Drying lines for vegetables
Static batch dryers suitable to process tomatoes and any kind of fruits. Therefore, we are able to supply complete drying lines as well as equipment for product preparation as washing units, cutting machines and distribution systems of the products on drying trays.
Tomato processing
We can provide single machines or complete lines for the preparation of tomato passata, tomato sauces, tomato paste and ketchup. Also for this kind of line we study tailor made solution for customers, both big industries and small and medium producers.
Preserved vegetables in oil or vinegar
Complete lines or single machines for processing vegetables in preserved products, in oil, vinegar and brine. Mainly equipment of smallmedium capacity but as usual always design according to the real customer needs.
Electric motor with variable speed as compressor drive
Condenser with fan
Evaporator as air cooler with three-stage fan
Investigation of a typical vehicle air conditioning system for cooling the vehicle interior
Compressor drive via v-belt and magnetic coupling
Display of temperatures, pressures (refrigerant), flow rate (refrigerant), pick-up current, speed
Air conditioning system voltage supply: 12VDC
Simulation of 8 faults via buttons in the connectable box
System is switched on via ignition lock
Compression refrigeration system with compressor, condenser, filter/drier, expansion valve and evaporator
Electric motor with variable speed as compressor drive
Condenser with fan
Evaporator as air cooler with three-stage fan
Compression refrigeration system with compressor, condenser, filter/drier, expansion valve and evaporator
Compressor drive via v-belt and magnetic coupling
Simulation of 8 faults via buttons in the connectable box
Investigation of a typical vehicle air conditioning system for cooling the vehicle interior
System is switched on via ignition lock
Air conditioning system voltage supply: 12VDC
Display of temperatures, pressures (refrigerant), flow rate (refrigerant), pick-up current, speed.
The fully functional brake system brakes the individual wheels depending on operating andcontrol conditions. Regular braking, ABS, ASR, EDS, ESP or individual wheels. With this teaching and training rig all functions andprocesses, errors and measuring values can be demonstrated and examined as theyare in the original brake system with vehicle dynamics control. The required power supply, wiring and component configuration are already integrated into the system andpreset, ready for operation. All original parts and required components are clearly arranged in theIPO-principle on the color printed front panel. This means the system can be put into operationimmediately upon setup.
Features:
Measuring of all relevant parts and components in thecentral circuit diagram measuring field
Vehicle dynamics control, original Golf VI components, withelectromechanical power steering
Steering intervention of the ESP in the electromechanicalsteering with parallel axis drive is represented very vividly
Speed adjustment from 0-60 km/h can be set continuously
Can be diagnosed via OBD interface
Arrangement in the IPO principle: input - processing -output
Acceleration and brake force transfer values can be setseparately for each wheel
Values for steering angle and brake pressure can be read ondigital display units. The brake and the
wheel speeds are shown for each wheel with digital colordisplays.
ESP functions are indicated to the vehicle dynamicscontroller by the CAN-BUS via steering wheel and steering angle encoder
Skidding simulation with and without brake intervention
Connection for student circuit diagram measuring desks
Compact device build, mobile, for lab and workshop practice
Fault circuit, lockable by a lid.
Vehicle Electrical And Electronic System Trainer
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Vehicle Sensor System demonstration panel enables learning in terms of combination, test and evaluation of the parameters of the Vehicle Sensor System sub-assemblies. It can be configured in different ways.
The Vehicle Sensor System trainer includes the following systems:
Engine and air temperature sensor
Lambda sensor
Rotation speed active sensor
Mass and volume air flow meters check system
Knock sensor
Set of the main vehicle system sensors
Differential pressure sensor
Speedometer sensor
Rotation direction sensor
Fuel level sensor
Oil pressure sensor
Acceleration sensor.
Protective grating and adjustable multi-leaf damper at the air inlet
Filter for air purification
Heat exchanger to heat/cool the air
Operation of a ventilation system
All components from ventilation technology, some with sight windows
Fire protection flap prevents the cross-over of fire and smoke in the air duct
Air duct with pressure measurement connections
Belt-driven radial fan
2 sound insulation links
Inspection cover for inspection purposes
Pressure measurements with inclined tube manometer
Current measurement to determine the power consumption of the fan
Various air outlets for air distribution in the room: disc valve, ceiling vent and ventilation grill with adjustable flow rate
Determine the flow rate via differential pressure.
The unit consists of a forward curved variable speed centrifugal fan and integral control console together with a rectangular air intake and filter holder.
A realistically scaled ventilation training unit capable of enabling students to study both basic airflow and fluid mechanics as well as the more complex process of commissioning and balancing a multi - ducted air distribution system.
Sufficient components are supplied with the unit to enable parallel branch and line balancing experiments to be undertaken. A minimum of 6 air supply points are provided that may be balanced on the assembled unit to supply a range of air flows.
A portable manometer, pitot static tube and hand held anemometer allow a large range of experiments to be undertaken.
The fan has a supply pressure of up to 350Nm-2 and a flow rate of approximately 1400m3h-1 depending upon the blockage factor.
The fan discharges directly into a 200mm dia. galvanised steel duct and this connects directly to the distribution duct work.
Oxygen concentrators are not suitable to be used as an oxygen source to other medical equipment providing respiratory support, such as ventilators, CPAP devices, High Flow Nasal Oxygen, etc.
Ventilator, Intensive Care, for adult, paediatric and neonatal patients, AC and battery powered, with accessories.
Mechanical ventilators are life support devices that move gas (e.g., air and/or oxygen) to and from a patient's lungs. In most cases, mechanical ventilators are used for a short period of time (a few days to a few weeks) to deliver pressurized medical gases to the patient's lungs to support gas exchange and rest ventilatory muscles until the patient is able to breathe without mechanical assistance. Some patients, however, require permanent ventilatory support. These devices may provide temporary or permanent respiration for patients who cannot breathe on their own, or who require assistance maintaining adequate ventilation because of illness, trauma, congenital defects, or the effects of drugs (e.g., anaesthetics).
Venturi flume consisting of 1 base plate, 2 side elements, 1 clamping device
Side elements with sealing lips
Venturi flume for the experimental flume.
Use of Venturi tube applied to cavitation phenomenon, concept used to change the pressure conditions inside a tank.
Theoretical and practical aspects of Venturi effect.
Bernoullis theorem, including the observing and the application of related aspects in practical fields as industry, agriculture and leisure.
Performable Experiments:
With Ventury Effect Bernoulli And Cavitation system, it is possible to perform the following experiments:
Reduction of the pressure inside the tank in order to obtain cavitation phenomenon and observe new conditions.
Flow determination through the use of the static volumetric system.
Diaphragm calibration and utilization to determine the flow value.
Bernoullis theorem demonstration along a Venturi tube.
Pressure loss calculation in a Venturi tube.
Study of cavitation identifying the pressure, relevant temperature and flow levels.
Technical Data:
Deformation
Measuring range: 0...10mm
Graduations: 0,01mm
Set of weights to place load on specimens
1x 2N (hanger), 1x 1N, 1x 2N, 1x 4N, 2x 8N
Set of weights to compensate for the load and the loading plate
1x1n, 2x2n, 1x4n, 2x8n
Lever arm: 100mm
Specimens
Length: 49mm
Clamping length: 11,5mm
Specimen diameter in measurement
Cross-section: d=4mm.
Made of stainless steel. Product is effective range of 125 mm, the index value of 1mm, the measuring accuracy of 0.05mm or 0.02mm common vernier caliper with the function of beta, tracking and depth measurement.
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A stainless steel hook or point is attached to the bottom end of the rod and is used to locate the water surface. A mounting frame is clamped to a suitable support structure and a gauging rod is free to slide up and down over the water surface.
Capabilities:
Measurement of slowly changing water levels in flumes and hydraulic models.
Location of air-water surface boundaries with high resolution.
Measurement of mechanical deformation.
The Versa Gown Lightweight Isolation Gown with Flexneck Technology offers AAMI Level 2 protection. Flex neck closure provides easy doffing, allowing the gown to swiftly yet gently tear away from the body, preventing self-contamination.
Designed using clinician feedback and independent clinical testing
Provides nearly two-fold reduction in contamination of hand and wrist areas
Helps ensure instant compliance, even without training
Innovative design allows freedom of movement without compromising protection
Significantly reduces cross-contamination versus standard gowns
Winner of the Vizient Innovative Technology Award
100 gowns per case.
Flex neck creates the widest neck opening on the market and has ultrasonically sealed seams to prevent tearing during donning and doffing.
Designed using clinician feedback and independent clinical testing
Provides nearly two-fold reduction in contamination of hand and wrist areas
Helps ensure instant compliance, even without training
Innovative design allows freedom of movement without compromising protection
The Versa Gown with Flex neck Technology offers AAMI Level 2 protection to reduce risk of cross-contamination among health professionals and patients. Patented Flex neck technology for fast and easy donning and removal.
Flex neck closure also allows easy doffing that allows gown to swiftly yet gently tear away from the body preventing self-contamination.
Patented Flex neck technology allows fast and easy donning and removal while providing exceptional protection and comfort
Innovative Flex neck closure quickly and easily passes over the head to instantly provide complete coverage and eliminate the risk posed by untied gaping gowns that can slip and expose skin.
Features:
Display of real-time data, in digital form or as an analogue meter
Real-time traces of analogue signals
Logging data for printing and later analysis
Works with existing Versatile Data Acquisition System compatible products
Performing real-time calculations to generate user defined data
Creating and printing charts and data tables
Recording data manually or automatically
Data capture set by time or intervals
Exporting data for use by other software.
