Green plastic enclosure with pcb, white plastic enclosure with rotary knob

AC motor 1,5 A | Remote speed control | DIN rail | LED indicator

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Article code MV2LT0---001

Current stock 17 U.

Factory lead time 4 Week(s)

Solution description

Variable speed control for AC fans with single-phase motor. The maximum motor current is 1,5 A. Fan speed controller and potentiometer require 230 V power supply. Via the external potentiometer, the motor speed can be set (at zero position, the motor stops). The LED on the potentiometer lights up when the motor is enabled. The fan speed controller can be installed on a DIN rail. Cable length between potentiometer and fan speed controller should remain limited to avoid disturbances of the 0-10 V signal.

Documents

Schematic overview

Components of this solution

Article code

Quantity

Description

MVS-1-15CDM

1 U.

Precise speed control for 230 V single-phase motors, up to 1.5 A. Modbus RTU communication and remote control options. Features adjustable off level and time-limited motor operation. Supports invertible analog input (0-10 VDC or 0-20 mA). Includes kick start, soft start, and multiple operating modes for reliable control.

LTV-1-010-NA

1 U.

Control your ventilation with our LTV Potentiometer, a straight forward 0-10 V device designed for optimal control of EC fan speed, AC fan speed controllers or valve actuators. Operating at a supply voltage of 230 VAC, the LTV potentiometer delivers a variable output signal ranging from 0 to 10 VDC, easily adjustable via its user-friendly rotary knob. This knob features a distinctive off-position, ensuring a seamless transition to zero output in a simple turn. The splash-proof enclosure further enhances its adaptability, allowing for both inset mounting (IP44) and surface mounting (IP54), making it a reliable choice for diverse installation needs. When you turn the rotary knob clockwise, the output voltage goes above 0 V. At this point, the green LED lights up, indicating the system is active and not in the "off" position. If the system is in the "off" position (meaning the output voltage is at 0 V), the green LED turns off. This clearly shows the system is inactive.

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