FSL 1204-1100 STROKE WITHOUT MOTOR- JKL

FSL 1204-1100 STROKE WITHOUT MOTOR- JKL Specification

Accuracy
High precision (subject to lead screw and stepper motor specification)

Connection
NEMA 23 (57HS56-3004A-123) stepper motor with mechanical coupling

Pressure
Not applicable (mechanical linear actuator)

Function
Linear motion actuator for precision positioning applications

Size
1100 mm length

Mounting
End fixed brackets with motor and coupler mount

Repeatability
Typically 0.02 mm (depending on system configuration)

Lead Screw Dimension
1204 (Diameter 12mm, Lead 4mm)

Application
CNC machines, 3D printer, automation, robotics, linear transport

Stroke Length
Approx. 1000 mm effective travel

Drive Type
Ball screw driven, stepper motor actuated

Material
Aluminum alloy profile with steel lead screw and mounting brackets

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

Load Capacity
Varies, typically up to 20 kg horizontal (consult datasheet for maximum load)

Model
FSL 1204-1100

About FSL 1204-1100 STROKE WITHOUT MOTOR- JKL

Spotlight the rare FSL 1204-1100 WITH NEMA 23 (57HS56-3004A-123) JKL, a potent linear motion actuator engineered for unrivaled precision and reliability. With a robust NEMA 23 stepper motor and a redoubtable 1204 lead screw, this assembly promises repeatability to 0.02 mm-even under dynamic industrial demands. Crafted from a durable aluminum alloy profile and fortified with steel lead screws, it delivers consistent, accurate positioning over a substantial 1000 mm stroke length. Jump on this high-performance solution-ideal for CNC machines, 3D printers, automation, and robotics-before it becomes a rare find in the market.

Expanded Applications and Features Empower Excellence

The FSL 1204-1100 WITH NEMA 23 (57HS56-3004A-123) JKL stands out for its adaptability across various domains including advanced automation systems, robotic platforms, and linear transport modules. Boasting high repeatability, robust aluminum profile, and a ball screw-driven mechanism, it ensures reliable performance even in extensive duty cycles. Its competitive advantage lies in its potent stepper-driven precision, enduring build, and the ability to maintain accuracy and efficient operation in competitive industrial settings.

Sample Policy, Domestic Market, and Supply Capabilities

We offer a transparent sample policy, enabling clients to evaluate the product performance with a proposal amount that's deductible from larger orders. Samples are provided with a nominal charge, supporting evidence-based procurement. Our main domestic market coverage is broad, catering to key industrial hubs. With abundant stock and rapid logistics, our supply ability ensures timely delivery to meet diverse domestic mar requirements, whether for single units or bulk industrial applications.

FAQ's of FSL 1204-1100 WITH NEMA 23 (57HS56-3004A-123) JKL:

Q: How does the FSL 1204-1100 WITH NEMA 23 ensure precise positioning in automation tasks?

A: The FSL 1204-1100 utilizes a ball screw-driven mechanism paired with a high-torque NEMA 23 stepper motor, delivering repeatability typically within 0.02 mm, which guarantees precise and controlled linear motion for demanding automation applications.

Q: What are the common applications for this linear actuator model?

A: This model is well-suited for CNC machines, 3D printers, robotics, industrial automation systems, and precision linear transport-ideal wherever accurate and repeatable movement is crucial.

Q: When should I consider using the FSL 1204-1100 over other linear motion solutions?

A: You should choose the FSL 1204-1100 when your project demands high precision, potent torque, substantial stroke length, and a reliable, redoubtable build for medium to heavy-duty positioning tasks.

Q: Where can I request a sample product and what are the charges?

A: Sample requests can be made directly through our official sales channels. A proposal amount is charged for samples, which is often deductible if you proceed with a larger procurement order.

Q: What is the process for integrating the FSL 1204-1100 into custom industrial setups?

A: Integration involves secure mounting using end fixed brackets, connecting to the NEMA 23 stepper motor and coupler, installing appropriate drivers, and configuring system controls for targeted positioning tasks.

Q: How does the FSL 1204-1100 help enhance industrial project efficiency?

A: Its unrivaled accuracy, robust construction, and smooth operation minimize downtime and ensure consistent results, thus advancing both productivity and process reliability in industrial environments.