CRT1-ID16-1

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CRT1-ID16-1 controllers belongs to the PLC Modules family. It can control and monitor the process of On/Off states in automation applications. Being a Single-phase Full-wave Solid State Relay (SSR) controller, it accepts 0-10V analog input, and actuates the corresponding Solid State Relay (SSR) to switch on or off devices. It is suitable to operate Full-wave or Half-wave SSR with DC5V~32V and AC24V~240V output.

CRT1-ID16-1 controllers integrate a microprocessor-based control logic with digital relays and transistors’ outputs. This kind of controller is widely used in industrial and commercial applications such as HVAC, pumps, fans, lighting, machine tool automation or any On/Off application requiring a SSR to actuate the hardware.

In a typical CRT1-ID16-1 application, the controller takes 0-10V analog input from a sensor or a manually set variable, then processes, analyzes and transforms the signal to make decisions such as by turning on or off an actuator. It also monitors the current process and informs the user in case of manual actuation changes.

The main components of CRT1-ID16-1 controllers are a microprocessor, an opto-isolator, a solid state relay and some other necessary electronic components. The microprocessor acts as the core of the system, responsible for all signal processing, computational task and decision making. Apart from it, the opto-isolator helps to isolate the signal from external factors like noise or interference. This opto-isolator ensures that the controller is capable to work efficiently across a wide range of voltage.

The working principle of CRT1-ID16-1 controllers is to control and monitor the On/Off states of any automation system. It receives an analog signal from a sensor or other manual input and processes it with its microprocessor. Depending on the signal, the processor decides to switch the SSR ON or OFF to actuate the device or to inform the user in case of manual actuation changes.

Further, the controller can also provide a ‘Strobe light’ indication or audible alarm mechanism, if the process is in error or manual intervention is required. It also includes a temperature compensation mechanism to adjust the output level depending on the external temperature.

Its voltage and current features are also interesting. It operates with DC5V~32V and AC24V~240V, with 3W peak – 10W continuous load. This provides a lot of flexibility to the user when setting up the system.

All in all, it is a powerful and reliable control solution for On/Off automation applications. Its robust and reliable working principle, accompanied by its ability to be interfaced by any analog signal and its protection functions, make it a great choice for professionals.

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