Wireless control water pump remote control system

Abstract

The utility model relates to water pump water supply technical field especially a kind of water pump remote control system of wireless control, including wireless signal receiving conversion module, the input of wireless signal receiving conversion module is signal connected with pool wireless signal sending module and water tower wireless signal sending module respectively. When water tower water level is in lower limit, water tower water level float ball switch module is closed, SQ2 switch module is closed in turn, motor control module controls water pump output module and the water in pool module is pumped into water tower module;When the water in pool module drops to pool water level lower limit module, SQ2 switch module output is disconnected, water pump output module stops working, when water tower water level is in water tower water level upper limit module, SQ1 switch module is disconnected, ac contactor main contact is disconnected, and water pump output module stops, with remote wireless control function, improve the stability and reliability of system, reduce maintenance cost, improve the advantage of management efficiency.

Description

TECHNICAL FIELD

[0001] The utility model relates to water pump water supply technical field, concretely is a wireless control's water pump remote control system. BACKGROUND

[0002] Water pump water supply refers to water is pumped from low to high by water pump, water pump can pump water from underground water source, reservoir or water tower, then water is delivered to the place where water is needed through water pipeline, the advantage of water pump water supply is that water pressure can be greatly improved, the problem of insufficient water pressure is solved, and water can be delivered to the place far away from water source, so that the water supply range is wider.

[0003] The current school water pump water supply is controlled by wire, under the development background of current industrial automation and intelligentization, the school traditional remote wired control water pump system has many drawbacks, such as complex wiring, high maintenance cost, susceptible to environmental influence and the like, especially in long-distance, complex terrain conditions, wired control line is prone to failure, leading to unstable water supply system, affecting normal production and life of school, in order to solve the above technical problems, therefore we design a kind of wireless control's water pump remote control system. UTILITY MODEL CONTENT

[0004] The utility model aims at providing a kind of wireless control's water pump remote control system, with remote wireless control function, improve the stability and reliability of system, reduce maintenance cost, the advantage of improving management efficiency, solve the problem that wired control line is prone to failure, reliability is not good, and maintenance cost is higher, and management efficiency is poor.

[0005] To achieve the above object, the utility model provides the following technical scheme: a kind of wireless control's water pump remote control system, including wireless signal receiving conversion module, the input of the wireless signal receiving conversion module is signal connected with pool wireless signal sending module and water tower wireless signal sending module, the input of the pool wireless signal sending module and water tower wireless signal sending module is signal connected with pool 4G pass switch unit and water tower 4G pass switch unit, the input of the pool 4G pass switch unit and water tower 4G pass switch unit is electrically connected with pool float ball switch module and water tower float ball switch module, the input of the pool float ball switch module is electrically connected with pool water level upper limit module and pool water level lower limit module, the input of the water tower float ball switch module is electrically connected with water tower water level upper limit module and water tower water level lower limit module, the output of the wireless signal receiving conversion module is electrically connected with SQ1 switch module and SQ2 switch module, the output of the SQ1 switch module and SQ2 switch module is electrically connected with relay control module, the output of the relay control module is electrically connected with motor control module, the output of the motor control module is electrically connected with water pump output module.

[0006] Preferably, the water tank 4G pair of switch unit includes a first detection switch module and a second detection switch module, and the output ends of the first detection switch module and the second detection switch module are connected with the wireless signal receiving conversion module.

[0007] Preferably, the water tower 4G pair of switch unit includes a third detection switch module and a fourth detection switch module, and the output ends of the third detection switch module and the fourth detection switch module are connected with the wireless signal receiving conversion module.

[0008] Preferably, the water pool water level upper limit module and the water pool water level lower limit module are installed on the inner wall of the water pool module, and the water tower water level upper limit module and the water tower water level lower limit module are installed on the inner wall of the water tower module.

[0009] Preferably, the water pool float ball switch module is a water level float ball switch device, and the water pool wireless signal sending module and the water tower wireless signal sending module are wireless signal transmitters.

[0010] Compared with the prior art, the utility model has the advantages that:

[0011] When the water tower water level is at the lower limit position, the water tower water level float ball switch module is closed, the SQ2 switch module is closed, the motor control module controls the water pump output module to pump the water in the water pool module into the water tower module; when the water in the water pool module drops to the water pool water level lower limit module, the SQ2 switch module output is disconnected, the water pump output module stops working, and when the water tower water level is at the water tower water level upper limit module, the SQ1 switch module is disconnected, the main contact of the alternating current contactor is disconnected, and the water pump output module stops working, thereby having the function of remote wireless control, improving the stability and reliability of the system, reducing the maintenance cost, and improving the management efficiency. BRIEF DESCRIPTION OF DRAWINGS

[0012] Figure 1 It is a system diagram of the utility model;

[0013] Figure 2 It is a system diagram of the water pool 4G pair of switch unit of the utility model;

[0014] Figure 3 It is a system diagram of the water tower 4G pair of switch unit of the utility model;

[0015] Figure 4 It is a circuit diagram of the utility model. DETAILED DESCRIPTION

[0016] Please refer to Figures 1-4The utility model relates to a wireless control water pump remote control system, including wireless signal receiving conversion module, the input of wireless signal receiving conversion module is connected with pool wireless signal sending module and water tower wireless signal sending module respectively, the input of pool wireless signal sending module and water tower wireless signal sending module is connected with pool 4G opposite transmission switch unit and water tower 4G opposite transmission switch unit respectively, the input of pool 4G opposite transmission switch unit and water tower 4G opposite transmission switch unit is connected with pool float ball switch module and water tower float ball switch module respectively, the input of pool float ball switch module is connected with pool water level upper limit module and pool water level lower limit module respectively, the input of water tower float ball switch module is connected with water tower water level upper limit module and water tower water level lower limit module respectively, the output of wireless signal receiving conversion module is connected with SQ1 switch module and SQ2 switch module respectively, the output of SQ1 switch module and SQ2 switch module is connected with relay control module, the output of relay control module is connected with motor control module, and the output of motor control module is connected with water pump output module.

[0017] Please refer to Figure 2 Pool 4G opposite transmission switch unit includes no.

[0018] Please refer to Figure 1 Water tower 4G opposite transmission switch unit includes no.

[0019] Please refer to Figure 3 Pool water level upper limit module and pool water level lower limit module are installed on the inner wall of pool module, and water tower water level upper limit module and water tower water level lower limit module are installed on the inner wall of water tower module.

[0020] Please refer to Figure 1 Pool float ball switch module is water level float ball switch equipment, based on buoyancy and lever principle, when liquid level rises, float ball floats up, converts movement into switch operation through mechanical connecting device, when liquid level drops, float ball sinks, switch resets, pool wireless signal sending module and water tower wireless signal sending module are wireless signal senders.

[0021] When the water tower water level is at the lower limit, the water tower water level float ball switch module is closed, and a signal is transmitted to the water tower 4G cross switch unit through the internal third detection switch module input detection connection. The 4G signal is transmitted to the wireless signal receiving conversion module and controls the SQ2 switch module to be closed. At this time, the relay control module is powered on to control the water pump output module through the motor control module to work to pump the water in the pool module into the water tower module. When the water in the pool module drops to the lower limit of the pool water level module, the pool float ball switch module is in a closed state, and the first detection switch module input detection is disconnected in the pool 4G cross switch unit. The 4G signal is transmitted to the pool 4G cross switch unit through the internal first detection switch module input detection connection, and the SQ2 switch module output is disconnected. The water tower 4G cross switch unit input detection is disconnected. At this time, the coil loses power, the main contact of the AC contactor is disconnected, and the water pump output module stops. When the water is full, the water tower water level is at the upper limit of the water tower water level module, the water tower float ball switch module is disconnected, the fourth detection switch module input detection is disconnected in the water tower 4G cross switch unit, the 4G transmission is transmitted, the first detection switch module output in the pool 4G cross switch unit is disconnected, that is, the SQ1 switch module is disconnected. At this time, the coil loses power, the main contact of the AC contactor is disconnected, and the water pump output module stops.

[0022] In summary: the wireless control water pump remote control system solves the problems of wired control lines prone to failure, poor reliability, high maintenance cost, and poor management efficiency through the cooperation of the wireless signal receiving conversion module, the pool wireless signal sending module, the water tower wireless signal sending module, the pool 4G cross switch unit, the water tower 4G cross switch unit, the pool float ball switch module, the water tower float ball switch module, and the motor control module.

Claims

1. A wireless control water pump remote control system, comprising a wireless signal receiving conversion module, characterized in that: The input end of the wireless signal receiving conversion module is signal connected with the pool wireless signal sending module and the water tower wireless signal sending module respectively, the input end of the pool wireless signal sending module and the water tower wireless signal sending module is signal connected with the pool 4G anti-interference switch unit and the water tower 4G anti-interference switch unit respectively, the input end of the pool 4G anti-interference switch unit and the water tower 4G anti-interference switch unit is electrically connected with the pool float ball switch module and the water tower float ball switch module respectively, the input end of the pool float ball switch module is electrically connected with the pool water level upper limit module and the pool water level lower limit module respectively, the input end of the water tower float ball switch module is electrically connected with the water tower water level upper limit module and the water tower water level lower limit module respectively, the output end of the wireless signal receiving conversion module is electrically connected with the SQ1 switch module and the SQ2 switch module respectively, the output end of the SQ1 switch module and the SQ2 switch module is electrically connected with the relay control module, the output end of the relay control module is electrically connected with the motor control module, and the output end of the motor control module is electrically connected with the water pump output module.

2. The wireless controlled water pump remote control system according to claim 1, wherein: The pool 4G anti-interference switch unit comprises a first detection switch module and a second detection switch module, and the output ends of the first detection switch module and the second detection switch module are signal connected with the wireless signal receiving conversion module.

3. The wireless controlled water pump remote control system according to claim 1, wherein: The water tower 4G anti-interference switch unit comprises a third detection switch module and a fourth detection switch module, and the output ends of the third detection switch module and the fourth detection switch module are signal connected with the wireless signal receiving conversion module.

4. The wireless controlled water pump remote control system according to claim 1, wherein: The pool water level upper limit module and the pool water level lower limit module are installed on the inner wall of the pool module, and the water tower water level upper limit module and the water tower water level lower limit module are installed on the inner wall of the water tower module.

5. The wireless controlled water pump remote control system according to claim 1, wherein: The pool float ball switch module is a water level float ball switch device, and the pool wireless signal sending module and the water tower wireless signal sending module are wireless signal senders.

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