Sensors are widely utilized automation components that are used to electronically transfer information and detect changes in the environment.
These days, it was nearly impossible to find a machine without a sensor.
Different kinds of sensors are available for different applications. Please click the below to find out more about the Sensors.
Sensor
Controller
Industrial control systems often rely on controllers to regulate and adjust the desired outputs of specific processes within a specified range, with controllers being a crucial element in every process or integrated system.
It is essential to understand the various types of controllers available for different applications. Please refer to the list below, which outlines the different types of controllers suitable for various applications.
Safety products, such as safety barriers, warning signs, and emergency shut-off systems, are strategically installed in potentially dangerous or hazardous areas within industrial facilities to protect personnel from potential injury risks and safeguard equipment against damage.
Please refer below for a comprehensive list detailing the specific types of safety products designed for different applications in these environments.
Safety Products
Autonics
One of the mainstays of automation is Motion Control. Motion control enables the methodical automation of mechanical components and devices through controlled movement. There are several different control techniques accessible, including as position control, speed & movement control and on/off control. Because of this, motion control is crucial in a variety of industries, such as manufacturing, semiconductor, printing, textile, assembly and packaging.
Motion Devices
Industrial Networking
Connectivity
Industrial networking devices provide safe real-time data transmission to control systems by enabling device-to-device connection via a variety of protocols, including Ethernet.
Through a variety of open protocol networks, remote I/O systems enable the transfer of input and output signals between secondary devices and master devices, such as PCs or PLCs.
Signal conditioners transform sensor input signals into relay, voltage, and current signals, which are then transmitted as output signals.
In most sectors, electrical equipment need to be connected to other machines in order to function. Machine connections require cables, terminals and I/O terminal blocks enable the simultaneous connection of several devices.
I/O terminal blocks provide a stable connection through the use of insulating substrates, enabling efficient wiring between electrical equipment. These communication devices come with straightforward connecting techniques that make installation and maintenance easier.