Brief description The JUMO flowTRANS US W01 DN 15 is an ultra-fast ultrasonic flowmeter for precise measurements in water and process applications. It measures conductive and non-conductive media such as drinking water, process water, or ultrapure water with absolutely no wear. The standard calibration reliably covers the entire DN 15 measuring range. Thanks to its metal-free, corrosion-resistant housing, the device is ideal for demanding and chemically aggressive environments. It can be easily installed in horizontal or vertical plastic or metal pipes. The non-contact ultrasonic technology ensures low maintenance costs and high process reliability. Typical areas of application include cooling towers, wash water recovery, reverse osmosis and many other industrial applications. A large measuring range, robust materials, and flexible signal outputs (4–20 mA, pulse) enable reliable integration into existing systems. The device offers precise flow measurement without moving parts. Buy the JUMO flowTRANS US W01 DN 15 online now and benefit from efficient, durable measurement technology. JUMO flowTRANS US W01 DN 15 – buy online Standard calibration – ultra-fast, precise and low-maintenance The JUMO flowTRANS US W01 ultrasonic flowmeter DN 15 is the perfect choice for all users who are looking for a highly accurate, reliable, and low-maintenance solution for flow measurement in water and process measurement technology. The standard version with standard calibration covers the entire measuring range for DN 15, making it ideal for typical process flows in industrial and municipal applications. This model relies on ultra-fast ultrasonic transit time difference measurement – without any moving parts, completely wear-free and independent of conductivity. This means that both conductive and non-conductive media, including ultrapure water, can be measured accurately. If you want to buy a powerful flow meter online that works reliably even in demanding environments, the JUMO flowTRANS US W01 DN 15 is the ideal choice. Product highlights – Ultra-fast and extremely powerful High-precision ultrasonic technology Non-contact measurement without wear and without moving parts Metal-free, corrosion-resistant housing – ideal for demanding media Large measuring range for flexible application options Easy integration into existing plastic or metal pipelines Low maintenance and long-term reliability Installation without T-piece Description: Precise flow measurement for conductive and non-conductive media While magnetic inductive measuring methods require a minimum conductivity, the JUMO flowTRANS US W01 can also reliably measure non-conductive liquids such as ultrapure water or process water. Thanks to the high-quality plastic tube (PPSU, PEEK, EPDM), the device is particularly suitable for corrosive media and demanding environments. Installation is straightforward and possible in both horizontal and vertical pipes. The non-contact ultrasonic measurement guarantees: Maximum service life Low operating costs Reliable measurement results regardless of conductivity Areas of application – versatile use in water, process and industrial engineering The JUMO flowTRANS US W01 DN 15 is suitable for numerous industrial and municipal applications: Typical areas of application: Waste water (electroplating, surface treatment) General process monitoring Cooling towers Seawater desalination Reverse osmosis Washing water recovery Ultrapure water, drinking water, process water, and industrial water Thanks to its corrosion-resistant design and wear-free measuring method, the device is ideal for environments in which metallic sensors reach their limits. Advantages for your application: Precise measurement of volume flow Current output 4–20 mA and digital pulse output 0–10 kHz Ideal for integration into process control systems Durable and easy to clean Robust industrial quality for continuous operation Measuring principle: Ultrasonic transit time difference for maximum precision Ultrasonic flow meters measure the velocity of a flowing medium using acoustic waves. To do this, the time is measured against and with the direction of flow. The difference between the two times is proportional to the velocity of the flowing medium. Thanks to completely wear- and maintenance-free ultrasonic technology, the flow meters measure with high precision and independently of conductivity. The metal-free housing and plastic pipe in various nominal sizes allow the measuring devices to be used flexibly – even with corrosive media. Available in DN 15 to DN 32, the inline device can be easily integrated into existing pipelines using the appropriate mounting accessories. Buy online now – JUMO flowTRANS US W01 DN 15 With the JUMO flowTRANS US W01, you are choosing an ultra-fast, extremely powerful, and universally applicable flow meter that impresses with its precision, flexibility, and durability. Ideal for companies that value reliable measurements, low maintenance costs, and high material resistance. Order now and benefit from state-of-the-art ultrasonic technology!

JUMO low flowTRANS US W 01 DN 15 – buy online JUMO low flowTRANS US W01 Ultrasonic flow meter DN 15 (1/2 in.) – Low flow calibration – precise measurement of small volume flows The JUMO low flowTRANS US W01 is a high-precision ultrasonic flowmeter that has been specially developed for very low flow rates. In the low-flow version, the device impresses with its extremely fine measurement resolution in the lower flow range and is ideal for sensitive process steps where maximum accuracy is crucial. Special features of the low flow trans measuring device Precise flow measurement for the smallest volume flows Low flow calibration expands the standard device with a particularly sensitive measuring range. This allows even the smallest volume flows to be measured reliably and reproducibly. An optional JUMO mounting set also enables a flow-optimised transition from DN 15 to DN 10, which improves the flow behaviour and further increases the measuring accuracy in the lower flow range. This combination makes the JUMO low flowTRANS US W01 the perfect solution for: Dosing processes Laboratory and ultrapure water applications Precise process monitoring at low flow rates Powerful ultrasonic technology – low maintenance & reliable The measuring device operates according to the ultrasonic transit time difference principle. This involves measuring the transit time of the ultrasonic signals with and against the direction of flow. The time difference is directly proportional to the flow velocity and enables precise volume flow measurement. Unlike magnetic-inductive flow meters, the ultrasonic flow meter measures both conductive and non-conductive media, e.g. ultrapure water. As there are no moving parts, the device is wear-free, low-maintenance and permanently accurate. Suitable for conductive and non-conductive media Thanks to its metal-free design and high-performance plastic tube, the JUMO low flowTRANS US W01 is also ideal for corrosive media and demanding environments. Robust materials: PPSU PEEK EPDM It is installed inline in plastic or metal pipes and can be mounted both horizontally and vertically – without the need for a complex T-piece. Flexible signal outputs & easy integration The measured volume flow can be output as: Analogue current signal: 4–20 mA Digital pulse signal: 0–10 kHz The device can be easily integrated into existing pipelines with the appropriate mounting accessories. Typical areas of application The JUMO low flowTRANS US W01 is ideal for numerous industrial and process engineering applications, including: Water and environmental technology (drinking water, process water, service water, slightly contaminated waste water) Dosing of chemicals Cooling water circuits, cooling towers Reverse osmosis Seawater desalination Washing water recovery Waste water (electroplating, surface treatment) Your advantages at a glance Highest accuracy at very low flow rates JUMO mounting kit also enables a flow-optimised transition from DN 15 to DN 10 Ultra-fast and extremely powerful Measurement of conductive and non-conductive media Wear-free and low-maintenance – no moving parts Corrosion-resistant thanks to metal-free construction Easy installation Easy to clean High process reliability even in sensitive applications Buy the JUMO low flowTRANS US W01 online now and benefit from maximum measurement reliability! Maximum precision for low-flow applications The JUMO low flowTRANS US W01 ultrasonic flowmeter DN 15 is the ideal solution for anyone who wants to measure low flow rates with high precision, monitor processes reliably, and reduce long-term maintenance costs. Buy the JUMO flowTRANS US W01 Low Flow online now and benefit from state-of-the-art ultrasonic measurement technology. Frequently asked questions What makes a JUMO flowTRANS US W01 a JUMO low flowTRANS US W01? The difference lies not in the basic device itself, but in the calibration and design for very small flow rates. 1. Special low flow calibration The device has a low flow calibration that enables very small volume flows to be measured more precisely. 2. Flow-optimised reduction from DN 15 to DN 10 In addition, a special mounting kit enables flow-optimised reduction from DN 15 to DN 10, which allows lower flow velocities to be measured more accurately.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas. Special feature JUMO flowTRANS US W02 ultrasonic flowmeter The flowmeters utilise wear-free and maintenance-free ultrasonic technology, which enables high-precision measurements regardless of conductivity. Thanks to the metal-free housing and plastic pipes with different nominal diameters, they can be used flexibly, even in corrosive media. Temperature and pressure sensors can also be integrated. JUMO flowTRANS US W02 can be integrated into sensor networks via the JUMO digiLine or IO-Link interface. Convenient configuration is possible via Bluetooth and an app.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas. Special feature JUMO flowTRANS US W02 ultrasonic flowmeter The flowmeters utilise wear-free and maintenance-free ultrasonic technology, which enables high-precision measurements regardless of conductivity. Thanks to the metal-free housing and plastic pipes with different nominal diameters, they can be used flexibly, even in corrosive media. Temperature and pressure sensors can also be integrated. JUMO flowTRANS US W02 can be integrated into sensor networks via the JUMO digiLine or IO-Link interface. Convenient configuration is possible via Bluetooth and an app.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas. Special feature JUMO flowTRANS US W02 ultrasonic flowmeter The flowmeters utilise wear-free and maintenance-free ultrasonic technology, which enables high-precision measurements regardless of conductivity. Thanks to the metal-free housing and plastic pipes with different nominal diameters, they can be used flexibly, even in corrosive media. Temperature and pressure sensors can also be integrated. JUMO flowTRANS US W02 can be integrated into sensor networks via the JUMO digiLine or IO-Link interface. Convenient configuration is possible via Bluetooth and an app.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas. Special feature JUMO flowTRANS US W02 ultrasonic flowmeter The flowmeters utilise wear-free and maintenance-free ultrasonic technology, which enables high-precision measurements regardless of conductivity. Thanks to the metal-free housing and plastic pipes with different nominal diameters, they can be used flexibly, even in corrosive media. Temperature and pressure sensors can also be integrated. JUMO flowTRANS US W02 can be integrated into sensor networks via the JUMO digiLine or IO-Link interface. Convenient configuration is possible via Bluetooth and an app.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas.

Ultrasonic flow meters Ultrasonic flow meters work largely independently of the specific properties of the product to be measured, such as pressure, temperature, viscosity or conductivity. Due to these advantages, they can be used in a wide range of applications. A further advantage of these systems is that they have no mechanical parts and are therefore less susceptible to maintenance than other flow meters. Principle of ultrasonic measurement: The basis of ultrasonic-based flow measurement is a system consisting of two sensors that communicate directly with each other. In accordance with DIN standard 1319, the flow measuring device consists of two parts: the actual measuring sensor in the form of the ultrasonic sensor and the measuring transducer or transmitter as the evaluation unit. For the measurement, an ultrasonic pulse (sound waves) is sent between the two sensors through the medium to be measured in a pipe. The transit times in the direction of flow and against the direction of flow are measured continuously. It measures the difference in the transit time of these pulses in the direction of flow and against the direction of flow. Without water flow, the signal propagation times in the flow direction and vice versa are identical. If water flows through the measuring section, the propagation speed of the sound waves is accelerated in the direction of flow and delayed in the opposite direction. The transit time difference between the two ultrasonic waves of a data pair is directly proportional to the average flow velocity. To determine the flow volume in relation to a defined period of time (second, minute, hour), the average flow velocity is multiplied by the respective pipe cross-section of the sensor used. The so-called transit time difference method is a proven and widely used measurement method in industrial environments for recording flow volumes. As a result, the meter displays the exact water consumption, regardless of whether the flow rate is high, low, constant or variable. When using ultrasonic flow meters, which work on the basis of the transit time difference method, it is important to ensure that the medium to be measured is as homogeneous as possible and only contains a very small amount of solids or gas. Special feature JUMO flowTRANS US W02 ultrasonic flowmeter The flowmeters utilise wear-free and maintenance-free ultrasonic technology, which enables high-precision measurements regardless of conductivity. Thanks to the metal-free housing and plastic pipes with different nominal diameters, they can be used flexibly, even in corrosive media. Temperature and pressure sensors can also be integrated. JUMO flowTRANS US W02 can be integrated into sensor networks via the JUMO digiLine or IO-Link interface. Convenient configuration is possible via Bluetooth and an app.