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Have you ever wondered how a toilet can sense your presence and flush automatically? The induction squatting device is designed to do just that. It only activates within its sensing range, triggering an automatic rinse. If no one is detected, the system remains inactive, saving water and ensuring efficiency. You can also manually adjust the rinsing process, timing, and sensitivity if needed. This intelligent, water-saving sanitary fixture is gaining popularity in public restrooms around the world. But how does it actually work? And what’s involved in its installation? Let’s dive into everything you need to know about the induction squatting pan.
What is an Induction Squatting Pan?
An induction squatting pan is a smart sanitation solution that uses infrared sensors and a solenoid valve to control water flow. It works by installing a solenoid valve on the inlet pipe of a traditional automatic water tank. At the entrance of the restroom, an infrared sensor and a control box are placed. When someone enters the area, the sensor detects their presence and sends a signal to the control box. The microcomputer inside processes the signal and activates the solenoid valve, allowing water to flow into the tank for a controlled flush. If no one is present, the system stays dormant, preventing unnecessary water usage. This creates a fully automated, hands-free experience that’s both hygienic and efficient.
Installation Tips for Induction Squatting Pans
Proper installation is crucial for the smooth operation of an induction squatting pan. Here are some key considerations:
(1) All parts of the induction squatting device that come into contact with concrete should be sealed with flexible materials like asphalt or linoleum. This prevents damage caused by cement expansion.
(2) Be cautious when heating asphalt, as excessive heat can damage the toilet structure.
(3) Always follow the manufacturer's instructions carefully during installation. Incorrect setup may lead to malfunctions or even damage to the unit.
(4) The main components of the induction flushing system typically include a ball valve, a high-level water tank, and an electromagnetic induction valve.
(5) Avoid any heavy impacts during both installation and daily use to ensure long-term performance.
How to Install the Induction Sensor
Before starting the installation, make sure the drain pipe and product passage are free from debris. Next, determine the optimal position and height for the squatting pan and the sensor once the sewage outlet is connected. Then, install the water inlet and tank, ensuring the inner diameter of the pipe is approximately 28mm. The distance between the bottom of the tank and the inlet of the squatting pan should be between 1500mm and 1800mm. If the water pressure exceeds 0.2MPa, the water consumption will be around 9 liters per flush.
Once the flange rubber ring is properly placed on the inlet pipe, connect it to the squatting device and secure the mounting surface. Make sure the pan is level in all directions. Finally, seal the connection between the product’s sewage outlet and the drainage pipe using glass glue or cement sand. These steps ensure a safe and functional installation. Compared to traditional squatting pans, induction models offer greater convenience and hygiene. However, regular cleaning and maintenance of the sensors are essential to keep the system running smoothly. Keep this in mind to get the most out of your new smart toilet.
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