Rhagymadrodd
This manual provides detailed instructions for the installation, operation, and maintenance of the DIGITEN G1 Water Flow Sensor, Model FL-808. This Hall effect flow sensor is designed for accurate measurement of liquid flow within a range of 1 to 60 liters per minute. Please read this manual thoroughly before use to ensure proper function and safety.
Cynnyrch Drosview
The DIGITEN G1 Water Flow Sensor (Model FL-808) is a robust and reliable device for measuring water flow. It features G1 (0.5 inch) threaded connections for easy integration into various systems. The sensor outputs a square wave pulse signal proportional to the flow rate, making it suitable for microcontrollers and other electronic systems.
Nodweddion Allweddol:
- Adeiladu Gwydn: Waterproof, heat-resistant, pressure-resistant, and cold-resistant design.
- Wide Flow Range: Measures flow from 1 to 60 Liters per minute.
- Gosodiad Hawdd: Simple G1 (0.5 inch) threaded connections.
- Allbwn pwls: Generates a square wave pulse signal for flow rate calculation.
- Cydymffurfio â RoHS: Meets environmental standards.
Gwybodaeth Diogelwch
- Sicrhewch fod y cyflenwad pŵer wedi'i ddatgysylltu cyn gosod neu gynnal a chadw.
- Do not exceed the maximum operating pressure of 1.75 MPa.
- Verify correct wiring connections to prevent damage to the sensor or connected equipment.
- Avoid installing the sensor in locations with extreme vibrations or corrosive environments.
- This device is intended for water flow measurement. Do not use with other liquids without verifying compatibility.
Cynnwys Pecyn
- 1 x DIGITEN G1 Water Flow Sensor (Model FL-808)
Manylebau Technegol
| Model | FL- 808 |
| Deunydd | Metal (Internal components), Plastic (Housing) |
| Inlet/Outlet Connection Size | G1 (0.5 inch) Threaded |
| Ystod Cyfradd Llif | 1 - 60 L/min |
| Pwysedd Gweithredu Uchaf | 1.75 MPa (17.5 Bar) |
| Vol Gweithredutage Ystod | DC 5 - 24 V |
| Cyfredol Gweithredol | Cannot exceed 10 mA (at DC 5V) |
| Signal Allbwn | Square Wave Pulse |
| Frequency Formula | F = 4.8 * Q (L/min) ± 2% |
| Output Pulse per Liter | Approximately 450 pulses/liter |
| Tymheredd Gweithredu | ≤ 80 ° C |
| Lleithder Gweithredu | 35% - 90% lleithder cymharol |
| Tymheredd Storio | -25°C i +80°C |
| Lleithder Storio | 25% - 95% lleithder cymharol |
| Gwrthiant Inswleiddio | > 100 MΩ |
| Hyd Cebl | 15 cm |
| Pwysau Cynnyrch | 80 gram |
Gosod a Gosod
1. Gosodiad Mecanyddol
The flow sensor features G1 (0.5 inch) male threaded connections on both ends. Ensure the flow direction arrow on the sensor body aligns with the intended water flow in your system. Apply appropriate thread sealant (e.g., PTFE tape) to prevent leaks. Tighten connections securely but do not overtighten.
Ffigur 1: Blaen view of the DIGITEN G1 Water Flow Sensor, showing the G1 threaded connections and the product label.
Figure 2: Technical drawing illustrating the dimensions and internal structure of the DIGITEN G1 Water Flow Sensor.
2. Gwifrau Trydanol
The sensor has a 3-wire connection. Connect the wires as follows:
- Gwifren Goch: VCC (+) - Connect to DC 5V to 24V power supply.
- Gwifren Ddu: GND (-) - Connect to ground.
- Gwifren Felen: Signal Output - Connect to your microcontroller or data acquisition system's input pin.
Sicrhewch y cyfaint gweithredutage is within the specified range of DC 5-24V. The current drawn by the sensor should not exceed 10mA at 5V DC.
Ffigur 3: Agos view of the sensor's wiring connections: Red (VCC), Black (GND), and Yellow (Signal).
Ffigur 4: Manwl view of the 3-pin connector attached to the sensor's cable.
Cyfarwyddiadau Gweithredu
Egwyddor Gweithredu
The DIGITEN G1 Water Flow Sensor uses a Hall effect sensor to detect the rotation of an internal turbine. As water flows through the sensor, it spins a turbine, and a magnet attached to the turbine generates a series of electrical pulses. The frequency of these pulses is directly proportional to the flow rate of the water.
Flow Rate Calculation
The output signal is a square wave. The flow rate (Q in L/min) can be calculated from the measured frequency (F in Hz) using the following formula:
F = 4.8 * Q (L/min)
Therefore, to find the flow rate:
Q (L/min) = F / 4.8
The sensor provides approximately 450 pulses per liter of water. The accuracy is ±2%.
Ffigur 5: Mewnol view of the sensor, highlighting the turbine mechanism responsible for pulse generation.
Figure 6: The sensor with its label clearly visible, detailing model number, working range, and wiring information.
Cynnal a chadw
- Arolygiad Rheolaidd: Periodically check for any signs of leaks at the connections or damage to the sensor body and wiring.
- Glanhau: If the sensor's accuracy degrades, it may be due to debris accumulation inside the turbine. Disconnect power and water supply, then carefully remove the sensor for inspection and cleaning. Use a soft brush and clean water to remove any obstructions.
- Storio: If storing the sensor for an extended period, ensure it is clean, dry, and kept within the specified storage temperature and humidity ranges (-25°C to +80°C, 25%-95% RH).
Datrys problemau
| Problem | Achos Posibl | Ateb |
|---|---|---|
| Dim allbwn signal |
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| Inaccurate flow readings |
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| Gollyngiadau mewn cysylltiadau |
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Gwarant a Chefnogaeth
For warranty information or technical support, please contact DIGITEN customer service through the retailer where the product was purchased or visit the official DIGITEN website. Please have your product model number (FL-808) and purchase details ready when contacting support.