FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL

FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL Specification

Connection
Four-wire connection for Stepper Motor, Standard terminal block interface

Accuracy
High Precision, Lead Error 0.05 mm/300 mm

Function
Linear Motion Drive for CNC/Automation

Size
594 mm length (overall), Stepper Motor NEMA 23 (57mm x 56mm)

Frame Material
Aluminum Alloy

Step Holding Torque
1.26 Nm (Typical for 57HS56-3004A-123)

Ambient Temperature Range
-10C to +50C

Screw Pitch
10 mm per revolution

Mounting
Standard mounting holes on base

Lubrication
Greased, maintenance required periodically

Operating Voltage
Suggested 24V DC for stepper driver

Model
FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL

Drive Length
400 mm travel (effective stroke)

Protection Class
IP20

Motor Type
2-Phase Hybrid Stepper Motor

Lead Screw Type
T8 (16 mm diameter, 10 mm lead)

Motor Rated Current
3.0A/Phase

Step Angle
1.8

About FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL

The FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL stands as a matchless choice for demanding automation and CNC applications. Featuring a commanding T8 lead screw (16mm diameter, 10mm lead) and the top-rated 2-phase hybrid stepper motor, it ensures enviable torque at 1.26 Nm and exceptional accuracy (lead error just 0.05 mm/300 mm). Its robust aluminum alloy frame, 400 mm effective stroke, and IP20 protection class combine reliability with durability. In-demand among exporters, importers, and manufacturers, it offers reduced maintenance requirements and straightforward installation with standard mounting holes and terminal connectivity.

Versatile Use and Application Media

The FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL is designed for linear motion in CNC machinery, industrial automation, and robotics. Its usage thrives in environments demanding precise, controlled movement of workpieces or tools. Adaptable for use with metals, plastics, and other standard production media, this unit serves industries including manufacturing, prototyping, lab automation, and materials handling. Its high precision and reliable performance make it ideal for both repetitive tasking and custom automation setups.

Quotation, FOB Port, and Order Processing

Quotations for the FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL are provided based on the FOB port chosen by the customer, ensuring clear rate calculation and expected shipping timelines. Payment terms are flexible, typically requiring confirmation at order completion for streamlined procurement. The product is securely packaged to prevent damage during transit, adhering to industry export standards. Comprehensive documentation accompanies each shipment for transparency in tracking and delivery.

FAQ's of FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL:

Q: How does the FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL linear motion system operate?

A: It operates by converting the stepper motor's rotary movement into precise linear motion using a T8 lead screw, suitable for automated positioning in CNC and related applications.

Q: What are the main benefits of using this lead screw and hybrid stepper motor combination?

A: The system offers commanding torque, enviable positioning accuracy, and matchless reliability, which are essential for precision-driven industrial operations.

Q: When is maintenance necessary for this motion drive?

A: Periodic maintenance, such as regreasing, is recommended to ensure smooth operation, depending on the application's operating environment and usage intensity.

Q: Where can the FSL 1610-400(L594) NEMA 23(57HS56-3004A-123)JKL be installed?

A: It can be mounted on any compatible automation frame or CNC machine, utilizing standard mounting holes on its base for straightforward installation.

Q: What is the process for obtaining a price quote and placing an order?

A: Contact the supplier with your requirements; a quotation will be provided detailing rate, FOB port, and delivery. After agreement, payment terms are finalized and the order is completed for prompt dispatch.

Q: How does the system ensure high accuracy during operation?

A: The lead screw design and the hybrid stepper motor's 1.8 step angle, along with a low lead error of 0.05 mm/300 mm, contribute to consistent, precise linear movement.