• View of the input side of the 24VDC dual relay module
  • View of the output side of the 24VDC dual relay module
  • Closeup view of the output side of the 24VDC dual relay module
  • Closeup view of the input side of the 24VDC dual relay module
  • Closeup view of the top of the relay of the 24VDC dual relay module
  • Long dimension of the 24VDC dual relay module at 2 inches
  • Short dimension of the 24VDC dual relay module at 2 inches
  • Dimension of the mounting holes that are farthest apart of the 24V dual relay module at 1.82 inches
  • Short mounting dimension of 1.59 inches of the 24Vdc dual relay module
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BuildYourCNC

24VDC Dual Relay Module

24VDC Dual Relay Module

$10.95 USD
$10.95 USD
Sale Sold out
Title
Control high powered devices with this dual 24V relay. Requires a 24VDC input to turn the relay on and off. The relay features: - NC (Normally Closed) and NO (Normally Open) operation - 10 amps at 250 volts or 15 amps at 125 volts AC - LED indication of which relay is engaged - LED indication of power from a 24V source - Active high or low operation for each input - Optoisolated communication between the input and the relay coil so there will be no harmful back current from the relay coil - Screw terminals for easy wiring This dual relay is great for controlling CNC devices like spindles. Use with dual relay with our popular Mach3 USB Controller Dimensions of the board is 2 in x 1.8 in. Mounting dimensions are 1.82 in x1.59 in

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Questions & Answers

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  • will this accept 24vac vs 24vdc

    No, the 24V dual relay board requires DC voltage only.

  • What power supply should I use for this relay?

    The dual 24VDC relay can use any 24V power supply that outputs 24V DC. A great power supply that will work well with this dual 24VDC relay is this power supply: https://buildyourcnc.com/item/electronicsAndMotors-power-supply-24v-1a-dc

  • Can this relay accept two separate signals?

    Yes, the purpose of the dual relay is so you have the ability to control two separate relays with two separate signals. One signal will go to one of the two relays, and the other signal will go to the other relay.