Electronic throttle pedal 966 000 series – floor-mounted heavy-duty throttle control with dual return springs and Hall effect sensor
Throttle Control
IP69K Rated | ASIL C Safety | CAN J1939
Throttle Controls · Electronic Pedals · Heavy-Duty Machine Interface

Electronic Throttle Pedal 966 000 Series – Heavy-Duty Throttle Control for Demanding Environments

The 966 000 series electronic throttle pedal is a rugged, floor-mounted control device engineered for heavy-duty vehicles and industrial machinery. It provides precise engine speed management through a non-contact Hall effect sensor, with two built-in return springs and ingress protection up to IP69K. Available with multiple rest position angles (33°, 39°, 45°) and a travel angle of 17°, this pedal ensures responsive, reliable throttle operation in extreme conditions ranging from -40°C to +85°C. Its factory-programmable output options — including analog, PWM, CAN J1939, and CANopen — make it a versatile solution for modern engine ECUs and vehicle networks.

IP69K Ingress Protection
-40 to +85°C Operating Temp
17° Travel Angle
CAN, PWM Outputs

The Electronic Throttle Pedal 966 000 series from MCS is a high-performance control device engineered for the rigorous demands of off-highway vehicles, heavy equipment, marine vessels, and industrial machinery. This floor-mounted throttle pedal utilizes Hall effect sensor technology to provide wear-free, precise position feedback to the engine control unit (ECU). Its robust construction features a die-cast aluminum treadle and a protected sensor housing, ensuring long-term reliability in harsh environments. The unit is factory-programmable for a wide range of output signals, including analog, PWM, CAN J1939, and CANopen, allowing for seamless integration into various electronic systems.

  • IP69K Ingress Protection: The pedal is sealed against dust and can withstand high-pressure, high-temperature water jets, making it ideal for outdoor applications where equipment is exposed to rain, mud, and pressure washing.
  • ASIL C Functional Safety: For certain sensor versions (APS Dual 5V and APS CAN), the pedal complies with ISO 26262 part 5 at the ASIL C level (Safety Element out of Context), signifying a high level of risk reduction for critical throttle control systems.
  • Dual Built-in Return Springs: The integrated redundant springs provide a failsafe mechanism, ensuring the pedal returns to its idle position when released. This feature is a critical safety element that meets FMVSS 124 standards.
  • Non-Contact Hall Effect Sensor: Utilizes a programmable Hall effect sensor for contactless position measurement. This technology eliminates mechanical wear, provides high reliability, and delivers smooth, jitter-free output signals for precise engine speed management.
  • Wide Operating Temperature Range: Engineered to function reliably in extreme climates, the pedal operates in temperatures from -40°C to +85°C and can be stored between -40°C and +125°C without degradation in performance.
  • Customizable Output Signals: The pedal is factory-programmable, allowing it to be configured for various outputs, including Analog, PWM, IVS, Current, CAN J1939, and CANopen. This flexibility ensures the pedal can be tailored to match specific engine ECUs and vehicle architectures.
  • Ergonomic Design with Adjustable Rest Position: Choose from rest positions of 33°, 39°, or 45° to match operator preference and machine layout. The 17° travel angle provides a natural and responsive foot motion, reducing operator fatigue during long shifts.
  • Force Hysteresis Option: An optional force hysteresis mechanism provides a controlled, non-linear pedal feel that enhances operator comfort and provides better feedback during fine throttle adjustments, particularly in rough terrain.
  • Construction and Earthmoving Equipment: Provides reliable throttle control for excavators, wheel loaders, bulldozers, and graders operating in dusty, muddy, and wet conditions where ingress protection is critical.
  • Mining Machinery: The rugged construction and wide operating temperature range make it suitable for both surface and underground mining vehicles, ensuring consistent performance in extreme environments.
  • Agricultural Tractors and Harvesters: Offers ergonomic foot control for long working hours. The optional force hysteresis and customizable rest positions help reduce operator fatigue during field operations.
  • Marine Vessels and Commercial Harbor Craft: The IP69K rating provides protection against the corrosive marine environment and high-pressure washdowns used on fishing boats, workboats, and harbor tugs.
  • Material Handling Equipment: Ideal for heavy-duty forklifts, reach stackers, and container handlers that require precise, low-speed control for safe load maneuvering.
  • Buses and Specialty Vehicles: Suitable for transit buses, service trucks, and municipal vehicles requiring a durable, floor-mounted electronic throttle solution with high reliability.

Specifications listed below apply to the standard 966 000 series electronic throttle pedal. Optional features such as mechanical kick-down, force hysteresis, and custom wire harnesses are available upon request.

Parameter Specification
Rest Position Options33°, 39°, or 45°
Travel Angle17°
Ingress Protection (IP Rating)IP69K (dust-tight and high-pressure, high-temperature water jets)
Operating Temperature-40°C to +85°C
Storage Temperature-40°C to +125°C
Return MechanismTwo built-in return springs (redundant)
Connector TypeAMP 6-pin connector
Output Signal Options (Factory Programmable)Analog, PWM, IVS, Current, CAN J1939, CANopen
Functional Safety ComplianceISO 26262 Part 5 – ASIL C (SEooC) for APS Dual 5V and APS CAN sensors
Regulatory StandardsFMVSS 124, FMVSS 302 (ECE R118), 72/245/EEC, ECE R10.06, E13 Report
Optional FeaturesCustom mounting plate, different treadle plates, swivel arm, force hysteresis, mechanical kick-down, mechanical switch, connector kit or custom wire harness

How the 966 000 Series Electronic Throttle Pedal Works

The Electronic Throttle Pedal 966 000 series converts the mechanical motion of the operator's foot into an electrical signal that the engine ECU interprets as a desired speed request. Inside the robust housing, a programmable Hall effect sensor magnetically detects the angle of the pedal arm. As the pedal is pressed, the sensor generates a precise, non-contact voltage reading. This signal is then transmitted to the ECU via the 6-pin AMP connector. The chosen output type—whether analog, PWM, or CAN J1939—determines the format of this message. The pedal incorporates two built-in return springs that provide a natural, progressive pedal feel and ensure the pedal automatically returns to its calibrated rest position (33°, 39°, or 45°) when released, meeting FMVSS 124 safety requirements for unintended acceleration prevention. Optional features like force hysteresis can be added to modify the tactile feedback for improved operator comfort.

Technical FAQ

Common Questions Answered

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The 966 000 series carries an IP69K ingress protection rating, making it fully protected against dust ingress and able to withstand high-pressure, high-temperature water jets. This makes it suitable for outdoor and harsh industrial environments where exposure to water, dust, and debris is a concern.

Yes. The 966 000 series supports CAN J1939 and CANopen communication protocols as factory-programmable output options. It can seamlessly integrate with modern engine ECUs and vehicle networks.

The pedal operates reliably in temperatures from -40°C to +85°C. It can be stored in a wider range of -40°C to +125°C, ensuring its performance in extreme conditions.

The pedal is factory-programmable to offer a wide selection of output signals, including Analog, PWM (Pulse Width Modulation), IVS (Idle Validation Switch), Current Loop, CAN J1939, and CANopen.

Yes, a mechanical kick-down feature is available as an option. This provides a tactile detent feel at full throttle, signaling maximum engine demand to the operator.

The pedal meets several critical global standards, including FMVSS 124 for throttle control systems, FMVSS 302 for material flammability, and ISO 26262 for functional safety at the ASIL C level for specified sensor versions.

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