Differential Pressure Transmitter

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Differential Pressure Transmitter Specification

Switch Type
Electronic

IP Rating
IP65

Mounting Type
Direct/Remote Mount

Installation Type
Panel/Wall Mount

Display
Digital LCD Display

Phase
Single Phase

Frequency
DC

Sensor Type
Piezoresistive

Measuring Range
0~10 kPa to 0~25 MPa (configurable)

Usage & Applications
Liquid, Gas, Steam differential pressure measurement

Protection Level
IP65

Product Type
Differential Pressure Transmitter

Input
Differential Pressure

Pressure Type
Gauge/Absolute/Differential

Diameter
50 mm body

Application
Industrial Automation, Process Control, HVAC

Accuracy
0.2% F.S.

Dimension (L*W*H)
120 mm x 80 mm x 75 mm

Weight
0.8 kg

About Differential Pressure Transmitter

For the past 22 years, we have been serving our respected clients by manufacturing and supplying excellent quality Differential Pressure Transmitter. It is suitable for course testing, automatic system, petrochemical industry and various water tank applications to measure liquid, gas, or steam pressure. This transmitter is easy to use and reckoned in the market due to its rust proof surface finish and unmatched performance. Clients can avail this product in several specifications as per their needs at cost-effective prices. Offered Differential Pressure Transmitter can be availed from us in a stipulated time frame thanks to our efficient logistics system and at market leading rates.

Differential Pressure Transmitter

Smart differential pressure transmmitter model APR-2000 AL

Measuring range: min. 0 ... 4 mbar, max. 0... 16 bar

Output signal: 4...20 mA, 0...20 mA or 0...5 mA + protocol HART; Profibus PA

Accuracy: 0,075% art 0 AL M

Advanced Pressure Measurement Technology

Utilizing a piezoresistive sensor, this differential pressure transmitter ensures precise readings and long-term stability. The digital LCD display offers clear data visualization, making it easier for technicians to monitor and manage system pressures efficiently, even in challenging industrial settings.

Versatile Application and Configuration

The transmitter supports a wide measuring range, configurable from 0~10 kPa to 0~25 MPa. It is tailored for multiple pressure typesgauge, absolute, and differentialaccommodating diverse requirements in process control, HVAC, and automation. Its robust IP65 housing allows installation in harsh environments.

FAQs of Differential Pressure Transmitter:

Q: How is the differential pressure transmitter installed in industrial systems?

A: The transmitter can be mounted directly or remotely, using either panel or wall installation options. Its compact design (120 mm x 80 mm x 75 mm) and IP65 protection make it suitable for demanding environments and straightforward integration into existing control panels.

Q: What types of media can this device measure pressure for?

A: It accurately measures the pressure of liquids, gases, and steam, making it versatile for applications in process control, HVAC systems, and industrial automation.

Q: When should I configure the measuring range for this transmitter?

A: Configuring the measuring range should be done during installation or when altering process requirements. The transmitter allows ranges from 0~10 kPa to 0~25 MPa, ensuring adaptation to various application needs.

Q: Where can the differential pressure transmitter be mounted?

A: The transmitter is designed for flexible installation; it can be mounted on panels or walls and is suitable for direct or remote mounting depending on site requirements.

Q: What is the process for reading pressure values on this transmitter?

A: Pressure values are displayed clearly on the digital LCD, allowing for immediate monitoring. The electronic switch mechanism ensures consistent and reliable measurement output for system management.

Q: What benefits does this transmitter offer for industrial automation and process control?

A: It provides high accuracy (0.2% F.S.), robust protection (IP65), and compatibility with a wide range of media. This enhances system reliability, safety, and efficiency, reducing maintenance and operational errors.

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