Measurement Automation  
Monitoring Equipments
Vibration and Acceleration
Machine Monitoring
Accelerometers can be used to measure vibration, shock, velocity, displacement, tilt and inclination. Our Acceleration Transducer from TML are used to measure vibration acceleration in structures and machinery. Our product range in capacity from 10 to 5000 m/s sq. We also have accelerometers designed using different technology. Micro-Electro-Mechanical Systems (MEMS), bonded gauge piezo flim and ceremic designed accelerometers. Each different design, cater to different advantages for cost effectiveness and accuracy on different measurement requirements and application.
To provide monitoring and improve the efficiency of manufacturing processes (i.e. machines, manufacturing cells, assembly lines). Machine Productivity Measurement introduces Availability, Performance, and Quality; the metrics that are being used to measure production plant's efficiency and effectiveness. GBO datacomp's terminal line production recorders is able to provide Overall Equipment Effectiveness (OEE) in an overall framework by measuring production efficiency.
Displacement, Load and Pressure
Data Logging Equipments

We have a wide range of sensors using different technologies to measure displacement, load and pressure.

  • Ranging from TML's Strain gauge type application that operate by converting measured physical quantities into mechanical stress, and then detecting that stress with a strain gauge;
  • Angular or linear LVDTs from Transtek ;
  • Fiso's Fabry-Perot (FPI) fiber optic sensors which are immune to EMI, RFI and lightning, resistant to corrosive environments and miniature sensors;
  • Druck's pressure sensors which are supplied in standard or customised designs to measure pressure and achieve high accuracy in the most demanding environments.

Strainmeters or Data loggers are connected to strain gauges and strain-gauge-type transducers in order to take measurements.

A strain gauge generates changes in resistance that are proportional to the amount of strain applied to it, and it operates on the principle that the amount of strain can be determined by measuring the amount of changes.

Our TML loggers are able to perform static or dynamic strain measurement. They also offers a wide range of meters that vary in measurement output method, frequency response, usage, shape and functions.