35MPa/70MPa - This robust pressure range ensures precise calibration and unmatched reliability, making it an indispensable tool for hydrogen fuel stations seeking top-tier accuracy. Calibration device for compressed hydrogen dispensers - Engineered with precision, this innovative device guarantees accurate calibration for hydrogen dispensers, elevating operational efficiency and safety standards in hydrogen fuel stations.
Product Description
The Hydrogen Dispenser Calibration Device by Chengdu Andisoon Measure Co. Ltd. is exceptionally engineered to test the measurement precision of hydrogen dispensers. This advanced tool is built with a state-of-the-art high-precision hydrogen mass flow meter, a meticulous pressure transmitter, an intelligent and adaptive controller, along with a durable and resilient pipeline system, ensuring optimal performance and reliability.
The **ANDISOON Hydrogen Dispenser Calibrator** is celebrated for its unparalleled measurement precision and extended life span, making it the quintessential choice for hydrogen refueling stations (HRS) and various independent application scenarios, ensuring consistent and reliable performance.
Key Features
1. Experience the convenience of remote operation capabilities, with the innovative ability to execute online checks of metering precision and repeatability via an upper computer. This device adeptly generates verification records and metering certificates based on the collated verification data, ensuring the utmost compliance and measurement accuracy.
2. Ingenious integrated design accommodates both 35MPa and 70MPa pressures, addressing the verification needs of hydrogen dispensers in one comprehensive unit. This efficiency significantly reduces user maintenance and operating costs. The inclusion of distinct inlet and outlet interfaces for varying pressures enhances both safety and reliability.
3. Comprising a high-precision mass flow meter, an accurate pressure transmitter, and a smart controller, this device facilitates remote operation or online detection of the measurement accuracy and repeatability of compressed hydrogen dispensers via a host computer. The resulting verification data is valuable for printing verification records and ensuring measurement compliance certificates.
PRODUCT FEATURES
**01 - Real-Time Pressure Display**
Outfitted with sophisticated high-precision pressure sensors, this cutting-edge device provides accurate real-time pressure readings, empowering operators to continuously monitor the equipment's operational status. This ensures a stable and secure verification process, enhancing overall safety.
**02 - Supports Remote Verification Operation**
Thanks to its embedded high-performance controller, this device seamlessly facilitates remote operations or online detection through an upper computer, thus eliminating the necessity for on-site operations. This innovation substantially boosts work efficiency and user convenience.
**03 - Supports Wired/Wireless Transmission**
Offering both wired and wireless transmission methods, this device provides unmatched flexibility tailored to specific requirements. The wireless transmission feature streamlines data transfer, enabling the preservation of data during on-site testing, with the subsequent ability to download and process for verification results later on.
**04 - Compact Structure, Easy to Transport and Use**
Designed with a space-efficient compact structure, this device is effortlessly portable and simple to install. It can be strategically deployed and utilized across pure hydrogen stations, integrated stations, comprehensive energy stations, and numerous other locations, offering exceptional adaptability and ease of use.
Product Parameters
- Flow range:(0.36-7.2)kg/min
- Rated operating pressure: 70Mpa
- Accuracy: 0.5%
- Max. operation pressure :87.5Mpa
- Input Voltage : 12V DC ~ 24V DC
- Explosion proof mark:Ex de ib IIC T4 Gb
The strategic promotion and implementation of the compressed hydrogen dispenser verification device revolutionize the hydrogen energy sector. By guaranteeing precise measurement of hydrogen dispensers, it fortifies consumer trust in hydrogen energy, catalyzing the widespread adoption and integration of hydrogen fuel cell vehicles. Furthermore, it establishes a robust framework for the standardization and regulation of the burgeoning hydrogen energy industry.
UNIQUE FEATURES OF ANDISOON MASS FLOWMETER
Renowned for their unparalleled precision, expansive measuring range, and dependable performance, mass flow meters have seamlessly integrated into a multitude of industries, proving their efficacy time and again over many prosperous years.
Setting itself apart from conventional instruments, which are constrained by the ability to only measure liquids at standard pressure and temperature, ANDISOON thrives in extreme environments. This includes high-pressure scenarios, challenging viscosities, and temperature extremes both high and low. A notable example is measuring compressed natural gas (CNG), where the primary challenge is its high-pressure environment.
Nevertheless, ANDISOON's robust sensors are crafted to endure high pressures, enabling a necessary enhancement in flow tube thickness. This advancement allows the transmitter to discern signals with heightened sensitivity. As a result, ANDISOON's bespoke mass flow meters for CNG gas dispensers have gained significant traction and are extensively implemented across the marketplace.
In the specialized realm of cryogenics, Andisoon has innovated with the creation of a backflow meter and a liquid phase injection meter designed for LNG refueling stations, operating efficiently at temperatures as low as -196°C.
Within the sphere of process control, Andisoon has engineered a micro-bend mass flowmeter, boasting a formidable maximum flow rate of up to 300t/h. This sophisticated device is predominantly harnessed within petroleum, chemical, and other industrial sectors.
A. The ANDISOON mass flowmeter excels by directly measuring the mass flow rate, outputting values in standard volume terms. This negates the necessity for compensating pressure or temperature variations within the flow computer, streamlining operations.
Moreover, ANDISOON flowmeters are crafted without any wearable moving parts, ensuring calibration stability over time,
eliminating the need for routine maintenance due to their resilient design.
B. The visionary ANDISOON R&D team employs cutting-edge hardware DSP data processing technology,
Our enterprise has embraced the pinnacle of technological advancement with the world's second-generation transmitter technology, namely DSP processing technology. This innovation offers unparalleled measurement accuracy, an expansive range, a simplified structure, and enhanced operational stability.
C. Engineered to precisely measure high-pressure gases,
While domestic mass flow meters predominantly focus on liquid measurement, lacking maturity in gas measurement applications, our company pioneers in utilizing DSP processing technology. We meticulously design high-precision mass flow meters tailored for high-pressure gas measurement, perfectly aligning with industry needs and delivering superior performance.
D. Featuring an industry-leading high-pressure aging process,
Our company's high-pressure aging platform meticulously tests each CNG flow meter, offering an innovative solution to combat potential measurement performance degradation that may arise from prolonged exposure to high-pressure conditions, ensuring optimal sensor characteristics over time.
E. Delivers exceptional zero-point stability,
Through designing advanced high-precision processing technology for sensor manufacturing, our company assures sensor quality. This zero-point stability matches that of top-tier imported products, exemplifying uncompromised reliability.
F. Incorporates sophisticated multi-parameter measurement technology,
Our commitment to innovation is evident in our application of digital signal processing (DSP) technology. This approach, surpassing analog alternatives, dramatically reduces signal noise and accelerates response times. Utilizing 485 communication, the metering system's host can efficiently access necessary parameters, including mass flow, volume flow, temperature, density, and other vital data. Especially in liquid applications, our mass flow meters, enhanced by multi-parameter measurement technology, achieve an accuracy level of 0.2, with potential for even greater precision and enhanced performance.
G. Equipped with intuitive self-diagnosis technology,
During practical applications, any anomalies detected by the flow meter can be swiftly identified through fault codes accessible via debugging software or handheld equipment, enabling users to address issues comprehensively and rectify faults with ease.
H. Seamlessly supports standard industrial control communication protocols, such as ModbusRTU, facilitating effortless configuration and usage.
I. Boasts an industry-leading cryogenic calibration platform,
As leaders in LNG innovation, Chengdu Andisoon Measure Co. Ltd. has pioneered an exceptional cryogenic calibration platform, setting a benchmark in the industry. This cutting-edge platform employs liquid nitrogen at an ultra-low temperature of -196°C, surpassing the coldness of LNG. This medium is the cornerstone of our advanced cryogenic solutions, especially vital for developing state-of-the-art LNG Coriolis flowmeters. Our platform has been integrated as the cornerstone calibration system for all our LNG flow meters, ensuring each one undergoes rigorous cryogenic calibration. This meticulous process guarantees unparalleled measurement precision, particularly for cryogenic applications, providing robust reliability and accuracy.
J. Exceptional scalability potential
Chengdu Andisoon Measure Co. Ltd. excels in crafting bespoke mass flow meters tailored to the unique requirements of our users. We specialize in designing and manufacturing devices with custom specifications, models, and innovative functionalities. Our user-centric approach ensures each solution is meticulously crafted to perfectly align with specific user needs, offering unparalleled customization and functionality.