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AC 110-230V 10000W SCR Motor Speed Controller Volt Regulator Dimmer Thermostat

$ 13.56

Availability: 29 in stock
  • Condition: New
  • Size: 4.37 * 3.03 * 1.46 inches
  • Maximum power: 10000 (connect Resistive load)
  • Brand: Unbranded
  • Power Source: AC
  • Operating voltage: AC 110V-230V
  • Voltage regulation: adjustable between AC 0V - "close input voltage"
  • Voltage: 230 V

    Description

    AC 110-230V 10000W SCR Motor Speed Controller Volt Regulator Thermostat Dimmer
    10000W SCR voltage Regulator, come with a smart fan and a aluminum-alloy case, high power electronic voltage
    regulator,
    It is suitable for lighting engineering control, heating wire, boiler heating control, power tool motor control, etc.
    Features:
    The trigger circuit is unique, the control voltage regulation is accurate without hysteresis, and the resistive load is adjusted
    from
    10V after it is turned on from 0, and the maximum is close to the input power voltage
    SCR adds RC absorption protection circuit
    Upgraded fan with switch intelligent control, good cooling effect and long service life
    Standard high-grade exquisite aluminum shell is more safe and practical
    Parameter:
    Operating voltage: AC 110V-230V
    Maximum power: 10000 (connect
    Resistive load)
    Voltage regulation:  adjustable between AC 0V - "close input voltage"
    Size: 111 * 77 * 37 mm / 4.37 * 3.03 * 1.46 inches
    Instructions
    Connect the SCR voltage regulator in front of the electrical circuit of the consumer, connect the input and output wires respectively,
    and rotate the potentiometer knob to play the role of light and dark dimming, speed, voltage and temperature
    Note:
    The load should not exceed the specified maximum power. Pay attention to the temperature rise for the first use. If the temperature
    is very high(more than 80℃/176
    °F
    ), the heat dissipation must be strengthened, otherwise the modules and electrical appliances
    will be burned out.
    The use of inductive and capacitive load power should be greatly reduced, and at least half of the amount should be left.