Sensors | Automotive Sensors & Switches

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Automotive Pressure Sensors

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–		Data Sheet (PDF)
–		For Air Conditioning
–		For Fuel
–		For Oil

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APT - Automotive Pressure Transducer

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Cylinder Pressure Only Sensors (CPOS)

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High Temperature Sensors:

–		TS200-C
–		TS200-F
–		TS200-G
–		Darts200-A
–		Darts200-D
–		Darts500-A
–		Darts500-B
–		Darts500-E
–		DTC
–		Tailor Made Sensors

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MSG - Microfused Silicon Strain Gauge

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–		Contacts / Distributors
–		Datasheet Requests
–		Papers & Presentations

Site Updated February 16, 2018

Sensata > Products > Sensors > Automotive Sensors & Switches >Darts500-E

Darts500-E

Darts high temperature sensors – pt500 platinum resistor – gas temperature measurement

Car manufacturers face increasing challenges. Technological requirements are continuously stepped up due to the demand for performance, safety, efficiency and clean emissions. Sensor-NITE accepts this challenge. It is our mission to achieve higher efficiency through an optimal control, resulting in reduced fuel consumption and lower emissions.

Characteristics
Sensor Element	PT-500 platinum resistor
Measurement Principle	The resistance of the PT-500 element increases with temperature based on the positive temperature coefficient of platinum electrical resistance
Temperature Range	Continuous: -40°C to 550°C Peak: 600°C
Accuracy	± 2.5°C from -40°C to 280°C ± 0.9% from 280°C to 550°C (including 500 hours ageing at 550°C)
Connector	Connector chosen by customer

Applications
•	For Cost Optimized High Temperature Applications: • Exhaust Gas Recirculation (EGR)
•	But Also Applicable for: • Charged or Boost Intake Air
•	Protect Engine and Exhaust Components
•	Diagnose Systems for OBD (e.g. EGR)
•	Control System Operation (Regulate Temperature Windows of Systems)

Advantages
•	Thin Film Platinum temperature sensors are a proven technology for exhaust gas temperature measurements with many applications running for all levels of emission standards worldwide
•	Optimal cost versus robustness properties by use of stainless steel material
•	Fast response time by reduced tip diameter and thermal decoupling especially at high gas velocities
•	High absolute accuracy up to 550ºC by thermal decoupling of measurement element and housing
•	High linearity
•	Flexibility in insertion depth: 25mm, 35mm, 40mm, 50mm, 70mm
•	Straight and bended configurations for rear housing, 0º to 120º to facilitate installation on the engine (more information can be found at the tailor made sensors section)
•	Fail safe

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