Category: FAQs

The paper manufacturing industry is one of many that relies heavily on precise liquid measurement and management throughout every production stage.

From the initial stages of wood chip processing to the final coating phases, accurate monitoring of liquid levels and flow rates is vital for preserving product quality, keeping production processes efficient, and preventing costly disruptions or malfunctions.

When it comes to monitoring and controlling fluid flow in any system (such as HVAC, industrial, fire protection, building services, etc.), understanding the various flow measurement devices is vital.

A pressure sensor is an electronic device that detects and measures the force of gases or liquids applied to a surface, and converts these changes into an electrical signal that correlates to the pressure applied.

A pressure transducer works by measuring the pressure of liquids or gases and converting it into a proportional electrical signal.

A solenoid valve uses an electromagnet to control the opening/closing mechanism of an orifice inside a valve body. This, in turn, regulates the flow of liquids or gases.

Fire sprinklers work by detecting a localised increase in heat, which activates isolated sprinklers and water is released. Every sprinkler head contains a heat-sensitive element, such as a fusible link or a glass bulb filled with liquid alcohol, which reacts to heat by melting or breaking, thereby triggering the water release.

Yes, you should use a fire sprinkler. Implementing a fire sprinkler system is a critical safety measure for both residential and commercial properties due to its life-saving benefits.

A pressure switch utilises and monitors pressure within a system and provides electrical feedback to activate a physical mechanism that opens or closes. Upon detecting pressure changes and when it reaches a certain level, the switch can either activate or deactivate connected equipment, such as compressors, pumps, or valves.

An air flow sensor measures the amount of air entering a system, typically to alert an electric controller should the flow rate dip below a specific predetermined level.