P^) Fuji Electric Innovating Energy Technology Reliable flow measurement for steam, liquids, and air

Clamp-on ultrasonic flowmeter for steam Fuji Electric’s proprietary high-sensitivity ultrasonic sensor and noise-reduction technology enable clamp-on flow measurement of saturated steam. Principle: transit time difference method Flow rate measurement of saturated steam used for heating, drying, sterilization, cleaning, and distillation at factories and buildings. Clamp-on ultrasonic flowmeter for liquids • Easy installation • Integrated detector and flow transmitter • Optional built-in pipe-surface temperature sensor and RS-485 communication for simultaneous flow and temperature monitoring. Principle:...

Principle Transit-time difference method A pair of sensors is installed on the outside wall of the pipe, facing each other diagonally. The sensors emit ultrasonic pulses alternately and detect the difference in transit time, from which the flow rate is calculated. Selection Guide Flow transmitter Detector Applicable fluids Principle Bubble resistance TIME DELTA-C TIME DELTA-C advanced type Portable type Transit time — Sewage, drainage High-viscosity Oil Corrosive Polishing slurry Fibrous slurry Low-velocity Pulsating Saturated Steam High temperature High-pressure Flow velocity range Minimum accuracy...

Clamp-on type for measuring saturated steam flow rate Clamp-on ultrasonic flowmeter for steam Flow transmitter: FSJ Provides clear visualization of steam flow and works with EMS to optimize usage and improve energy savings Flow transmitter Pre-Amp lifier unit • Installation without shutting down the steam line - No piping work required • Effective use of steam energy without pressure loss • Lower maintenance costs thanks to the absence of moving parts Transit time difference method Installation requires no pipe cutting or flange work, and can be performed without stopping production. With no...

The ultrasonic flowmeter can measure accurately at low flow rates, even down to zero flow. The heat-resistant rubber frame installed on the pipe surface reduces noise and allows precise adjustment of the ultrasonic signal. Without noise elimination frame With noise elimination frame With conventional analog processing, measurement may fail due to disturbances caused by condensate splash. Fuji’s proprietary digital algorithm ensures stable ultrasonic transmission and synchronized processing of received signals. Ensures a sufficient signal level by summing rate signals 'Measurement may be unavailable...

Clamp-on type Ultrasonic Flowmeter S-Flow Flow transmitter: FSZ08 - FSZ15 - FSZ25 - FSZ40 Easy installation, space savings Flow transmitter with detector • Reduces labor and installation costs • No grease required • Comes standard with RS-485 communication Reduces labor hours and installation costs The clamp-on design requires no pipe modification and can be installed without stopping equipment. No sensor-distance adjustment is needed - anyone can install it simply by tightening the screws. Clamp-on installation without pipe modification. Easy installation with a simple screwdriver. Easy to set...

Comes standard with RS-485 communicationRS-485 communication allows simultaneous output of instantaneous flow rate, integrated flow, temperature, and other data. Parameters can also be configured using the loader software. The loader software allows users to: • Load data • Display flow rate trends • View alarm information

Reduced maintenance costs Clamp-on ultrasonic flowmeters for liquid applications Flow transmitter: FSV (IP66) - FSV (IP67) - FLR - FSC No piping work - Cost saving • Easy installation without interrupting the process • Non-contact, low-maintenance sensor Flow transmitters Minimal influence from fluid pressure and temperature The sensors placed on upstream and downstream emit ultrasonic pulse in turn, and detect the transit time difference of the pulse to calculate the flow rate. Highly accurate measurement can be obtained regardless of the type of fluid. Superior bubble resistance Fuji Electric’s...

Clamp-on detectors for liquid applications For pipe diameters from 13 mm to 6000 mm Fluid Mounting Type temperature method [°C] Appearance For small diameter pipes Easy mounting type Pipe inner diameter (mm) and material 13 25 Extended condition (V method) Installation of the supplied rail end (Z method) Transmitter type Extendable rail type Pipe materials: Px: PP, PVDF / P: Plastic (PVC, etc.) / M: Metallic piping (steel, copper, aluminum, etc.) Mounting method : V method or Z method • There is not enough space around the pipe for the V-method • The fluid has high turbidity • Scale has built...

High accuracy and wide measuring range Flow transmitter: FSV Detector: FSS High accuracy: ±1.0% of rate For details, refer to the data sheet. Wide range of detectors for pipes 13-6000 mm Green for normal, red for error Including the extendable detector for pipe diameters from 50 mm to 1200 mm. Backlit LCD and front panel operation Front keys allow you to configure parameters, enter piping conditions, and calculate sensor spacing without opening the cover. Instantaneous flow rate (8-digit display) Waterproof keypad

M-Flow PW Flow transmitter: FLR Detector (FSSC) Detector (FSSA) Backlit LCD and front panel operation Analog and digital communication Front keys allow you to configure parameters, enter piping conditions, and calculate sensor spacing without opening the cover. Equipped with an analog output terminal, two transistor contacts, and an optional RS-485 communication interface. 4Ð20 mA analog output, 1 point, insulated Maximum load resistance: 600Ω Instantaneous flow rate (8-digit display) Input signals from detector Instantaneous flow velocity (8-digit display) Transistor contact, 2 points, insulated...

Non-contact and low maintenance sensor Portable Type Flow transmitter: FSC Easy measurement anytime and anywhere Consumed energy calculation A portable, battery-powered design allows measurements to be taken anytime and anywhere. A function for calculating the ther mal energy exchanged by fluids in air-conditioning systems. The transmitter computes consumed thermal energy using the forward flow temperature, the return flow temperature, and the flow rate. T1: Forward flow temperature Flow transmitter Temperature sensor T2: Return flow temperature Carrying case Heat source Temperature sensor Consumed...