Electronic rotary control 978 000 series industrial throttle and position control device with IP69K protection
Electronic Rotary Control · IP69K Rated
90° / 160° Travel | IP69K Protection | CAN J1939 / CANopen
Throttle Control · Rotary Position Sensor · Drive‑by‑Wire

Electronic Rotary Control 978 000 Series

The Electronic Rotary Control 978 000 series is a rugged, IP69K-rated throttle and position control device engineered for heavy-duty industrial, off-highway, marine, and automotive applications. With factory-programmable outputs including analogue, PWM, CAN J1939 and CANopen, this electronic rotary control delivers precise engine speed management and actuation in the harshest operating environments.

90° / 160° Travel Angle Options
IP69K Ingress Protection
-40°C to +85°C Operating Temp
CAN J1939 CANopen · Analogue

The Electronic Rotary Control 978 000 series is a precision-engineered electronic hand throttle and rotary position sensor designed for demanding mobile and stationary applications. Operating across a wide temperature range of -40°C to +85°C and rated IP69K against water and dust ingress, this device withstands high-pressure washdowns, extreme weather, and vibration-prone industrial settings. Available with travel angles of 90° or 160°, the control unit integrates seamlessly with electronic engine management systems via analogue, PWM, IVS, current, CAN J1939, or CANopen outputs. Factory-programmable to customer specifications, the 978 000 series is the ideal choice for OEMs and system integrators requiring reliable electronic throttle control for heavy equipment, agricultural machinery, marine vessels, and industrial automation platforms.

The Electronic Rotary Control 978 000 series combines rugged mechanical construction with intelligent electronic configurability, delivering reliable throttle and position sensing across demanding industrial and mobile applications.

  • IP69K Water and Dust Protection: The 978 000 series is fully sealed against dust ingress and withstands high-pressure, high-temperature water jet washdowns. This rugged construction makes it ideal for outdoor equipment, agricultural machinery, and marine applications where exposure to rain, mud, and pressure cleaning is routine.
  • Wide Extreme-Temperature Operation: Engineered for global deployment, this electronic rotary control operates reliably from -40°C to +85°C and can be stored from -40°C to +125°C. Whether deployed in arctic mining operations or desert construction sites, consistent performance is guaranteed.
  • Factory-Programmable Output Signals: Output values are configured at the factory to match specific application requirements. Available signal types include Analogue, PWM (Pulse Width Modulation), IVS (Idle Validation Switch), Current, CAN J1939, and CANopen, ensuring seamless integration with virtually any electronic engine control module or vehicle management system.
  • ISO 26262 ASIL C Functional Safety (Select Models): APS Dual 5V and APS CAN sensor variants are developed as Safety Element out of Context (SEooC) according to ISO 26262 Part 5, achieving ASIL C compliance. This makes the 978 000 series suitable for safety-critical throttle control applications where system reliability is paramount.
  • Flexible Travel Angle Options: Choose between 90° or 160° travel angles to match your specific control interface requirements. This flexibility allows seamless integration into existing operator console layouts, joystick assemblies, or custom control panel designs without mechanical re-engineering.
  • Comprehensive Compliance Standards: The 978 000 series meets FMVSS 124 (throttle control return), FMVSS 302 / ECE R118 (flame resistance), 72/245/EEC and ECE R10.06 (electromagnetic compatibility), and includes an E13 report. These certifications ensure regulatory compliance for global equipment deployment.
  • AMP 6-Pin Connector Interface: Featuring a standard AMP 6-pin connector, the device enables reliable, secure electrical connections in vibration-intensive environments. Optional connector kits and custom wire harnesses are available for simplified installation.
  • Customisable Operator Interface: Tailor the control to your exact application with options including different knob types, multiple mounting configurations, customisable actuation force, and optional detent feeling for tactile feedback — allowing operators to feel distinct position changes during use.
  • Off-Highway Construction Equipment: Electronic throttle control for excavators, wheel loaders, bulldozers, and motor graders where reliable engine speed management is essential in dusty, wet, and vibration-prone environments.
  • Agricultural Machinery: Rotary position sensing for tractors, harvesters, sprayers, and self-propelled farm equipment requiring IP69K protection against washdown cleaning and exposure to mud, dust, and agricultural chemicals.
  • Marine and Offshore Vessels: Engine throttle control for workboats, crew transfer vessels, barges, and auxiliary marine engines operating in saltwater environments where corrosion resistance and IP69K ingress protection are critical.
  • Heavy Commercial Vehicles: Drive-by-wire throttle integration for trucks, buses, and specialty commercial vehicles requiring ISO 26262 functional safety compliance (ASIL C for select models) and robust electronic throttle performance.
  • Rail and Locomotive Systems: Operator throttle control for rail maintenance vehicles, shunting locomotives, and off-rail equipment where precise speed regulation and CAN J1939 or CANopen communication protocols are required.
  • Defence and Tactical Vehicles: Rugged electronic hand throttle for military logistics vehicles, tactical support equipment, and defence platforms demanding extreme durability, electromagnetic compatibility, and flame-resistant materials.
  • Industrial Automation and Control Panels: Operator interface rotary control for factory automation systems, HVAC controls, joystick modules, and remote actuation panels where analogue or PWM output signals integrate with PLCs and industrial controllers.
  • Mining and Quarrying Equipment: Electronic throttle for underground mining vehicles, haul trucks, and processing equipment requiring wide operating temperature ranges (-40°C to +85°C) and extreme dust protection in harsh mining environments.

Key performance and dimensional data for the Electronic Rotary Control 978 000 series. Specifications are based on standard configuration; options may alter values.

ParameterSpecification
Model Series978 000
Travel Angle Options90° or 160°
Ingress Protection RatingIP69K (water and dust ingress protection up to IP69K)
Operating Temperature-40°C to +85°C
Storage Temperature-40°C to +125°C
Electrical ConnectorAMP 6-pin
Output Signal Types (Factory Programmable)Analogue, PWM, IVS, Current, CAN J1939, CANopen
Functional Safety Compliance (Select Models)ISO 26262 Part 5 — ASIL C (SEooC) for APS Dual 5V and APS CAN sensors
Safety and Regulatory StandardsFMVSS 124, FMVSS 302 / ECE R118, 72/245/EEC, ECE R10.06, E13 report
Customisation OptionsKnob selection, mounting configurations, actuation force, detent feel, connector kits, custom wire harnesses

How the Electronic Rotary Control 978 000 Series Works

The Electronic Rotary Control 978 000 series converts mechanical rotary input into a proportional electronic signal that communicates with an engine control module (ECM), vehicle control unit (VCU), or programmable logic controller (PLC). When the operator rotates the control knob, an internal non-contact sensor detects the angular position and generates an output signal corresponding to the rotation angle. This signal is factory-programmed to match the target system’s input requirements — whether analogue voltage, PWM duty cycle, IVS switching, current loop, or CAN-based protocol (J1939 or CANopen). The ECM interprets this signal and adjusts engine speed, actuator position, or other controlled parameters accordingly. The device’s IP69K-rated sealed housing and rugged internal construction ensure reliable operation even under high-pressure washdown, extreme temperatures, and continuous vibration. For safety-critical installations, select models (APS Dual 5V and APS CAN) incorporate ISO 26262 ASIL C design principles, providing redundant monitoring and fault detection to meet stringent functional safety requirements for throttle-by-wire applications.

Technical FAQ

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An electronic rotary control converts mechanical rotary input into an electrical signal to control engine speed, throttle position, actuators, or other electronic systems. The 978 000 series is commonly used in off-highway machinery, agricultural equipment, marine systems, and industrial automation for throttle-by-wire and drive-by-wire applications.

The 978 000 series offers factory-programmable output signal types including Analogue, PWM (Pulse Width Modulation), IVS (Idle Validation Switch), Current, CAN J1939, and CANopen. Outputs are configured at the factory according to customer specifications to ensure seamless integration with your engine control system.

The 978 000 series is rated IP69K for water and dust ingress protection. This means it is fully protected against dust ingress and can withstand high-pressure, high-temperature water jet washdowns, making it suitable for outdoor and harsh industrial environments such as agriculture, mining, and marine applications.

The electronic rotary control 978 000 series operates reliably from -40°C to +85°C and can be stored from -40°C to +125°C, ensuring consistent performance in extreme cold and high-temperature environments such as arctic mining operations or desert construction sites.

The 978 000 series complies with FMVSS 124 (throttle control return), FMVSS 302 / ECE R118 (flame resistance), 72/245/EEC and ECE R10.06 (electromagnetic compatibility). Select models (APS Dual 5V and APS CAN) are developed to ISO 26262 Part 5 ASIL C as a Safety Element out of Context (SEooC) for functional safety applications.

The 978 000 series offers extensive customisation including choice of control knobs, multiple mounting configurations, customisable actuation force, optional detent feeling for tactile feedback, connector kits or custom wire harnesses, and full support for CAN J1939 protocol.

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Our engineers will confirm the correct Electronic Rotary Control 978 000 series configuration for your specific vehicle, equipment or automation requirements. Whether you need a standard unit with analogue output or a CAN J1939 variant with custom actuation force and detent, we provide full technical documentation and a competitive quote tailored to your operational environment.

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