Variable Frequency Control Cabinet for Constant Pressure Water Supply Systems

Product Description

This product is categorized into various fields of use, including GGD power cabinets, variable frequency constant pressure water supply control cabinets, non-standard PLC control cabinets, sewage and waste gas treatment control cabinets, and smart farm control systems, among others. It can be customized according to customer needs.

The GGD cabinet is a highly economical and practical product, customized according to different power distribution environments of customers.

The frequency constant pressure water supply control cabinet uses the user's water consumption or the pressure of the pipe network as parameters. It employs a pressure sensor to detect the water pressure in the pipe network. The pressure sensor then sends the detected signal to the frequency converter PID loop. After processing by the frequency converter PID loop, the rotational speed of the pump motor is adjusted according to the output frequency signal, achieving automatic adjustment of the pipe network water pressure. This ensures that the pipe network water pressure of the water supply system remains consistent with the set pressure value.
Non-standard PLC control cabinet. PLC stands for Programmable Logic Controller.
It is the core program control unit of the control system, capable of directly and indirectly controlling all electrical control cabinets, soft starter cabinets, frequency conversion cabinets, motors, and valves. It executes control applications written and developed by engineers, performs start-stop operations on on-site process loads according to time sequence control and sequence control, and performs open-loop and closed-loop adjustments on loads that require adjustment, meeting all process control requirements.
To effectively purify polluted water and industrial waste gas, achieve the reuse of sewage, conserve resources, and reduce air pollution, a PLC control cabinet is employed to connect individually dispersed sewage and waste gas treatment equipment, forming an intelligent industrial network for real-time monitoring and intelligent diagnosis of sewage and waste gas treatment. Industrial sensors such as level gauges, flowmeters, pH meters, thermometers, turbidity meters, pressure sensors, etc., are utilized.
The Smart Farm Control System: A Smart Farm is a farm that utilizes the Internet of Things (IoT) as its foundation. By integrating IoT, interconnection, and intelligence, along with wireless sensing technology, automatic control technology, network technology, and database technology, it achieves modern and intelligent management.
The smart farm system is divided into three layers: the sensor acquisition layer, the centralized control layer, and the backend software layer. The main parameters monitored include: light, ambient temperature, ambient humidity, soil temperature, soil moisture content, carbon dioxide concentration, wind speed, wind direction, rainfall, atmospheric pressure, and pest infestation. The centralized control and backend software layers primarily implement manual or automatic operations such as sprinkling irrigation, shading, ventilation, light supplement, heating, humidification, CO2 enrichment, and oxygen enrichment based on the data collected by sensors. Alarms are triggered for abnormal statuses, and remote visual operations are enabled through equipped network cameras. Remote start-stop functions of equipment are implemented through mobile apps or backend software.
Application areas: high-rise buildings, residential areas, domestic water supply for enterprises and institutions, industrial production water, urban tap water supply, safe drinking water in urban and rural areas, secondary water replenishment for urban pipe networks, boiler water replenishment, agricultural and garden irrigation water, fire pressure stabilization; sewage and wastewater treatment; irrigation and drainage systems for large squares and parks, etc