Safety systems
Security systems is a category in which we can find safety relays, safety sensors and optoelectronic devices, bactericidal llamas and many others. All these components are used to protect the production process and the people involved in it. Taking care of safety, at the same time we ensure a longer service life of machines. The described systems protect against device errors as well as faults caused by an external cause.
Optoelectronic sensors
Optoelectronic sensors are elements of automation that send beams of light rays through the transmitter and receive through the receiver. They react to objects that intersect the light beam. They are used, among others to identify objects within the operating range of sensors or to control the position of moving machine parts.
Safety sensors
Safety sensors are elements of the automation system designed to detect and record signals from the environment. These sensors are necessary for the operation of technological lines and most machines.
We distinguish the following types of sensors:
- temperatures,
- swing,
- pressure,
- photoelectric,
- proximity - induction
- proximity - capacitive.
Optoelectronic sensors
Optoelectronic sensors are elements of automation that send beams of light rays through the transmitter and receive through the receiver. They react to objects that intersect the light beam. They are used, among others to identify objects within the operating range of sensors or to control the position of moving machine parts.
Safety relay
Safety relays are a very important element in the construction of electrical circuits and machines. They are designed to connect and disconnect power from the actuators in a hazardous situation. It is necessary to use at least two internal relays in the devices, otherwise they will not be considered safe and thus approved for use. Monitoring relays are compact voltage monitoring devices. They protect receivers against supplying electricity to them with incorrect parameters. This device, thanks to the wide range of modes, delays and settings, can be used wherever it is important to maintain high quality of the supply voltage.
Germicidal lamps
Bactericidal lamps are used to disinfect surfaces and air, thus preventing the development of viruses, bacteria, mold, fungi and other microorganisms. They are used, among others in medical facilities, in production halls or laboratories.
Germicidal lamps emit UV-C rays with a wavelength between 100 nm and 280 nm.
There are the following types of germicidal lamps:
- flow,
- dual-function flow,
- direct action.
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