Electronics – controllers and other electronic devices for operating your hydraulic system

Discover modern electronics for hydraulic systems, enabling precise control and automation. Our range includes steering column switches for off-road vehicles, programmable setpoint modules, pump controllers, power amplifiers, as well as digital positioning controllers. Learn more...

Steering wheel 320 conical front
Steering shifter, 4 speed drive shifter FNR, for off road vehicles, IP67, HMFNR_3
  • Designed for rugged environment 
  • with horn button
  • 4 speed positions
  • Completely sealed (IP67 rating)
  • 3 drive positions, forward - neutral - reverse
  • With wiring harness (length 100mm) and DEUTSCH Connector
  • Fits on steering column size 38, 45 and 55mm
  • With locating pin
  • Operating voltage range: 1 to 48 V
  • Solenoid load 3 A @ 12.8 Volt with arc suppression
211,14 EUR
180,46 EUR excl. 17% tax
incl. 17% tax excl. Shipping costs
180,46 EUR excl. 17% tax
Steering wheel 320 conical front
Steering shifter, turn signal, lamp switch, type TSI, for off road vehicles, IP67, HMTSI_1

TSI Shifter for off road vehicles with the following functions:

  • Turn signal / left - right
  • Hazard 
  • Low beam
  • High beam and flash light
  • Parking light
  • Horn 
  • Completely sealed (IP67 rating)
  • With wiring harness (length 100mm) and DEUTSCH Connector
  • Fits on steering column size 38, 45 and 55mm
  • Without locating pin
  • Operating voltage range: 1 to 48 V
  • Solenoid load 3 A @ 12.8 Volt with arc suppression
184,86 EUR
158,00 EUR excl. 17% tax
incl. 17% tax excl. Shipping costs
158,00 EUR excl. 17% tax
Steering wheel 320 conical front
Steering shifter, turn signal, wiper, type TSI, for off road vehicles, IP67, HMTSI_2

TSI Shifter for off road vehicles with the following functions:

  • Turn signal / left - right
  • Wiper (2 speed)
  • Washer 
  • Completely sealed (IP67 rating)
  • With wiring harness (length 100mm) and DEUTSCH Connector
  • Fits on steering column size 38, 45 and 55mm
  • Without locating pin
  • Operating voltage range: 1 to 48 V
  • Solenoid load 3 A @ 12.8 Volt with arc suppression
184,86 EUR
158,00 EUR excl. 17% tax
incl. 17% tax excl. Shipping costs
158,00 EUR excl. 17% tax
Befestigungsklammer FNR ohne Pin, Ø 38mm, Typ HMBK_1 front
Mounting clamp for turn signal and FNR shifter, without locating pin, Ø 38mm, Type HMBK_1
  • Mounting clamp for FNR shifter and light switch TSI
  • Suitable for steering column dia 38 mm
  • Designed for rugged environment
  • Without locating pin
11,95 EUR
10,21 EUR excl. 17% tax
incl. 17% tax excl. Shipping costs
10,21 EUR excl. 17% tax
Product image Hydromot Remote Control Unit (2 functions) for power packs
Hydromot Remote Control Unit (2 functions) for power packs
Remote control unit for hydraulic power packs consisting of:

Data receiver:
  • Number of outputs: 2
  • Frequency: 430-440 MHz
  • Protection class: IP65
  • Body material: ABS
  • Operating temperature: -30°C - +70°C
Data handheld:
  • Number of controls: 2
  • Frequency: 430-440 MHz
  • Battery supply by 2 batteries type AA 1, 5V
  • Protection class IP64
  • Operating temperature: from -20°C to +70°C
131,85 EUR
112,69 EUR excl. 17% tax
incl. 17% tax excl. Shipping costs
112,69 EUR excl. 17% tax
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The range is complemented by radio remote controls and digital hour meters for use in agriculture, construction, and municipal technology. The components are characterized by high reliability, robust design (IP65/IP67), and easy integration into existing systems. Thanks to modern interfaces such as CAN-Bus, LIN-Bus, or I/O-Link, the devices can be integrated and monitored flexibly. This way you increase the efficiency and service life of your hydraulic systems with perfectly matched electronics.

Electronics for Hydraulic Systems – Frequently Asked Questions

What are electronic components for hydraulic systems and what main functions do they perform?

Electronic components for hydraulic systems are controllers and electronic tools for precise, efficient regulation of hydraulic equipment. They control hydraulic actuators such as valves and pumps, convert control commands into electrical signals, and thus enable exact regulation of movements and forces.

What specific types of electronic components are used in hydraulic systems?

  • Steering column switches: e.g. direction selectors (forward/neutral/reverse) for off-road vehicles, often with IP67.
  • Setpoint modules: Programmable specification of control variables with up to 16 setpoints and ramp times.
  • Pump controllers: Swashplate angle, pressure, and power control; optimized control functions and advanced fault diagnostics.
  • Power amplifiers: Actuation of proportional valves; digital, reproducible settings; free parameterization of ramps/frequencies; robust housings.
  • Positioning controllers: Digital units with integrated power stage, analog feedback signals, and freely definable motion profiles.
  • Hour meters: Digital LCD devices for operating time recording, specifically for off-road vehicles.
  • Radio remote controls: Wireless operation of hydraulic power units over defined ranges.

In which application areas are these hydraulic electronic components typically used?

Typical areas of use are off-road vehicles, agricultural and forestry machinery, municipal vehicles, telehandlers, as well as other mobile and stationary hydraulic systems.

  • Direction control
  • Proportional hydraulic functions
  • Stepless adjustment of attachments
  • Automated motion sequences

What advantages do modern electronic components for hydraulic systems offer?

  • High precision & repeatability thanks to digital control and programmable setpoints.
  • Flexibility through parameterizable ramp times and adaptable input variables.
  • Robustness via weatherproof housings with high protection classes (e.g. IP67).
  • Easy commissioning & diagnostics with parameterization software (e.g. WPC-300) and extended functional checks.
  • Integration capability into CAN-Bus, LIN-Bus structures.
  • Optimized control functions for performance and efficiency.

How are these electronic components designed and manufactured to meet the demands of harsh environments?

The components are housed in weatherproof mobile enclosures and use robust connectors (e.g. DEUTSCH). PCBs are designed for EMC protection and high electrical load capacity. Manufacturing meets high quality standards for applications with dust, moisture, and vibrations (off-road/agriculture).

What maintenance recommendations exist for electronic components in hydraulic systems?

  • Regular visual and functional inspections.
  • Checking connectors and power supply.
  • Use of integrated fault diagnostics/functional checks for fast troubleshooting.
  • Software updates & re-parameterization via parameterization software.

What influences the service life of these components and how can it be maximized?

Service life is primarily determined by vibrations, environmental influences, voltage fluctuations, and load. High-quality components with IP67 and robust connectors achieve several thousand operating hours in mobile use. Careful selection and consistent maintenance maximize service life.

What should be considered when selecting the right electronic components for a hydraulic system?

  • Application area: Off-road, agriculture, municipal technology, etc.
  • Protection class: Suitable for the environment (e.g. IP67).
  • Electrical specifications: Appropriate voltage and current consumption for the vehicle/machine system.
  • Control functions: Number of driving positions, programmable setpoints, input signals.
  • Compatibility: With existing controllers and hydraulic components.
  • User convenience & diagnostics: Availability of software tools for easy operation and troubleshooting.