• IC200CHS001  |    I/O carrier barrier style,jlplc
  • IC200CHS001  |    I/O carrier barrier style,jlplc

IC200CHS001 | I/O carrier barrier style

No.IC200CHS001

Model: IC200CHS001

VersaMax I/O carrier barrier style
The VersaMax Modular is a control and IO that can be spliced together to provide a compact node that takes up less space than a typical control /IO combination.

  • IC200CHS001  |    I/O carrier barrier style,jlplc

Desciption


Model: IC200CHS001

VersaMax I/O carrier barrier style

Product description

The VersaMax Modular is a control and IO that can be spliced together to provide a compact node that takes up less space than a typical control /IO combination.

The input/output module, also known as the control module, can output signals when there are control requirements, or provide a switching signal to make the controlled device act, and can receive feedback signals from the device to report to the host. In the fire alarm linkage system, the input and output module is an important component.

The role of IC200CHS001 input/output module includes receiving the feedback signal of the device, and programming the output control logic according to the engineering situation. It can provide a pair of passive normally open/normally closed contacts to control the controlled device. Some manufacturers' modules can be set to active output through parameter setting. Input and output modules on the market can provide a pair of passive normally open/normally closed contacts to control the controlled equipment, some manufacturers of the module can be set through parameters, set to active output (such as Gulf GST-LD-8301), the corresponding dual input and output modules, multiple input and output modules and so on.

In addition, there are some considerations regarding the types and selection of input and output modules:

Digital/analog signal: IC200CHS001 digital input/output signal is a switching signal, 1 or 0, while the analog signal has a voltage or current signal, which is generally the signal transmitted by the transmitter.

Input module selection: Voltage level, protection form, module density and alternate input point design need to be considered.

Selection of output module: Pay attention to the selection of output mode and output power, and make the output power given in the manual greater than the power required by the actual load.

Selection of analog input modules: Attention should be paid to the input range of analog values. Analog input modules are available in various input ranges, including 0 ~ 10V, 10V, 4 ~ 20 mA, etc.

In short, it is crucial to choose the right type and specification of input and output modules according to the actual needs.