Manganin shunt with terminal blocks can be easily fixed inside an electric energy meter or other devices. A terminal block, made by brass, is usually contain one blind hole for connecting the primary wire and two or more screw holes for fix in the device’s outcase. Xianyu terminal block manganin shunts have very low temperature coefficient and resistance tolerance. We manufacture the brass block by automatic drilling machines, which are very suitable for large-scale production. For some applications, the terminal block shunt can be replaced by C type shunt, which can also be assembled in the device’s outcase very easily. We can also provide the EBW manganin shunt without the brass blocks as semi-products for customers.
Terminal Block Manganin Shunt
Features
- High accuarcy, resistance tolerance <±3%
- T2 Copper, 6J13 / 6J12 Manganin, H62 / H59 Brass
- Temperature coefficient as low as 40 / 20 ppm/K
- Wide-range resistance value available
- Brass block automatic drilling and cutting
- No visible welds, smooth surface
- 100% tested by high precision micro ohm meters
Applications
- Electrical measuring instruments
- Electrical protective devices
- Current sensing modules
- Automatic control system
Specifications
| Description | Terminal Block Manganin Shunt |
| Type | Fixed Resistor |
| Technology | Metal Alloy |
| Assembly Type | Screwing |
| Material | 6J13/6J12 Manganin, H62/H59 Brass, T2 Copper, |
| Finish | Degreasing and anti-tarnishing Treatment, Nickel/Silver/Tin Plating |
| Welding Method | EBW (Electron Beam Welding), Spot Welding |
| Resistance Value | 20~1500 μΩ |
| Resistance Tolerance | ±3%, ±5% |
| Temperature Coefficient | ±20ppm/K, ±40ppm/K |
| Current Rating | 10~200 A |
| Rated Power | 0.3~3.6 W |
| Operating Temperature: | -65~+170℃ |
| Weight | Approx. 1~300 g |
| Accept Customized | Yes |
Basic Parameters
Note:
The above data are selected from some popular models we produce. Please contact us for detail datasheet. We can also design some special terminal block shunt resistors to meet customers’ requirements.