One of the transistor-type water level automatic control circuits (fill-in type) b
Source: InternetPublisher:走马观花 Keywords: transistor BSP electrode Updated: 2020/10/09
The simple irrigation transistor water level automatic control circuit
is shown in Figure 11-2. Three electrodes
(metal rods such as copper or stainless steel can be used) A, B, and C are introduced into the upper part of the water tank.
The A pole is placed at the highest water level allowed, the B pole is placed at
the lowest water level allowed, and the C pole is placed at the bottom of the water tank. The water
level will be controlled between electrode A and plate C.
If the automatic fails, the transfer switch can be turned to the manual position, and the start and stop buttons of the start button SBi and the stop button can be used to manually control
the start and stop of the water pump.
Electrode C is only required when the water tank is made of non-metallic material. If the water tank is of metal construction, the entire water tank can be used
instead of electrode C.
- How to Make a Simple 2-Step Arduino Programmable Timer Circuit
- Design of an autonomous plant watering system using ATtiny85
- How to Build a Gesture-Controlled Elevator Prototype Using Arduino Nano
- Star-delta step-down starting control circuit for squirrel cage asynchronous motor
- Using P110C to control 6 DC motors simultaneously
- Design and analysis of a four-bit remote control component capable of remote reset
- Simple three-phase motor phase loss protection circuit
- Magnetic door and window anti-theft alarm
- A novel and practical power line anti-theft and cutting alarm circuit
- Homemade anti-theft watchdog
- Self-defense anti-riot circuit
- Bone hyperplasia treatment circuit
- Fish pond oxygenation reminder circuit
- Chicken supplementary light to increase egg production rate circuit
- Agricultural spraying and insecticide control circuit
- Mixer built with analog multipliers
- Inductive feedback oscillator circuit
- Voltage controlled power supply second-order high-pass filter circuit
- Fault signal trip circuit
- Digital stopwatch display circuit