Real-time Image Analysis in Process Environments PICTOS & Co offers dynamic image analysis in process environment for dry powders, granules, suspensions and emulsion for particles ranging from 1 µm to 10,000 µm. PICTOS integrates dynamic image analysis of QICPIC and RODOS dry dispersion technology in a robust body, specifically developed for on-line applications. PICTIS combines image analysis and gentle gravitational disperser GRADIS, allowing at-line or on-line applications in process environments. And PICCELL with its flow-through cuvette finally transfers wet dispersion to on-line operations of image analysis. Feeding of PICTOS is realised either with dynamic and representative sampling system TWISTER, blending MIXER or static L-probes. Also, automatic or user-operated manual feeding is an option. PICTIS can be fed manually or automatically by existing samplers and PICCELL is connected to the process line via a bypass. Incorporation into control systems for processes or for automated laboratories is achieved with common communication standards such as Modbus®, Profibus® or OPC with TCP/IP, RS232 or RS485. The system performs the measurement and reports back results to the control system. Applications range from foundry sand to pharmaceutical products, from the harshest industrial environments to high purity GMP applications. » PICTOS | injection disperser for finest, even cohesive powders | 1.8 µm to 3,500 µm » PICTIS | gravity disperser for coarser, even fragile dry particulate systems | 1.8 µm to 10,000 µm » PICCELL | flow-through measurement cell for suspensions and emulsions | 1 µm to 5,000 µm » VIBRI | vibratory feeder for precise dosing with adaption to proprietary sampler or for manual feeding » TWISTER | dynamic, representative sampler for installation in process pipes » MIXER | static mixer for representative sampling behind screw feeder or feeding » L-probes | compact sampler with blow back unit or with pivoting option

The latest generation of multifunctional YSTRAL PiloTec process equipment offers you the opportunity to use established production processes on a laboratory scale. Thanks to Conti-TDS technology, powder can be inducted, wetted and dispersed under vacuum, dust-free and in a single operation. Easy-to-use swappable tools enable operation using the innovative Multi-Z or Z-Inline process with high-precision multi-stage shear ring systems. Established procedures and a specific energy input independent of the batch size guarantee excellent and consistent results. These can be easily transferred to production scale - a safe scale-up to ystral plant construction. The modular design enables extension to the PiloTec-Plant process plant with ystral mixing technology, systems for handling powders and liquids, measuring technology and sensors, lifting stands as well as other modular components.

KVT pinch valve with special red coatings for better visibility.

Application area The MAHR Pinch Valve TYPE SQV is used as a safety element for the pneumatic filling of silos. Installed in the filling line, it releases the complete pipe cross section during the filling. The thick rubber wall of the diaphragms results in long service lives. The solenoid valve directly attached to the SQV enables short closing and opening times. Mode of operation: During the pneumatic filling, the bulk material is blown through the filling line into the silo using compressed air. The free pipe cross section guarantees high delivery rates and low wear. In the case of a fault, tripping of any safety element, controller failure etc., the SQV is closed from the outside by pressurisation of the diaphragms. The diaphragm in the spherical part of the case is pressurised from the outside with compressed air at least 2 bar higher than the delivery pressure and thus compressed to complete closing. Due to the directly attached solenoid valve, the control air can flow in quickly and reliably close the diaphragms. Material / design: Case: grey cast iron, aluminium Diaphragms: Rubber Control air connection: G 1/4 inch Technical data: Operating pressure: 4 bar Control pressure: approx. 1.8-2.0 bar higher than the respective operating pressure, max. 6 bar Connection flange: DIN 2576, PN 10 alternatively inner thread 3" or 4" Advantages: operationally reliable economic low wear short closing times

Accessories for pinch valves: KVT pinch valves are generally operated with oil- and water-free compressed air. As a rule of thumb, the closing pressure should be approximately 2 bar higher than the medium pressure in the pipeline. Therefore, please install a maintenance unit with oil removal, a strainer, and drainage, as well as a pressure reducer, upstream of the electromagnetically or manually operated valves that control the pinch valve. Position indicators: Position indicators (electrical/optical) can be used to check and provide feedback on the closed position. Do you need help with the wiring of pinch valves? Do you need the control circuit for operating pinch valves? Do you need pneumatic components for the switching? We are happy to help!

Pinch Valves Type VM

Pinch Valve with pneumatic sealing and flange connection. Range of Nominal Widths: DN 40 - DN 150 Operating Temperature: - 10°C bis + 120°C* Operating Pressure: max. 4 bar* Control Pressure = Operating Pressure: + 2 up to 2,5 bar * Operational limitations depend on nominal width, temperature and composite materials. Crucial are the parameters set in the confirmation.

Pinch valves in stainless steel (1.4301, 1.4404, Duplex, ..) with flanges, female and male threads, pipe ends, tri-clamp DIN 32676, threads acc. DIN 11853, clamp pipe connections (DIN 11864-3 / DIN 11853-3), screwed pipe connections (DIN 11864-1 / DIN 11853-1) and flange pipe connections ( (DIN 11864-2 / DIN 11853-2).

Couplings for pneumatic conveyors for a fast, safe and economic installation: DVK-HD® high pressure - heavy version for pressure conveying up to max. 12 bar from outer pipe diameter 60.3 mm till 206.0 mm DVK 6 for suction and pressure conveyors up to 6 bar and vacuum-resistant up to 5000 mm WH from outer pipe diameter 33.7 mm till 110.0 mm DVK-Z traction relief heavy version with bridge part to safeguard against axial forces DVK S with quick closure for quick opening and closing with clamping lever DVK-6 Fix for connecitons to coupling stations or for connections stainless steel to glass

The comprehensive range of WAMGROUP pipe diverters provides a solution for almost every problem in diverting material flows in the conveying and processing of bulk materials.

Anti-wear Elbows from SINT - Polymer

It comprises one WEICON Repair Stick Steel, a special repair tape made of fibreglass-reinforced plastic, assembly instructions and a pair of protective gloves. The repair tape is impregnated with a special resin and activated by contact with water. The Pipe Repair Kit can be processed without any additional tools and is used for the reliable and permanent sealing of cracks and leaks. It is very easy and quick to use and shows excellent adhesive properties, high pressure and chemical resistance as well as temperature resistance up to 150°C. Within 30 minutes, the tape is fully cured and hard-wearing. Due to the fabric properties of the tape, the resulting high flexibility and the simple processing, the repair kit is particularly suitable for sealing leaks in bends, T-pieces or in spaces difficult to access. It can be used on many different surfaces such as stainless steel, aluminium, copper, PVC, many plastics, fibreglass, concrete, ceramics and rubber.

Litronic-FMS 3K / RMH12 pipe sensor The Liebherr in situ water content determination Litronic-FMS 3K-RMH12 is used to detect the water content (concentration determination) even in very low ppm ranges in emulsions such as diesel fuel, transmission, hydraulic, engine, roller bearing, transformer and turbine oil as well as in battery systems. The sensors were developed in cooperation with the ISO/TS 16332 standardisation committee for the water separation ability of diesel fuel filters. The installation takes place on test and inspection stands and replaces the previous manual sampling as well as other offline measuring systems. Measurement by the Liebherr sensor system is based on the physical principle of capacitance determination in the high-frequency stray field. In addition to their high precision and robustness, the measuring devices from Bad Schussenried are characterised by their reproducibility. Once the system has been calibrated, further measuring points can be set up or devices renewed on this basis at any time without great effort. The plant thus always remains reliable, regardless of its previous term and age.

PGR Drive Technologies provide solutions in planet gear units with PTO, IEC, parallel shaft input options which offer high reduction ratio in small volumes in drive systems with heavy and variable loads thanks to their compact and modular structure up to 850000 Nm of moment values.