2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation
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2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation

2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation

$21.05
2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation
$21.05

The Story

Two-Pack 12V DC DPDT PCB Relay for 8A high-current switching
✔️ 8A load, 12V coil, DPDT NO/NC, PCB mount, through-hole pins

The RTE24012 is a general purpose power relay designed for a range of control tasks. This 8-pin, PCB-mount relay handles up to 8A at 12VDC, making it ideal for PLC outputs, automation panels, and hobby electronics projects.

✅ Coil voltage: 12 VDC
✅ Relay contact form: 2 Form C (DPDT-NO, NC)
✅ Contact current rating: 8 A
✅ Relay connection type: PCB termination
✅ Terminal configuration: Solder pins
✅ Mounting style: Through hole
✅ Switching voltage: 400 VAC
✅ Coil type: Non-Latching

💡 What is a power relay used for in automation projects? Power relays let you switch high-current loads from a low-power control signal.

  • power relay for automation projects
  • drive motors, heaters, and solenoids from PLC outputs
  • PCB mountable through-hole reliability
  • DPDT configurations for dual circuits
2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation - Image 5

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

2 Pack 12V DC 8 Pin DPDT Power Relay 8A General Purpose PCB Relay for Projects and Auto Electronics Reliable High Current Switching PCB Mountable Relay for Industrial Use and Easy Installation - Image 6

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

Two-Pack 12V DC DPDT PCB Relay for 8A high-current switching
✔️ 8A load, 12V coil, DPDT NO/NC, PCB mount, through-hole pins

The RTE24012 is a general purpose power relay designed for a range of control tasks. This 8-pin, PCB-mount relay handles up to 8A at 12VDC, making it ideal for PLC outputs, automation panels, and hobby electronics projects.

✅ Coil voltage: 12 VDC
✅ Relay contact form: 2 Form C (DPDT-NO, NC)
✅ Contact current rating: 8 A
✅ Relay connection type: PCB termination
✅ Terminal configuration: Solder pins
✅ Mounting style: Through hole
✅ Switching voltage: 400 VAC
✅ Coil type: Non-Latching

💡 What is a power relay used for in automation projects? Power relays let you switch high-current loads from a low-power control signal.

  • power relay for automation projects
  • drive motors, heaters, and solenoids from PLC outputs
  • PCB mountable through-hole reliability
  • DPDT configurations for dual circuits