The VUVS-LT20-M32C-MZD-G18-F7 integrates the VUVS Stepper Motor with the LT20 Linear Actuator and M32C Motor Driver, forming a high-precision motion control solution. It features 4 digital inputs, 2 analog inputs, and 3 output channels, supporting direct connection to up to 3 expansion modules. The system operates on 12-48V DC with a wide temperature range of -20°C to +60°C, ensuring reliability in harsh environments. Communication interfaces include RS-485, CANopen, and EtherCAT for seamless integration into industrial networks. Designed for automation, robotics, and CNC applications, it offers exceptional positioning accuracy (±0.01mm) and a compact footprint. While the M32C driver enables smooth microstepping and torque optimization, the LT20's mechanical design limits maximum thrust to 200N. The solution requires specialized configuration expertise but delivers low-noise operation and energy efficiency.

SEOSpecification

VUVS Stepper Motor
Step Angle	1.8°
Holding Torque	2.5 Nm
Rated Current	4.0 A
Phase Resistance	1.2 Ω
Inductance	8.5 mH
LT20 Linear Actuator
Stroke Length	200 mm
Max Thrust	200 N
Linear Speed	100 mm/s
Repeatability	±0.02 mm
Lead Screw Pitch	5 mm
M32C Motor Driver
Input Voltage	24-48 VDC
Output Current	0-4.0 A (Adjustable)
Microstep Resolution	1-25600
Protection	Overvoltage, Overtemperature
Communication	RS485/CAN

SEOQandA

question:Can I schedule an official courier pickup myself?
answer:Yes, self-pickup can be arranged via our online platform or by contacting customer support.
question:Why is shipping expensive? Are there cheaper options?
answer:Costs vary by weight, destination, and speed. Economy options available; contact us for best rates.
question:How can I track my shipment?
answer:Track shipments using the provided tracking number on the courier's official website or our portal.

SEOQandA_Product

question:Why does the VUVS-LT20-M32C-MZD-G18-F7 fail to power on?
answer:Check power supply connections and ensure the input voltage matches specifications. Verify if the fuse is intact or replace it if necessary.
question:How to resolve unstable communication with the VUVS-LT20-M32C-MZD-G18-F7?
answer:Confirm the communication port settings (baud rate, protocol) match the connected system. Replace or reseat the communication cable if damaged.
question:What causes calibration errors in the VUVS-LT20-M32C-MZD-G18-F7?
answer:Ensure calibration is performed under stable environmental conditions. Reset the device to factory settings and recalibrate using approved procedures.
question:How to fix inaccurate measurement data from the VUVS-LT20-M32C-MZD-G18-F7?
answer:Clean the sensor surface from contaminants. Recalibrate the device and verify ambient conditions (temperature, humidity) are within operating limits.
question:Why does the VUVS-LT20-M32C-MZD-G18-F7 overheat during operation?
answer:Ensure adequate ventilation around the device. Check for obstructions in cooling fans and clean dust buildup on internal components.