SKU/Artículo: AMZ-B0F9468LDQ

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2Pcs XL9535-K1V5 Relay Control Module 1-Channel Expandable Relay Board IIC 5V Communication Optocoupler Isolation

Disponibilidad:
En stock
Peso con empaque:
0.36 kg
Devolución:
Condición
Nuevo
Producto de:
Amazon

Sobre este producto
  • Expand your relay control capabilities effortlessly with the XL9535-K1V5 1-Channel Expandable Relay Board, featuring IIC communication and optocoupler isolation for stable performance
  • Drive up to 32 relays with just 4 x 8=32 modules connected through 2 analog IIC communications, thanks to the address control bits A2 A1 A0 allowing for easy expansion of up to 8 groups of IIC addresses
  • Maximize efficiency by controlling up to 128 relays with only 2 IO ports emulating IIC communication when using 16-channel relay modules, significantly saving your IO resources in multi-relay applications
  • Achieve seamless integration and reliable relay operation with the XL9535-K1V5's optocoupler isolation design, ideal for scenarios requiring driving numerous relays with limited IO ports
  • Streamline your IO management with the XL9535-K1V5 Relay Control Module's innovative design, offering a practical solution for driving high numbers of relays while ensuring stable and efficient performance
U$S 14,49
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U$S 9,99

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Conoce más detalles

The module adopts the HIC communication optocoupler isolation scheme to drive relays, which has stable performance and is very suitable for use in situations where a large number of relays need to be driven with fewer IO ports. The relay can load MAX current of 10A (resistive load) and has three address control bits A2, A1, and A0. It can expand 8 groups of IIC addresses for multiple groups. When you use a 4-channel 1IC relay module, 8 groups of modules can be connected to the MOST on two buses, and only two 10 analog IIC communications are needed to control up to 4x8=32 relays. If you choose a 16 channel IIC relay module, your MOST can simulate IIC control up to 128 relays through two IO ports, which greatly saves your IO in situations where multiple relays are used. Parameter Introduction Module type: 1 channal relay control Input voltage: DC-5V (the signal terminal can be driven by 3.3V and powered separately by an external 5V to the relay) Control voltage: 0-220V Working current: 100ma/piece Load current: 10A (resistive load)/7A (inductive load) Module interface: KF301-5.08 (Relay) PH2.0-4P (signal), equipped with a PH2.0-4P to DuPont wire VIN: Positive pole of signal power supply, 3.3-5V 5V: Relay power supply positive pole, 5V GND: Input/output negative pole, shared SCL: IIC clock line, high level consistent with VIN voltage SDA: IIC data line, high level consistent with VIN voltage NC: Relay normally closed end COM: Relay common terminal NO: Relay often starts J1 jumper: Jumper cap plug Short circuit between the signal power supply and the relay power supply The jumper cap disconnects the signal power supply and the relay power supply