CM Technologies SEN-CT-16904 Metallic Particle Sensor

Technical Specification
Features:
  • Make: CM Technologies
  • Model code: SEN-CT-16904
  • Application: Lube Oil
  • Measurable elements: Ferrous Debris
  • Real-time monitoring: Yes
Additional info:

A real-time, in-line fluid sensing technology for the detection of metallic wear debris and particulates in a lubrication system By continuously monitoring wear debris generation, the device alerts users to faults in their earliest stages, allowing for lower cost correction actions than conventional schedule based maintenance. Detects, categorizes (ferrous vs. non-ferrous), and size metals within a machinery lubrication system The monitor will detect and measure particles with an estimated spherical diameter of 40 micron ferrous and 150 micron non-ferrous and larger The compact, robust device can be mounted within just about any lubrication system on any machine The sensor communicates in real‐time using the MODBUS® serial digital communication standard over RS485 or RS232. A wide range of output formats are available including particle type/size, approximate mass, and particle counts in user configurable bins When connected to a host system the device will give indication of the machinery condition relative to wear metals generated

Make CM Technologies
Manufacturer CM Technologies GmbH
Model code SEN-CT-16904
Application Lube Oil
Measurable elements Ferrous Debris
Real-time monitoring Yes
Power supply 10 ~ 30 V DC
Protection IP65
Weight 0.68 kg
Additional info
  • A real-time, in-line fluid sensing technology for the detection of metallic wear debris and particulates in a lubrication system
  • By continuously monitoring wear debris generation, the device alerts users to faults in their earliest stages, allowing for lower cost correction actions than conventional schedule based maintenance.
  • Detects, categorizes (ferrous vs. non-ferrous), and size metals within a machinery lubrication system
  • The monitor will detect and measure particles with an estimated spherical diameter of 40 micron ferrous and 150 micron non-ferrous and larger
  • The compact, robust device can be mounted within just about any lubrication system on any machine
  • The sensor communicates in real‐time using the MODBUS® serial digital communication standard over RS485 or RS232.
  • A wide range of output formats are available including particle type/size, approximate mass, and particle counts in user configurable bins
  • When connected to a host system the device will give indication of the machinery condition relative to wear metals generated