Inductive sensors Teko monitoring sensors, NAMUR, etc.

A group of contactless switches that detect metallic, magnetic, ferromagnetic or amorphous objects and are immune to other materials. They are in demand for monitoring the operation of mechanisms in machine tools, automatic lines, shut-off valves, large and small parts of industrial equipment (stamps, gear teeth, metal flags); for monitoring production facilities (metal sheets, molds, cans, lids, hardware), as well as for monitoring the rotational speed of objects (shafts, disks, gears).

Most inductive sensors are based on the principle of converting the oscillation amplitude of the circuit into a discrete signal supplied to the output key amplifier. As a result, depending on the degree of impact of the controlled object on the sensor, only two types of signal can be received at the sensor output: on/off. This is enough for situations when it is necessary to determine the presence or absence of an object, the number of objects, sort them, cull them, and promptly turn off, for example, an engine or mechanism.

• IPP. Catalog of inductive displacement converters

Minimum speed monitoring sensors are designed to monitor an emergency reduction in the speed of rotation or movement of various devices: drums, conveyors, mills, belt and bucket conveyors. It can be used to control the emergency slip of the belt on the conveyor. The control object can be gear teeth, blades, metal protrusions.

• Catalog of inductive sensors for minimum speed control

The principle of response of sensors resistant to high pressure is identical to the principle of operation of standard inductive sensors, and is based on a change in the amplitude of oscillation of the generator when a metal, magnetic, ferromagnetic or amorphous material of certain sizes is introduced into the sensitive area of the sensor.

• Catalog of inductive sensors for operation in a high-pressure environment

The sensitive area of the ring sensors is concentrated in the area of the hole. When a metal object appears in this area, the parameters of the magnetic field created by the inductive coil change, and a signal is sent to the executive or counting device. Inductive ring sensors are indispensable for solving such complex technological tasks as counting, sorting, and culling of small metal products.

• Catalog of inductive ring sensors

Modern sensors for motor vehicles are designed to work as part of the electrical equipment of vehicles with a rated power supply voltage of +12 or +24 V.

• Catalog of inductive sensors of motor vehicle design

These devices are designed to detect a controlled object and contactless switching of actuators in automated devices and systems of ships with a constant voltage source from 10 to 30V.

• Catalog of inductive sensors of marine design

In some industries, production processes are associated with the release of dust, steam or gas in large quantities. Their concentration in the air often reaches explosive levels. To prevent the possibility of an explosion, you should use explosion-proof equipment designed taking into account the specifics of your production.

• Catalog of inductive explosion-proof sensors.