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Measure wind speed with precision,each pulse delivers reliable data

Pulse Wind Speed Sensor
Model WS1-Pulse

The pulse wind sensor is a precise device for measuring wind speed, operating by generating pulse signals proportional to the rotation speed of its blades. This sensor produces 600 output pulses per revolution, enabling highly accurate wind speed measurement. Its output signal can be easily processed by microcontrollers or industrial monitoring systems, making it suitable for applications such as weather stations, ventilation control systems, agricultural automation, and marine industries. Key features of this sensor include a robust design resistant to harsh environmental conditions and optimized energy consumption.

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دقت-پالسی

Accuracy and Pulse Output Count

600 pulses per revolution

دقت-پالسی.jpg1

Quick Overview

Maximum Output Frequency and Response Speed 30 kHz

ترینال

Compatibility

Works with various PLCs and microcontrollers

i-2-R08

Environmental Durability

Resistant to harsh environmental conditions

کاربردها

Use in weather stations

Control and monitoring in wind power plants

Smart greenhouse and agricultural systems

Marine industries and aviation

Industrial automation and smart buildings

کاربردها
مزایا

✅ High accuracy in wind speed measurement
✅ Easy installation and setup
✅ Resistance to harsh weather conditions
✅ Low power consumption and compatibility with various systems

مزایا
فانکشن

• Output Type: Pulse output, 600 pulses per revolution (output frequency in Hz proportional to wind speed)
• Power Supply: Operating voltage (e.g., 5V, 12V, or 24V DC)
• Power Consumption: Current draw as per specification
• Operating Temperature Range: Temperature range within which the device functions properly
• Material and Durability: Waterproof, UV-resistant, suitable for harsh environmental conditions
• Supply Voltage: 5V ~ 24V DC
• Maximum Mechanical Speed: 5000 RPM
• Response Frequency: 30 kHz
• Output Signal: Dual-phase A and B square wave pulses (NPN Open Collector)
• Cable Length: 2 meters

فانکشن

  Note: To prevent damage to the internal diode of the encoder, it is recommended to use a resistor divider in the circuit. Additionally, the A and B outputs should not be connected directly to the VCC, as this may damage the output transistor.

I R80 2

This product is manufactured using 3D printing technology and offers suitable structural strength. Additionally, due to the use of UV-resistant materials, it remains unaffected by sunlight exposure and does not suffer from damage or quality degradation.

I R80 2
ویژگی های کلیدی

1. Accuracy and Pulse Output Count
✅ The sensor provides 600 pulses per revolution, enabling high accuracy in wind speed measurement. This ensures that the collected data is reliable and precise.


2. Maximum Output Frequency and Response Speed
✅ With a maximum output frequency of 30 kHz, the sensor allows for rapid processing of wind speed changes. This is crucial for sensitive applications such as weather stations and industrial control systems.


3. Compatibility with Control and Processing Systems
✅ The pulse output signal is fully compatible with microcontrollers, PLCs, and industrial monitoring systems. This allows for seamless integration without the need for complex signal conversion circuits.


4. Resistance to Harsh Environmental Conditions
✅ Designed for outdoor and industrial environments, the sensor offers high resistance to moisture, dust, and temperature variations, making it ideal for use in meteorology, industrial ventilation, agriculture, and marine applications.

ویژگی های کلیدی

جهت دریافت تمامی ویدئوهای فعلی و جدیدترین ویدئوهای ضبط شده با موضوعات اتصال و راه اندازی محصول و ارتباط با انواع PLC و HMI کلیک کنید.

VIDEO

Connecting PLCs to Instrumentation Equipment

اتصال به انواع WS1

Ordering FAQs

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

Hossein Maleki was born in February 1993 into a religious family. From a young age, he developed an interest in electronics by observing simple educational circuits at home. At the age of eight, he received his first multimeter and soldering iron as birthday gifts. He began his education at Shahed 2 Elementary School and continued through exemplary schools such as Sharif Eshraf and Khorsandian. In 2008, he professionally entered the workforce and pursued his studies up to a master’s degree in his field of interest, Electrical Engineering (Digital Electronic Systems).

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