Bruel-Kjaer -AC 0034

The Bruel-Kjaer AC 0034 Cable is a high-quality connection cable specifically designed for use in vibration and acoustic measurement systems. Built according to the DSS-2(RF) MIL-C-915A military specification, this cable ensures exceptional durability, consistent signal integrity, and optimal performance, even in the most demanding environments.

Engineered for professional applications, the Bruel-Kjaer AC 0034 Cable is compatible with a wide range of Bruel-Kjaer instruments, including accelerometers, microphones, and data acquisition devices. Its robust shielding minimizes electromagnetic interference (EMI), guaranteeing stable and accurate signal transmission — an essential feature for high-precision measurements.

The rugged outer jacket of the cable is designed to withstand mechanical stress, abrasion, and environmental challenges such as temperature fluctuations and humidity. Thanks to its military-grade MIL-C-915A compliance, the Bruel-Kjaer AC 0034 Cable is suitable for both indoor laboratory use and outdoor industrial field applications, where reliability is critical.

Key benefits of the Bruel-Kjaer AC 0034 Cable include:

• Superior EMI shielding for clear and accurate data

• Durable construction for long-term industrial and field use

• Compatibility with Bruel-Kjaer’s extensive range of measurement instruments

• Compliance with DSS-2(RF) MIL-C-915A standards

• Easy handling and flexible routing

Applications for the Bruel-Kjaer AC 0034 Cable span across various sectors, including:

• Industrial machinery vibration monitoring

• Acoustic testing in research laboratories

• Calibration setups for sensors and transducers

• Mobile testing units in challenging environments

By integrating the Bruel-Kjaer AC 0034 Cable into your measurement system, you ensure the highest level of signal integrity and system performance. Its precision-engineered connectors provide a secure fit, reducing the risk of signal loss during operation. This cable is a trusted choice for engineers, technicians, and researchers seeking reliable, repeatable, and interference-free measurement results.