Laboratory Solenoid Coil RXG250 Series
The RXG250 Series laboratory solenoid coils by MCP are designed for experiments and demonstrations of magnetic field distribution using teslameters. Each model features copper windings on a ceramic tube, ensuring thermal stability and precise magnetic field characteristics.
Overview
These solenoids provide a uniform magnetic field along the axis of the coil, allowing measurements of the relationship between current, number of turns, and magnetic induction. The 500 mm ceramic tube and accessible 4 mm terminals make them ideal for educational laboratories and training systems in electromagnetism.
Key Features
- Copper windings for stable and linear magnetic field generation
- Ceramic tube (500 mm) for excellent insulation and rigidity
- Models with or without intermediate terminals for versatile use
- Compatible with MCP teslameters and field sensors
- Lightweight design (approx. 3 kg) for easy lab handling
Model Variants
| Model |
Windings |
Wire diameter |
Max current |
Intermediate terminals |
| RXG250 |
2×250 turns |
0.92 mm |
7 A (parallel) |
– |
| RXG250B |
500 turns |
0.92 mm |
3.5 A |
– |
| RXG250T |
250T + 250T |
1.0 mm / 0.77 mm |
3.5 A |
√ |
Applications
- Demonstration of magnetic field distribution inside solenoids
- Measurement of magnetic induction using teslameters
- Laboratory exercises in electromagnetism and coil characteristics
- Comparison of field strength vs. current and number of turns
Technical Specifications
| Parameter |
Value |
| Pipe length |
500 mm |
| Pipe diameter |
50 mm |
| Pipe material |
Ceramic |
| Windings material |
Copper wire |
| Dimensions (W×H×D) |
620×100×120 mm |
| Weight |
3 kg |
Operation Notes
- Operate within rated current limits to prevent overheating.
- Ensure even winding load and proper alignment of probes.
- Connect intermediate terminals (RXG250T) for segmented measurements.
- Use with MCP teslameters or compatible magnetic field meters.
Summary
The RXG250 Series laboratory solenoid coils offer precise and repeatable magnetic field generation for educational and research use. Their ceramic construction, copper windings, and compatibility with teslameters make them essential for experiments in electromagnetism and induction.
