描述
Specialized infrared sensor and solution service provider

HTPA32x32dR2L2.1/0.8F5.0HIC

heimann Sensor GmbH is a well-known manufacturer of high-quality infrared thermopiles, thermopile modules (including advanced signal processing) and thermopile arrays for remote temperature measurement and gas detection. With strong innovation ability, Hyman sensor is the world market leader in low pixel infrared imaging. Our thermopile array also holds the world record for the highest spatial resolution thermopile array, with a resolution of 120x84 pixels. In addition to thermopiles, our product portfolio includes pyroelectric sensors, infrared light sources and vacuum sensors.32x32 Thermopile Infrared Array

The HTPA32x32d is our high performance, high quality, digital signal thermopile infrared array with 32x32 pixels inside a TO-39 metal housing. With the integrated optical lens, fields of view from 33° to 105° can be achieved. This makes the HTPA32x32d a perfect fit for person detection in smart building applications.

Due to the digital I²C interface, only four pins are needed for operation. The built-in EEPROM stores calibration data, and the integrated ADC has 16-bit resolution. Framerates of 15 Hz to 27 Hz result, depending on the chosen ADC resolution. True shutterless and uncooled operation of the thermopile array ensures very low power consumption with a high performance.

Brand: Heimann, Germany

Model: HTPA32X32DR2L2.1/0.8F5.0HIC

Series: Sensor (temperature sensor)

Induction mode: infrared thermal imaging

Sensing distance: 1-5m

Response time: less than 4 milliseconds

Input voltage: 3.6V

Output signal: I2C

Light source type: infrared photoelectric sensor

Operating temperature: - 20 to 85 ℃

Minimum number of packages: 350

Field of application: temperature measurement

Introduction to temperature sensor: Heiman infrared high-precision temperature sensor can measure the temperature of objects in the field of view through infrared imaging, and the accuracy of temperature measurement can be ± 0.2 ℃ through the algorithm.

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HTPA32x32dR2L2.1/0.8F5.0HIC

heimann Sensor GmbH is a well-known manufacturer of high-quality infrared thermopiles, thermopile modules (including advanced signal processing) and thermopile arrays for remote temperature measurement and gas detection. With strong innovation ability, Hyman sensor is the world market leader in low pixel infrared imaging. Our thermopile array also holds the world record for the highest spatial resolution thermopile array, with a resolution of 120x84 pixels. In addition to thermopiles, our product portfolio includes pyroelectric sensors, infrared light sources and vacuum sensors.32x32 Thermopile Infrared Array

The HTPA32x32d is our high performance, high quality, digital signal thermopile infrared array with 32x32 pixels inside a TO-39 metal housing. With the integrated optical lens, fields of view from 33° to 105° can be achieved. This makes the HTPA32x32d a perfect fit for person detection in smart building applications.

Due to the digital I²C interface, only four pins are needed for operation. The built-in EEPROM stores calibration data, and the integrated ADC has 16-bit resolution. Framerates of 15 Hz to 27 Hz result, depending on the chosen ADC resolution. True shutterless and uncooled operation of the thermopile array ensures very low power consumption with a high performance.

Brand: Heimann, Germany

Model: HTPA32X32DR2L2.1/0.8F5.0HIC

Series: Sensor (temperature sensor)

Induction mode: infrared thermal imaging

Sensing distance: 1-5m

Response time: less than 4 milliseconds

Input voltage: 3.6V

Output signal: I2C

Light source type: infrared photoelectric sensor

Operating temperature: - 20 to 85 ℃

Minimum number of packages: 350

Field of application: temperature measurement

Introduction to temperature sensor: Heiman infrared high-precision temperature sensor can measure the temperature of objects in the field of view through infrared imaging, and the accuracy of temperature measurement can be ± 0.2 ℃ through the algorithm.

image.png

HEIMANN HTPA32X32DR Thermopile Infrared Array
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  • HTPA32x32dR2L2.1/0.8F5.0HIC

    heimann Sensor GmbH is a well-known manufacturer of high-quality infrared thermopiles, thermopile modules (including advanced signal processing) and thermopile arrays for remote temperature measurement and gas detection. With strong innovation ability, Hyman sensor is the world market leader in low pixel infrared imaging. Our thermopile array also holds the world record for the highest spatial resolution thermopile array, with a resolution of 120x84 pixels. In addition to thermopiles, our product portfolio includes pyroelectric sensors, infrared light sources and vacuum sensors.32x32 Thermopile Infrared Array

    The HTPA32x32d is our high performance, high quality, digital signal thermopile infrared array with 32x32 pixels inside a TO-39 metal housing. With the integrated optical lens, fields of view from 33° to 105° can be achieved. This makes the HTPA32x32d a perfect fit for person detection in smart building applications.

    Due to the digital I²C interface, only four pins are needed for operation. The built-in EEPROM stores calibration data, and the integrated ADC has 16-bit resolution. Framerates of 15 Hz to 27 Hz result, depending on the chosen ADC resolution. True shutterless and uncooled operation of the thermopile array ensures very low power consumption with a high performance.

    Brand: Heimann, Germany

    Model: HTPA32X32DR2L2.1/0.8F5.0HIC

    Series: Sensor (temperature sensor)

    Induction mode: infrared thermal imaging

    Sensing distance: 1-5m

    Response time: less than 4 milliseconds

    Input voltage: 3.6V

    Output signal: I2C

    Light source type: infrared photoelectric sensor

    Operating temperature: - 20 to 85 ℃

    Minimum number of packages: 350

    Field of application: temperature measurement

    Introduction to temperature sensor: Heiman infrared high-precision temperature sensor can measure the temperature of objects in the field of view through infrared imaging, and the accuracy of temperature measurement can be ± 0.2 ℃ through the algorithm.

    image.png

    HTPA32x32dR2L2.1/0.8F5.0HIC

    heimann Sensor GmbH is a well-known manufacturer of high-quality infrared thermopiles, thermopile modules (including advanced signal processing) and thermopile arrays for remote temperature measurement and gas detection. With strong innovation ability, Hyman sensor is the world market leader in low pixel infrared imaging. Our thermopile array also holds the world record for the highest spatial resolution thermopile array, with a resolution of 120x84 pixels. In addition to thermopiles, our product portfolio includes pyroelectric sensors, infrared light sources and vacuum sensors.32x32 Thermopile Infrared Array

    The HTPA32x32d is our high performance, high quality, digital signal thermopile infrared array with 32x32 pixels inside a TO-39 metal housing. With the integrated optical lens, fields of view from 33° to 105° can be achieved. This makes the HTPA32x32d a perfect fit for person detection in smart building applications.

    Due to the digital I²C interface, only four pins are needed for operation. The built-in EEPROM stores calibration data, and the integrated ADC has 16-bit resolution. Framerates of 15 Hz to 27 Hz result, depending on the chosen ADC resolution. True shutterless and uncooled operation of the thermopile array ensures very low power consumption with a high performance.

    Brand: Heimann, Germany

    Model: HTPA32X32DR2L2.1/0.8F5.0HIC

    Series: Sensor (temperature sensor)

    Induction mode: infrared thermal imaging

    Sensing distance: 1-5m

    Response time: less than 4 milliseconds

    Input voltage: 3.6V

    Output signal: I2C

    Light source type: infrared photoelectric sensor

    Operating temperature: - 20 to 85 ℃

    Minimum number of packages: 350

    Field of application: temperature measurement

    Introduction to temperature sensor: Heiman infrared high-precision temperature sensor can measure the temperature of objects in the field of view through infrared imaging, and the accuracy of temperature measurement can be ± 0.2 ℃ through the algorithm.

    image.png

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