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HPM1300L low-power pressure sensor incorporates an ultra-compact design, utilizing a high-performance silicon piezoresistive sensor and specialized electronic conditioning circuitry. It undergoes a rigorous assembly process to ensure optimal performance. This product features a sleek stainless steel exterior, multiple electrical interfaces, and various output signal options. It offers wide temperature compensation capabilities and exhibits high overall accuracy. Additionally, the sensor employs laser welding for secure connections and internal potting treatment for enhanced moisture and shock resistance, providing a higher level of protection. Moreover, its isolated diaphragm design enables compatibility with gas, liquid, and steam, facilitating pressure measurement and control across diverse media.
HPM1300L low-power pressure sensor incorporates an ultra-compact design, utilizing a high-performance silicon piezoresistive sensor and specialized electronic conditioning circuitry. It undergoes a rigorous assembly process to ensure optimal performance. This product features a sleek stainless steel exterior, multiple electrical interfaces, and various output signal options. It offers wide temperature compensation capabilities and exhibits high overall accuracy. Additionally, the sensor employs laser welding for secure connections and internal potting treatment for enhanced moisture and shock resistance, providing a higher level of protection. Moreover, its isolated diaphragm design enables compatibility with gas, liquid, and steam, facilitating pressure measurement and control across diverse media.
Application
IoT
Industrial process control for temperature
Application
IoT
Industrial process control for temperature
Features:
Pressure measurement for IoT applications
Powered by external lithium battery
Low power consumption
Supports I2C, RS485, or voltage signal output
Small size for easy installation
All stainless steel construction
High protection level
Customization options available
Features:
Pressure measurement for IoT applications
Powered by external lithium battery
Low power consumption
Supports I2C, RS485, or voltage signal output
Small size for easy installation
All stainless steel construction
High protection level
Customization options available
Technical Parameters
Measuring Medium | Various liquids and gases compatible with contact materials |
Measuring Range | -100kpa... 0 ~ 10kPa... 100MPa (Gauge pressure) 0 ~ 20kPa... 10MPa (Absolute pressure). |
Overload | 1.5 times of full range scale |
Output Signal/Power Supply | I2C /Vs=3.0~5.5 VDC (full scale) RS485 /Vs=3.0~5.5 VDC (Range≤5MPa) 0.25~1.25、0.5~2.5V /Vs=3.1~8.0 VDC (Range≤5MPa) |
Power consumption (I2C output) | Normal working mode <3mA Sleep mode <100nA Wake-up time 4ms |
Power consumption (RS485 output) | 0.2~0.3mA when communicate once per second. Collection time: ~80ms |
Power consumption (voltage output) | <2.5mA |
Accuracy | ±0.5% FS (typical) @25℃ ±0.25% FS (optional) @25℃ |
Technical Parameters
Measuring Medium | Various liquids and gases compatible with contact materials |
Measuring Range | -100kpa... 0 ~ 10kPa... 100MPa (Gauge pressure) 0 ~ 20kPa... 10MPa (Absolute pressure). |
Overload | 1.5 times of full range scale |
Output Signal/Power Supply | I2C /Vs=3.0~5.5 VDC (full scale) RS485 /Vs=3.0~5.5 VDC (Range≤5MPa) 0.25~1.25、0.5~2.5V /Vs=3.1~8.0 VDC (Range≤5MPa) |
Power consumption (I2C output) | Normal working mode <3mA Sleep mode <100nA Wake-up time 4ms |
Power consumption (RS485 output) | 0.2~0.3mA when communicate once per second. Collection time: ~80ms |
Power consumption (voltage output) | <2.5mA |
Accuracy | ±0.5% FS (typical) @25℃ ±0.25% FS (optional) @25℃ |
HPM1300L low-power pressure sensor incorporates an ultra-compact design, utilizing a high-performance silicon piezoresistive sensor and specialized electronic conditioning circuitry. It undergoes a rigorous assembly process to ensure optimal performance. This product features a sleek stainless steel exterior, multiple electrical interfaces, and various output signal options. It offers wide temperature compensation capabilities and exhibits high overall accuracy. Additionally, the sensor employs laser welding for secure connections and internal potting treatment for enhanced moisture and shock resistance, providing a higher level of protection. Moreover, its isolated diaphragm design enables compatibility with gas, liquid, and steam, facilitating pressure measurement and control across diverse media.
Application
IoT
Industrial process control for temperature
Features:
Pressure measurement for IoT applications
Powered by external lithium battery
Low power consumption
Supports I2C, RS485, or voltage signal output
Small size for easy installation
All stainless steel construction
High protection level
Customization options available
Technical Parameters
Measuring Medium | Various liquids and gases compatible with contact materials |
Measuring Range | -100kpa... 0 ~ 10kPa... 100MPa (Gauge pressure) 0 ~ 20kPa... 10MPa (Absolute pressure). |
Overload | 1.5 times of full range scale |
Output Signal/Power Supply | I2C /Vs=3.0~5.5 VDC (full scale) RS485 /Vs=3.0~5.5 VDC (Range≤5MPa) 0.25~1.25、0.5~2.5V /Vs=3.1~8.0 VDC (Range≤5MPa) |
Power consumption (I2C output) | Normal working mode <3mA Sleep mode <100nA Wake-up time 4ms |
Power consumption (RS485 output) | 0.2~0.3mA when communicate once per second. Collection time: ~80ms |
Power consumption (voltage output) | <2.5mA |
Accuracy | ±0.5% FS (typical) @25℃ ±0.25% FS (optional) @25℃ |