Application
Welding Systems
Current measurement for precise results
Welding systems are indispensable in numerous industries, from automotive production to mechanical engineering and construction projects.
Precise current measurement is a key aspect in improving the functionality and efficiency of welding systems. We have the appropriate portfolio to offer you the best possible solution in this area.

High-quality weld seams and optimized processes
Welding technology systems make it possible to join metal parts precisely and permanently, ensuring the structural integrity and functionality of products and structures. The use of these systems is necessary to ensure high quality, efficiency and speed in production and repair.
By monitoring the welding current, the systems can precisely control the welding process and adapt it to the respective requirements. This leads to consistent and high-quality weld seams, reduces material consumption and minimizes rejects. Current measurement also helps to avoid overloads and overheating, which increases the safety of the welding process and extends the service life of the welding equipment.

Precise current measurement for optimum welding results
Our advanced solutions for current measurement in welding systems offer high accuracy and reliability. They make it possible to precisely monitor the current flow during welding and adjust it in real time to achieve optimum results.
By accurately controlling the welding current, you can ensure that your welds are always of the highest quality and maximize the efficiency of your manufacturing processes. With our current measurement solutions, you can improve the performance and reliability of your welding systems.
Compact
sizes
Standard SMD sizes available from 0805 to 5930.
Efficiency & performance
Meeting the requirements for higher currents and accuracies with just a few amperes.
High
precision
Precise current measurement for optimized efficiency and longevity.
Our products for your welding systems
If you cannot find a suitable product for your requirements here, please contact us.
BAL
Very low-resistance busbar shunt in a small design for battery management systems. Resistance value 100µOhm
Product area: | Resistor |
---|---|
Size: | 5216 |
Power (Watt): | 12 |
Tol (%): | 5.00 |
Res (Ohm): | 0.0001 |

BAN
Very low-resistance busbar shunt for battery management systems or energy storage systems. Resistance value 25 µOhm.
Product area: | Resistor |
---|---|
Size: | 8436 |
Power (Watt): | 36 |
Tol (%): | 5.00 |
Res (Ohm): | 0.000025 |

BAS
Very low-resistance busbar shunt for battery management systems or energy storage systems. Resistance values between 35µOhm and 500µOhm.
Product area: | Resistor |
---|---|
Size: | 8420 |
Power (Watt): | 10 - 36 |
Tol (%): | 5.00 |
Res (Ohm): | 0.000035 - 0.0005 |

BAV
Very low-resistance busbar shunt for battery management systems or energy storage systems. Resistance values between 35 µOhm and 100 µOhm, Pressfit connections.
Product area: | Resistor |
---|---|
Size: | 8420 |
Power (Watt): | 36 |
Tol (%): | 5.00 - 10.0 |
Res (Ohm): | 0.000035 - 0.0001 |

BAX
Very low-resistance busbar shunt for battery management systems or energy storage systems. Resistance values of 20 µOhm and 25 µOhm.
Product area: | Resistor |
---|---|
Size: | 8436 |
Power (Watt): | 50 |
Tol (%): | 5.00 |
Res (Ohm): | 0.000005 - 0.00002 |

BVD
Precision resistor for kWh meters and battery chargers. Power connection also possible via pressed-in threaded bolts.
Product area: | Resistor |
---|---|
Size: | 3512 |
Power (Watt): | 3 |
Tol (%): | 5.00 |
Res (Ohm): | 0.0005 |
