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Rp85.000
Water flow sensor 1-30L/min / WaterFLow Sensor For Arduino
Rp85.000
- Kondisi: Baru
- Min. Pemesanan: 1 Buah
- Etalase: Sensor
Introduction
Water flow sensor consists of a plastic valve body, a water rotor, and a hall-effect sensor. When water flows through the rotor, rotor rolls. Its speed changes with different rate of flow. The hall-effect sensor outputs the corresponding pulse Signal.
Model:POW110D3B
Specification
Mini. Wokring Voltage DC 4.5V
Max. Working Current 15mA(DC 5V)
Working Voltage 5V24V
Flow Rate Range 130L/min
Load Capacity 10mA(DC 5V)
Operating Temperature 80
Liquid Temperature 120
Operating Humidity 35%90%RH
Water Pressure 2.0MPa
Storage Temperature -25+80
Storage Humidity 25%95%RH
Sensor Components
No. Name Quantity Material Note
1 Valve body 1 PA66+33%glass fiber
2 Stainless steel bead 1 Stainless steel SUS304
3 Axis 1 Stainless steel SUS304
4 Impeller 1 POM
5 Ring magnet 1 Ferrite
6 Middle ring 1 PA66+33%glass fiber
7 O-seal ring 1 Rubber
8 Electronic seal ring 1 Rubber
9 Cover 1 PA66+33%glass fiber
10 Screw 4 Stainless steel SUS304 3.0*11
11 Cable 1 1007 24AWG
Usage Example
Note: This example is abstracted from the forum, which was done by Charles Gantt. Thanks for his contribution.Lets see how it works.
Reading Water Flow rate with Water Flow Sensor
This is part of a project I have been working on and I thought I would share it here since there have been a few threads on how to read water flow rate in liters per hour using the Water Flow Sensor found in the Seeed Studio Depo. It uses a simple rotating wheel that pulses a hall effect sensor. By reading these pulses and implementing a little math, we can read the liquids flow rate accurate to within 3%. The threads are simple G3/4 so finding barbed ends will not be that hard.
Hardware Installation
You will need Seeeduino / Arduino ,Water Flow Sensor,10K resistor,a brea
Water flow sensor consists of a plastic valve body, a water rotor, and a hall-effect sensor. When water flows through the rotor, rotor rolls. Its speed changes with different rate of flow. The hall-effect sensor outputs the corresponding pulse Signal.
Model:POW110D3B
Specification
Mini. Wokring Voltage DC 4.5V
Max. Working Current 15mA(DC 5V)
Working Voltage 5V24V
Flow Rate Range 130L/min
Load Capacity 10mA(DC 5V)
Operating Temperature 80
Liquid Temperature 120
Operating Humidity 35%90%RH
Water Pressure 2.0MPa
Storage Temperature -25+80
Storage Humidity 25%95%RH
Sensor Components
No. Name Quantity Material Note
1 Valve body 1 PA66+33%glass fiber
2 Stainless steel bead 1 Stainless steel SUS304
3 Axis 1 Stainless steel SUS304
4 Impeller 1 POM
5 Ring magnet 1 Ferrite
6 Middle ring 1 PA66+33%glass fiber
7 O-seal ring 1 Rubber
8 Electronic seal ring 1 Rubber
9 Cover 1 PA66+33%glass fiber
10 Screw 4 Stainless steel SUS304 3.0*11
11 Cable 1 1007 24AWG
Usage Example
Note: This example is abstracted from the forum, which was done by Charles Gantt. Thanks for his contribution.Lets see how it works.
Reading Water Flow rate with Water Flow Sensor
This is part of a project I have been working on and I thought I would share it here since there have been a few threads on how to read water flow rate in liters per hour using the Water Flow Sensor found in the Seeed Studio Depo. It uses a simple rotating wheel that pulses a hall effect sensor. By reading these pulses and implementing a little math, we can read the liquids flow rate accurate to within 3%. The threads are simple G3/4 so finding barbed ends will not be that hard.
Hardware Installation
You will need Seeeduino / Arduino ,Water Flow Sensor,10K resistor,a brea
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