Bently Nevada 26530-12-10-03-018-191-22-04-00 Dual-probe Sensor System 30-Day Returns！

FAQ

What is the main application of the Bently Nevada 26530‑12‑10‑03‑018‑191‑22‑04‑00?
It is used to monitor shaft radial displacement, shaft radial vibration, machine casing absolute vibration and shaft absolute motion from a single mounting point in rotating machinery systems.

Why is a dual‑probe design used?
The dual‑probe design combines a proximity probe and a velocity/vibration sensor within one housing, reducing installation error, simplifying wiring, and enhancing data correlation accuracy.

What should be considered during installation?
The housing should be mounted on a portion of the bearing housing mechanically referenced to the bearing, the probes aligned properly, and the penetration length and installation space verified.

Is there a version for larger measurement ranges?
Yes, different ordering codes allow for varying probe types, penetration lengths, and velocity sensor options which affect the measurement range.

What temperature environments can it handle?
The proximity probe supports ‑51 °C to +177 °C; the velocity/vibration sensor supports ‑29 °C to +121 °C.

What are the physical dimensions and weight?
Probe Lead Length : 1.0 meter, shipping weight is 3 kg.

Which types of machines is this system suited for?
It is suited for turbines, compressors, generators and other critical rotating machines requiring precision monitoring of shaft and casing motion.

What considerations are there for harsh or confined‑space installations?
While suitable for high temperature environments, the protection class is IP20 and the housing size is relatively large, so additional environmental protection or clearance may be necessary.