IC Card Vertical Water Meter
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The IC card vertical water meter features a prepaid water fee function. Users pay the water fee to the management department, which then writes the purchased water volume into the IC card. The user inputs the information from the IC card into the smart water meter, and the smart water meter automatically opens the valve to supply water. During water usage, the microcontroller in the smart water meter automatically deducts the consumed water volume. When the purchased water volume is exhausted, the smart water meter automatically closes the valve to cut off the water supply, and the user must purchase water again to resume supply.
The IC card can also record the meter's operational data. A management device or software can manage information such as total water consumption, total purchased water volume, and valve status. The smart water meter improves management efficiency and effectively prevents
Detailed Introduction
Key Technologies of the IC Card Vertical Water Meter
1. Contactless card (RFID card) technology: Utilizes our company's RFID card technology, employing wireless data transmission to thoroughly resolve issues related to waterproofing, moisture resistance, and anti-tampering.
2. Electric floating ball valve technology: Employs electric ball valve technology, ensuring reliable operation and minimal pressure loss.
3. Fully sealed design: All circuits are sealed with high-performance potting compound, with no exposed electrodes, making it suitable for use in humid environments.
4. Protection against external electrical and magnetic attacks: When subjected to strong external electrical or magnetic interference, the smart water meter automatically closes the valve and provides an indication.
5. Microcontroller and micro-memory technology: Highly integrated and highly reliable. Main Technical Parameters
| Diameter (DN) | 15mm | 20mm | 25mm |
| Overload Flow (Q4) | 3.125 m3/h | 5 m3/h | 7.875 m3/h |
| Common Flow (Q3) | 2.5 m3/h | 4 m3/h | 6.3 m3/h |
| Transition Flow (Q2) | 0.05 m3 /h | 0.08 m3/h | 0.126 m3/h |
| Minimum Flow (Q1) | 0.0313 m3/h | 0.05 m3/h | 0.0788 m3/h |
| Flow Range Ratio (Q3/Q1) | 80 | ||
| Measurement Unit | 0.1 m3 | ||
| Minimum Reading | 0.0001m3 | ||
| Maximum Reading | 99999m3 | ||
| Alarm Method | Valve Closure Alarm | ||
| Alarm Amount | 10.24 yuan | ||
| Operating Temperature | Cold Water Meter: 0.1℃～30℃; Hot Water Meter: 0.1℃～90℃ | ||
| Allowable Water Pressure | 0.03 MPa～1MPa | ||
| Pressure Loss | ≤0.063MPa | ||
| Flow Profile Sensitivity Level | U10,D5 | ||
| Climate and Mechanical Environment Safety Level | Class B | ||
| Electromagnetic Compatibility Level | E1 | ||
Maximum Permissible Error
a. The maximum permissible error in the lower flow range, from the minimum flow (inclusive) to below the transition flow, is ±5%.
b. The maximum permissible error in the higher flow range, from the transition flow (inclusive) to the maximum flow (inclusive), is ±2% for cold water meters and ±3% for hot water meters.
V. Installation
1. The installation of the water meter must comply with the installation requirements of GB/T 778.2.
2. The diameter of the water meter should be selected based on the diameter of the installation pipeline and the usual flow rate, which should be less than or close to the common flow of the water meter. The installation location should avoid direct sunlight, flooding, freezing, and contamination, and should facilitate disassembly, reading, and card swiping.
3. The water meter should be installed with the display facing upward on a vertical pipeline.
4. Before installing a new water meter, clear the pipeline of debris such as sand, stones, and hemp fibers to prevent malfunctions.
5. The arrow direction indicated on the water meter should align with the direction of water flow in the pipeline.
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| Brand: | 華信 |
| Spec: | |
| Stock: | 10000 |
| Manufacturer: | |
| Origin: | China / Sichuan / Chengdushi |
