Performance & durability

The new 22 mm diameter motor  suits demanding speed and/or position controlled power transmission use where smooth operation, high precision, long working life and competitive costs are essential design considerations. Typical applications include high performance power tools, precision actuators, automation equipment, robotics, and wherever high mechanical power and solid durability is required in a compact installation envelope.

The 22ECP is part of Portescap’s patented Ultra EC range – which is characterised by its superior power density factor and attractive price vs. performance. The new addition is available in nominal lengths of 45 and 60mm and can deliver up to 50mNm continuous torque – up to thirty percent more torque and twice the output potential of similar sized precision motors. The 24V DC motor with 40mm length (22ECP45) can deliver no load speeds of 8.37 or 15.70krpm, whilst the 60mm version (22ECP60) yields 8.05 krpm. Alternative coil designs available on request to match customer’s defined speed and voltage requirements.

The 22ECP is available with or without hall sensors and the optional dual shaft version is fully compatible with Portescap’s M-sense rotary encoders for servo controlled operation. The high precision M22 series planetary gearbox range is a similarly a direct fit for compact high torque use up to 4 Nm. Through its own design and manufacturing capability, Mclennan can also provide absolute encoders or other gear unit choices; or include the 22ECP as part of a customised miniature power transmission solution complete with motion controls.

Portescap’s full range of Ultra EC motors includes several other 22 mm diameter models that provide stall torque from 28 to 100 mNm and no-load speeds from 24 to 60 krpm. The complete range allows customers a wide choice of performance characteristics for new miniature power transmission applications or as a replacement for conventional brushed DC motor installations. The Ultra EC range’s brushless and frictionless design and superior power vs. size characteristics will allow smaller electromechanical systems to be used with the benefit of extremely long working life and the potential for increased throughput.