FSL 1204-1200 STROKE WITHOUT MOTOR-JKL

FSL 1204-1200 STROKE WITHOUT MOTOR-JKL Specification

Accuracy
High precision, typically 0.05mm depending on assembly and ball screw quality

Connection
Standard input compatible with NEMA 23 stepper motor (57HS56-3004A-123)

Pressure
Not applicable (electromechanical actuator)

Function
Linear motion actuator for precise positioning applications

Size
Travel length 1200mm, Nema 23 stepper motor interface

Mounting Type
End support mounting brackets

Motor Type
NEMA 23 (57HS56-3004A-123) stepper motor

Repeatability
Up to 0.01mm

Load Capacity
Up to 30kg (depending on mounting, application, and speed)

Frame Material
Aluminum extrusion for lightweight and rigidity

Protection
Anodized surface for corrosion resistance

Application
Automation, CNC, pick and place, 3D printers, and robotics integration

Ball Screw Lead
4mm

Operating Voltage
Typically 24V to 48V DC for stepper operation

About FSL 1204-1200 STROKE WITHOUT MOTOR-JKL

Discover the latest FSL 1204-1200 WITH NEMA 23 (57HS56-3004A-123) JKL-a must-have solution for precision linear motion tasks! Featuring a sterling aluminum extrusion frame for uncommon durability and lightness, this meritorious actuator delivers high accuracy (up to 0.05mm) and repeatability (0.01mm). Its special rate load capacity of up to 30kg and travel length of 1200mm suit automation, CNC, and 3D printing applications. An anodized finish ensures lasting protection, while the end support brackets provide solid mountings. It's engineered for professionals, exporters, and manufacturers seeking reliability and quality.

Versatile Automation Solution

The FSL 1204-1200 WITH NEMA 23 (57HS56-3004A-123) JKL is adept for both general and specific automation requirements. Used as a linear motion actuator, it's ideal for pick-and-place systems, CNC platforms, robotics, and 3D printers. Application methods are straightforward, employing secure end support mounting. Whether enhancing manufacturing processes or boosting R&D efficiency, this unit's flexibility in diverse industrial settings underscores its value as both a specialized and general-use linear solution.

Certifications and Efficient Delivery

This product stands out with recognized certifications ensuring reliable valuation and consistent performance. The FSL 1204-1200 WITH NEMA 23 (57HS56-3004A-123) JKL is available through major FOB ports, streamlining goods transport and logistics for international clients. With swift delivery times, the total outlay-from order placement to installation-is noticeably reduced, catering to manufacturers and exporters who prioritize efficient procurement, trustworthy certifications, and a seamless supply chain experience.

FAQ's of FSL 1204-1200 WITH NEMA 23 (57HS56-3004A-123) JKL:

Q: How do you mount the FSL 1204-1200 WITH NEMA 23 (57HS56-3004A-123) JKL actuator?

A: This actuator is designed for end support mounting brackets, making installation straightforward for most automation, CNC, and robotics setups.

Q: What applications can benefit from using this linear motion actuator?

A: It is highly effective in automation cells, CNC machines, pick-and-place operations, 3D printers, and robotic systems requiring precise linear motion and repeatability.

Q: When should you consider using this actuator in your workflow?

A: Choose this product when your workflow demands high accuracy, rigid aluminum construction, and the ability to handle loads up to 30kg in applications requiring dependable linear movement.

Q: Where can the product be delivered, and what are the transport options?

A: Goods can be shipped to most global locations from major FOB ports, ensuring efficient international goods transport and timely delivery.

Q: What is the process for connecting the stepper motor interface?

A: The actuator features a standard NEMA 23 stepper motor interface (57HS56-3004A-123), providing easy and reliable connections to compatible stepper drive systems.

Q: What are the benefits of the anodized surface treatment?

A: Anodized aluminum offers enhanced corrosion resistance, extending the product's operational lifespan, especially in demanding industrial environments.