Honeywell CC-TDOB01 Digital Output module

Honeywell CC-TDOB01 Digital Output module

Functional characteristics
Signal output function: It can convert the digital signals sent by the controller into corresponding switch signals to drive external devices. It can provide a stable 24V DC output. The output type is switch quantity, and there are two options: relay output and transistor output. The relay output can withstand a large current and is suitable for driving equipment with large power, such as contactors, solenoid valves, etc. Transistor output features a relatively fast switching speed and is suitable for applications with high response speed requirements, such as control indicator lights and small relays.
Channel independent control function: Each output channel can be independently controlled. According to different control requirements, the output status of each channel can be set separately to achieve precise control of multiple different devices, improving the flexibility and universality of the module.
Flexible configuration function: The module can be flexibly configured according to actual application requirements, including output modes (such as latch, pulse or pulse width modulation output), the number of channels, etc. Users can select the appropriate configuration based on specific control tasks to meet the diverse needs of different industrial scenarios.
Redundancy function: Some models support redundancy function. By configuring redundant modules, it can automatically switch to the backup module when the main module fails, ensuring the continuity of output signals and the reliability of the system. It is suitable for critical application scenarios with extremely high requirements for system stability.

Application field
Power system: In power systems such as power plants and substations, it is used to control switchgear, relay protection devices, signal indicator lights, etc. Realize remote control and monitoring of the power system to ensure the normal operation of power equipment and enhance the reliability and stability of the power system.
Intelligent buildings: In the field of intelligent buildings, it can be used to control air conditioning systems, elevators, lighting systems, fire protection equipment, etc. By integrating with the building automation system, centralized control and management of building equipment can be achieved, reaching the goals of energy conservation, comfort and safety. For instance, based on different time periods and environmental conditions, the on/off and brightness of the lighting can be automatically controlled, or in the event of a fire, the emergency operation mode of fire-fighting equipment and elevators can be automatically activated.
Transportation: It has important applications in the fields of transportation such as traffic signal control and railway turnout control. It can control the switching of traffic signals to effectively guide traffic flow. In the railway system, the switching of turnouts is controlled to ensure the safe operation of trains.