9800 SERIES THROTTLE POSITION / AND INDUSTRIAL CONTROL SENSOR MODULES THROTTLE POSITION AND INDUSTRIAL CONTROL SENSOR MODULES Product Description The Duncan 9800 Series Sensor is designed for rugged, continuous under hood environments. Features include high temperature, stable materials insert molded integral connector/body design to eliminate weak/stress points or leaks during engine wash-down or water exposure. To meet a variety of mounting area needs and interconnection requirements, fourteen standard models are available. For engineering assistance or special configurations of the 9800 Series to meet specific applications, contact a Duncan representative or the factory. SPECIFICATIONS Electrical Specifications Active Electrical Rotation 85 2 (See Fig. 1) Total Resistance 5,000 ohms 20% Std 2.0% over active electrical rotation (See Fig. 1) Linearity Spec. 0.5% over active electrical rotation (See Fig. 1) Power Rating at 70C 0.15 Watts CW Models: Female 9801, 9805, 9811 Male 9803, 9807, 9813 Leadwire 9831 Shaft Rotation Direction CCW Models: Female 9802, 9806, 9812 Male 9804, 9808, 9814 Leadwire 9832 Environmental Specifications Temperature Limits -40C to +135C 15 Gs 50 to 1,000 Hz Vibration 2 Hrs. each plane Humidity 95% 38C Shock 50 Gs Page 1 www.sensata.com Copyright 2018 Sensata Technologies, Inc. Mechanical Specifications Mechanical Rotation 120 (Except 130 for 9831, 9832) (Nominal) 1,000,000 Full Cycles, Mechanical Life 5,000,000 Dither Cycles Stop Strength 0.68 Nm max. Torque 0.11 Nm max. Mounting Torque 1.35 Nm max. CURVES AND INFO Figure 1 Spring Return Orientation Mating Connector / Interface Information Spring returns slider to counter-clockwise end on CW sensors. Sensor Female Connector Mates with Packard Electric Weather Pack Spring returns slider to clockwise on CCW sensors. Connector Three-way Tower with Seal (1 Required) P/N 12015793 Male Pin (3 required) P/N 12033674 (for 18 AWG wire) Wire Cable Seal (3 required) P/N 12015284 Note: Custom Drive-Arm/ Actuator Configurations Available Most specifications may be altered to meet specific requirements Page 2 www.sensata.com Copyright 2018 Sensata Technologies, Inc.