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Application Notes

Gems Sensors Keep Off-Highway Vehicles Running Reliably and Safely

April 9, 2018

From harsh environments to high shock and vibration and extreme temperatures, Off-Highway Vehicles (OHV) are exposed to conditions that test their limits. And in this industry, time lost due to equipment malfunctions can be extremely costly and disruptive events.

However, with Gems' accurate and reliable sensors and controls, you can count on dependable performance in harsh, demanding environments. This allows OHV end-users to focus on completing their tasks and spend less time dealing with downtime events.

As shown below, several Gems solutions are crucial to keeping the vehicle safe – from coolant warnings to the hydraulic braking system. Here's a look at the varied applications within the excavator example and the Gems solution deployed:

Off-highway vehicle sensor products by Gems Sensors.

Load weighing safety system

Product: 3200 Series Pressure Transducer

Transmission hydraulic charge system

Product: 3200 Series Pressure Transducer

Spring-applied hydraulic brake system

Product: PS61 Pressure Switch

Transmission oil high-temperature switch

Product: PDTF Series Temperature Switch

Coolant warning

Product: LS-7 Series Single Point Level Switch

Hydraulic oil measurement

Product: ELS-1150 Series Single-Point Level Switch

Fuel oil measurement

Product: CAP-300 Single Point Level Switch

Differential gearbox oil measurement

Product: LS-700 Series Multi-Point Level Switch

Other applications Gems products can be used for in Off-Highway Vehicles include: lube oil pressure monitoring, load monitoring, hydraulic pump monitoring, hydrostatic transmission pressure, overload protection, oil monitoring, and fuel monitoring.

Gems Sensors has been continuously improving the design and manufacturing process of fluid sensors in the Off-Highway Vehicle (OHV) Industry. With decades of experience, Gems has a unique understanding of the most sophisticated applications in OHV and delivers fluid sensors that meet today's and tomorrow's critical requirements.