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Full product line for automotive safety testing, from sensors to calibration systems

Showing 45 products

Sensors

Current Sensor JCS06D

Model: JCS06D

JCS06D is based on the Hall principle for high-precision measurement of line current. The independent power supply and measurement system are fully isolated, with good linearity between output voltage and measured current. Suitable for low-current measurement applications (Airbag squib output current, seatbelt pretension power current, etc.).

Sensors

Current Sensor JCS25D

Model: JCS25D

JCS25D is based on the Hall principle for high-precision measurement of line current. The independent power supply and measurement system are fully isolated, with good linearity between output voltage and measured current.

Sensors

Current Sensor JCS35D

Model: JCS35D

JCS35D is based on the Hall principle for high-precision measurement of line current. The independent power supply and measurement system are fully isolated, with good linearity between output voltage and measured current. Default range 1000A, other ranges customizable up to 2500A.

Sensors

Voltage Sensor JHVS-50

Model: JHVS-50

JHVS-50 is used for measuring vehicle battery voltage and real-time status monitoring of low-voltage electrical equipment during crash tests. It features a low-temperature-drift division circuit, ensuring good linearity between signal output and voltage input while meeting the high-precision requirements of data acquisition systems.

Sensors

Voltage Sensor JHVS-1000

Model: JHVS-1000

JHVS-1000 features an internal symmetrical step-down design with high-precision multi-stage voltage reduction circuit and over 1500V isolation capability. High measurement accuracy, fast response time, stable and reliable structure. Widely applicable to various voltage detection scenarios in electric and hybrid vehicles.

Sensors

Voltage Sensor JHVST-1000

Model: JHVST-1000

JHVST-1000 features an internal symmetrical step-down design with high-precision multi-stage voltage reduction circuit and over 1500V isolation capability. High measurement accuracy, fast response time. Suitable for simultaneous measurement of three voltage values (total voltage, positive voltage, negative voltage) in electric and hybrid vehicles.

Sensors

Pressure Sensor DP50K

Model: DP50K

DP50K is based on piezoresistive principle with an internal full-bridge circuit, using atmospheric pressure as zero point. When external pressure changes are detected, internal bridge resistance changes, converting to electrical signal changes for pressure measurement.

Sensors

Pressure Sensor DP200K

Model: DP200K

DP200K is based on piezoresistive principle with an internal full-bridge circuit. When external pressure changes are detected, internal bridge resistance changes, converting to electrical signal changes for pressure measurement. Reliable precision MEMS technology ensures output signal stability and repeatability.

Sensors

Pressure Sensor AP500K

Model: AP500K

AP500K is based on piezoresistive principle with an internal full-bridge circuit. When external pressure changes are detected, internal bridge resistance changes, converting to electrical signal changes. Reliable precision MEMS technology ensures output signal stability and repeatability.

Sensors

Pressure Sensor AP1000K

Model: AP1000K

AP1000K is based on piezoresistive principle with an internal full-bridge circuit. When external pressure changes are detected, internal bridge resistance changes, converting to electrical signal changes. Reliable precision MEMS technology ensures output signal stability and repeatability.

Sensors

Pressure Sensor AP50KL

Model: AP50KL

AP50KL is based on piezoresistive principle with an internal full-bridge circuit, using atmospheric pressure as zero point. Suitable for low-pressure measurement applications.

Sensors

Pressure Sensor AP200KL

Model: AP200KL

AP200KL is based on piezoresistive principle with an internal full-bridge circuit, using atmospheric pressure as zero point. Reliable precision MEMS technology ensures output signal stability and repeatability.

Sensors

Displacement Sensor DSS-35

Model: DSS-35

DSS-35 is suitable for small displacement measurement applications. Features an internal adjustable potentiometer with good linearity between output voltage and displacement. Its range is 35mm.

Sensors

Displacement Sensor DSS-100

Model: DSS-100

DSS-100 features an internal adjustable potentiometer with 304 stainless steel rubber-coated wire for high durability. Output voltage maintains good linearity with displacement. Its range is 100mm.

Sensors

Displacement Sensor DSS-450

Model: DSS-450

DSS-450 is a string potentiometer displacement sensor with an internal adjustable potentiometer and coaxial steel wire coil. As the wire extends or retracts, the potentiometer resistance changes accordingly, ensuring good linearity between displacement and output voltage. The wire uses 304 stainless steel with rubber coating for high durability.

Sensors

Displacement Sensor DSS-1500

Model: DSS-1500

DSS-1500 displacement sensor with an internal adjustable potentiometer and coaxial steel wire coil. Its unique internal design ensures good linearity between displacement and output voltage. Its measurement range is 1500mm.

Sensors

Displacement Sensor DSL-500

Model: DSL-500

DSL-500 is suitable for medium to long-distance displacement measurement applications. Stable and reliable structure. Its range is 500mm.

Sensors

Displacement Sensor DSL-1300

Model: DSL-1300

DSL-1300 is suitable for long-distance displacement measurement applications. Stable and reliable structure with good linearity. Its range is 1300mm.

Sensors

H3 Dummy Chest Displacement H3CHP-ASS

Model: H3CHP-ASS

H3CHP-ASS is used for H3 dummy chest displacement measurement, used in conjunction with displacement sensors.

Sensors

Angular Rate Sensor ARS-2001

Model: ARS-2001

ARS-2001 is based on the resonator gyroscope principle, with multiple vibrating frames inside. Coriolis force generated during rotation changes a capacitive structure, converting it into electrical signal changes for angular rate measurement. The power supply and measurement system are fully isolated.

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