Industrial Safety Sensors Singapore

The industrial safety sensors are designed to operate in the harshest of environments and produces accurate, fast readings with the minimum of circuity design. It is inevitable that the technological changes have introduced new hazards in the workplace. The continuous emission of the different compounds by industrial facilities results in some existing sensors ineffective. At the same time, the proliferation of safety and health legislation and corresponding regulation have been formulated. Industrial safety sensors are widely used in industries and it can be seen that there is a significant growth in due to tighter health and safety regulations. These detectors need to perform flawlessly in extreme industrial environments, with reduced field failures, immunity to false alarms and attain the fastest response times.

Occupational Safety and Health Administration (OSHA) has encouraged to provide a working environment which is conducive to workers. Precautionary steps have to be taken to ensure that you are prevented from hazards due to work activities being carried out.

One of the common problems is to assume that one type of sensor is suitable for multiple applications. In fact, a proper sensor for each material substance is needed to detect the different types of materials substance. There’s no “one size fits all” solution. In a dangerous application, an incorrectly specified sensor could easily become the cause of the major incident.

How to choose an Industrial Safety Sensors?

When selecting the sensor, you have to consider what substance or gases are you measuring. In other words, you have to see the work-related hazards resulting from the workers’ exposed environment and the design conditions of the sensor. You have to look into:

Is the industrial safety sensor comply with design standard?

This is a very important question when dealing with hazardous or flammable materials. The sensors in these services must be either explosion-proof or intrinsically safe. Basically, is the sensor in any way be a source of ignition? Can a spark develop from it under any conditions? If the answer to either of these questions is “yes”, the sensor does not meet the required design codes for applications in the chemical, petrochemical, biotech, natural gas and semiconductor industries.

Are multiple industrial safety sensors required?

In a surveillance study, more-detailed information than simple monitoring has call for multiple sensors. For example, a processor may need to know if a tank reaches the level considered “low” and continues to drain. The more advanced a sensor is, the more flexible it will be in these types of situations.

What temperature and pressure will the sensors use?

When considering temperature, sensors generally fall into two categories: those built to withstand extreme heat or cold, and those limited to room temperature. For example, a metal sensor will withstand an extremely hot environment much better than a polymer one. As far as pressure, most sensors can handle 0 to 100 psi — but an extremely high-pressure environment or vacuum could cause rupture or malfunction.

What material will the sensor in contact with?

A sensor must be compatible with the gas or material to which it will be exposed. If the sensor will contact any caustic, corrosive or aggressive materials, it must be able to withstand them while maintaining proper functionality. For example, a metal sensor used to measure an acid could release metal particles and contaminate the fluid. In this situation, selecting a sensor made out of a fully compatible material is the best.

Do take into account the advantages and disadvantages of each type of sensor and its application so as to prevent selecting one that does not meet your requirement. It has to be highly sensitive, accurate, durable and can detect a wide range of hazardous substances at trace levels and give early warning of potential danger to workers to evacuate.