Heavy-duty electronic hand throttle 975 000 series - IP69K sealed lever controller
IP69K Sealed Electronic Hand Throttle
90° Travel Angle | IP69K Sealing | CAN J1939 / PWM Outputs
Precise Speed Control · Hall-Effect Sensor · ASIL C Ready

Electronic Hand Throttle 975 000 Series | Heavy-Duty IP69K Lever Control

Engineered for extreme performance, the 975 000 series electronic hand throttle delivers precise and reliable engine speed control for the most demanding industrial environments. With a 90° travel angle, IP69K-rated sealing, and a wide array of factory-programmable outputs, this rugged lever controller is the ideal solution for mobile and stationary equipment where durability and accuracy are critical.

IP69K Ingress Protection
-40°C to +85°C Operating Temp
90° Travel Angle
ASIL C ISO 26262

The 975 000 series is a heavy-duty electronic hand throttle designed as a direct replacement for mechanical cable systems, offering superior reliability and precision. Its primary function is to provide operators with a durable interface for manual speed control on a wide range of engines, from industrial machinery and off-highway vehicles to generator sets and marine vessels. The unit's hall-effect sensor technology ensures non-contact, wear-free operation, while its robust construction allows it to withstand extreme temperatures, high-pressure washdowns, and constant vibration, making it a cornerstone for reliable machine control in harsh operational conditions.

Engineered for extreme reliability, the 975 000 series combines hall-effect sensing, robust mechanical construction, and intelligent programmability for demanding industrial applications.

  • IP69K Ingress Protection: The throttle is fully sealed against dust and can withstand high-pressure, high-temperature water jets. This makes it impervious to the harsh cleaning processes and wet, dirty environments common in agriculture, mining, and off-highway applications, ensuring long-term operational integrity.
  • Wide Temperature Tolerance: Engineered for extreme climates, the unit operates reliably between -40°C and +85°C and can be stored from -40°C to +125°C. This exceptional thermal resilience guarantees consistent performance in freezing arctic conditions or the intense heat of desert operations, preventing failure due to thermal stress.
  • Factory-Programmable Outputs: The throttle is factory configurable to support a variety of output signals, including Analogue, PWM, IVS, Current, CAN J1939, and CANopen. This flexibility allows for seamless integration into diverse electronic control systems, from simple analogue setups to sophisticated CAN bus architectures, without the need for external signal converters.
  • Functional Safety Compliance (ASIL C): For specific dual 5V and CAN sensor configurations, the 975 000 series complies with ISO 26262 Part 5, achieving an ASIL C rating for automotive safety integrity. This makes it suitable for safety-critical applications where reliable and predictable throttle control is paramount.
  • Rugged Mechanical Design: Featuring a 90-degree travel angle and an integrated 6-pin AMP connector, the throttle is built for demanding use. Its robust lever mechanism provides positive tactile feedback, giving the operator confident, precise control over engine speed in high-vibration environments like construction sites or forestry machinery.
  • Customizable Mechanical Configurations: The unit can be tailored to fit specific ergonomic and installation needs. Options include various lever positions and the availability of an inclined lever, allowing OEMs and retrofitters to optimize operator comfort and integrate the throttle seamlessly into existing control panels or consoles.
  • Mining & Earthmoving Equipment: Provides reliable throttle control for loaders, haul trucks, and drills. The IP69K sealing and wide temperature range protect against abrasive dust, mud, and extreme environmental conditions common in surface and underground mining operations.
  • Agricultural Machinery: Ideal for controlling engine speed on tractors, harvesters, and sprayers. The durable construction withstands constant exposure to dirt, moisture, and chemicals, while the ergonomic lever reduces operator fatigue during long working hours.
  • Construction Equipment: Used in cranes, excavators, and backhoe loaders. The throttle's robust design ensures consistent performance despite high vibration, shock loads, and exposure to the elements at active job sites.
  • Marine & Port Equipment: Suited for workboats, tugboats, and harbor machinery. The IP69K rating provides essential protection against saltwater spray and high-pressure washdowns used in marine and coastal environments.
  • Material Handling & Forestry: Applied in forklifts, reach stackers, and forestry harvesters. The throttle delivers precise speed modulation for delicate tasks and robust durability for the high-impacts and debris-filled conditions of a lumber yard.
  • Stationary Industrial Engines: An excellent choice for generator sets (gensets), compressors, and pumps. The CAN J1939 output allows for easy integration into remote monitoring and control systems for industrial power sources.
  • Specialty & Off-Road Vehicles: Perfect for fire trucks, municipal sweepers, and military vehicles where reliable manual engine speed control is needed from an auxiliary control station or for specific operational modes.

Key performance, environmental, and electrical data for the 975 000 series electronic hand throttle.

ParameterSpecification
Model Series975 000
Travel Angle90 Degrees
Ingress Protection RatingIP69K (Dust and High-Pressure, High-Temperature Water Jets)
Operating Temperature-40°C to +85°C
Storage Temperature-40°C to +125°C
Electrical ConnectorAMP 6-Pin
Output Signals (Factory Configurable)Analogue, PWM, IVS, Current, CAN J1939, CANopen
Functional Safety StandardISO 26262 Part 5 – ASIL C (SEooC) for APS Dual 5V / APS CAN Sensors
Compliance StandardsFMVSS 124, FMVSS 302 (ECE R118), 72/245/EEC, ECE R10.06, E13
Customization OptionsMultiple Lever Positions, Inclined Lever, CAN J1939, Connector Kit, Custom Wire Harness

How the 975 000 Series Electronic Hand Throttle Works

The 975 000 series electronic hand throttle translates the physical position of its lever into a precise electronic signal that an engine or equipment control unit can interpret. At the core of its operation is a non-contact hall-effect sensor. As the operator moves the lever through its 90-degree travel arc, the sensor detects the exact angular position and converts it into a proportional electronic output. This output is factory-programmable to match a variety of control systems, such as a simple 0-5V analogue signal or a digital CAN J1939 message. The control unit then adjusts the engine speed or hydraulic flow accordingly, providing smooth, accurate, and repeatable command. By using hall-effect technology instead of mechanical potentiometers, the throttle eliminates wear from friction, ensuring long-term precision and reliability even in high-vibration environments where mechanical cables would fail.

Technical FAQ

Common Questions Answered

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The electronic hand throttle is factory programmable. It can be configured for Analogue, PWM (Pulse Width Modulation), IVS (Idle Validation Switch), Current, CAN J1939, or CANopen outputs to match your specific control system requirements.

IP69K signifies the highest level of ingress protection. It means the throttle is completely dust-tight (6) and can withstand high-pressure, high-temperature water jets (9K), making it ideal for environments that require rigorous washdowns, such as food processing, agriculture, or heavy-duty off-road applications.

Yes. The 975 000 series can be factory-configured to communicate via CAN J1939 or CANopen protocols, allowing for direct integration into modern vehicle and industrial control networks without additional interface modules.

Unlike traditional potentiometers that use physical wipers that wear out, a hall-effect sensor is non-contact and wear-free. This design choice ensures a longer operational life, consistent accuracy, and high resistance to damage from vibration and shock.

Yes. For specific APS Dual 5V and APS CAN sensor configurations, the throttle is designed and certified to meet ISO 26262 Part 5 requirements with an ASIL C rating, making it suitable for functional safety-related systems.

The unit is equipped with a robust and industry-standard AMP 6-pin connector, which provides a secure, weather-sealed electrical connection capable of withstanding harsh environmental conditions.

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