Water Circuit Board

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Water Circuit Board Specification

Automation Grade
Automatic

Temperature Range
0C to 100C

Power Source
Electric

Capacity
Custom/As per requirement

Voltage
12V/24V DC

Accuracy
1%

Feature
High Accuracy, Compact Design, Easy Installation, Corrosion Resistant

Core Components
Microcontroller, Sensor Interface, PCB, Connectors

Measurement Range
0.1 LPM to 100 LPM

Type
Water Circuit Board

Usage
Water Flow Monitoring, Water Level Controller, Industrial Applications

Display Type
Digital

Dimension (L*W*H)
Customized (e.g. 100mm x 80mm x 1.6mm)

Ingress Protection
IP20

Packaging Type
Antistatic Bag

Mounting Type
Through Hole & SMD

Output Type
Relay/Transistor

Surface Finish
HASL (Hot Air Solder Leveling)

Color
Green Solder Mask

PCB Thickness
1.6 mm Standard

About Water Circuit Board

Water Circuit Board

A simple analogue apparatus demonstrating the fundamentals of flow of electric current through a conductor. A large board has a small network of clear plastic pipes, which is analogous to the electrical circuit and a low-voltage electric pump that circulates the water through the circuit of plastic tubing connected to glass tubes of different bores representing resistances. Across these two resistances is a detachable manometer to show the potential difference. Just adjacent to the resistance tubes is a tapered tube discharging into a funnel representing the rate of flow of to indicate the current.

Precision Water Flow and Level Monitoring

This circuit board is designed for precise measurement and control, boasting a 1% accuracy across a broad flow range (0.1 LPM to 100 LPM). Whether monitoring water flow or controlling levels, its advanced microcontroller and quality sensor interface consistently deliver reliable data.

Engineered for Versatility and Robustness

Equipped with a green solder mask and HASL surface finish, the board resists corrosion and damage. Available with both through-hole and SMD mounting, it fits various setups. Custom dimensions support different installation needs in industrial environments or water management systems.

Simple Integration and User-Friendly Operation

The digital display offers clear, real-time data, while automatic operation and easy installation minimize setup time. Protected by IP20 rating and supplied in antistatic packaging, it ensures safety and integrity during handling and use. Relay or transistor output accommodates different control system requirements.

FAQs of Water Circuit Board:

Q: How is the Water Circuit Board installed in an industrial system?

A: The board supports both through-hole and SMD mounting types, allowing flexible integration into existing control panels or custom enclosures. Its compact and customizable dimensions enable it to fit various industrial setups with ease.

Q: What are the main benefits of using this Water Circuit Board for water flow monitoring?

A: This circuit board provides high-accuracy readings (1%), is corrosion-resistant, and includes a digital display for easy monitoring. The design ensures reliable operation, automated processes, and suitability for various industrial water management scenarios.

Q: When should I choose relay versus transistor output types?

A: Select relay output when you need to switch higher-power loads or work with traditional control systems. The transistor output is ideal for faster switching applications or when integrating with modern low-power automation systems.

Q: Where can this Water Circuit Board be used?

A: Its designed for a wide array of applications such as water flow monitoring, water level control, and general industrial water measurement tasks. Its ingress protection (IP20) is suitable for sheltered indoor industrial environments.

Q: What is the process for customizing the board size or capacity?

A: You can specify the required dimensions (for example, 100mm x 80mm x 1.6mm) or desired capacity during the ordering process. The manufacturer tailors the product to your project needs, ensuring seamless integration.

Q: How does the digital display support operational efficiency?

A: The integrated digital display provides users with clear, real-time information on flow rates or water levels, enabling quick adjustments and efficient system monitoring, which reduces downtime and supports proactive maintenance.

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