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Turbine flow meters
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Turbine flow meter / high-temperature - 0.3 - 25 l/min, 15 bar, 180 °C | SBT633, SBM613 series
This device is useful for measuring liquids that are up to 180°C in temperature and flow ranges measuring between 0.3 and 25l/min. The device has an uncomplicated, durable style, and it features a response time of less than 10ms and analog...
Turbine flow meter / high-temperature - 0.3 - 25 l/min, 15 bar, 180 °C | SBT633, SBM613 series
This device is useful for measuring liquids that are up to 180°C in temperature and flow ranges measuring between 0.3 and 25l/min. The device has an uncomplicated, durable style, and it features a response time of less than 10ms and analog...
Turbine flow meter / for gas - DN 25 - 150, 1.6 - 1 600 m³/h | DM, DE
Noted with best quality performance among the line of turbine wheel meters. Primarily caters...
Turbine flow meter / for gas - DN 25 - 150, 1.6 - 1 600 m³/h | DM, DE
Noted with best quality performance among the line of turbine wheel meters. Primarily caters for measuring gas flow on gas consumption equipment and highly recommended for gas burner adjustments. Made from premium quality materials and dimensions such as mechanical and electrical counter head and thread or installation between two flanges.
Turbine flow meter / high-accuracy - max. 760 LPM, 103 bar | FTB790 series
The FTB790 turbine meter series are built with microprocessor-based technologies that give durable and precise fluid measurements including total and rate indicators....
Turbine flow meter / high-accuracy - max. 760 LPM, 103 bar | FTB790 series
The FTB790 turbine meter series are built with microprocessor-based technologies that give durable and precise fluid measurements including total and rate indicators. Clearly displayed on a 6-digit liquid crystal display with two-point floating decimals from .01 to 999,999. All performed by just pressing either of 2 available buttons powered by 2 lithium batteries allowing 4000 hours of use. An automatic on and off feature to save battery life. A fifteen-point field calibration curve can be stored in memory. An output pulse model of FLSC790-ND-P is required to gain an open collector current sinking output operated on 9 to 35V DC.
Turbine flow meter - 345 bar | FTB1300 series
The FTB-1300 series of flow meters is designed to measure water with care. It has a 316 stainless steel body and a tungsten carbide bearing. This is accurate and will work...
Turbine flow meter - 345 bar | FTB1300 series
The FTB-1300 series of flow meters is designed to measure water with care. It has a 316 stainless steel body and a tungsten carbide bearing. This is accurate and will work without risking a great deal of pressure loss.
Designed with threaded end connections and used with a wear resistant rotor assembly to run with care, it has a flow meter where the rotor moves at a speed that matches up with the flow rate. The rotor blades move through a magnetic field and create an electronic pulse for a firm setup. These represent the flow or amount of fluid that works through a meter, making the unit constant over the operating range being managed at a given time.
Designed with threaded end connections and used with a wear resistant rotor assembly to run with care, it has a flow meter where the rotor moves at a speed that matches up with the flow rate. The rotor blades move through a magnetic field and create an electronic pulse for a firm setup. These represent the flow or amount of fluid that works through a meter, making the unit constant over the operating range being managed at a given time.
Turbine flow meter - max. 10 bar | FTB300 series
The FTB300 series digital paddle wheels are cost-efficient solutions for applications with low flow rates. They are equipped with infra-red light beam technology. The connections available are 1/4 FNPT, 1/8 FNPT and 3/8 inch OD tube fittings....
Turbine flow meter - max. 10 bar | FTB300 series
The FTB300 series digital paddle wheels are cost-efficient solutions for applications with low flow rates. They are equipped with infra-red light beam technology. The connections available are 1/4 FNPT, 1/8 FNPT and 3/8 inch OD tube fittings.
There are 6 flow ranges available from 30 to 7000 ml/min. Models with no display are equipped with a 5 Vdc current sinking pulse output. Models with display are equipped with 6-digit LCD with 4 decimal positions letting them show both the total flow and the flow rate.
All units have an open collector alarm output. Scale factors that can be selected by the user are gallons, ounces, millimeters, liters and flow units. Time units are days, hours and minutes. A non-volatile memory stores the programming values and the total. It lets you disable the total reset function. While the standard unit is equipped with a clear PVC viewing lens, PVDF lens which resist chemical attack are available.
There are 6 flow ranges available from 30 to 7000 ml/min. Models with no display are equipped with a 5 Vdc current sinking pulse output. Models with display are equipped with 6-digit LCD with 4 decimal positions letting them show both the total flow and the flow rate.
All units have an open collector alarm output. Scale factors that can be selected by the user are gallons, ounces, millimeters, liters and flow units. Time units are days, hours and minutes. A non-volatile memory stores the programming values and the total. It lets you disable the total reset function. While the standard unit is equipped with a clear PVC viewing lens, PVDF lens which resist chemical attack are available.
Impeller flow meter / plastic - 10 bar | FPB1400 series
The FPB1400 paddlewheel flowmeter is easy to mount, install and operate. Fluid flowing through the unit triggers the paddlewheel...
Impeller flow meter / plastic - 10 bar | FPB1400 series
The FPB1400 paddlewheel flowmeter is easy to mount, install and operate. Fluid flowing through the unit triggers the paddlewheel spinning and magnets in the paddle produce electrical pulses as they spin past a sensor. Frequency in the pulses is proportional to the flow rate, which is easy to calculate, along with the amount of volume passing through the FPB1400.
For calculation, the number of pulses per gallon and per ideal time interval must be considered.
For calculation, the number of pulses per gallon and per ideal time interval must be considered.