(Discontinued) T-LS Series

Motorized linear stages with built-in controllers

This series has been discontinued and is no longer available. Please contact us for a recommendation on a current model.

Download Datasheet

Series Specifications

Microstep Size (Default Resolution)	0.09921875 µm
Built-in Controller
Accuracy (unidirectional)	29 µm (0.001142")
Repeatability	< 2 µm (< 0.000079")
Backlash	< 14 µm (< 0.000551")
Maximum Speed	6.5 mm/s (0.256"/s)
Minimum Speed	0.000930 mm/s (0.000037"/s)
Speed Resolution	0.000930 mm/s (0.000037"/s)
Encoder Type
Peak Thrust	32 N (7.2 lb)
Maximum Continuous Thrust	15 N (3.4 lb)
Communication Interface	RS-232
Communication Protocol	Zaber Binary
Data Cable Connection	Minidin 6
Maximum Centered Load	100 N (22.4 lb)
Maximum Moment (Transverse)	125 N⋅cm (177.0 oz⋅in)
Power Supply	12-16 VDC
Power Plug	2.1 mm centre positive
Maximum Current Draw	300 mA
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
Guide Type	Ball bearing
Mechanical Drive System	Precision lead screw
Limit or Home Sensing	Magnetic home sensor
Axes of Motion	1
LED Indicators
Stage Parallelism	< 100 µm (< 0.003937")
Operating Temperature Range	0 to 50 °C
CE Compliant
Vacuum Compatible

Part Specifications Comparison

Part Number	Travel Range	Mounting Interface	Weight
T-LS13E	13 mm (0.512")	1/4"-20	0.57 kg (1.257 lb)
T-LS13E-S	13 mm (0.512")	1/4"-20	0.57 kg (1.257 lb)
T-LS13M	13 mm (0.512")	M6	0.57 kg (1.257 lb)
T-LS13M-S	13 mm (0.512")	M6	0.57 kg (1.257 lb)
T-LS28E	28 mm (1.102")	1/4"-20	0.59 kg (1.301 lb)
T-LS28E-S	28 mm (1.102")	1/4"-20	0.59 kg (1.301 lb)
T-LS28M	28 mm (1.102")	M6	0.59 kg (1.301 lb)
T-LS28M-S	28 mm (1.102")	M6	0.59 kg (1.301 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

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.