Showing all 5 results
PHY-MAG-25 MAGNETIC FIELD DEMONSTRATION SOLENOID
SSI-PHY-MAG-25
Magnetic Field Demonstration Solenoid is an SSI India product in the MAGNETISM & ELECTROMAGNETISM category. Key specifications include SKU: SSI-PHY-MAG-25. It is a solenoid coils about 52×125mm (diameter × length) of 16 SWG enameled copper wire. Each turn is sufficiently apart and well insulated from the adjacent ones. Review the
PHY-MAG-26 MAGNETIC FIELD DEMONSTRATION, VERTICAL WIRE
SSI-PHY-MAG-26
Magnetic Field Demonstration, Vertical Wire is an SSI India product in the MAGNETISM & ELECTROMAGNETISM category. Key specifications include SKU: SSI-PHY-MAG-26. It is fitted with Copper wire 16 SWG in vertical U shape. Review the listed material, dimensions, capacity, configuration and compatibility for the selected model before ordering. SSI India
PHY-MAG-28 MAGNETIC FIELD DEMONSTRATION, SINGLE, CIRCULAR COIL
SSI-PHY-MAG-28
Magnetic Field Demonstration, Single, Circular Coil is an SSI India product in the MAGNETISM & ELECTROMAGNETISM category. Key specifications include SKU: SSI-PHY-MAG-28. Single turn circular coil of copper wire of 16 SWG mounted vertically on base. Review the listed material, dimensions, capacity, configuration and compatibility for the selected model before
PHY-MAG-32 ELECTROMAGNET, U SHAPE
SSI-PHY-MAG-32
U-Shaped Electromagnet
The U-Shaped Electromagnet consists of a robust U-shaped iron core with a circular cross-section, fitted with an armature and carrying hook. The core is wound with insulated copper wire to provide effective electromagnetic action and is equipped with colour-coded 4 mm connectors for convenient electrical connections.
Features
Core: U-shaped iron
PHY-MAG-33 ELECTROMAGNET U SHAPE WITH HOOK
SSI-PHY-MAG-33
The U-Shaped Electromagnet with Hook consists of an iron U-shaped core of circular section, fitted with an armature and carrying hook. It is wound with 0.46 mm insulated copper wire with 250 turns and provided with two 4 mm sockets for electrical connection. The electromagnet is designed for operation on




