ball screw, cylinder
24-volt, 48 V, 24 V
Protection class
IP66, IP69K, IP67
for the automotive industry, industrial, for robots, for OEM, for process automation, for harsh environments, for wet environments, for harsh environments, for materials handling, for lifting, for agricultural machinery, for demanding applications, high-temperature, for mobile applications, for lifting applications
Other characteristics
integrated, compact, with shock absorber, high-performance, CAN Bus, control, for heavy loads, with integrated limit switch, long-stroke, CANopen, high-force, for integration, mechanical, high-resistance, with integrated electronics, end-of-stroke, wear-resistant, with integrated position sensor, with internal stroke limiter

650 mm, 800 mm, 1,000 mm, 1,200 mm (25.591 in)


Min.: 5,500 N

Max.: 32,000,000 N


75 mm/s

Ambient temperature

Min.: -40 °C (-40 °F)

Max.: 85 °C (185 °F)


Ushering in the next evolution of electric actuators, the Thomson Electrak XD is strong enough to take on hydraulic applications while, at the same time, be smarter, smaller and more efficient than competitive technologies. On top of its strength (up to 25,000 N loads), the XD offers extensive protection against even the harshest conditions and ingress, and features enhanced controllability and diagnostics via onboard controls.

Electrak XD Feature Highlights:

– Dynamic/static loads up to 25000/32000 N
– Stroke up to 1200 mm
– Speed up to 75 mm/s
– Duty cycle up to 100% depending on loading condition
– Life up to 275000 cycles
– Internal load holding brake
– Optional shock load dampening
– Manual override in case of power failure
– Constant monitoring and diagnostics
– Onboard electronics
– IP69K (static), IP67 (static) and IP66 (dynamic)
– Low level switching
– Bus systems (CANopen® or SAE J1939)

Electrak XD Option Highlights:

– LXX = low-level signal motor switching
– LXP = low-level signal motor switching + position feedback output
– LXF = low-level signal motor switching + force feedback output
– LLX = low-level signal motor switching + end-of-stroke indication outputs
– LLP = low-level signal motor switching + position feedback + end-of-stroke indication outputs
– PLS = low-level signal motor switching + programmable end-of-stroke limits
– COO = CANOpen + open loop speed control (includes diagnostics, position feedback, overload indication plus static and dynamic force feedback)