FSL 1204-1000 STROKE WITHOUT MOTOR- JKL

FSL 1204-1000 STROKE WITHOUT MOTOR- JKL Specification

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

Power
1 Microampere (A)

Voltage
1 Microampere (A)

Weight
1 Kilograms (kg)

Application
1

Accuracy
High Precision (typically 0.01 mm, depending on ball screw specification) gm

Pressure
Not applicable (linear motion system, not hydraulic/pneumatic) kgf/m2

Material
1

Classification
1204-1000

Capacity
1 Kg

Function
Linear Actuation/Positioning

Size
1204-1000 mm

Stroke Length
Adjustable up to 1000 mm

Shaft Diameter
12 mm (1204 series ball screw)

Motor Current
3.0A/phase

Motor Holding Torque
1.8 Nm (approx. for 57HS56-3004A-123)

Travel Length
1000 mm

Motor Type
2-phase Hybrid Stepper Motor

Rail Material
Anodized Aluminium Extrusion

Lead Screw Type
Ball Screw - 1204 series

End Support
Heavy-duty Machined Plates

Mounting
Aluminium Profile with End Brackets

Voltage
DC (as specified by stepper driver, commonly 24-48V)

Application
CNC, Automation, Robotics, 3D Printers, XYZ Gantries

FSL 1204-1000 STROKE WITHOUT MOTOR- JKL Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Days

About FSL 1204-1000 STROKE WITHOUT MOTOR- JKL

Discover the ephemeral new release: the FSL 1204-1000 WITH NEMA 23 (57HS56-3004A-123) JKL. This scarce, breathtaking marvel is the paragon of linear motion, engineered for the finest CNC, automation, robotics, and 3D printer applications. With a 2-phase hybrid stepper motor, 3.0A/phase current, and 1.8 Nm holding torque, it delivers high precision (0.01mm) and reliability. The aluminium profile, ball screw (1204 series), and adjustable stroke make it a sought-after innovation-truly the finest in its class for exporters, importers, manufacturers, and suppliers alike.

Cutting-Edge Performance for Advanced Applications

The FSL 1204-1000 WITH NEMA 23 (57HS56-3004A-123) JKL is used in CNC machines, XYZ gantries, 3D printers, automation systems, and robotics. Its competitive advantages include high precision, strong holding torque, and an adjustable stroke up to 1000mm. The primary edge lies in its heavy-duty construction, superior material quality, and seamless integration with NEMA 23 motors, ensuring reliability and outstanding positioning for mission-critical operations.

Shipping and Certifications for Global Markets

Our main domestic market spans major industrial regions, with certifications ensuring compliance and quality assurance. Express shipping options and drop-off services are available to expedite your orders, while shipped goods are carefully handled from our FOB port for secure international dispatch. Clients benefit from a streamlined, responsive supply chain that guarantees fast delivery, peace of mind, and unrivalled after-sales support.

FAQ's of FSL 1204-1000 WITH NEMA 23 (57HS56-3004A-123) JKL:

Q: How can the adjustable stroke length of the FSL 1204-1000 enhance application flexibility?

A: The adjustable stroke length, up to 1000mm, allows you to customize linear motion to your project's requirements, making it suitable for diverse applications in CNC, robotics, and automation.

Q: What is the benefit of using a 2-phase hybrid stepper motor in this linear actuator?

A: The 2-phase hybrid stepper motor ensures precise movements with superior torque (1.8 Nm), delivering high accuracy and stable operation essential for demanding industrial setups.

Q: Where is the FSL 1204-1000 commonly shipped from and what logistics are provided?

A: Shipped goods typically depart from our designated FOB port with express shipping and drop-off options, ensuring timely and safe delivery to both domestic and international destinations.

Q: What makes the FSL 1204-1000 a paragon in its category?

A: Its combination of high precision, robust anodized aluminium rail, heavy-duty machined plates, and fine ball screw technology makes it stand out as a paragon of performance in linear actuation.

Q: How does certification and quality assurance enhance user confidence?

A: Stringent industry certifications and quality checks guarantee product reliability and compliance, giving users total confidence in both safety and consistent performance.