Home > Browse All Categories > Instruments & Controls
Browse Categories
Instruments & Controls

Displaying: 1 to 50 out of 51
Results Page: 1  2
  1. Accelerometers
  2. Accessories
  3. Aircraft Instruments
  4. Alarms
  5. Analytical Services
  6. Analyzers
  7. Anemometers
  8. Annunciators
  9. Balancing Services
  10. Borescopes
  11. Calibration Equipment
  12. Calibration Services
  13. Cathodes
  14. Centrifuges
  15. Comparators
  16. Compasses
  17. Controllers & Controls
  18. Counters
  19. Detectors
  20. Displays
  21. Dynamometers
  22. Flowmeters
  23. Gages
  24. Indicators
  25. Inspection Equipment
  1. Inspection Services
  2. Instruments & Instrumentation
  3. Laboratory Equipment
  4. Limiters
  5. Measurement Services
  6. Measuring Equipment
  7. Medical Instruments
  8. Meters
  9. Micrometers
  10. Microscopes
  11. Monitors
  12. Potentiometers
  13. Probes
  14. Pyrometers
  15. Recorders
  16. Regulators
  17. Scales
  18. Sensors
  19. Simulators
  20. Switches
  21. Tachometers
  22. Test Equipment
  23. Testing Services
  24. Thermometers
  25. Thermostats
Instruments & Controls info:

An instrument is an engineering device used for identifying, measuring, recording, or controlling the value of a given quantity. There is a diverse variety of industrial instruments, many of them highly specialized and designed for specific applications. Speedometers, scales, and clocks are examples of fairly common instruments used to measure velocity, weight, and time, respectively. But engineers and manufacturers also rely on more specialized equipment, such as galvanometers for calculating electrical current or hydraulic regulators for controlling applied pressure. Such instruments are not only helpful, but often necessary for many industrial projects.


Controls are used to manage industrial machinery, tools, or processes to ensure that the elements within a given project function properly on their own or in coordination with one another. This type of management can involve analysis of a system’s output, or reactive measures to adjust workflow. For example, a control valve can regulate the pressure, volume, or direction of flow in a transmission system, while a mainframe control panel provides users with an interface for directing computer operations. Both manual and automated controls, such as CNC, are used in industrial processes.
Guides
Magnetic Liquid Level Gages
This article describes the various kinds of magnetic liquid level gages used to measure fluid levels in industrial systems.
Principles of Leak Detection
This article describes the principles behind leak detection methods, including terminology, types of leaks, and the criteria for selecting a leak detector.
Computers in Automated Test Equipment (ATE)
This article describes the basic design and performance characteristics of computer-controlled automated test equipment systems used for evaluating electronic devices.
Glass Liquid Level Gages
This article describes the common types of glass-based liquid level gages, explaining their design characteristics and their method of functioning.
Click Here for more Instruments & Controls Guides
White Papers
Limiting Factors of Mechanical Switches in Process Control Applications
The limiting factors of mechanical temperature and pressure switches in process control applications are detailed in this paper, describing how two of those limitations were addressed in the latest switch design developed by Microprecision. Measurement principles of mechanical switches are explained using a diagram and the switching...
Mechanical vs. Solid State Pressure Switches
Advantages of mechanical and solid state pressure switches are compared in this paper, which explains the principle of operation of a typical mechanical bourdon tube switch and a solid state pressure switch. Accuracy offered by mechanical bourdon tube switch is compared with that of a solid state pressure switch, detailing the differences in the...
The Effects of Capillary Tubing on Pressure Measurement
The effects of capillary tubing on the performance of pressure-sensing instruments are described in this paper. Temperature effects of capillary tubing on the measurement accuracy of pressure gauging instruments are explained, and the effects of elevation changes on gauge readings are illustrated, providing a formula for calculating the...
Chemical Analysis
Use of Scanning Electron Microscopy and Optical Emission Spectrometry for performing surface analysis, chemical analysis, and imaging on a variety of materials is described in this paper. It includes a graphical representation of a sample EDS spectrum and images of a scanning electron microscope and optical emission spectrometer. The process of...
Click Here for more Instruments & Controls White Papers
Back to top