Construction
Electronics built for demanding jobsites
Construction equipment operates under extreme mechanical loads and environmental stress, requiring robust electronic control and sensing solutions designed for reliability and precise machine operation.

Industry Challenges
Construction machines must deliver precise, repeatable performance while enduring harsh environments and unpredictable duty cycles.
- Continuous exposure to vibration, dust, moisture, and temperature extremes
- Increasing system complexity driven by automation and safety requirements
- High cost of downtime on active construction sites
Excavators
Excavators depend on precise electronic control of hydraulics, attachments, and safety systems to operate efficiently across variable loads.
Cranes
Cranes require deterministic control and accurate sensing to ensure safe lifting, positioning, and load management.
Wheel Loaders
Wheel loaders use coordinated electronic systems to manage powertrain, hydraulics, and auxiliary functions in fast cycle operations.
Concrete Mixers
Concrete mixers rely on reliable electronic control to manage drum rotation, material flow, and drivetrain performance.
Built for the demands of modern manufacturing
ISO 13849
Machinery functional safety
Defines safety-related control system requirements for machinery used in construction and industrial applications.
ISO 16750
Environmental testing conditions
Specifies environmental requirements for electrical and electronic equipment in off-highway and heavy-duty vehicles.
SAE J1939
Heavy-duty CAN protocol
Establishes standardized CAN-based communication for electronic control units in construction machinery.
ISO 12100
Machinery risk assessment
Provides principles for hazard identification and risk reduction in machine design.
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