The Travel 950mm Resolution 5μm Linear Module 950mm is a precision motion system designed for industrial automation, offering a maximum travel range of 950mm with ultra-fine 5μm positioning resolution. It integrates 2 digital inputs and 2 outputs for sensor/actuator connectivity, supports RS-485/CANopen/EtherCAT communication interfaces, and operates at 24V DC (±10%) within 0-50°C. Compatible with servo or stepper motors, this linear module delivers high repeatability (±3μm) and is ideal for semiconductor manufacturing, CNC machinery, and optical alignment systems. Its rigid aluminum structure ensures minimal deflection under load, while the preloaded ball screw and linear guide design enhance durability. Key advantages include exceptional accuracy, smooth motion profiles, and low maintenance, though its high precision components may require controlled environmental conditions.

SEOSpecification

Parameter	Specification
Maximum Travel	950mm
Minimum Resolution	5μm
Linear Module Length	950mm
Repeat Positioning Accuracy	±2μm
Maximum Speed	1.2m/s
Load Capacity	120N (axial)
Motor Type	Stepper/Servo
Guide Rail Type	Precision Linear Shaft
Protection Class	IP54
Input Voltage	24-48VDC

SEOQandA

question:Can you provide shipment photos and purchase dates for similar products?
answer:Shipment photos and purchase details are available upon request, subject to privacy agreements.
question:Why is there a handling fee?
answer:The handling fee covers order processing, documentation, and quality control services.
question:Why can other suppliers source discontinued models you can't?
answer:Suppliers may have unique inventory channels or stock remaining from prior purchases.

SEOQandA_Product

question:How to resolve inconsistent motion accuracy in Travel 950mm Resolution 5μm?
answer:Check mechanical alignment and recalibrate using the manufacturer's recommended procedure.
question:What causes calibration errors in the 5μm resolution system?
answer:Ensure environmental stability (temperature, vibration) and recalibrate with certified reference standards.
question:How to address excessive noise during operation?
answer:Lubricate guide rails and check for mechanical obstructions or worn components.
question:Why does the system lose position tracking at high speeds?
answer:Verify encoder connections and reduce acceleration/deceleration rates to prevent signal loss.
question:How to troubleshoot communication failures with control software?
answer:Update firmware/drivers, check cable integrity, and confirm correct software configuration settings.