COMBINED SENSOR CONSTRUCTION/OPERATION


id041500101900

Note
•  Only vehicles with combined sensor.
Applied VIN (assumed):
European (L.H.D. U.K.) specs.
•  JMZ BL12F60# 100001—181415
•  JMZ BL12F70# 100001—181415
•  JMZ BL12Y20# 100001—181415
•  JMZ BL12Z20# 100001—181415
•  JMZ BL12Z50# 100001—181415
•  JMZ BL14F60# 100001—181415
•  JMZ BL14F70# 100001—181415
•  JMZ BL14Y20# 100001—181415
•  JMZ BL14Z20# 100001—181415
•  JMZ BL14Z50# 100001—181415
•  JMZ BLA2A60# 100001—181415
•  JMZ BLA2C60# 100001—181415
•  JMZ BLA2F70# 100001—181415
•  JMZ BLA2G60# 100001—181415
•  JMZ BLA2Y60# 100001—181415
•  JMZ BLA2Z20# 100001—181415
•  JMZ BLA2Z50# 100001—181415
•  JMZ BLA4360# 100001—181415
•  JMZ BLA4A60# 100001—181415
•  JMZ BLA4C60# 100001—181415
•  JMZ BLA4F70# 100001—181415
•  JMZ BLA4G60# 100001—181415
•  JMZ BLA4Y60# 100001—181415
•  JMZ BLA4Z20# 100001—181415
•  JMZ BLA4Z50# 100001—181415
Australian specs.
•  JM0 BL103100 100001—225632
•  JM0 BL10C100 100001—225632
•  JM0 BL10F100 100001—225632
•  JM0 BL10L100 100001—225632
General (R.H.D.) specs.
•  JM6 BL1031*0 100001—225632
•  JM6 BL1051*0 100001—225632
•  JM6 BL10F1*0 100001—225632
•  JM6 BL10L1*0 100001—225632
•  JM6 BL10Z1*0 100001—225632
General (L.H.D.) specs., Arab Gulf Cooperation Council, China
•  JM7 BL04F**# 100001—225632
•  JM7 BL04Z**# 100001—225632
•  JM7 BL12F**# 100001—225632
•  JM7 BL12Z**# 100001—225632
•  JM7 BL14F**# 100001—225632
•  JM7 BL14Z**# 100001—225632
•  JM7 BL22F**# 100001—225632
•  JM7 BL22Z**# 100001—225632
•  JM7 BL24F**# 100001—225632
•  JM7 BL24Z**# 100001—225632
•  The combined sensor is located in the floor under the front seat (RH).
•  The combined sensor, which integrates the yaw rate and lateral-G sensors, detects and calculates the vehicle yaw and lateral-G rates, and transmits this to the DSC HU/CM via special CAN2 line between the sensor and module.
•  The yaw rate sensor detects a Coriolis force created by, and in proportion to, the rotation speed of a rotating tuning fork.
•  The lateral-G sensor detects an inertial force created by, and in proportion to, a G-force acting on a silicon detection component.
Note
•  Coriolis force: When an object on a rotating disc attempts to move toward the center of the disc, force is produced at a right angle to the intended path of travel of the object. This results in the direction of movement being unchanged from its original point of departure, and the object does not reach the center. When looking at this effect from outside the disc, it appears as if a force is deflecting the object away from the center. This appearance of force is called a Coriolis force, and the object actually advances in a straight course.
am3zzn00002458