FSL 1610-150 STROKE WITH NEMA 23 (57HS56-3004A-123) JKL

FSL 1610-150 STROKE WITH NEMA 23 (57HS56-3004A-123) JKL Specification

Accuracy
0.05 mm

Pressure
Not applicable (linear actuator)

Connection
NEMA 23 (57HS56-3004A-123) Stepper Motor Direct Coupling

Function
Linear motion transmission for CNC and automation equipment

Size
1610-150 Stroke (Ball Screw 16mm diameter, 10mm lead, 150mm effective travel)

Frame Material
Aluminum Alloy

Rated Current
3A/phase (57HS56-3004A-123)

Motor Step Angle
1.8 per step

Customizable Options
Custom stroke lengths available upon request

Backlash
0.02 mm

Supported Load
Horizontal and Vertical mounting supported

Travel Limitation
Mechanical end-stop both sides

Shaft End Type
Single Shaft End

Stroke Length
150 mm effective travel

Ball Screw Type
1610 (16mm diameter, 10mm lead)

Protection Class
Motor IP54

Position Repeatability
0.05 mm

Maximum Speed
Up to 100 mm/sec (application specific)

Motor Model
57HS56-3004A-123 (NEMA 23)

Mounting Type
Base flange mount holes

Maximum Thrust
Up to 120 kg (motor dependent)

FSL 1610-150 STROKE WITH NEMA 23 (57HS56-3004A-123) JKL Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-7 Days

About FSL 1610-150 STROKE WITH NEMA 23 (57HS56-3004A-123) JKL

Experience the lavish engineering of the FSL 1610-150 STROKE WITH NEMA 23 (57HS56-3004A-123) JKL-an in-demand, must-have solution for any CNC or automation setup! Crafted with a gilt-edged aluminum alloy frame, this outstanding linear motion actuator pushes the boundaries with an impressive 120 kg thrust, 0.05 mm repeatability, and up to 100 mm/sec speed. Perfected for precision, its outstanding single shaft ball screw mechanism guarantees minimal backlash (0.02 mm). Grab yours today and upgrade to seamless, gilt-edged performance-custom stroke lengths available!

Versatile Application and Usage Surfaces

Designed for both horizontal and vertical mounting, the FSL 1610-150 STROKE excels in diverse industrial applications including CNC machinery, robotics, and automation systems. Its outstanding surface adaptability ensures reliability on metallic frames, modular equipment, and machine beds. Used as a core linear motion transmitter, it seamlessly integrates with various platforms, handling demanding tasks where accuracy and durability are paramount. The advanced NEMA 23 stepper motor coupling makes it perfect for dynamic environments requiring repeatable precision.

Sample Policy and Global Supply

We estimate prompt delivery of the FSL 1610-150 STROKE WITH NEMA 23 (57HS56-3004A-123) JKL to efficiently cater to both domestic and export markets. Sample units are available upon request under our detailed sample policy for genuine evaluation before larger commitments. With strong supply ability as exporter, importer, manufacturer, and supplier, we maintain a consistent export pipeline to meet international demands, ensuring timely shipment and exceptional customer satisfaction across markets.

FAQ's of FSL 1610-150 STROKE WITH NEMA 23 (57HS56-3004A-123) JKL:

Q: How can I request custom stroke lengths for the FSL 1610-150 STROKE?

A: Custom stroke lengths can be requested by contacting the supplier directly. They will assess your application requirements and provide a tailored solution to meet your specific needs.

Q: What applications is the FSL 1610-150 STROKE suitable for?

A: This product is ideal for use in CNC machines, robotics, automation equipment, and industrial systems requiring precise linear motion with outstanding repeatability and durability.

Q: Where can the actuator be mounted?

A: The FSL 1610-150 can be installed in both horizontal and vertical orientations, thanks to its base flange mount holes, making it flexible for a variety of surface applications.

Q: What is the estimation process for delivery times in export markets?

A: Upon order confirmation, the supplier estimates delivery timelines based on export market destinations and shipping logistics, ensuring prompt and reliable dispatch.

Q: What are the primary benefits of using the NEMA 23 stepper motor direct coupling?

A: The direct coupling with the NEMA 23 stepper motor ensures efficient power transmission, reduced backlash, and enhanced precision, which is beneficial for tasks requiring meticulous linear positioning.