【Daily Discussion】Utilities - Mechanical & Electrical - 20200725

1. When installing a electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing a electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flow meter behind the water pump; the valves should be located downstream of the flow meter. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flow meter behind the water pump; the valves should be located downstream of the flow meter. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.

1. When installing an electromagnetic flowmeter, it is best to avoid ferromagnetic objects as well as devices with strong electromagnetic fields; this helps to reduce interference, results in more accurate signal output, and ensures safer measurements. 2. When selecting the optimal installation environment, it is best to install the electromagnetic flowmeter behind the water pump; the valve should be located downstream of the flow rate. It must not be installed on the suction side, and the installation location should be well-ventilated and dry – it is not suitable to install it in humid areas where water accumulation is likely to occur. 3. When installing electromagnetic flowmeters scientifically, attention should also be paid to the selection of temperature and humidity, to ensure that the flowmeters do not develop faults due to excessive exposure to sunlight. At this point, it is necessary to take these relevant data into account: the ambient temperature must not exceed 60°C and the relative humidity must not be higher than 95%.