LRT-ECM Series

High load motorized linear stages with brushless DC servo motors, built-in motor encoders, dust covers, and optional brakes

Series Specifications

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Built-in Controller No
Recommended Controller MCC (48 V) Recommended
AutoDetect Yes
Accuracy (unidirectional) 45 µm (0.001772")
Repeatability < 4 µm (< 0.000157")
Minimum Incremental Move 6.5 µm
Backlash < 25 µm (< 0.000984")
Maximum Speed 240 mm/s (9.449"/s)
Minimum Speed 0.000186 mm/s (0.000007"/s)
Speed Resolution 0.000186 mm/s (0.000007"/s)
Encoder Resolution 4096 CPR (16384 states/rev)
Encoder Type Rotary quadrature encoder (single-turn absolute)
Encoder Count Size 305.176 nm
Peak Thrust 1440 N (322.9 lb)
Back-driving Force* (± 50%) 140 N (31.4 lb)
Maximum Continuous Thrust 440 N (98.7 lb)
Maximum Centered Load 2940 N (659.3 lb)
Maximum Moment (Pitch) 70 N⋅m (51.7 lb⋅ft)
Maximum Moment (Roll) 120 N⋅m (88.56 lb⋅ft)
Maximum Moment (Yaw) 70 N⋅m (51.66 lb⋅ft)
Flatness of Travel < 10 µm (< 0.000394")
Straightness of Travel < 50 µm (< 0.001968")
Typical Velocity Stability ± 2% at 100 mm/s with a 5 kg payload
Pitch 0.015° (0.262 mrad)
Roll 0.02° (0.349 mrad)
Yaw 0.03° (0.523 mrad)
Stiffness (Pitch) 1400 N⋅m/° (12 µrad/N⋅m)
Stiffness (Roll) 700 N⋅m/° (25 µrad/N⋅m)
Stiffness (Yaw) 1200 N⋅m/° (15 µrad/N⋅m)
Linear Motion Per Motor Rev 5 mm (0.197")
Motor Type Brushless DC (3 phase)
Motor Rated Current 5000 mA
Motor Winding Resistance 0.55 ohms line-to-line
Motor Winding Inductance 0.68 mH line-to-line
Guide Type Recirculating Ball Linear Guide
Mechanical Drive System Precision ball screw
Limit or Home Sensing Encoder index signal and magnetic home sensor
Axes of Motion 1
Operating Temperature Range 0 to 50 °C
CE Compliant Yes
Vacuum Compatible No

Part Specifications Comparison

Part NumberTravel RangeMaximum Axial Brake ForceMotor ConnectionWeight
LRT0100HL-BE10CM05T12A100 mm (3.937")1200 N (269.8 lb)M12 T-code (motor) and D-sub 26 (sensors)4.35 kg (9.59 lb)
LRT0100HL-E10CM05T11A100 mm (3.937")M12 T-code (motor) and D-sub 15 (sensors)3.73 kg (8.223 lb)
LRT0250HL-BE10CM05T12A250 mm (9.843")1200 N (269.8 lb)M12 T-code (motor) and D-sub 26 (sensors)5.14 kg (11.332 lb)
LRT0250HL-E10CM05T11A250 mm (9.843")M12 T-code (motor) and D-sub 15 (sensors)4.52 kg (9.965 lb)
LRT0500HL-BE10CM05T12A500 mm (19.685")1200 N (269.8 lb)M12 T-code (motor) and D-sub 26 (sensors)6.46 kg (14.242 lb)
LRT0500HL-E10CM05T11A500 mm (19.685")M12 T-code (motor) and D-sub 15 (sensors)5.83 kg (12.853 lb)
LRT0750HL-BE10CM05T12A750 mm (29.528")1200 N (269.8 lb)M12 T-code (motor) and D-sub 26 (sensors)7.78 kg (17.152 lb)
LRT0750HL-E10CM05T11A750 mm (29.528")M12 T-code (motor) and D-sub 15 (sensors)7.15 kg (15.763 lb)
LRT1000HL-BE10CM05T12A1000 mm (39.37")1200 N (269.8 lb)M12 T-code (motor) and D-sub 26 (sensors)9.10 kg (20.062 lb)
LRT1000HL-E10CM05T11A1000 mm (39.37")M12 T-code (motor) and D-sub 15 (sensors)8.47 kg (18.673 lb)

Specification Charts & Notes

Thrust or torque is a function of speed. The values given above are maximums. These values cannot both be achieved simultaneously (i.e. at maximum speed, the unit will not produce maximum thrust).

Thrust Speed Performance

LRTxxxxHL-E10CM05T1xA Thrust-Speed Performance

Acceleration

LRTxxxxHL-E10CM05T11A Acceleration vs Payload

Minimum Incremental Move

LRTxxxxHL-E10CM05T11A with X-MCCx 6200 nm Step - Typical Minimum Incremental Move

Other

LRTxxxxHL-E10M05T11A with X-MCCx - Typical Velocity Stability and Following Error