HIMA F7131

Technical Parameters

Input voltage：24 V DC

Output: 24 V DC,

Current consumption: maximum 50 mA

Buffer battery voltage: 12 V DC

Battery capacity: 100 Ah

Battery backup time: 8 hours

Battery charging time: 10 hours

Operating temperature:  -20°C to +60°C

Power failure detection time: maximum of 10ms, low voltage threshold of buffer battery-DC 10.5V, high voltage threshold of buffer battery-DC 13.5V, Communication interface type: RS-485.

Features

The speed of response:  Hima F7131, within short time, can use backup battery power or take protective measures to reduce equipment downtime. For example, in the automotive parts production line, robotic welding equipment, precision manufacturing machine tools, etc., have high requirements in terms of power supply stability. The F7131 response time will help prevent an increase of defective parts processing input, improve product quality and production productivity, and thus reduce production costs.

Customization and scalability: Hima F7131 supports multiple modules and customizable functions, so users can configure them flexibly according to their system's specific needs. For instance, in some large industrial control systems, power monitoring points or special communication functions can be revised or improved by means of the addition of appropriate expansion modules. This scalability gives Hima F7131 the ability to increasingly adapt to new requirements as the enterprise grows and systems get updated to protect user investments and to prevent the user from having to replace the whole power monitoring system due to system upgrade.

Application

Industrial automation: Hima F7131 can uninterrupted power supply to controllers, sensors, actuators, HMI devices, among others. For instance, in the automated assembly workshop of automobile manufacturing, vast numbers of robotic arms, automated welding machinery, high-precision sensors, etc., rely on stable power to guarantee their precise operation. From that standpoint, the 24-volt output of Hima F7131 behaves such that these devices have their voltage demands discounted, preventing any occurrence of malfunction and measurement errors due to power supply fluctuations. Buffer battery use can keep supplying power during the short lapse. Buffer battery use can keep on supplying power for not more than 8 hours during frequency interruptions which otherwise would have caused production lines to halt and semi-finished products to sustain damages during power failure, translating into huge losses. At the same time, the RS-485 communication interface can be integrated into the entire automated control system, thus remote monitoring and management of the power status being possible. The maintenance crew is able to know the working parameters, battery power, and other information about the power supply in real-time, thus quickly attending to maintenance tasks and fault warnings, appreciably enhancing the overall reliability and maintainability of the production line.

Data center: The core infrastructure in the information age, with very high demands for power supply reliability and stability, Hima F7131 can serve as a backup power supply solution for data center servers, storage devices, network devices, etc. It can quickly switch to backup battery power supply mode upon mains failure and voltage abnormality to ensure that key equipment continues to operate within the buffer battery backup time to avoid data loss and business interruptions. The integration of the communication interface with the data center monitoring management system allows operational and maintenance personnel to monitor the power supply's working status, battery power, and other information in real time for remote management and control.

Security monitoring system: The security monitoring system is vital to guarantee the safety of public spaces, corporate parks, and major facilities. Hima F7131 can ensure a stable power supply and reliable running of monitoring systems including cameras, video servers, and intrusion detection systems. Buffer batteries in Hima F7131 can ensure the running of security devices in remote areas with difficulties of power supply management, such as field depots and border monitoring stations, where a utility power disruption commonly occurs, thus maintaining system monitoring integrity and continuity. Integration with the RS-485 communication interface and the security and surveillance platform augurs well for remote monitoring and management of power supply status. Upon networking anomalies, the monitoring center will be timely informed of alarm messages and act accordingly so that the reliability and effectiveness of the security system are enhanced, thus offering solid assistance to work on security prevention.