Description

Design Features

5 g, 5 m/s in center 1 m of travel with 5 kg load
2 m travel, 1.7 m travel at max acceleration and speed
±1% velocity stability at 5 m/s
150 kg max load
Accuracy ±5 µm calibrated, ±50 µm uncalibrated
Replaceable e-chain cables

The high speed, high force, linear motion simulator is used for research and aerospace testing applications that need exceptional velocity stability, very high accelerations, and long travel. The granite base provides excellent stiffness and thermal stability.

Specifications

Mechanical Specifications

ALS30000
Positioning	Travel		2000 mm (travel is reduced based on speed and acceleration requirements; travel for max speed specified is 1750 mm)
	Accuracy	LT Standard	±50.0 µm
	Accuracy	HALAR⁽¹⁾	±2 µm
	Repeatability		±0.75 µm
Geometric	Straightness		±5.0 µm Static
	Flatness		±15.0 µm Static
	Pitch		±100 µrad (±20 arc sec)
	Roll		±100 µrad (±20 arc sec)
	Yaw		±100 µrad (±20 arc sec)
Dynamic	Maximum Speed⁽²⁾		5 m/s
	Maximum Acceleration⁽²⁾		5g
	Speed Stability⁽³⁾		±1% @ max velocity of 5 m/s
	Optional		Aerotech ETM (Enhanced Throughput Module) integrated for higher dynamic performance
Other	Maximum Force (Continuous)		See BLMX-502-B
	Load Capacity⁽⁵⁾	Horizontal	150 kg
	Load Capacity⁽⁵⁾	Side	N/A
	Operating Pressure		Supply pressure varies to achieve desired pressure at forcer; cooling pressure depends on stage load and dynamics
	Air Consumption		12 SCFM typical for 20 psi forcer cooling
	Moving Mass		10 kg
	Stage Mass		1500 kg
	Material		Granite base; aluminum carriage
	Protection		Side covers provide some protection; components exposed from top of stage

Available with Aerotech controllers.
Speed and acceleration based on 5 kg load.
10 ms sample rate.
Maximum load based on bearing capability. Maximum application load may be limited by acceleration requirements.
Specifications are for single-axis systems measured 25 mm above the tabletop. Performance of multi-axis systems is payload and work-point dependent. Consult factory for multi-axis or non-standard applications.

Note: To ensure the achievement and repeatability of the specifications over an extended period of time, environmental temperature must be controlled to within 0.25°C/24 hours. If this is not possible, alternate products are available. Please consult Aerotech Sales Engineering for more information.

Description

Design Features

Specifications

Mechanical Specifications

Dimensions

Ordering Information