Din Rail Mount 4 Dpdt Signal Relay Interface Module, Dc24v Version.

US $297

  • Hong Kong, Hong Kong
  • Jan 29th
Description 1 Piece DIN Rail Mount 4 DPDT Signal Relay Interface Module 24V Version, FUJITSU TAKAMISAWA RY24W-K high quality signal relays. LED indicator for each relay. Screw terminal block, for 26~16AWG wires. High quality PCB housing/carrier, DIN rail mountable - for width 35 / 32 / 15mm rails. DIN mount case can be taken apart for panel mount use. FR-4 fiber glass PCB, dual copper layers. External dimensions: 83 x 87 x 43mm(L x W x H). PCB dimensions: 80 x 72.5mm ( L x W ). 100% new, never used. Operating Voltage / Current(max.): DC 24V / 80mA. Input control signal voltage:                      0V - 0.5Vdc, low level, relay not action.                      0.5V - 2.5Vdc, unknown state.                      2.5V - 24Vdc, high level, relay action. Input control signal high level current:                      2.5V: 0.1mA.                      5V: 0.35mA.                      12V: 1.1mA.                      20V: 1.9mA Relay Spec:            Manufacturer: FUJITSU TAKAMISAWA.            Type: RY24W-K            Contact Material: Gold Overlay Silver-Palladium.            Contact Rating: 120VAC / 0.5A, 24VDC / 1A.            Datasheet: Click here Wire connection and PCB size:          VCC: Power supply input, DC 24V.         GND: Power supply ground and control signal ground.         IN-X: Control signal input, Low: relay not action, High: relay action.         COM / NO / NC:                 Control signal state low, the relay OFF, COM - NO disconnected,  COM - NC connected.                 Control signal stage high, the relay ON, COM - NO connected, COM  - NC disconnected. This is a very simple module board, no paper specifications, any questions, feel free to tell me. Schematic Engineered for professional eBay sellers!

Directions

Similar products from Relay Module Boards

People who viewed this item also vieved

By clicking "Accept All Cookies", you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts.

Accept All Cookies