In many of our operator studies, we have seen that prioritized hardware and software design enhance operator performance and satisfaction, leading to increased productivity and fewer work-related injuries. Although our products are always tailormade for your machine, and the operators using them, there is one thing that won’t change: their built-in safety protocols.
Handheld remote control transmitters are essential for modern machine builders seeking maximum portability without sacrificing on functional safety indicated as PL (Performance Level) or SIL (Safety Integrity Level). Our models Pocket, Rocket, and Handy offer ergonomic handling and reliable performance with high protection against dirt, dust and water (Ingress Protection level or IP) making them excellent choices for demanding environments.
Performance Level: PL d and IP67.
Performance Level: PL d and IP65.
Performance Level: PL d and IP65.
Bellypack remote control transmitters, including the Micro, Mini, and Maxi models, offer robust, configurable control solutions built for demanding machine applications. These transmitters combine ergonomic design with advanced functionality, supporting everything from simple on/off tasks to complex multi-axis proportional operations in all conditions.
Performance Level: PL e, SIL 3, SISP and IP65.
Performance Level: PL d and IP65.
Apart from functional safety and reliability, ergonomic design also plays a crucial role in ensuring operator efficiency. Whether handheld or bellypack, remote control transmitters must be user-friendly, intuitive, and comfortable to handle for extended periods.
Ergonomics is not just about comfort; it's about enhancing productivity and reducing the risk of operator fatigue and injury.
Ergonomically designed transmitters like the Rocket and Handy models feature grips and button placements that reduce strain on the hands and wrists. Alas the Flex series has rubberized handles for optimal grip, the Maxi Lever transmitter includes a wrist bar for added support, allowing operators to work comfortably during intensive, continuous operations.