FSL 1610-500 (L699)NEMA 23 (57HS56-3004A-123)JKL

FSL 1610-500 (L699)NEMA 23 (57HS56-3004A-123)JKL Specification

Connection
4-wire Bipolar Connection

Accuracy
0.05 mm

Function
Linear motion conversion for stepper motor systems

Size
NEMA 23 Frame; 57mm Motor Body

Application
CNC machines, 3D printers, linear actuators

Model
FSL 1610-500 (L699)NEMA 23 (57HS56-3004A-123)JKL

Shaft Type
Single Shaft

Step Mode
Full / Microstepping compatible

Screw Length
500 mm

Rated Current
3.0A/phase

Voltage
3.2V / Phase

Step Angle
1.8 per step

Mounting
Standard 4-bolt NEMA 23 Mount Pattern

Lead Screw
Trapezoidal Lead, 16mm diameter, 10mm pitch

Motor Length
56 mm

Housing Material
High-grade Aluminum and Steel

Holding Torque
1.26 Nm

Insulation Class
Class B

About FSL 1610-500 (L699)NEMA 23 (57HS56-3004A-123)JKL

Unlock unbeatable performance with the FSL 1610-500 (L699)NEMA 23 (57HS56-3004A-123)JKL, a top-tier stepper motor and lead screw assembly designed for cutting-edge CNC machines, 3D printers, and linear actuators. This hot deal delivers instant savings and has garnered favorable reviews for its terrific 1.26 Nm holding torque, precision 0.05 mm accuracy, and robust build using high-grade aluminum and steel. Fully compatible with full and microstepping, its 500mm trapezoidal lead screw and standard 4-bolt mounting pattern ensure reliability for any demanding application. Don't miss out on this remarkable combination of efficiency and durability!

Versatile Applications & Usage in Plants

The FSL 1610-500 (L699)NEMA 23 is exceptionally well-suited for applications beyond CNC and 3D printing. Its robust linear motion system is great for automation lines, assembly plants, packaging machinery, and custom actuator setups. Installation is streamlined-just align with your chosen mount, connect the four-wire bipolar interface, and calibrate for immediate integration. This model's high precision and durability also make it ideal for industrial plant environments requiring reliable, repetitive movement.

Supply Capacity, Certifications & Efficient Delivery

We offer a steady and reliable supply of the FSL 1610-500 (L699)NEMA 23, backed by extensive certifications for quality and safety compliance. Transportation and delivery are conducted through trusted transport services, ensuring your order is carefully dispatched and arrives on schedule. Our streamlined transportation network allows us to deliver products promptly, so you get the components you need without delay, optimizing your project timelines and minimizing downtime.

FAQ's of FSL 1610-500 (L699)NEMA 23 (57HS56-3004A-123)JKL:

Q: How can the FSL 1610-500 (L699)NEMA 23 be integrated into existing systems?

A: The FSL 1610-500 (L699)NEMA 23 can be integrated by mounting it using the standard NEMA 23 4-bolt pattern, wiring its four bipolar connections, and configuring your controller for either full or microstepping modes as required.

Q: What are typical applications for this stepper motor and lead screw assembly?

A: This model is commonly used in CNC machines, 3D printers, linear actuators, factory automation, packaging systems, and custom machinery requiring precise linear motion control.

Q: When will my order be dispatched after purchase?

A: Orders for the FSL 1610-500 (L699)NEMA 23 are typically processed and dispatched within a short lead time thanks to our reliable logistics and transport partners.

Q: Where can this assembly be applied within a plant environment?

A: Within plant environments, it can be applied in automated assembly lines, sorting systems, and anywhere precise and repetitive linear motion is essential for production or material handling.

Q: What process should be followed for installation and calibration?

A: Begin by mounting with the 4-bolt NEMA 23 pattern, connect the bipolar wires to your stepper driver, and then perform a calibration using your system's interface to ensure accurate linear travel.

Q: What benefits does the high-grade aluminum and steel housing provide?

A: The durable aluminum and steel housing offer enhanced robustness and longevity, ensuring the assembly withstands repeated industrial use while maintaining precision performance.