Locktronics Relay, 6V Coil, 10A, Normally Open [2846]

The Locktronics Relay, 6V Coil, 10A, Normally Open is a high‑performance electromechanical switching component designed for safe classroom use with Locktronics modular electronics systems. It enables students to control higher‑current circuits using a low‑voltage control signal, helping them explore real‑world applications of electronic switching and control.

Featuring a 6V DC operating coil and a normally open (NO) contact rated up to 10 amps, this relay provides a clear and observable demonstration of how electrical relays function. When the coil is energised, the contact closes, allowing current to flow through the load circuit. The Locktronics plug‑in design ensures fast, secure connections without loose or exposed wiring.

Built for durability and repeated educational use, this relay is ideal for demonstrating how low‑voltage electronics can safely control motors, lamps, and other higher‑power devices commonly found in real control systems.

Key Features

• 6V DC coil relay suitable for low‑voltage control circuits
• Normally open (NO) contact rated at up to 10A
• Allows safe control of higher‑current loads
• Fully compatible with Locktronics modular electronics systems
• Durable, clearly labelled classroom‑ready housing
• Simple plug‑in design with no loose wiring
• Designed for repeated use in educational environments

Ideal for School Science & Electronics Lessons

The Locktronics 6V Normally Open Relay is ideal for KS3, GCSE, and A Level physics and electronics lessons, supporting hands‑on exploration of switching, control, and automation.

• Demonstrating how a relay operates as an electrically controlled switch
• Teaching the principle of normally open contacts
• Separating control circuits from load circuits
• Safely switching motors, lamps, buzzers, and solenoids
• Supporting lessons on automation and real‑world control systems

Reliable, easy to understand, and highly practical, the Locktronics Relay, 6V Coil, 10A, Normally Open is an essential teaching component that helps students link electronic theory with real‑world applications through safe, hands‑on experimentation.