KAW109 Precision Explosion Proof Pressure Transmitter ±0.15%URL Long-term Stability

KAW109 High-precision Explosion-proof Pressure Transmitter

Product Introduction

The KAW109 High-precision Explosion-proof Pressure Transmitter is a top-of-the-line product for industrial pressure measurement in explosive environments. It is applicable for measuring the pressure of different media such as gases, steam, and liquids in engineering processes. It can measure gauge, negative, absolute, and vacuum pressures within the range of 0 - 70MPa, and is also useful for level, volume, and mass measurement of liquids, as well as flow measurement of gases, steam, and liquids when paired with detecting elements, with a maximum pressure handling capacity of 700bar.

This transmitter outputs a 4 - 20mA signal and supports the Hart protocol. It stands out with its high reference accuracy of 0.075%FS and a long-term drift of ≤±0.25%URL per year, ensuring stable and accurate measurement results over time. The explosion-proof design with ratings of Exia II CT4 and CT6, along with an IP66/67 ingress protection rating, makes it suitable for use in harsh and dangerous industrial settings.

Features

• Exceptional Precision: Boasts a high reference accuracy of 0.075%FS, delivering precise pressure measurement data.
• Low Long-term Drift: With a long-term drift of ≤±0.25%URL per year, it maintains accuracy over an extended period.
• Broad Pressure Coverage: Covers a wide pressure range from 0 to 70MPa, catering to diverse industrial pressure measurement needs.
• Explosion-proof and Protected: Features an intrinsically safe and flameproof explosion-proof design (Exia II CT4, CT6) and an IP66/67 ingress protection rating for safe operation in explosive environments.
• Reliable Output: Provides a stable 4 - 20mA output signal and supports the Hart protocol for efficient communication with other devices.
• Good Temperature Performance: Operates with a compensation temperature range of -30℃ to 70℃ and can handle a media temperature range of -40℃ to 120℃.
• Sturdy Construction: The aluminum alloy housing offers durability and resistance to external impacts.
• Flexible Installation: Offers thread, tri-clamp, and flange process connection options for convenient installation in different systems

Product Applications

1. Gauge & absolute pressure measurement in gases, steam or liquids in all areas of of engineering process and measurement.

2. Level, volume or mass measurement in liquids.

3. Working with detecting element, measure the flow of gases, steam and liquid flow.( volume and mass flow)

4. High pressure up to 700bar.

Product Description

Xi'an Kacise Optronics Co.,Ltd. is a professional manufacturer of measuring instruments , located in China xi’an City. Since 2008, Xi'an Kacise focused on the development and production of pressure, level and flow measuring instruments .

We have been specializing in manufacturing pressure, level and flow measuring instruments and related products for 10 years. Based on experienced technical and management personnel, through efforts of our entire staff, we have become a professional measuring instrument manufacturer and solution provider. And we are continuously trying to improve product quality.

Xi'an Kacise is qualified with ISO 9001-2008, GJB 9001B-2009, CE, intrinsic safety explosion-proof and isolated safety explosion-proof certificates, etc. which ensure that our products comply with international standards.

Kacise sensors have already been exported to America, Spain, Australia, Chile and 20 other countries and regions, and received many favorable feedbacks. Our overseas distributers are also increasing. We regard “reasonable prices, efficient production time and good after-sales service” as our tenet, and hope to cooperate with more customers for mutual development.

Our goal is simple: to sell the best products at the best prices, and provides industry-leading customer service. We personally get to know each of our customers, and we know how to discover the most valuable part of our business , to help others achieve their goals.