The shunt is a passive component allowing DC current to be measured. When the shunt is calibrated with precision within a 0.2% accuracy class, measuring the voltage drop between its two terminals enables to calculate the exact current value going through the shunt.
Our shunt can be used as reference resistor for our micro-ohmmeters and data acquisition systems.
| Model |
Range |
Precision class |
Voltage drop |
| SH1 |
1 A |
0.2 |
100 mV |
| SH2 |
2 A |
| SH5 |
5 A |
| SH10 |
10 A |
| SH20 |
20 A |
| SH30 |
30 A |
| SH50 |
50 A |
| SH100 |
100 A |
| SH200 |
200 A |
| SH500 |
500 A |
| SH1000 |
1,000 A |
| SH1500 |
1,500 A |
| SH2000 |
2,000 A |
Brass connection terminals:
- 2 'current' terminals to connect the shunt to the circuit
- 2 'potential' terminals to connect the shunt to the measuring instrument
Overload: 20% in normal operating conditions, 50% in short accidental regime
SH1 Shunt 1 A - 100 mV - 0.2 class
SH2 Shunt 2 A - 100 mV - 0.2 class
SH5 Shunt 5 A - 100 mV - 0.2 class
SH10 Shunt 10 A - 100 mV - 0.2 class
SH20 Shunt 20 A - 100 mV - 0.2 class
SH30 Shunt 30 A - 100 mV - 0.2 class
SH50 Shunt 50 A - 100 mV - 0.2 class
SH100 Shunt 100 A - 100 mV- 0.2 class
SH200 Shunt 200 A - 100 mV - 0.2 class
SH500 Shunt 500 A - 100 mV - 0.2 class
SH1000 Shunt 1,000 A - 100 mV - 0.2 class
SH1500 Shunt 1,500 A - 100 mV - 0.2 class
SH2000 Shunt 2,000 A - 100 mV - 0.2 class
Brass shunts 1 A / 2000 A, 0.2 accuracy class
