Description

ICMK14F1-L13.0 AC 31 technical documentation

Product Description

ICMK14F1-L13.0 Product description

1. Basic information

Product model: ICMK14F1-L13.0
Second, product characteristics

Improved GTO switching features:
At high power (3 kA / 4.5 kV), the GTO output SOA (safe operating area) is significantly improved.
An integrated gate driver converts the cathode current to zero before the anode voltage begins to rise, improving efficiency and safety.
Low gateway circuit inductance:
The required very low gateway inductance is obtained through coaxial gate feed-through combined with multi-layer PCB gate driver connection.
Values ≥5-6kA/µs can be achieved at 20 V gate voltages, demonstrating excellent performance.
Reduce door drive energy consumption:
By avoiding the door overdrive, the energy consumption of the door drive is effectively reduced and the overall efficiency is improved.
Quick conversion capability:
The “hard disk” gate driver converts the thyristor from its pnpn latching state to pnp mode within 1µs, enabling fast and stable switching operation.
Uniform closing power:
The shutdown occurs entirely in transistor mode, eliminating any possibility of locking and achieving a uniform shutdown power, thus expanding the SOA.
Extended SOA:
Scaling up the SOA to a full dynamic avalanche, with peak shutdown energy equal to 250 kW/cm2, shows excellent performance.

ICMK14F1-L13.0

Product parameter

The ICMK14F1-M and ICMK14N1-M are used as a decentralised inputs and outputs on the MODBUS system bus. It brings accessibility to beginners and experienced automation users
alike, for any application with 14 to 200 inputs / outputs, using the same set of basic components.
The ICMK14F1-M and ICMK14N1-M modules allow a distributed I/O architecture on MODBUS system bus that provide cost effective and flexible solutions for controlling and monitoring I/O signals over a wide area.

Each ICMK14F1-M and ICMK14N1-M remote units incorporate a specific number of binary inputs / outputs. And it is possible, to increase this number of binary or analog inputs / outputs, by addition of different extensions directly connect to the ICMK14F1-M and ICMK14N1-M remote modules.
These extensions are the same that used with Central units 40 and 50 series.

1 – Location for the DIN rail
2 – Plate fixture with unit earthing
3 – Lock for DIN rail mounting
4 – Location for external dual connector
5 – Location for the cabling connectors:
– of 24 V d.c. output power for the inputs (available only for the remote units with 120 / 230 V a.c. power)
– of the inputs
6 – Visualization set for the status of the 8 inputs / 6 outputs
7 – Location of the connector for the connection of input/output extensions
8 – Location of the cabling connectors:
– for the power supply
– for the outputs
9 – Location of the addressing rotate selectors (see enlargement)
10 – Unit status visualization area:
– POWER: power on
– RUN: Blinking indicates the valid message received
– ERR: On indicates error(s) present and blinking indicates configuration action

Application field

As part of ABB’s PLC (Programmable Logic Controller) system, the ICMK14F1-L13.0 has a wide range of applications. The following are the possible application areas of ICMK14F1-L13.0 summarized based on the information in the reference article:

Industrial Automation:
PLC systems play a central role in industrial automation and are used to control, monitor and coordinate various automation equipment and production lines. As part of the PLC system, the ICMK14F1-L13.0 may be used in the control logic of various automation equipment and production lines to achieve efficient and precise automated production.
Power Systems and Products:
ABB is one of the world leaders in power and automation technology, and its products and services are widely used in power systems and products. ICMK14F1-L13.0 may be used in the monitoring, control and protection of power systems, such as transformers, switchgear, cables, etc.
Robotics and Discrete Automation:
In the field of robotics and discrete automation, PLC systems are often used to control robot motion, sensors and actuators. The ICMK14F1-L13.0 may be used as part of a robot control system to achieve precise control and motion coordination of the robot.
Motion control:
Motion control is an integral part of industrial automation, involving the control of motors, drives and motion controllers. The ICMK14F1-L13.0 may be used in motion control systems to achieve precise motor control, speed regulation and position positioning.
Energy Management:
ABB is committed to promoting sustainable development and energy management, and its products and services have a wide range of applications in energy management. The ICMK14F1-L13.0 could be used in energy management systems to collect, analyze and optimize energy data to help companies improve energy efficiency and reduce environmental impact.
In summary, the ICMK14F1-L13.0 is part of ABB PLC systems for a wide range of applications, including industrial automation, power systems and products, robotics and discrete automation, motion control and energy management. These areas require efficient, accurate and reliable control systems to support production and operations, and the ICMK14F1-L13.0 is an important part of these systems.

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