YAMATAKE HD-CAOBS00 flowmeter



YAMATAKE HD-CAOBS00 flowmeter

Core Features

1. High precision measurement and high reliability guarantee

The core advantage of HD-CAOBS00 flowmeter lies in its excellent measurement accuracy. The equipment adopts advanced sensing and detection technology, which can accurately capture fluid flow and control measurement errors at the leading level in the industry, ensuring the provision of real and reliable flow data for industrial control systems. In terms of reliability design, the product undergoes strict environmental adaptability testing and durability testing. The internal core components are made of highly stable materials, effectively avoiding measurement deviations caused by component aging or environmental interference. Whether it is continuous long-term operation or intermittent work under complex working conditions, it can maintain stable performance output, providing strong guarantee for the continuity of industrial production.

2. Wide range of working parameters, suitable for multiple working conditions

This flowmeter has strong adaptability to environmental and working conditions, and its wide range of operating parameters enables it to meet the needs of different industrial scenarios:

-Power supply parameters: The input voltage supports a wide voltage range of 100-240VAC, which can adapt to the power supply standards of different regions and industrial sites without the need for additional voltage conversion equipment, reducing installation and usage costs; Simultaneously outputting a stable voltage of 24VDC can provide auxiliary power supply for downstream supporting sensing equipment or control modules, enhancing the integration of the equipment.

-Flow measurement range: It can achieve a maximum flow measurement of 5 liters per minute, covering the core requirements of medium and low flow industrial scenarios. At the same time, it also has good measurement sensitivity for small flow conditions, avoiding the problem of insufficient measurement accuracy in small flow intervals.

-Environmental adaptation parameters: The working temperature range is -20 ° C to+80 ° C, which can adapt to low temperature and cold industrial plants in the north or high temperature and hot production environments in the south. It can also adapt to some production processes with temperature fluctuations (such as the feeding process of chemical reactors); The pressure resistance level can reach up to 10 bar and can be applied to fluid transportation pipelines with certain pressure requirements, such as high-pressure water treatment pipelines, chemical raw material transportation pipelines, etc., effectively avoiding the risk of equipment leakage or damage under high-pressure conditions.

3. Durable and sturdy structural design reduces maintenance costs

To cope with the complex and harsh environmental conditions in industrial sites, the HD-CAOBS00 flowmeter is manufactured using a combination of high-strength stainless steel and high-quality aluminum alloy materials. Stainless steel material has excellent corrosion resistance and wear resistance, which can effectively resist the erosion of internal flow channels of equipment by acidic and alkaline fluids, as well as fluids containing impurities; Aluminum alloy material reduces the overall weight of the equipment while ensuring structural strength, making it easier to install and transport. In addition, the sealing structure of the equipment has been specially optimized to have good waterproof and dustproof performance, and can adapt to industrial sites with high dust and humidity (such as mining beneficiation workshops, paper mill pulp workshops, etc.). The sturdy structural design significantly extends the service life of the equipment, while reducing the frequency and cost of daily maintenance, and lowering the operational pressure of industrial production.

4. High density and compact design to improve space utilization

In response to the common problems of dense equipment layout and limited installation space in industrial sites, the HD-CAOBS00 flowmeter adopts a high-density and compact design concept, which maximizes the compression of equipment volume while ensuring the complete integration of all functional modules. Its compact size allows the equipment to be easily installed in confined areas such as narrow pipe gaps and equipment interlayers, without the need for significant adjustments to existing production layouts, effectively improving the space utilization rate of industrial sites. At the same time, the compact design also reduces the pipeline length occupied by the equipment, reduces the impact on fluid transport resistance, and ensures the smoothness of the production process.

5. Convenient installation and operation, reducing the threshold for use

In terms of installation design, the HD-CAOBS00 flowmeter is equipped with a complete set of standardized installation hardware, including dedicated flanges, fixed brackets, sealing gaskets, etc. The installation method supports pipeline flange connection, and the installation process is simple and direct, without the need for professional customized installation tools. Ordinary technicians can complete the installation operation, greatly reducing the installation cycle. In terms of operation and maintenance, the equipment is equipped with a user-friendly interface and a clear LCD display screen, which can intuitively display real-time traffic data, equipment operation status, fault prompts and other information; At the same time, it is equipped with a simple button operation module that supports functions such as parameter setting, data calibration, and fault reset. The operation logic is clear and easy to understand, reducing the training cost and usage threshold for operators. In addition, the fault diagnosis function of the equipment has a high level of intelligence, which can automatically identify common faults (such as sensor failures, power supply abnormalities, pipeline blockages, etc.) and issue clear prompts, making it easy for operators to quickly locate problems and carry out maintenance and processing, thereby improving the efficiency of equipment operation and maintenance.

6. Strong system compatibility, achieving universal adaptation

The HD-CAOBS00 flowmeter was designed with full consideration of the diverse needs of industrial control systems and has strong compatibility. This device supports multiple mainstream industrial communication protocols (such as Modbus, Profinet, etc.) and can easily connect to various industrial control systems such as DCS (distributed control system) and PLC (programmable logic controller), achieving real-time uploading and centralized monitoring of flow data. At the same time, the output signals of the equipment support multiple types (such as 4-20mA analog signals, digital pulse signals, etc.), which can be seamlessly integrated with different brands and models of control modules, display instruments, alarm devices and other supporting equipment without the need for additional signal conversion modules. It is a universal solution for flow measurement in many industrial fields, greatly improving the applicability and promotion value of the equipment.

Main applicable scenario expansion

Based on the above core characteristics, HD-CAOBS00 flowmeter is widely used in fluid flow measurement and control in multiple industrial fields, including:

1. Water treatment industry: Suitable for monitoring the flow rate of raw water transportation in water treatment plants, monitoring the flow rate of chemical additives in water purification processes, and controlling the flow rate of sewage purification processes in sewage treatment plants. It can accurately measure the flow rate of water and various water treatment chemicals, ensuring the stability of water treatment processes and the quality of effluent water.

2. Chemical processing industry: It can be applied to monitoring the flow rate of chemical raw materials (such as acid and alkali solutions, solvents, additives, etc.), controlling the feed flow rate of chemical reaction vessels, and other scenarios. Its corrosion resistance and high-pressure resistance characteristics can adapt to the harsh working conditions of chemical production, ensuring accurate proportioning and safe operation of chemical reactions.

3. Manufacturing industry: It has good applications in cooling system flow monitoring in the mechanical manufacturing industry, hydraulic system oil flow control, cleaning fluid conveying flow monitoring in the electronic manufacturing industry, and raw material conveying (such as edible oil, juice, etc.) flow control in the food processing industry, which can meet the personalized needs of flow measurement in different manufacturing fields.

4. Energy industry: Suitable for flow monitoring of cooling circulation systems in new energy industries (such as photovoltaics and wind power), flow control of auxiliary fluids (such as lubricating oil and cooling water) in traditional energy (such as oil and natural gas) processing links, and other scenarios, providing data support for the safe and efficient operation of energy production.

5. Mining and metallurgical industry: It can be applied to monitoring the flow rate of slurry transportation in mining and beneficiation processes, controlling the flow rate of cooling water in metallurgical production processes, and other scenarios. Its sturdy and durable characteristics can adapt to high dust and high vibration environments in mining and metallurgical sites.

Precautions for use

-Before installation, it is necessary to confirm that the on-site power supply voltage, pipeline pressure, fluid temperature, and other parameters match the rated parameters of the equipment to avoid equipment damage or measurement accuracy degradation caused by parameter mismatch.

-During the installation process, it is necessary to ensure that the installation direction of the equipment is consistent with the flow direction of the fluid, and to ensure that the sealing gasket is installed in place to avoid fluid leakage; The flange connection needs to be securely fastened to prevent the connection from loosening due to vibration during equipment operation.

-Parameter calibration is required before equipment operation, and flow range, alarm threshold and other parameters should be set according to the actual measurement requirements on site to ensure that the measurement data meets production requirements.

-During daily use, it is necessary to regularly clean the equipment, remove impurities and dirt from the surface and flow channels of the equipment, and avoid affecting the detection accuracy of the sensor; At the same time, regularly check the sealing performance of the equipment and the fastening of the connection parts, and promptly detect and deal with potential faults.

-When there is a fault prompt on the device, the power supply of the device should be cut off first before troubleshooting. It is strictly prohibited to disassemble the device while it is live to avoid electric shock or equipment damage accidents.

-The maintenance and repair of the equipment should be carried out by professional technicians. During the repair process, original factory matching parts should be used to avoid the use of non-standard parts that may affect the performance and service life of the equipment.