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1. How is Aikerui (Beijing) Instrument Co., Ltd? Aikerui (Beijing) Instrument Co., Ltd. is a limited liability company (invested or controlled by natural persons) registered and established in Daxing District, Beijing on August 25, 2010. Its registered address is located on the east side of the first floor of Building 6, No. 8 Haixin Road, Huangcun Town, Daxing District, Beijing. The unified social credit code/registration number of Aikeli (Beijing) Instrument and Meter Co., Ltd. is L. The legal representative of the enterprise is Wang Qingcai, and the company is currently in operation. The business scope of Aikeli (Beijing) Instrument and Meter Co., Ltd. includes the production and assembly of heat meters, flow meters, intelligent noise and energy water meters, and intelligent control valves; Technology development, service, transfer, and consulting for energy, instrumentation, electronic products, and software; Sell instruments, electronic products, and software. Enterprises shall independently choose their business projects and carry out business activities in accordance with the law; for projects that require approval according to the law, they shall carry out business activities in accordance with the approved content after obtaining approval from relevant departments; they shall not engage in business activities that are prohibited or restricted by the citys industrial policies. In Beijing, the total registered capital of companies with similar business scopes is 2695.62 million yuan, with the main capital concentrated in 19 enterprises with a scale of over 50 million yuan. Within the province, the registered capital of the current enterprise is good. View more information and news about Acorui (Beijing) Instru
2. How is the accuracy of flow meters classified?
You can check the relevant calibration regulations based on the type of flowmeter you have. For example, the common accuracy levels for vortex flowmeters on the market are 1.0 and 1.5 for Lingkong, 0.2 and 0.5 for electromagnetic, 1.0 or 1.5 for differential pressure flow meters, 0.1 and 0.15 for Coriolis mass flow meters, 0.2 and 0.5 for liquid turbines, and 1.0 for gas turbines. These are the accuracy levels commonly used by most flowmeter manufacturers.
3. What is a heat meter used for?
A heat meter is an instrument for calculating heat.. The working principle of a heat meter is as follows: a pair of temperature sensors are installed on the upstream and downstream pipes passing through the heat transfer fluid, and a flow meter is installed on the fluid inlet or return pipe (the final measurement result varies depending on the installation position of the flow meter). The flow meter emits a pulse signal proportional to the flow rate, and a pair of temperature sensors provide a simulated signal indicating the temperature. The integrator collects signals from the flow and temperature sensors and uses the integration formula to calculate the heat obtained by the heat exchange system. When we talk about measuring thermal energy, we must first know how to calculate thermal energy? We have learned from physics textbooks that the unit of heat is "joule" with the symbol J. However, the commonly used unit in engineering is "kilocalorie" or "kcal" with the symbol kcal. The conversion relationship is 1kcal=4186.8J. Every one thousand calories of heat is equivalent to the amount of heat released when