Steam billing management system, cloud platform metering, intelligent heating network technology solution
Category:
Instrumentation/Flow meter/flowmeter
Model:
STR/WEB/V2.0
Brand:
Qingdao Zhiyuan Instrument
model:
STR/WEB/V2.0
principle:
Fluid oscillating flowmeter
purpose:
High flow flowmeter
Nominal Diameter:
DN15-2000
work pressure:
1.6MPa
Applicable Medium:
Gas, liquid, steam
Operating Temperature:
three hundred
measurement range:
six thousand five hundred and thirty-seven
accuracy class:
one
measurement accuracy:
one
Installation type:
flange connection
flow range:
three thousand seven hundred and four
Processing & Customization:
yes
weight:
thirty-two
Place of Origin:
Qingdao, China
manufacturer:
Qingdao Zhiyuan Instrument
Retail Price
4,605.00USD
重量
kg
- Product Description
-
model STR/WEB/V2.0
principle Fluid oscillating flowmeter
purpose High flow flowmeter
Nominal Diameter DN15-2000
work pressure 1.6MPa
Applicable Medium Gas, liquid, steam
Operating Temperature three hundred
measurement range six thousand five hundred and thirty-seven
accuracy class one
measurement accuracy one
Installation type flange connection
flow range three thousand seven hundred and four
Processing & Customization yes
weight thirty-two
Place of Origin Qingdao, China
manufacturer Qingdao Zhiyuan Instrument
Description :

Steam billing management system, cloud platform metering, intelligent heating network technology solutionOperation and maintenance management: 1. Establish equipment ledger, record and provide equipment information, reflect the basic parameters, operation and maintenance history of equipment, provide necessary information for daily maintenance and management of equipment, and analyze and manage equipment life and inspection cycle based on the online operation status and equipment ledger of equipment. 2. The equipment ledger should include: basic equipment information, equipment technical specifications, equipment defect records, measurement equipment inspection records, equipment changes, equipment spare parts, equipment ledger queries, and other functions. 3. The seamless integration of equipment ledger and real-time system enables the static and dynamic information of online devices. 4. Defect management includes: defect registration through the inspection system, defect information flow (upgrading, downgrading, forwarding, extension, etc.), defect information statistics, etc; The processed defects are automatically archived in the corresponding equipment ledger, and the phenomena, causes, and defect elimination measures of the faults during the defect handling process can be archived in the equipment fault library. 5. The responsible department and person for defect review and handling can be defined in the system, and the reported defect information will be automatically transmitted to the department for personnel to verify the defects. For confirmed defects, a defect elimination process can be generated for processing.6. The prepaid system management software has a long transmission distance of up to 1200 meters, which can reliably meet the needs of low-level data collection and transmission. At the same time, it also helps to reduce the distributed capacitance generated between two 485 communication lines and the surrounding communication lines. GPRS wireless network provides a simple and effective communication transmission method for heating systems. The GPRS system can provide wide area wireless IP connectivity. The wireless data transmission of on-site instrument data has the advantages of fully utilizing existing networks, shortening construction periods, and reducing construction costs. Additionally, the equipment is easy to install and maintain
Qingdao Hesheng Zhiyuan Automation System Co., Ltd. Steam Charging Management SystemMeasurement software follows standards:
Specification for Computer Software Quality Assurance Plan GB/T12505
General Technical Specifications for Microcontrollers GB/T9813-2000
GB 4728.1-85 "Symbols for Electrical Diagrams"
Standard for Intelligent Flow Display Instrument JJG1003-2016
Vortex Flow Meter JB/T9249-2015
Verification Regulations for Vortex Flowmeters JJG1029-2007
Verification Regulations for Differential Pressure Flowmeters JJG640-2016
Differential Pressure Flow Meter GB/T2624-2006
Steam billing management system, cloud platform metering, intelligent heating network technology solutionA remote meter reading system based on low-power Internet of Things, comprising a terminal meter reading node, a centralized procurement node, a cloud server, a centralized meter reading management platform, and user terminals. The terminal meter reading node of the steam charge management system collects user meter data, sends the data packet to the centralized acquisition node, the centralized acquisition node and the terminal meter reading node establish a one to many communication mode, and wirelessly transmits the data collected by multiple terminal meter reading nodes to the cloud server. The centralized reading management platform connects the cloud server through the Internet, processes the data collected by the terminal meter reading node, and sends instructions according to the status of the terminal meter reading node. The terminal meter reading node sets a wake-up mechanism, receives instructions, and controls the data acquisition module and communication module responses through its main control module. Users can receive payment reminders and view water/electricity/gas/heat information based on the user terminal. The remote meter reading system software sends commands to the on-site instruments, allowing the data from each instrument to be transmitted to the corresponding data acquisition module through the RS-485 interface. The data acquisition module automatically reads various data information from each meter according to the meter reading task issued by the management center, such as pressure, temperature, flow rate, power outage information, hour, day, month data, etc. Various meters transmit data to the on-site collection terminal through the RS485 line, and then transmit the data to the control room through an independent and networked connection to the system main station, avoiding external signals and network interference, ensuring the stability and security of data transmission. At the same time, it also has interfaces and redundancy with other networks. Curve analysis allows for the comparison of pressure, temperature, and instantaneous flow values of each instrument over different time periods. Furthermore, obtain their fluctuation situation, clarify the reasons for their fluctuations, in order to formulate corresponding measures
becauseSteam Charging Management SystemThere is a significant time delay in heat transfer during operation. By predicting the load of the heat production unit, appropriate adjustments can be made to the heat production plan based on the specific heat needs of the network, thereby improving the thermal efficiency of the entire heating network system. The smart heating network cloud platform system is a new type of heating network composed of a heating physical equipment network (a network composed of heat sources, heating networks, user systems, local display instruments, and control and regulation devices), a heating information Internet of Things (a network composed of sensors, data collection devices, data transmission devices, etc.), and an intelligent decision-making system based on an intelligent heating platform, abbreviated as the intelligent heating network. Intelligent heating is based on the heating physical equipment network and supported by the heating information Internet of Things. Through an intelligent decision-making system, it provides auxiliary decision-making support for operation and management personnel, forming a heating system form that reduces operating energy consumption while ensuring indoor comfort.
Qingdao Hesheng Zhiyuan Automation System Co., Ltd
189 Hui Xin 5483 Same number 1481
Q:3438-5007-67
AfterSalesService :
Key words:- Steam Charging Management System
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