data with exceptional accuracy in a single compact unit.
At its core, the device integrates a high-stability pressure sensing element and a precision temperature probe, housed in a rugged industrial-grade enclosure to withstand vibration, shock, and corrosive media common in heavy-duty applications. Unlike split sensing solutions that require dual installation points, complex wiring, and extra data synchronization processing, our integrated design simplifies deployment, cuts installation and maintenance costs, and minimizes potential leak points in pressurized fluid systems. Whether monitoring hydraulic fluid, process water, gas media, or industrial lubricants, this transmitter delivers consistent, actionable data to support critical process control and operational safety.
Engineered for rigorous industrial requirements, our integrated temperature and pressure transducer delivers industry-leading accuracy, with typical pressure measurement accuracy up to ±0.2%FS and temperature measurement accuracy up to ±0.3℃, with optional higher precision grades for mission-critical applications. Full-range digital temperature compensation across -20℃ to 80℃ eliminates drift caused by ambient temperature fluctuations, ensuring stable performance even in rapidly changing operating environments.
Constructed with 316L stainless steel wetted parts and a fully welded hermetic enclosure, the device offers exceptional corrosion, abrasion, and moisture resistance, with IP65/IP67 protection grade options for outdoor and high-humidity applications. It withstands up to 20g mechanical vibration and 50g shock impact, making it suitable for heavy machinery, mobile equipment, and high-pressure process lines. It also features reverse polarity and overvoltage protection, preventing component damage from wiring errors and electrical surges.
With multiple standard output options including 2-wire 4~20mA, 3-wire 0~10V, and Modbus-RTU/RS485, the fluid parameter measurement transmitter seamlessly integrates with most existing PLC, SCADA, and industrial control systems, eliminating costly system upgrades. Its compact, space-saving design fits into tight installation points where separate sensors cannot be deployed, reducing piping modifications and installation labor costs for industrial enterprise users.
With a typical long-term stability of ±0.2%FS per year, the device minimizes frequent calibration and maintenance needs, reducing downtime and total cost of ownership over its service life. Each unit undergoes rigorous factory testing and calibration before delivery, ensuring consistent performance for up to 10 years in standard industrial operating conditions.
Our Integrated Temperature Pressure Transmitter is a versatile solution trusted by professional industrial operators across multiple sectors:
Hydraulic & Pneumatic System Monitoring: Ideal for monitoring hydraulic oil pressure and temperature in injection molding machines, hydraulic presses, and heavy construction equipment, enabling predictive maintenance and preventing system failures from overpressure or overheating.
Oil & Gas Midstream & Downstream Processing: Used for fluid parameter measurement in pipeline transportation, storage tanks, and refinery process lines, delivering reliable data for custody transfer, process control, and safety monitoring.
Water & Wastewater Treatment: Monitors pressure and temperature of process water, sludge, and chemical dosing media in water treatment plants, supporting accurate process control and environmental regulatory compliance.
HVAC & Commercial Building Automation: Delivers precise data for chilled water, hot water, and refrigerant systems in commercial buildings, optimizing energy efficiency and ensuring stable climate control for large-scale facilities.
This all-in-one device delivers synchronized, real-time measurement of both fluid pressure and temperature in a single installation, eliminating the need for separate sensing devices and ensuring data consistency for process control.
We offer multiple standard output options to fit diverse system requirements, including 2-wire 4~20mA analog output, 3-wire 0~10V/0~5V voltage output, and digital Modbus-RTU/RS485 output. Custom configurations are available for specialized project requirements.
Standard pressure ranges cover 0~1bar up to 0~1000bar, with custom ranges available for high-pressure applications up to 2000bar. All units support 1.5× full scale overload pressure to withstand occasional pressure spikes without damage.
Yes, the standard unit features 316L stainless steel wetted parts, compatible with most water-based, oil-based, and mildly corrosive media. For highly corrosive applications such as strong acids and alkalis, we offer custom material options including Hastelloy and PTFE lining.
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 |