Fsl 1610-250 Stroke-w/O Motor Linear Actuator

Fsl 1610-250 Stroke-w/O Motor Linear Actuator Specification

Pressure
Not applicable (mechanical actuator, not pneumatic/hydraulic) N/m2

Weight
1 Kilograms (kg)

Connection
Mechanical mounting via end plates, shaft coupling for motor interface

Classification
1610-250

Accuracy
High accuracy, typically 0.05 mm (model-specific) gm

Power
1 kilovolt (kV)

Dimension (L*W*H)
250 Millimeter (mm)

Material
1

Capacity
1 Pcs/hr

Voltage
1 Microampere (A)

Application
1

Product Type
1

Function
Linear Actuation (Precision positioning movement for automation)

Size
FSL 1610-250 (indicative of model and 250 mm stroke length)

Application
Industrial automation, CNC machinery

Model
FSL 1610-250

Load Capacity
Varies by motor and setup, typically up to several kilograms

Motor
Without motor (WO Motor)

Speed
Depends on attached motor

Stroke Length
250 mm

Mounting Type
Base mounting

Guide
Linear guide rail included

Material
Aluminum body, steel shaft

Drive Type
Ball screw

Fsl 1610-250 Stroke-w/O Motor Linear Actuator Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Days

About Fsl 1610-250 Stroke-w/O Motor Linear Actuator

Get ahead in automation with the FSL 1610-250 STROKE-W/O MOTOR LINEAR ACTUATOR, an in-demand solution for high-precision linear motion. Unlock glorious performance with its classic 250 mm stroke, ball screw mechanism, and inestimable repeatability of 0.05 mm-ensuring reliable, accurate movement every time. Crafted from a robust aluminum alloy base and steel screw, this actuator supports multiple motors (not included) for customizability. Load up to 30 kg, choose flexible mounting options, and experience high speed and application versatility, ideal for robotics, CNC, or automated material handling.

Versatile Application and User Guidance

The FSL 1610-250 STROKE-W/O MOTOR LINEAR ACTUATOR is widely used by automation specialists, CNC engineers, and robotics integrators. Suitable for use in manufacturing lines or precise positioning tasks, it serves environments requiring reliability and accuracy. For optimal results, install using base mounting slots or carriage threading, connect your compatible stepper or servo motor, and align the actuator for linear motion. Ideal for tasks demanding smooth movement, this device brings inestimable value to smart systems.

Certifications, Delivery, and Sample Exchange

This actuator is available with certifications that guarantee adherence to industry standards. Delivery time varies by logistics provider and order size, ensuring timely shipment worldwide. Samples may be available upon request, often allowing for product exchange if specifications need adjustment. Our streamlined process includes secure packaging, efficient logistics management, and dedicated customer support, ensuring that each shipment arrives safely and within the expected timeframe to any exporter, importer, manufacturer, or supplier globally.

FAQ's of FSL 1610-250 STROKE-W/O MOTOR LINEAR ACTUATOR:

Q: How is the FSL 1610-250 STROKE-W/O MOTOR LINEAR ACTUATOR installed?

A: Installation involves mounting the actuator using the provided base slots or carriage threads and coupling it with your compatible stepper or servo motor via the shaft interface. Mechanical setup ensures secure and precise positioning.

Q: What motors are compatible with this linear actuator?

A: The actuator supports a variety of stepper or servo motors, giving you the flexibility to select a motor that matches your speed, torque, and control requirements. The motor itself is not included with the unit.

Q: When should the FSL 1610-250 be used in a project?

A: Use this actuator when your application demands high accuracy, repeatable positioning, and robust load capacity, such as in CNC routers, automation lines, or robot arms where fine linear movement is essential.

Q: Where can I request a sample or certification details?

A: You can request product samples or specific certification documentation through our sales team or authorized distributors. These requests help ensure the actuator matches your project needs before bulk purchase or integration.

Q: What is the benefit of the ball screw and recirculating ball bearing design?

A: The ball screw and recirculating ball bearing configuration minimize friction and ensure smooth, accurate linear movement, resulting in reliable performance and reduced maintenance in demanding automation environments.