SUCCESS STORIES & CASE STUDIES

CTC triaxial sensor mounted on an industrial motor

CTC side exit accelerometers permanently mounted and connected to armor jacketed cabling

A mounted TREA331 triaxial accelerometer, cable, and connector

An AC102 Accelerometer and boot connector

A permanently mounted magnetic vibration test point

The interior of a JB130 fiberglass iBox enclosure

The interior of an MX704 Mini-MAXX Enclosure

An MX704 Mini-MAXX fiberglass Enclosure shown with cover closed

JB130 iBox Enclosure's convenient fold-out panel

A VibeNavigator Extension Pole used to take a reading on a hard-to-reach motor

A TSB1000 Series fiberglass enclosure for triaxial input and output

A UEB332 Ultrasound Sensor mounted on an Vibration Test Point

Single axis, top exit accelerometers with CB102 cabling

A closeup of a TREA330 Triaxial Accelerometer on a flat surface mounting magnet

A closeup of a permanent mounted side exit, single axis AC144-1D accelerometer

A CTC top exit accelerometer and cable assembly mounted on a chiller unit

A closeup of TREA331 Triaxial Accelerometer mounted on a chiller

Two TREA331 Triaxial Accelerometers mounted on an industrial chiller

A TREA331 Triaxial Accelerometer mounted using a curved surface magnet

A closeup of a mounted mini size AC244 single axis, side exit accelerometer

A closeup of a mounted AC102-1A standard size top exit accelerometer

Two CTC sensors and cable assemblies mounted on a vertical pump

An installed SSB1000 fiberglass vibration switch box for single axis accelerometers

A closeup of a AC115 triaxial accelerometer mounted inside of a water treatment plant

A UEA334 side exit ultrasound sensor with breakaway safety feature cordset

Triaxial accelerometers mounted on water pump motors

A TREA330 triaxial accelerometer and cable assembly

A vibration analysts takes a reading from a CTC accelerometer mounted on a motor

A mounted triaxial sensor connected to a data collector via a CTC cable and connector cordset

A magnet mounted top exit accelerometer connected to a data collector

Two wall-mounted fiberglass MAXX Box enclosures

A fiberglass MX102 MAXX box enclosure with four channels wired

Three magnet mounted single-axis, top exit accelerometers on a motor

A close up of three magnet-mounted single-axis top exit sensors

Three magnet-mounted single-axis top exit accelerometers

Magnet-mounted standard size, top exit, single-axis accelerometers

A magnet mounted top exit sensor connected to a data collector

A compact size AC192 top exit accelerometer magnet-mounted on a motor

A magnet-mounted TREA330 Series Triaxial Accelerometer

Close up of data readings on a data collector taken from a mounted triaxial accelerometer

A closeup of a magnet-mounted TREA330 Series triaxial accelerometer and connector

A TREA Series triaxial accelerometer connected to a data collector via finger-cable cordset

A TREA330 triaxial accelerometer magnet-mounted on a pump

Two mounted, side-exit accelerometers and cordsets with armored jacketed cabling.

A closeup of an MEB360 Series Molded Accelerometer with integrated rotating locking nut

Magnet-mounted triaxial and top exit, single-axis accelerometers on the same machine

A TREA330 triaxial accelerometer on a curved surface mounting magnet

A data collector taking readings from a top exit and side exit single axis accelerometer

A TSB1000 Series fiberglass switch box

The interior of a TSB1000 Series Switch Box

Single axis, top exit accelerometers with integral cable connectors

The interior of an SB102 Series fiberglass switch box

Two cable termination boxes, shown open and closed

A technician wiring a cable termination box

An analyst uses a data collector to take readings from a TCEB330 Series circular triaxial accelerometer