Simplifying Motion Control

T-LS28M-S: Motorized linear stage, 28 mm travel, M6 thread, RS-232 control

Part Number Controller Power Supply Price (USD)
T-LS28M-S-KT01U
Lead Time: 1-5 Days
Built-In 15 V. Powers one axis $1,267.00
Controller: Built-In
Power Supply: 15 V. Powers one axis
T-LS28M-S-KT03U
Lead Time: 1-5 Days
Built-In 15 V. Powers multiple axes $1,267.00
Controller: Built-In
Power Supply: 15 V. Powers multiple axes
T-LS28M-S-KT04U
Lead Time: 1-5 Days
Built-In 15 V. Powers multiple axes $1,297.00
Controller: Built-In
Power Supply: 15 V. Powers multiple axes
T-LS28M-S
Lead Time: 1-5 Days
Built-In Not Included $1,207.00
Controller: Built-In
Power Supply: Not Included
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Specification Value Alternate Unit
Microstep Size (Default Resolution) 0.09921875 µm
Built-in Controller Yes
Travel Range 28 mm 1.102 "
Accuracy (unidirectional) 29 µm 0.001142 "
Repeatability < 2 µm < 0.000079 "
Backlash < 20 µm < 0.000787 "
Maximum Speed 6.5 mm/s 0.256 "/s
Minimum Speed 0.0009302 mm/s 0.000037 "/s
Speed Resolution 0.0009302 mm/s 0.000037 "/s
Encoder Type None
Peak Thrust 32 N 7.2 lb
Maximum Continuous Thrust 15 N 3.4 lb
Communication Interface RS-232
Communication Protocol Zaber Binary
Maximum Centered Load 100 N 22.4 lb
Maximum Cantilever Load 125 N⋅cm 177.0 oz⋅in
Guide Type Ball bearing
Maximum Current Draw 300 mA
Power Supply 12-16 VDC
Power Plug 2.1 mm centre positive
Linear Motion Per Motor Rev 0.6096 mm 0.024 "
Motor Steps Per Rev 48
Motor Type Stepper (2 phase)
Inductance 60 mH/phase
Default Resolution 1/128 of a step
Data Cable Connection Minidin 6
Mechanical Drive System Precision lead screw
Limit or Home Sensing Magnetic home sensor
Manual Control No
Axes of Motion 1
LED Indicators Yes
Mounting Interface M6
Vacuum Compatible No
Operating Temperature Range 0 to 50 °C
Stage Parallelism < 100 µm < 0.003937 "
RoHS Compliant Yes
CE Compliant Yes
Weight 0.59 kg 1.301 lb

Specification Charts and 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).

When powering multiple units from an unregulated power supply, the voltage and thus the available thrust will be reduced. To achieve the thrust specified above, each unit should have its own power supply.

Thrust vs. Speed Curve