Flow channels - Import export

The air duct is made of sheet metal construction. It is possible to make the desired air setting with air valves. Thanks to the mica glass, the cleaning process of the product can be clearly seen. The air duct is used to separate foreign substances that are lighter than the product with the help of air. It is mounted in front of the garbage separator and at the outlet of the peeler. The feeding table located at the product entrance ensures homogeneous goods flow throughout the channel. The rear curtain, which is moved throughout, allows the duct cross-section to be adjusted as desired by means of adjustment bolts. This precise adjustment of the air speed in the duct ensures that the light substances in the grain passing through the duct are separated in the desired amount.

For measuring flow rates using a symmetrical heater design and having an excellent sensitivity and reproducibility. It has a plastic housing for fast mounting into a flow channel

The IST AG SFS01 EvaKit offers an easy evaluation of the SFS01 gas flow sensor. It has both analog and digital output (I2C) and allows a fast and flexible evaluation of the SFS01 sensor. The I2C output includes both raw values and calibrated flow values from 0 to +-200 sccm. Further advantages of the SFS01 EvaKit include: — Excellent measuring dynamics — Analog output of raw signal — Digital output with raw signal and fully calibrated signal — Integrated flow channel with pneumatic connections

Suitable for a wide variety of applications from cooling circuits, dosing pumps, white goods, CIP systems for food industry, agricultural machines, industrial wet vacuum cleaners, to gear oil used in metalworking and mining, IST AG's new thermal OOL mass flow meter can be easily integrated into new or existing industrial systems. Its robust housing contains IST AG's well-established OOL technology that makes the corrosion resistant thermal mass flow ideal for flow monitoring of aqueous solutions, alcohols and oils, including aggressive liquids. Further features include: Calibration range: 1-200 kg/h Temperature compensated: from +5 °C to +50 °C Fluidic connection: tubing with 4 mm inner diameter Flow channel inner dimensions: 3.7 mm Single wetted material: stainless steel 1.4301 Response time t63: 0.5 seconds

Testing by means of mass flow method - Multi-channel applications possible - Different measuring ranges possible - Electronic pressure regulator - Completely remote controllable - Optionally remote controllable via ProfiNet

Optimizes package handling in material flow systems By channeling up to 6 product lanes into a single line the LCE allows controlled product feeding from the packaging machine to the price labeler. Due to specially formed and Teflon-coated alignment rails the converger belt proves its effectiveness especially for flat packages. It can be infinitely adjusted from 10 - 80 m/minute and individually set for each PLU.

Our vibration motors are manufactured using top-quality metals, such as a special blend of aluminium injection and ductile ggg 40 cast iron, in an IP66 protection standard. They offer various speed, frequency, and voltage options for maximum efficiency. We conduct thorough analyses, tests, and research and development studies before and after casting to produce premium-quality products. Vibration motors are a type of motor that generate vibrations using electrical or pneumatic energy. Vibration motors are utilized in various industrial machines that require vibration energy such as food and flour factories, construction, subways, motorways, hydro power plants, forced water tunnels, steel mills, concrete factories producing prefabricated elements, mining, and asphalt and cement plants. Additionally, they are employed in the operation of sand dewatering machines, recycling plants, steel and similar silos, feeders, sieves, vibratory discharge channels, compaction and flow processes.

PROCESS DATA MEASUREMENT AND PROCESS CONTROL ON HIGHEST LEVEL AND NEARLY MAINTENANCE-FREEFollowing the user‘s request for easy maintenance and low susceptibility to slightly soiled water, the proflow mechanical - as a replacement for the current and widely used standard measuring variant with impeller or turbine - now makes mechanical measurement according to the differential pressure principle (without rotating parts) available. The sensors can be visualized via a protemp controller or connected to a PLC. A completely non-contact flow measurement based on the ultrasonic principle is available with the proflow ultrasonic. Robust flow measurement in consumer return line PT 1.000 temperature measurement in consumer return line 6 x 2 consumer channels 3/4“ female screw thread 1 x 2 main connection 1“ female screw thread Available in three temperature variants: operating temperature up to 100°C, up to 160°C and up to 180°C Max. flow rate each channel:: 25 l/min or 50 l/min

PROCESS DATA MEASUREMENT AND PROCESS CONTROL ON HIGHEST LEVEL AND MAINTENANCE-FREEFollowing the user‘s request for easy maintenance and low susceptibility to slightly soiled water, the proflow ultrasonic - as a replacement for the current and widely used standard measuring variant with impeller, turbine or vortex - now makes contactless measurement according to the ultrasonic principle (without rotating parts) available. The sensors can be visualized via a protemp controller or connected to a PLC. Alternatively, the mechanical flow measurement according to the differential pressure principle is available with the proflow mechanical. Easy to integrate in machines and plant lines 4 or 6 x consumer channels (forward/return) 1/2“ With LED-display on fl ow sensor Temperature measurement PT 1.000 Big RED/GREEN Status LED 1 x main connection 1“ Flow rate each channel 1 ... 30 l/min (no „overload-risk“-> 60 l/min possible]) Operating temperature: 0 ...120 °C

The oven specially designed for bakeries who want productivity, quality product, homogeneous baking characteristic and more energy saving To ensure long term usage, oven burning chamber is produced by stainless steel Air flow channels are adjustable that inside of the baking chamber. So hot air reach equally to all surfaces and obtains equal baking, regardless of up or down floor, right or left side of the tray Required steam quantity is always ready by the newly designed powerful steam generator. Electric, gas, diesel or wood fired system available for heating system. Thick isolation material around the oven and observation window with double glass keeps reduce the heat loses and provides equal heat distribution in the baking chamber Temperature level in the baking chamber automatically controlled by a electronic system and the heat level always kept as standard. By the way homogeneous baking is guaranteed. Reaching the baking temperature is very fast and this save energy and time.

6 up to 2000 ml/min flow rate per channel, Adjustable

0,4 up to 130 ml/min flow rate per channel,

0,4 up to 130 ml/min flow rate per channel,

0,05 up to 2000 ml/min flow rate per channel,

0,4 up to 980 ml/min flow rate per channel, Adjustable

0,9 uL up to 240 ml/min flow rate per channel, Adjustable

0,05 ul up to 27 ml/min flow rate per channel, Mini pump, Adjustable

The process meter monitors and displays the analog measured values. Pumps can be monitored with the digital status inputs. The RIA452 can provide power directly to two-wire sensors connected. Up to eight freely programmable relays monitor the measured value. Other operating modes for the relays include sensor or device malfunction, batch and pump control functions. Furthermore, the RIA452 can be used as a preset counter and for measuring flow at open channels and measuring weirs.

Prosonic FMU90 separated version with field housing or top hat rail housing for control cabinet instrumentation are suited for continuous, non-contact level measurement of fluids, pastes, sludge and powdery to coarse bulk solids. Also the flow measurement in open channels and weirs is possible as the simultaneous measurement of level and flow in a storm water overflow basin with only 1 sensor. Up to 6 relays for tendency alarm, flow pulse output or backwater/sludge alarm, 1 or 2 channel version.

The FDU91 ultrasonic sensor for continuous, non-contact and maintenance-free level measurement of fluids, pastes, sludges and powdery to coarse bulk materials. But also for flow measurement in open channels and measuring weirs. The measurement is unaffected by dielectric constant, density or humidity and also unaffected by build-up due to the self-cleaning effect of sensors. Suited for explosion hazardous areas. Maximum measuring range in liquids 10m (33ft), solids 5m (16ft).

The RAVEN-EYE is the new non-contact RADAR area/velocity flow meter for open channel flow measurements. It combines state of the art non-contact measuring technology which measures flow from above the water surface with easy integration into existing SCADA or telemetry systems. Radar A/V flow sensors have been in use for many years, so why is the RAVEN-EYE so revolutionary? Using the latest design, development and production methods, has allowed Flow-Tronic to manufacture a high quality new generation radar sensor at a price that will make it your first choice for open channel and sewer flow measurement, but affordability is only one of the RAVEN-EYE’s benefits. The name was not chosen at random, like the bird, the RAVEN-EYE has 3 key attributes: Intelligence, Adaptability, Survivability. Key Features: Accurate flow measurement Cost-effective Portable or stationary version available Non-contact No maintenance For more information: please visit www.raven-eye.eu

The EMV-500 is a water/wastewater electromagnetic velocity open channel flowmeter sensor which is available in two sizes: SIZE A is suited for pipes or channels from 150 mm to 500 mm diameter SIZE B is suited for pipes or channels from 500 mm to 2.000 mm diameter. The sensor is encapsulated in an IP68 submersible ultra high molecular polyethylene body to be mounted with a special sensor mounting band in the pipe. When combined with the appropriate level sensor, the EMV-500 constitutes an efficient electromagnetic area/velocity flowmeter measuring both velocity and level in the same cross-section (or slice of pipe). This is a requirement necessary for accurate flow rate measurement using the continuity equation: Q = v x A In addition, electromagnetic sensors are totally unaffected by the concentration of debris or dilution of wastewater by rain. Key Features: Accurate flow measurements Grease tolerant: Grease shedding electrodes allow for reliable data collection

The IFQ MONITOR is an easy to use and configure monitor and converter for Flow-Tronic flow sensors. It disposes of one RS485 digital serial communication port with specific protocols for RAVEN-EYE or BELUGA flow sensors and one 4-20 mA input for external level. The IFQ MONITOR is the easiest way to integrate an open channel flow sensor from Flow-Tronic to a local station. KEY FEATURES: User friendly interface Wide range of languages available: English, German, French, Russian, etc. 1 x RS485 digital sensor interface for RAVEN-EYE or BELUGA 1 x analog input 4-20 mA for external level 3 x analog output 4-20 mA for flow, velocity & level 1 x contact closure output for total flow 1 x normally closed relay output for alarm Logger (optional): 2 Gb flash memory (SD card) USB communication port (optional) GPRS/3G (optional) 7 position sealed membrane keypad 144x32 pixel white on blue graphical display

The BELUGA is an ultrasonic Doppler area/velocity flow meter sensor for open channel flow measurements from Flow-Tronic. The BELUGA combines most advanced utrasonic Doppler velocity sensing with most modern and powerful digital DSP processor technology resulting in more representative velocity data. This advanced architecture of the BELUGA provides users desiring in-depth analysis with: Real-time spectral analysis of the velocity distribution through the cross-sectional area Measurement validation through quality parameters Auto-diagnostic tools Combine the BELUGA with an IFQ MONITOR for stationary flow monitoring or with an IFQ LOGGER for portable/temporary flow monitoring. KEY FEATURES: Improved accuracy due to digital spectral analysis of the velocity distribution Easy integration with existing SCADA or telemetry systems Embedded RS485 communication port with Modbus ASCII protocol Straight 4-20 mA output for velocity ERTACETAL outer shell with epoxy potting wi

We have minimized the weight of our manifolds without restricting ist vital functions and thus enable high energy savings for our customers. In addition, our manifolds are known for an uniform temperature distribution and no dead spots in the flow channels preventing the resin from deterioration.