Ankerui Industrial Insulation Monitoring Instrument AIM-T500

Description :

　　With the continuous development of science and technology, wireless temperature measurement systems have undergone multiple generations. Their functions are more powerful than before, and temperature monitoring is more accurate. At the current stage, due to strict requirements for signal frequency and high frequency, their stability is strong and they are not easily affected by external interference. For information transmission, wireless communication technology is currently used, which has low operational difficulty and energy consumption. It is also cost-effective in the market and can analyze and process received information. Therefore, it has a wide range of applications in temperature measurement systems. But we also need to recognize that due to the influence of technology, it can only be applied to information transmission over short distances. In the process of temperature conduction, in order to improve the efficiency of information transmission, a joystick setting is generally installed, and the use of this setting is relatively simple, with a small size, and can use wireless power supply devices such as batteries, which have a long working cycle. When conducting temperature, wireless devices are also used. In this case, there is no need for wires to connect, which improves the safety of the entire setup. Moreover, since there are no physical wires during operation, they are not affected by the surrounding environment and have good stability. Due to its application, the temperature measuring device can work 24 hours a day, reducing the use of manpower and improving work efficiency. At the same time, the reduced use of manpower reduces the probability of errors in the entire process, leading to the emergence of wireless temperature measuring equipment. Made contributions to the development of the power industry.

Introduction to Industrial Insulation Monitoring DevicesAnkerui AIM-300, AIM-T500, AIM-T500L Insulation Monitoring Instruments

　　The Ankerui AIM-T series insulation monitoring instrument is mainly used in industrial IT distribution systems, including AIM-T300, AIM-T500, and AIMT500L products, all of which are suitable for pure AC, pure DC, and AC/DC wet combination systems.

　　The AIM-T300 is suitable for AC, DC, and AC/DC hybrid systems below 450V, while the AIM-T500 is suitable for AC, DC, and AC/DC hybrid systems below 800V.

　　The AIM-T500L has added one CAN communication interface and insulation fault location function compared to the AIM-T500.

1、 Product Overview

Insulation fault location industrial insulation monitoring deviceIt is mainly used to monitor the insulation condition of IT systems (ungrounded systems) to ground, and to promptly alarm when insulation faults occur in the system, reminding electrical maintenance personnel to troubleshoot the faults.

2、 Technical parameters

AIM-T300, AIM-T500, AIM-T500L Insulation Monitoring Instruments

ASG200 Test Signal Generator

AIL200-12 insulation fault locator

ACPD series insulation monitoring coupling instrument

3、 Specification parameters

4、 External dimensions

5、 Product quotation

6、 Application scope

Insulation fault location industrial insulation monitoring deviceSuitable for industrial fields such as electrolytic aluminum, mines, glass factories, electric furnaces and testing equipment, metallurgical plants, chemical plants, explosive hazardous areas, computer centers, and emergency power supplies in AC and DC ungrounded systems

　　Jiangsu Ankerui has introduced MES management system in production, with barcode scanning for each process, enabling control of the entire production schedule and process. Basically achieved paperless management, saved production costs, and improved management efficiency.

　　Wireless temperature measurement system, as a development of the power industry in the 21st century, has been widely used in the electrical industry since its inception. Compared with developed Western countries, China started relatively late in the research and development of wireless temperature measurement systems. However, with the continuous emphasis on this aspect, a large amount of funds, manpower, and material resources have been invested. In the traditional electrical industry, there are also many devices to assist in circuit control, among which the most common is the power-off protection system for circuits. Simply put, it means that when the operation of the circuit reaches a certain load or the temperature is too high, the equipment system can automatically cut off the supply of the circuit to prevent accidents such as fires. This invention is mainly applied in devices with high voltage, and its various interfaces are pre fixed and cannot be replaced. It is also prone to damage over time, causing the resistance in the area to increase and generating more heat during operation. Over time, this can easily lead to safety accidents, posing a serious threat to people's lives and property safety. In order to better address this phenomenon, some enterprises in China have begun to try to introduce wireless temperature monitoring systems in the transmission process. By real-time monitoring of temperature and timely handling when the temperature is high, the possibility of safety accidents can be reduced. With the continuous popularization of this technology, it is not limited to electrical enterprises, but has also been widely applied in various industries. Under its function, staff can manage temperature remotely without the need to monitor it anytime and anywhere, which has promoted economic development.

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