Bently Nevada 330180-X1-05

Hanhuiguan strictly follows the quality control process to ensure that each Bently Nevada 330180-X1-05  meets customer requirements and is manufactured in accordance with the highest standards. It is an 8-millimeter eddy current displacement probe, directly installed on the machine and closely attached to the rotating shaft. It is responsible for converting the vibration and position changes of the shaft into electrical signals and transmitting them to the preamplifier.

Structure

The internal structure of Bently Nevada 330180-X1-05 is not simply a core with a sheath. It features a coaxial structure inside, with signal lines at the center. It is tightly wrapped with an insulating layer on the outside, followed by a layer of metal shielding foil, and at the very bottom, there is a layer of metal braided mesh. This double-shielding structure keeps all kinds of electromagnetic interferences generated by the frequency converter out, ensuring that the signal transmitted to the preamplifier is unobstructed.

Personnel advantage

Our team is the fundamental reason why Hanhui Guan can serve high-end industrial customers well.

Our technical support staff are proficient in on-site installation. They know how to install the probe correctly, how to set the initial gap and how to calibrate the system. They can offer your instrumentation engineers very practical on-site advice.

We respond promptly and solve problems professionally. When your unit experiences abnormal vibration and we suspect it is a probe issue, we promise to respond immediately, analyze the data together with you, and help you locate the problem as soon as possible.

Special Permit

The capabilities of this Bently Nevada 330180-X1-05 extension cable are all reflected in these features designed for harsh environments.

Its probe diameter is 8 millimeters. This is a very classic and universal size of Bently Nevada, meaning it achieves a good balance among measurement range, linearity and installation size, and is suitable for shaft vibration and displacement monitoring of the vast majority of large units.

Its casing and cables are both extremely sturdy. The probe body is made of stainless steel, which can withstand high temperatures and corrosion. The cables connecting it are usually specially made armored or high-temperature shielded cables, which can resist oil stains, high temperatures and mechanical wear in the cabin.

It adopts a precise "TipLoc" locking structure. The connection between the probe and the cable is achieved through a special epoxy resin potting and mechanical locking structure. This makes the connection very sturdy, capable of withstanding on-site pulling and vibration without easily breaking or loosening, ensuring the continuous stability of the signal.

Performance

Speaking of performance, this Bently Nevada 330180-X1-05 cable. Its capacitance value is constant and will be directly input into the monitoring system for calculation. If the cable ages or gets damaged, causing the capacitance value to change, then the shaft vibration value calculated by the system is incorrect. Therefore, its performance stability is directly related to the accuracy of equipment safety judgment.