露点センサー
露点センサー 元の価格は $333.00 でした。現在の価格は $222.00 です。
製品に戻る
道路状況センサー
道路状況センサー 元の価格は $2,500.00 でした。現在の価格は $2,000.00 です。

差圧センサー

The Veswe Differential Pressure Sensors (VRS-YC-2D-EX, VRS-YC-AL-EX) are professional wall-mounted instruments featuring a crisp LCD display for real-time readings. They offer a wide measuring range, configurable from -10 kPa to 10 kPa, to suit diverse low-pressure monitoring applications.

Engineered for durability, these sensors include reverse polarity protection, instantaneous overcurrent/overvoltage protection, and full EMI compliance for reliable operation. Ideal for cleanrooms, boilers, HVAC systems, and vacuum equipment, they deliver stable, accurate differential pressure measurements with comprehensive electrical safeguards.

  • Model: VRS-YC-&-2D-&-EX /  VRS-YC-&-AL-&-EX
  • MOQ: 1 PCS
  • 配達日:24時間以内
  • 価格について今すぐ問い合わせる

お問い合わせEメール:contact@veswe.com|WhatsApp:+8613418148929

差圧センサー

The Heart of Precision – Micro Differential Pressure Sensor
In the world of industrial control, stability is everything. This is where our advanced Differential Pressure Sensor shines. Engineered with a dedicated conditioning chip, this device optimizes signal processing specifically for micro-pressure ranges, delivering unmatched accuracy. Imagine a sleek unit with a dark textured finish, embodying robustness and high-tech engineering. This isn’t just a simple gauge; it’s a sophisticated differential pressure transducer designed to handle the subtlest shifts in pressure differential. With built-in overpressure protection and full EMI compliance, this Differential Pressure Sensor stands firm against electrical noise and accidental spikes. Whether you need a diff pressure sensor for a delicate lab experiment or a rugged pressure transmitter differential for a factory floor, this is the foundation of reliable measurement.

差圧センサー

Crafted for Reliability – The Veswe Differential Pressure Sensor
Quality isn’t an accident; it’s a design choice. Our Differential Pressure Sensor boasts six key features that set it apart. First, Digital Processing Technology enhances accuracy through advanced algorithms, making it a superior differential pressure detector. Second, a High Protection Shell resists dust and corrosion, perfect for harsh environments. Third, Automatic Temperature Compensation ensures your sensor differential pressure readings remain stable despite thermal fluctuations. Fourth, a Real-Time Numerical Display gives instant visibility. Fifth, a Wide Measurement Range supports diverse applications. And finally, the Standard ModBus-RTU Protocol ensures seamless integration. This Differential Pressure Sensor is more than a tool; it’s a promise of consistency, functioning as a reliable diff pressure transmitter wherever precision counts.

差圧センサー

Versatility in Action – Applications for Every Industry
Where does a Differential Pressure Sensor make a difference? Everywhere. In Medical facilities, it monitors isolation rooms and ventilators, acting as a critical differential air pressure sensor. In Clean Rooms for semiconductor fabs, it maintains positive pressure, functioning as a precise duct static pressure sensor. In Boilers, it tracks draft efficiency, while in Dust Collectors, it ensures filter integrity. For HVAC systems, it balances airflow as a dedicated hvac differential pressure sensor. From Power Plants tracking flue gas to general air pressure differential monitoring, this Differential Pressure Sensor adapts to every need. It’s the versatile dp sensor that keeps industries running safely and efficiently.

差圧センサー

Advanced Digital Core – Stability & Speed
At the heart of every Veswe Differential Pressure Sensor lies a powerful combination: a MEMS pressure element and a dedicated conditioning chip. This fusion leverages cutting-edge sensing and digital technology to deliver full pressure calibration and temperature compensation. The result? A differential pressure measuring instrument with fast response, strong stability, and an extended lifespan. Picture a white wall-mounted unit displaying “98.2 Pa” with crystal clarity, backed by transparent circuitry that symbolizes internal sophistication. This isn’t just a low pressure transmitter; it’s a dynamic performer ready for rapid, repeatable measurements in the most demanding processes. Trust the Differential Pressure Sensor that thinks faster than the change itself.

差圧センサー

Fearless in Harsh Environments – High-Protection Enclosure
Industrial environments are tough, but our Differential Pressure Sensor is tougher. Its robust housing provides effective waterproofing, dustproofing, and strong corrosion resistance. Imagine a rainstorm raging outside while the pressure differential transmitter inside continues to deliver flawless data. The label reads: Model RS-WCY-N01 (Veswe Edition), Range -200Pa to +200Pa, Accuracy ±1% FS. This level of industrial-grade protection ensures that your dp transmitters survive where others fail. Whether installed in a humid basement or a dusty factory, this Differential Pressure Sensor remains a beacon of reliability, proving that high precision and rugged durability can coexist.

差圧センサー

Shielded from Surprises – Overpressure & EMI Protection
Unexpected events happen. Power surges, wiring errors, or process upsets can destroy sensitive equipment. Not this Differential Pressure Sensor. Equipped with reverse polarity protection, instantaneous overcurrent/overvoltage protection, and EMI compliance, it withstands up to 2.5x its rated pressure momentarily. Visualize a display reading “10.000 Pa” with a bar graph, surrounded by badges of protection: Reverse Polarity, EMI Compliance, Instant Voltage Protection. This resilience makes it the ideal delta pressure sensor for unstable grids or volatile processes. When you choose a Veswe Differential Pressure Sensor, you’re choosing a pressure indicating transmitter that protects itself so you don’t have to worry.

差圧センサー

True Accuracy – Automatic Temperature Compensation
Temperature changes are the silent enemy of pressure measurement, causing drift and error. Our Differential Pressure Sensor eliminates this threat with automatic temperature compensation. It adjusts output in real-time based on ambient temperature, reducing errors caused by thermal effects. Imagine a graph where the blue shaded area represents the compensated operating envelope, maintaining accuracy from 0°C to 50°C. This feature is critical for outdoor installations or unclimate-controlled rooms where a standard diff sensor might falter. With this Differential Pressure Sensor, you get consistent, high-precision measuring pressure differential regardless of the weather. It’s the smart choice for any differential air pressure transmitter application.

差圧センサー

Clarity at a Glance – LCD Real-Time Display
Why guess when you can see? Models of our Differential Pressure Sensor come equipped with a high-quality LCD screen, allowing direct onsite reading of live data. No external tools needed. The display shows large digits like “10.000 Pa”, an analog bar scale, and the Process Value (PV). This digital differential pressure meter capability enables quick verification during commissioning or troubleshooting. Whether you are balancing an hvac differential pressure transmitter system or checking a cleanroom, the Differential Pressure Sensor puts the data right in front of your eyes. It’s user-friendly design meets professional performance.

差圧センサー

Control at Your Fingertips – Button Configuration
Complexity slows you down. That’s why our Differential Pressure Sensor features intuitive physical buttons for easy parameter setup. With four tactile keys (Back, Up, Down, OK), technicians can modify settings directly on the device. No laptop or software required for basic configuration. Imagine a finger pressing “OK” to confirm a new range on the display reading “98.2 Pa”. This convenience makes the Veswe Differential Pressure Sensor perfect for remote sites or quick field adjustments. It’s a differential sensor designed for humans, not just machines. Simplicity, meet precision.

差圧センサー

Connect to Everything – Standard ModBus-RTU Protocol
Integration should be seamless. Our Differential Pressure Sensor uses the standard ModBus-RTU protocol over an RS485 interface, supporting communication distances up to 2000 meters. It connects effortlessly to PLCs, Industrial Controllers, SCADA software, and HMI panels. Whether you are building a massive factory network or a small utility plant, this pressure differential transmitter speaks the language of your system. It’s the ideal dp transmitters choice for long-distance networking, ensuring your differential pressure cell data reaches the control room without loss or latency. Connect your world with a Differential Pressure Sensor that plays well with others.

差圧センサー

From Sensor to Cloud – The Veswe Ecosystem
Modern monitoring goes beyond the local display. Our Differential Pressure Sensor is the first link in a powerful chain: from the sensor measuring 98.2 Pa, to a monitoring host aggregating data, to the Internet, and finally to the Veswe Environmental Monitoring Cloud Platform. This web-based dashboard offers real-time visualization, over-limit alarms, historical data queries, and SMS/email alerts. Capable of supporting over 50,000 devices, this platform turns individual differential air pressure readings into actionable intelligence. Whether for smart buildings, hospitals, or industrial parks, this ecosystem ensures centralized oversight. Your Differential Pressure Sensor is now part of a global brain.

差圧センサー

Tailored to You – Multiple Types & Ranges
One size never fits all. That’s why the Veswe Differential Pressure Sensor comes in multiple enclosure types: Industrial Wall-Mount (with or without display) and Aluminum Alloy Housing (with or without display). Plus, we offer customizable measurement ranges. Standard options include 0–200Pa, -500Pa–500Pa, and more, but we can customize any range within -10kPa to +10kPa. Whether you need a specialized duct static pressure sensor for a specific airflow or a unique differential pressure gauge digital range for a lab, we have the solution. Consult with us to find the perfect Differential Pressure Sensor configuration for your unique needs.
Local Control – On-Site Network & Free Software
Not everyone needs the cloud, and that’s okay. Our Differential Pressure Sensor supports a wired local monitoring solution using the RS485 bus. Connect multiple transmitters in parallel to a USB-to-RS485 converter, plug into a PC, and run our free monitoring software. Get real-time data display, alarms, historical queries, and data exports instantly. This plug-and-play setup is perfect for small-to-medium facilities wanting local control without licensing costs. It’s a differential pressure measuring instrument system that respects your budget and your autonomy. With Veswe, you get flexibility in how you monitor your air pressure differential.
Quality in the Details – The Veswe Difference
Greatness lies in the details. Our Differential Pressure Sensor showcases four key design features:
High-Protection Enclosure: Made of high-strength aluminum alloy for durability.
Waterproof Connector: Premium cable glands resist water ingress and aging.
Dedicated Conditioning Chip: Internal components provide multi-layer protection (overvoltage, EMI).
Easy Installation: Equipped with Φ6mm barbed fittings for quick-push tubing connections.
From the corrosion-resistant shell to the tool-free installation, every aspect of this Differential Pressure Sensor is engineered for practicality and performance. It’s not just a diff pressure transmitter; it’s a masterpiece of industrial design. Choose the Veswe Differential Pressure Sensor and see the difference quality makes.

About - Differential Pressure Sensor

The VRS-YC-&-2D-&-EX and VRS-YC-&-AL-&-EX differential pressure sensors have a built-in MEMS pressure sensor and a dedicated conditioning chip. It utilizes advanced pressure sensor technology and low-power, high precision digital processing technology to provide complete pressure calibration and temperature compensation. Our differential pressure sensors provide multiple output options including RS485, 0-5 V, 0-10 V, and 4-20 mA, allowing easy connection to on site PLCs, configuration software, configuration interfaces, and industrial controllers. With our matching network concentrator, the monitoring host uploads data to our free monitoring cloud platform, and you can view real-time data, historical data, alarm records, etc. via browser or cell phone APP.

データシート

TypeVRS-YC-&-2D-&-EXVRS-YC-&-AL-&-EX
電源DC10~30VDC10~30V
消費電力0.1W (RS485), 0.3W (Analog)0.3W (RS485), 0.5W (Analog)
信号出力RS485/4-20mA/0-5V/0-10VRS485/4-20mA/0-5V/0-10V
測定範囲-10kPa~10kPa-10kPa~10kPa
動作環境-40℃~+60℃, 0%RH~95%RH (Non-condensing)-40℃~+60℃, 0%RH~95%RH (Non-condensing)
LCD working temperature-20℃~+60℃-20℃~+60℃
精度±1%FS±1%FS
長期安定性+0.2%FS+0.2%FS
Compensation temperature-5℃~65℃-5℃~65℃
Pressure interfacePyramid connector outer diameter φ6mm; Quick connector inner diameter φ8mmPagoda-shaped nozzle φ6mm
Shell materialABS plasticAluminum alloy
Measuring mediumGas compatible with contact materialGases compatible with contact materials

VRS-YC-&-2D-&-EX

The VRS-YC-&-2D-&-EX differential pressure sensor housing is made of high protection plastic material and is available in versions with or without a display. The display version is equipped with a high quality LCD screen and dust resistant buttons. It allows users to view real time data and manually set or modify parameters, making operation convenient and efficient. It features a built in automatic temperature compensation function, which reduces the influence of ambient temperature changes on measurement results and automatically corrects temperature drift. The bottom uses a high quality waterproof connector with strong locking performance, providing excellent waterproofing and aging resistance. It is widely used for the detection and control of air or inert gases.

VRS-YC-&-AL-&-EX

The VRS-YC-&-AL-&-EX differential pressure sensor features a die-cast aluminum alloy housing with a painted finish. It is precision assembled using stress isolation technology, offering strong anti-interference performance, resistance to acids and alkalis, and excellent long term stability. This model is available in both display and non-display versions. The pressure ports use φ6 mm barbed fittings, making installation simple and convenient. Compared with the VRS-YC-&-AL-&-EX, the aluminum housing differential pressure sensor is better suited for applications with higher environmental adaptability requirements, such as monitoring pressure differences at reactor inlets and outlets in chemical production, boiler air supply systems, and dust collection equipment. The aluminum housing effectively withstands mechanical impact and environmental corrosion, ensuring stable and reliable long-term operation.

動作原理

When a liquid or gas passes through the high and low pressure chambers, the force they exert on the two ends of the sensor creates a pressure difference. By measuring this pressure difference, we can learn about the flow of the fluid. Specifically, differential pressure sensors typically consist of two measuring membranes. As the fluid passes through the sensor, the force they exert on the two membranes causes the membranes to deform. The sensor will have some resistance or capacitance sensors installed inside the sensor to measure the deformation of the membranes. By calculating the change in resistance or capacitance, we can obtain the pressure exerted by the fluid on the sensor.

If you tell us the specific details such as the installation location, dimensions, etc., we will be happy to provide you with a detailed solution.

veswe technical team

FAQs - Differential Pressure Sensor

What is differential pressure?

Differential pressure refers to the difference in pressure between two points in the system. The expression is ΔP=P1-P2.

What is differential pressure sensor?

Differential pressure sensor is a device used to measure the pressure difference between two objects. Differential pressure sensor is a widely used sensor in industry and science.

What are some applications for differential pressure sensors?

Differential pressure sensors are widely used in textile workshop, boiler air supply, underground ventilation and other power, coal, spinning cotton box, dust removal equipment, industry pressure process control field.

What should you pay attention to when installing a differential pressure sensor?

Many factors need to be considered when installing a differential pressure sensor, such as protection class, supported fluid type and flow rate range, lateral temperature gradients and zero drift due to temperature changes. For optimum measurement results, install the transducer carefully following the guidelines provided by the manufacturer.

Why is the output signal unstable or fluctuating greatly?

The causes may be:
1. unstable supply voltage.
2. Improper choice of installation location and external interference.
3. There is air leakage or obstruction in the pressure line.
Solution:
1. Check whether the supply voltage is stable, if necessary, use a stabilized power supply.
2. Re-select the installation location to avoid external interference, such as vibration or electromagnetic interference.
3. Check whether there is air leakage or obstruction in the pressure pipe, repair or clean it in time.

Why do the results of differential pressure sensors have large errors?

The cause may be:
1. Improper selection of the installation location, resulting in the pressure sensor is subject to lateral force.
2. Temperature gradient or unevenness exists in the pressure line, causing sensor temperature error.
3. aging or damage to the sensor.
Solution:
1. Re-select the installation position to avoid the influence of lateral force on the pressure sensor.
2. Ensure that the temperature of the pressure pipeline is uniform, and take insulation measures to reduce the temperature error.
3. Regularly check and replace the aging or damaged sensors.

Why is temperature compensation not effective?

The cause may be:
1. The temperature sensor is faulty or not calibrated in time.
2. Ambient temperature fluctuates greatly, exceeding the temperature compensation range.
Solution:
1. Check whether the temperature sensor is working properly and calibrate it as required.
2. If the ambient temperature fluctuation is large and beyond the temperature compensation range, consider taking temperature isolation measures or using a pressure transmitter with a larger temperature range.

8. How to get the road sensor manual?

Leave us a message and we will send the manual to your email.

業界知識

お問い合わせ

私たちの同僚ジャック
電話/ Whatsapp:+86 13418148929
Eメール:contact@veswe.com
住所:中国広東省広州市番禺区大石街南大街269号1-4階