Knife Switch, Double Pole, Single Throw, Each

This robust double pole, single throw (DPST) knife switch is designed for reliable performance in educational and experimental electrical circuits. Built to withstand repeated classroom use, it provides a clear, hands-on demonstration of electrical principles.

Durable Construction

Manufactured with a sturdy plastic base, this knife switch is built for durability during high-frequency student use. Its simple, open design makes it easy to understand and operate, reinforcing core electrical concepts during hands-on learning.

Reliable Electrical Performance

The switch features brass poles and knives, ensuring good electrical conductivity and reducing the risk of poor connections. The quality of materials used promotes consistent performance over time, making it ideal for classroom demonstrations and basic circuit building.

Design & Dimensions

This compact unit has a length of 88.9mm, width of 76.2mm, and a height of 25.4mm, with a net weight of 90.71g. It operates safely with voltages up to 24V, making it suitable for low-voltage circuit applications in educational environments.

Applications

Ideal for student labs and teaching environments, this knife switch is well suited for demonstrations of simple circuit connections, current flow, and switch mechanics. It supports a hands-on approach to STEM learning in physics and general science classrooms.

Product Features

• Double Pole, Single Throw Configuration: Supports two simultaneous connections for flexible circuit design and demonstration.
• Durable Plastic Base: Designed for repeated use in busy educational settings without compromising structural integrity.
• Brass Poles & Knives: Offers high conductivity and reliable contact for consistent electrical performance.
• Compact Design: Measures 88.9mm (L) x 76.2mm (W) x 25.4mm (H) with a lightweight build of 90.71g for easy handling.
• Safe Operating Voltage: Rated for use up to 24V, ideal for classroom low-voltage applications.
• Educational Use: Designed specifically for teaching and learning environments in science and physics education.