Honeywell TK-IOLI01

Input voltage: 24V d.c.

Output voltage: 0-10V d.c.

Power consumption: 2.5W. Operating temperature: -20~60.

Communication protocol: Various protocols, including Modbus TCP/IP, Ethernet/IP, Profinet, and I/O Link 1.1, are to be compiled within Honeywell TK-IOLI01.

Number of channels: 8 (configurable).

Response time: < 10 ms.

Fast switching: In case of failure or malfunction of any operational element, performing control functions related to said operational element is executed within just a few milliseconds, hence its disablement of interference.

Features

Enhancing integration efficiency: Richness of input and output interfaces together with robust signal conditioning function and its dependable communication capability can boost the integration efficiency of industrial automation systems when using Honeywell TK-IOLI01 immensely. When developing a complex industrial control system, it is perfectly compatible with diverse sensors, actuators and other control implements, thus alleviating interface mismatch problems, signal conversion issues and other challenges which normally impact system integration. Honeywell TK-IOLI01's flexible configuration and programming enable users to quickly adjust module parameters and control logic based on real needs, reducing system development cycles and speeding project implementation progress.

Enhancing system reliability: Electrical isolation function and high-resolution signal acquisition and conversion thus buildup enhance system reliability.

Reducing system costs: The multifunctional nature of Honeywell TK-IOLI01 reduces the whole cost of industrial automation systems. Together with integrating multiple input and output functions, signa conditioning functions, and communication functions into one, Honeywell TK-IOLI01 decrease the number and complexity of hardware devices than could be used when several single-function modules or devices rather than conventional. This not only saves the procurement cost of equipment but also saves installation, wiring, and maintenance workload and cost.

Application

Airports equipment: The control and monitoring of various airport ground equipment, including parking systems, boarding ramp control, and airport lighting systems, are implemented on-line with Honeywell TK-IOLI01. For instance, Honeywell TK-IOLI01 connects to the sensors and motor controllers on the baggage conveyor belt, which enables automated control and monitoring of the baggage process. Another platform is the connection to the hydraulic and electrical systems of the boarding ramp to ensure safe and secure operations for the boarding ramp so that it can extends the operational effectiveness of airports and better quality of service.

Electric vehicles & charge facilities: The construction of electric-car charging facilities has gained importance in light of the upsurge in electric cars. The Honeywell TK-IOLI01 can undertake the control principle of charging piles for electric vehicles, linking with charging controllers, billing systems, and communication modules, in order to realize intelligent administration and monitoring of the charging piles. Essentially, Honeywell TK-IOLI01 would present real-time monitoring of charging status, power information, etc., and transmit the data to the background management system so that a user can check and manage the charging process. It also offers data support for operators to facilitate maintenance and operation management.

Combined supply and drainage system: Honeywell TK-IOLI01 links water level sensors, water flow sensors, water pump controllers, and other equipment, monitoring and controlling the whole water supply and drainage system in the building. For instance, it would monitor the water level in the water tank in real time while controlling the start and stop of the pump automatically to ensure normal operation of the water supply system and will monitor the flow of water in the drainage pipes so that any problems facing poor drainage could be rapidly discovered and rectified to ensure that the building can be used normally.