ABB 23NG23 1K61005400R5001 Power Supply Module
General info
| Manufacture | ABB |
| Item No | 23NG23 |
| Article number | 1K61005400R5001 |
| Series | Procontrol |
| Origin | Sweden |
| Dimension | 198*261*20(mm) |
| Weight | 0.5kg |
| Customs Tariff Number | 85389091 |
| Type |
Power Supply Module
|
Detailed data
ABB 23NG23 1K61005400R5001 Power Supply Module
ABB 23NG23 1K61005400R5001 power module is an industrial power supply component for automation and control systems. It converts alternating current 110V–240V AC to direct current 24V DC, which is required by various industrial automation system PLC, DCS and other control equipment.
The 23NG23 module efficiently converts AC input power to DC output, typically 24V DC. Most industrial control systems require DC power to operate. It is ideal for applications that require a stable DC voltage to ensure the normal operation of the control system.
It is a key component for the distribution of 24V DC throughout the system. It powers a variety of devices, such as I/O modules, PLC systems, communication equipment, and other field devices that require 24V DC. It ensures the stability and consistency of the station bus voltage and other DC-powered components in the automation system.
The module is designed with high efficiency to minimize energy losses during power conversion. It operates at a high energy conversion rate, about 90% or more, reducing the need for excessive cooling and lowering operating costs in long-term use.
Frequently asked questions about the product are as follows:
-What are the main functions of the ABB 23NG23 power supply module?
The 23NG23 power supply module converts AC power to 24V DC to power various industrial automation systems, such as PLCs, I/O modules, and actuators.
-What is the output voltage of the ABB 23NG23?
The 23NG23 provides a stable 24V DC output for powering devices that require DC power in industrial automation systems.
-How efficient is the ABB 23NG23 power supply?
The 23NG23 typically operates at high efficiency, usually around 90% or higher, minimizing energy losses during power conversion and reducing operating costs.
