Electrical and Lighting Maintenance
3B Scientific™ Dismantlable Transformer
For the generation of a powerful magnetic flux.
AquaPhoenix Scientific Aligator Clip Leads, BLK
Reliable 12 in. black alligator clip leads designed for quick, secure circuit testing in educational and lab environments.
Vernier™ Mini USB Cable
This is a replacement Mini USB cable. The cable has a USB mini-B plug and USB standard-A plug.
Mixed Materials Resistance Board
Show how different wires of the same diameter differ in conducting electricity
AquaPhoenix Scientific™ D Battery Holder
Component of Safe Racer 2.0 Kit
Supertek™ Single Battery Holder
Single Battery Holders can be snapped together in parallel or series to extend capacity or voltage.
Supertek™ Mini Motor with Alligator Clips
This Mini Motor with Alligator Clips is a component part of many Supertek kits.
Vernier™ Analog Protoboard Adapter
This connector makes it easy to wire the signal from a Vernier analog sensor into a non-Vernier interface.
Vernier KidWind Sound and Light Board
To demonstrate power output from small electrical devices.
Supertek™ 12 in. Power Cords with Protective Vinyl Sheathed Alligator Clips on Each End
Useful Supertek™ 12 in. Power Cords with Protective Vinyl Sheathed Alligator Clips on both ends, are flexible plastic-covered wire that comes in a pack of 3 Red and 3 Black.
Vernier™ Analog BTA Cable
This cable has bare wire on one end and a male BTA connector on the other end. This cable can be used to connect your own sensors to our interfaces. The cable is approximately 5 feet long.
AquaPhoenix Scientific DC Ammeter
Measure direct current across multiple ranges with this durable DC ammeter—ideal for physics labs, electronics education, and circuit experimentation.
Vernier™ Vernier Resistor Board
The Vernier Resistor Board has seven 1 W 5% resistors mounted on a circuit board. Test clip holes on either side of the resistors allow for easy connections to clips on wire leads.
Vernier™ Breadboard Cable (Digital)
The Breadboard Cable (Digital) provides an easy way for students to build their own sensor circuitry and input the signal into a Vernier interface for data acquisition.