离岸价格
获取最新报价700~1500USD /
|Minimum Order
位置:
Shanghai
最小订单价格:
最小订单:
10 units
包装细节:
-
交货时间:
15 days
供应能力:
1000 units
付款方式:
-
联系人 Ms. stella
No 751, Shulin Road, Shanghai, Other
Series DMTFW ultrasonic water meters utilizes newest digital transit-time processing technology, with compact shape featuring longevity, good stability and high accuracy for all-electronic industrial environment. The meters contain no moving parts and donât need any external power, with the character of low power consumption. The meters are designed for easy installation. Even users donât need to set parameters. The meters have the same dimensions with industrial water meter but can be used just as conveniently as normal water meters. Featuresï&frac*4; âWith compact, solid shape, suitable for bad environment conditions. âNo moving parts, no pressure loss or abrasion. âLow start-up flow rateï&frac*4;minimum measurable flow velocity 0.**3m/sï&frac*4;long-term stability. âSelf-adapting ultrasonic receiving circuit, can work normally and stably even when pipe is with scaling or corrosion. âQuick transient response, can trace the flow rate change within seconds (superior to electromagnetic flow meters). âWith Infrared meter reading function. âBattery power supplyï&frac*4;can work constantly for 6 years. âUnique housing design, can work underwater. âFlange is made by mold to remove possibility of leakage. âWith self-diagnosing function and fault indicator. Main advantages: âHigh measurements precision âLong-term stability over a wide range of measured values âHigh operational reliability and minimum maintenance requirements (maintenance-free meters) âCompared to mechanical meters, very low hydraulic losses âEasy data reading, storage and evaluation/processing âIdentification of leaks in water distribution systems âInstallation at locations here no external power sources are available âMeasured data transfer to remote control stations Applicationsï&frac*4; âProcess control and instrumentation. âSubstituting mechanical flow meters with high measuring reliability. âTechnological measurements of instantaneous flow rate and consumption in water-supply networks.
