WhatsApp: +86 16626708626
Email: 3772179818@qq.com
Phone: +86 16626708626Description
IS230JPDGH1B is a DIN rail module for power distribution, mainly used for precise power distribution and comprehensive monitoring in industrial control and automation systems. It can be conveniently installed on DIN rails, saving space and facilitating maintenance. This module is at the core of the power architecture of the entire automation system, responsible for distributing the input power to various subsystems and devices in a reasonable manner.
IS230JPDGH1B
From a functional perspective, IS230JPDGH1B is capable of handling multiple types of power distribution. It can provide 28V DC control power supply for control circuits and other low-voltage components in the control system, ensuring stable operation of these critical parts. At the same time, for specific application scenarios such as wet circuits, a wet power supply of 48V/24V DC can be provided. In addition, the module also has strong monitoring capabilities, and its internally integrated sensing circuit can monitor two AC distribution channels in real time, providing critical feedback data and diagnostic information for engineers to timely discover potential problems and quickly solve them, ensuring the continuous and reliable operation of the system. In terms of communication, it can collaborate with other control modules to transmit monitoring data to the central control system in a timely manner, achieving intelligent management of power distribution.
IS230JPDGH1B
Technical specifications:
Model Number IS230JPDGH1B
Brand GE
Type Power Distribution DIN Rail Module
Mounting Style DIN Rail Mount
Interface/Bus adaptation to industrial standard interfaces and buses
Compliance: Complies with relevant standards such as CE and RoHS
Supported Protocols supports commonly used industrial communication protocols
Contact Us
Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com
Main features and advantages:
Its precise power distribution function ensures that all devices can receive stable and adapted power supply, reducing equipment failures caused by power fluctuations, extending equipment service life, and reducing maintenance costs. The powerful monitoring and diagnostic functions can control the power distribution status in real time, warn potential problems in advance, and transform passive maintenance into active maintenance, greatly improving the availability and production efficiency of the system. Moreover, the standardized design of this module makes it easy to integrate into existing automation systems without the need for large-scale modifications, reducing the time and cost of project implementation and bringing significant economic benefits to enterprises.
Application areas:
In the automotive manufacturing industry, there are numerous automated production line equipment that require extremely high power stability. This module can accurately allocate power, ensure the normal operation of equipment in various production processes, ensure smooth production processes, and improve production efficiency.
In the chemical industry, the production process is often accompanied by harsh environments such as high temperature and high pressure, which require strict reliability of equipment. IS230JPDGH1B, with its reliable performance, operates stably under complex working conditions, monitors power distribution in real-time, and provides support for the safety and stability of chemical production. In the field of intelligent buildings, it is used to allocate power and monitor various intelligent devices, helping to create an efficient, energy-saving, and comfortable building environment, and achieving intelligent management of building energy.
Related products:
IS230JPDGH2B – With stronger power distribution and monitoring capabilities, it is suitable for large-scale industrial projects with higher requirements for power management and more complex loads.
IS230JPDSG1B – focuses on optimizing power distribution in specific scenarios and can be used as a supplementary module in conjunction with IS230JPDGH1B to further enhance the flexibility of power distribution in the system.
IS220JPDGH1A – Suitable for small industrial automation systems with relatively simple power distribution requirements and limited budgets.
IS240JPDGH1C – Improved heat dissipation design and communication interface, capable of stable operation in high-temperature environments and scenarios requiring high data transmission speed.
IS230JPDGH1BX – Optimized for specific industries or customer specific needs, such as adding specific power protection functions.
IS230JPDGH1BY – Enhanced network security protection on the original basis, suitable for critical infrastructure projects with extremely high requirements for data security and power system security.
IS230JPDGH1BZ – Optimized power conversion efficiency, more energy-efficient, suitable for environmentally friendly industrial projects with strict energy consumption restrictions.
Installation and maintenance:
Before installing IS230JPDGH1B, engineers need to carefully check the power specifications of the system to ensure that the input voltage matches the rated voltage of the module and avoid damaging the module due to voltage incompatibility. At the same time, it is necessary to confirm whether the installation space of the DIN rail is suitable to ensure that the module can be securely installed. In addition, check the compatibility of the communication interface and modules of the system, as well as whether the relevant software has been updated to the latest version, to ensure seamless integration with the existing system after module installation.
In daily maintenance, regularly check the status indicator lights on the module. Under normal circumstances, the indicator lights should show a specific flashing pattern. If there is an abnormal constant light on or off, it is necessary to promptly troubleshoot the problem. Regularly check whether the connection between the module and the DIN rail is loose, and whether the connection of each power cable is stable, to prevent abnormal power transmission caused by looseness. It is recommended to conduct a comprehensive inspection of the module once a year, including power distribution accuracy testing, monitoring function verification, etc., to ensure that the module is always in the best working condition and continuously provide reliable power distribution and monitoring services for industrial automation systems.
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