Energy

Controls and sensing for extreme energy equipment

Oil and gas machines operate under highly variable loads and harsh environments, requiring robust electronic control and sensing solutions that maintain performance, safety, and reliability across demanding duty cycles.

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Industry Challenges

Unpredictable operating conditions push machines to their limits.

Rapidly changing mechanical and hydraulic loads increase fuel consumption, thermal stress, and component wear during drilling and fracturing operations.
Limited real-time visibility into engine, pressure, and temperature data makes it difficult to detect faults before failures occur.
Harsh environments expose electronics to vibration, extreme temperatures, and electrical noise, challenging long-term system reliability.

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Energy Machine Applications

Drilling Rigs

Engine and powertrain control systems must continuously adapt torque and load management to maintain drilling precision and efficiency under variable conditions.

Pipeline Construction Equipment

Safety-focused monitoring and control electronics help manage heavy loads and enforce safe operating limits in remote, high-risk job sites.

Hydraulic Fracturing Units

High-performance pressure and temperature sensing is critical for detecting spikes and protecting hydraulic systems during extreme, high-pressure cycles.

Hybrid Energy Support Vehicles

Electrified and hybrid machines require flexible I/O architectures to coordinate electric, hydraulic, and engine subsystems while resisting EMI.

Energy Industry Standards

Built for the demands of modern manufacturing

ISO 13849

Functional Safety of Machinery

Supports the implementation of safety-related control functions that reduce risk during hazardous oil and gas operations.

SAE J1939

Heavy-Duty Vehicle Networks

Enables standardized CAN communication between engines, ECUs, sensors, and distributed I/O in off-highway energy equipment.

ISO 16750

Environmental Conditions for Electronics

Defines testing requirements to ensure electronic components withstand vibration, temperature extremes, and electrical stress common in oil and gas machines.