WIKA Pressure Transmitter Suppliers in Bangalore | Universal Engineering
Trusted WIKA Pressure Transmitter Dealers & Traders in Bangalore
Universal Engineering is a genuine WIKA Pressure Transmitter suppliers, dealers and traders in Bangalore, we provide advanced pressure measurement instruments that meet the evolving needs of modern industries. Our range is carefully sourced to ensure precision, durability, and compatibility with the latest automation and industrial standards. With growing demand for Digital Pressure Transmitter, Differential Pressure Transmitter, FLP Pressure Transmitter, Pencil Type Pressure Transmitter, and Industrial Pressure Transmitter solutions, we ensure our clients receive technically upgraded products suited for complex industrial environments.
Pressure measurement plays a critical role in ensuring process safety, efficiency, and reliability. Today’s industries require instruments that integrate seamlessly with digital control systems, IoT-enabled monitoring platforms, and smart factory infrastructure. Our WIKA Pressure Transmitter range is aligned with these forward-thinking requirements, offering stable output signals, improved diagnostics, and compatibility with Industry 4.0 frameworks.
Types of WIKA Pressure Transmitter
One of the leading WIKA Pressure Transmitter Suppliers in Bangalore, our all-types of WIKA Pressure Transmitter are included with new technological formulations such as:
- Digital Pressure Transmitter
Digital Pressure Transmitter models are designed with advanced microprocessor-based electronics that provide high-accuracy digital output and improved signal stability. These transmitters support modern communication protocols, allowing seamless integration with PLC, SCADA, and IoT-enabled systems for real-time monitoring. With enhanced diagnostics and remote configuration capabilities, they are widely used in automated process industries requiring precise data logging and predictive maintenance. - Differential Pressure Transmitter
Differential Pressure Transmitter solutions are engineered to measure pressure differences between two points with superior accuracy and long-term stability. These transmitters are now equipped with smart calibration features and improved sensor technology to reduce drift and ensure consistent readings. They are extensively used in flow measurement, filter monitoring, and cleanroom applications where reliable differential pressure control is critical. - FLP Pressure Transmitter
FLP Pressure Transmitter models are specially designed for hazardous and explosive environments, ensuring operational safety in oil, gas, and chemical industries. With flameproof enclosures and advanced sealing technology, these transmitters provide reliable performance even in high-risk industrial zones. Modern FLP variants also support digital communication outputs, enabling safe remote monitoring without compromising safety compliance. - Pencil Type Pressure Transmitter
Pencil Type Pressure Transmitter units feature a compact and slim design, making them ideal for space-constrained installations and compact machinery. These transmitters now incorporate improved sensor sensitivity and robust stainless-steel construction for enhanced durability and corrosion resistance. They are widely preferred in hydraulic systems, OEM equipment, and automation panels where accuracy and compactness are equally important. - Industrial Pressure Transmitter
Industrial Pressure Transmitter solutions are built for heavy-duty applications requiring rugged construction and long operational life. With enhanced overload protection, vibration resistance, and temperature compensation technology, these transmitters ensure reliable readings in challenging industrial environments. The latest models support advanced signal processing and remote diagnostics, making them suitable for modern automated plants.
Technical Specifications
| Specification | Details |
|---|---|
| Product Type | Pressure Transmitter |
| Brand | WIKA |
| Model Series | A-10 / S-20 Series |
| Measuring Range | 0…0.1 bar to 0…1,000 bar (depending on model) |
| Accuracy | Up to ±0.25% of span |
| Output Signal | 4–20 mA, 0–10 V, 0–5 V, 1–5 V |
| Power Supply | 8–30 V DC (varies by output) |
| Process Connection | G 1/4, 1/2 NPT, or custom options |
| Wetted Parts | Stainless Steel (316L) |
Features of WIKA Pressure Transmitter
- Advanced Sensor Technology
Our Digital Pressure Transmitter and Industrial Pressure Transmitter solutions are integrated with advanced thin-film and piezoresistive sensor technology for higher precision. These upgraded sensors provide excellent long-term stability with minimal drift over extended operational periods. Enhanced temperature compensation ensures consistent output even in fluctuating environmental conditions. - Smart Communication Compatibility
Modern WIKA Pressure Transmitter units support communication protocols that enable easy integration with automation systems. This ensures smooth data transfer to centralized control rooms and cloud-based monitoring platforms. With remote configuration and digital diagnostics, maintenance teams can optimize performance without physical intervention. - Robust and Durable Construction
The Differential Pressure Transmitter and FLP Pressure Transmitter models are designed with corrosion-resistant materials and flameproof housings. This robust construction ensures safe operation in high-pressure, high-temperature, and hazardous environments. Improved mechanical design also enhances resistance to vibration and mechanical shocks. - High Accuracy and Stability
Each Pencil Type Pressure Transmitter and Industrial Pressure Transmitter is calibrated for precise measurement across a wide pressure range. Advanced electronic circuitry minimizes signal noise and ensures stable output even in demanding applications. The improved accuracy supports energy optimization and efficient process control. - Compact and Flexible Design
Our compact Pencil Type Pressure Transmitter solutions are ideal for installations where space is limited. Modern design enhancements allow easy mounting and quick electrical connections, reducing installation time. Flexible configuration options make them suitable for customized industrial applications.
Applications of WIKA Pressure Transmitter
- Oil and Gas Industry
FLP Pressure Transmitter and Differential Pressure Transmitter units are widely used in upstream and downstream oil and gas processes. They ensure accurate pressure monitoring in pipelines, storage tanks, and refineries under extreme operating conditions. Advanced digital output features allow centralized monitoring for improved safety and compliance. - Chemical and Pharmaceutical Industry
Digital Pressure Transmitter and Industrial Pressure Transmitter models play a vital role in maintaining controlled processing conditions. Their high accuracy and corrosion-resistant design ensure safe handling of aggressive chemicals and sensitive pharmaceutical processes. Modern transmitters also support validation and traceability requirements in regulated industries. - Water and Wastewater Treatment
Differential Pressure Transmitter solutions are extensively used for filter monitoring and flow measurement in water treatment plants. These transmitters help maintain system efficiency by providing consistent pressure difference readings across filtration units. Smart diagnostics features assist in preventive maintenance and optimized plant performance. - Power Plants and Energy Sector
Industrial Pressure Transmitter units are critical for boiler pressure monitoring and turbine control systems. They offer high-temperature tolerance and stable performance in demanding energy applications. Advanced signal processing ensures accurate control, supporting energy efficiency initiatives. - Automation and OEM Machinery
Pencil Type Pressure Transmitter models are commonly integrated into hydraulic systems and compact machinery. Their small footprint and reliable output make them ideal for automated production lines and customized equipment. With improved sensor technology, they enhance precision control in modern manufacturing environments.
It is used for accurate digital pressure measurement with advanced communication compatibility for automation systems.
It is widely used in flow measurement, filter monitoring, and cleanroom pressure control applications.
It is ideal for hazardous areas where flameproof safety and reliable pressure monitoring are essential.
They are commonly used in oil and gas, power plants, water treatment, and heavy manufacturing industries.
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