About Differential Pressure Transmitter
Differential Pressure Transmitter is the latest upgraded, flush mounted monitoring equipment designed for continuous monitoring of Differential Pressure at research labs, cold storage warehouses in industries like pharma manufacturing & packaging, animal housing, hospital industries and can be integrated with HVAC systems. Our adept engineers only use supreme quality components and ultra-modern technology, while manufacturing this panel in adherence to set industry standards and norms. One can get this Differential Pressure Transmitter from us at nominal rates.
Technical Specification
| Country of Origin | Made in India |
| Input Pressure | 0 Pascal to +1000 Pascal |
| Operating Range | Up to 4000 mmwc |
| Model Number | UT-1402 |
| Accuracy | 0.25% up to 4000 MMWC |
| Brand | UNITECH |
| Output Voltage | 0 to 10 V DC or 4-20 mA 2 wire |
| Application | Differential Pressure Transmitter |
| Usage/Application | Industrial Process Monitoring |
Advanced Pressure Measurement SolutionOur Differential Pressure Transmitter utilizes state-of-the-art electronic components and pressure thermometer technology to provide highly accurate readings. Ideal for critical industrial applications, it is built using durable mild steel for longevity and dependable performance. Designed to support operational efficiency, this transmitter offers reliability and precision for process control and automation tasks.
Comprehensive Support and Global ExportWe serve as a trusted exporter, manufacturer, and supplier across India and international regions, offering tailored service solutions. Our expert team provides technical guidance, product customization, and after-sales support to ensure seamless integration of our differential pressure transmitters into your systems. As your partner, we are dedicated to delivering optimal pressure measurement solutions for a variety of industrial sectors.
FAQs of Differential Pressure Transmitter:
Q: How is the electronic differential pressure transmitter installed for industrial use?
A: The transmitter is typically installed between two points in a process system where pressure differences need to be monitored. It should be mounted securely using compatible fittings on process lines, connected to a 220-240 Volt power source, and properly grounded to ensure safe and accurate operation.
Q: What advantages does this mild steel electronic pressure transmitter offer over traditional models?
A: Constructed from mild steel, it offers robust durability and high resistance to mechanical stress, ensuring longevity. The electronic design based on pressure thermometer theory enables greater accuracy and faster response, improving process reliability in demanding industrial conditions.
Q: When should you use a differential pressure transmitter in industrial applications?
A: These transmitters are ideal when monitoring pressure differences is crucial, such as in filtration, level monitoring, or flow measurement. They are especially useful in industrial environments that require real-time pressure data for automation and system safety.
Q: Where can the transmitter be used within the industrial sector?
A: It can be utilized in various industrial settings, including chemical plants, refineries, HVAC systems, and manufacturing facilitiesanywhere precise pressure monitoring between two points is essential for controlling processes or ensuring equipment safety.
Q: What is the process for ordering and receiving this product from India?
A: To order, contact us directly with your specifications. We offer product customization to fit different operational needs, manage quality checks, and handle packaging and shipping, ensuring prompt and safe delivery worldwide.
Q: How does using this transmitter benefit industrial operations?
A: The electronic differential pressure transmitter enhances process efficiency by delivering accurate, real-time data, allowing timely adjustments and reducing downtime. Its durable construction minimizes maintenance, supporting long-term operational reliability.
Technical Details 