Simulators - Import export

The precision Pt100 simulator is used wherever measuring instruments or controlling systems have to be tested or calibrated with great precision. The standard version model 4506 simulates 24 set temperature values. Totally different temperature ranges are required in the case of special applications, such as in the food industry, the medical science etc. Model 4506 S is recommended for these applications and can be fitted with 24 temperature values according to customer specifications. A distinctive feature of these simulators is their simple operation. The resistance values required for simulation are directly set in °C. There is no need to use loof-up tables. Today in many cases a certificate is needed more than ever force measurements. This certificate is available under order code 45DKD-.. . Features: 24 set temperature values Calibration per DIN EN 60751 Resistor material: MANGANIN®, TK ≤ 10 ppm/K Pt100, Pt500, Pt1000 Available with DKD Certificate if required

The precision RTD simulator is used where measuring instruments or controlling means with high precision must be examined or calibrated. The simulator is suitable for calibration laboratory and service centers which need a computer-controlled resistance decade for the automation of calibration procedures. All standard platinum and nickel RTD can be simulated with very high accuracy according to scales ITS 90 or IPTS 68. Temperature regulators, transducers etc. often supply a pulsed signal current in order to reduce the self-heating of the RTD. Devices with electronic simulation of RTD are therefore inclined to swinging and do not function with this application. Features: — Simulation of Pt100, Pt200, Pt500, Pt1000, Ni100 and Ni1000 sensors — Accuracy 0.02 °C — Temperature scales ITS 90, IPTS 68 — Real Ohm simulation — Control manually or remotely via RS232/IEEE488/USB Converter

Wherever temperatures are measured, temperatures must also be simulated. The Pt100-simulator is suitable for a wide area of applications. It has a wide range of simulation, which is resolved in 0.1 °C steps and makes many assignments in chemistry-, measuring-, controlling-, medicine and household applications, food industry, vehicle construction, air- and space travel and power plants easy to solve. Often in the past several simulators had to be used alongside to achieve either resolution or the range of the relevant application. As an extra advantage to the user temperatures can be entered in degrees celsius. Additional extensive conversions and readings in tabulation sheets are no longer necessary. Features: — Simulation range -100 °C up to +500 °C — Resolution 0.1 °C — Calibration in accordance to DIN EN 60751 — Simulation of line resistance 10 Ω, 20 Ω or 30 Ω — Sturdy aluminium-housing

STL offers the earth magnetic field simulator (EMFS) which can be used for worldwide simulation of the earth magnetic field. Earth Magnetic Field Simulators (EMFS) are typically being installed in a bay area or river estuary as well as artificial harbours. The EMFS System is used for calibration of the onboard degaussing system (OBDS) and Navy vessel's preparation for any operation missions and the dedicated simulation of the magnetic field in the area of mission. Quantity and type of used sensors, sensor array, software and coil system including power sources are always designed in respect of the specific requirements of the customer. STL can supply: - Complete sensor array - Data acquisition system - Control and evaluation software - coil cables and power sources Pricing may vary depending on the requested cable length, available power supply and required magnetic field.

We offer structural, sheet metal forming, injection molding and CFD simulations.

We produce fiberglass modeling special for simulation systems! We do not shy away from the exact dimensions and quality… We use fiberglass material with high design flexibility in all areas, with special simulation equipment drawing, production and application services for our customers. With our advanced production technology, we prepare robust models suitable for their intended use. Do not be surprised by the quality of fiberglass with its low maintenance cost and easy use features! Call us for special solutions for your company.

Injection simulation In order to limit unnecessary expenses and optimize the time of our customers we have introduced the injection simulations. It is a tool that simulates the plastic injection molding process. This software is a real plastic injection machine in itself, since it allows us to test different types of injection and thus, correct CAD models and make design changes before beginning

With knowledge gained in past years we can provide you with a complete solution – from the idea to the final product. We cooperate with customers from the beginning, from the idea and this is how we contribute to faster solutions in the field of implementation of forged parts into the final system.Modern software and highly skilled employees are keys for the good-quality, fast and expert construction of complete tools and compounds.To design and program machines we use Siemens NX and Visi Vero software, which enable us to read and write data in several possible formsNX files, Solid Works files, IGES, PARASOLID, STEP, SXF, DWGBy using conversion modules, we can also open and saveCATIA, Pro / E, Inventor and STLTo achieve the shortest possible time from development to final products, we use modern software for simulating forging. We have a QForm product in use, a synonym for forging simulations.

Dim to warm strip 224 LEDs/m, high desity 2300K+3000K design, simulated bulb dimming Widely adapted with PWM controllers NA IP process

  THERMO-GAS Heat Exchangers work optimally if the constant flow of gasses into the heat exchanger is guaranteed. In case of unfavourable assembly conditions, we have made tests and measurements  so far in order to optimise stream conditions. Due to the increased requirements  on the performance of heat exchangers as well as expanded application areas it has become necessary to achieve optimised results already in the planning phase. This is done by means of a CAD-based simulation which enables the very exact predicition of stream conditions. The performance opportunities of our heat exchangers are used at the best as a result of appropriate installed equipement for flow duct. We would be pleased to provide you with our knowledge also beyond the heat exchanger technology.     The precise project   In case of a plant for catalytic combustion, the connecting hood to the heat exchanger was  significantly shortened due to the assembly of a THERMO-AWT 3-Way Stop valve. After this

Alongside the standard ICT/FCT process, we can also target every individual production stage for verification, as requested. Efficient inspection strategies and final functional tests are a fixed component of our quality management system. In our test laboratory, we are able to carry out static and cyclical environmental simulation for you, from air-to-air and liquid-to-liquid thermal shock tests to storage temperature and humidity tests. Based on the environment in which the product is to be deployed, we will draw up a tailor-made quality assurance programme. Through simulation of the conditions that cause ageing (e.g. large temperature fluctuations) we can ensure that the product will reach the required service life. Products are also subjected to further customer-specific tests in fields such as EMC, overload resistance and mechanical loading.

A further area of activity of Suvis is the development and application of modern numerical methods for the calculation (prediction) of flows using CFD in industry, science etc. Our employees are especially trained in view of technical applications of numerical flow simulations. Within the recent years we conducted several projects in the area of multiphase flows. We dealt with applications in the optimisation of processes in chemical engineering, the transport of particles, gas cleaning and particle separation from gases and liquids, and the calculation and optimisation of cyclone separators. We apply powerful commercial software tools like grid generators in order to generate numerical grids using CADdata in a short time for even complex applications. Also, for flow calculations and the evaluation of 3D flow fields we apply powerful software solutions. Furthermore, for certain individual problems we apply codes we have developed our selves.

The Suvis GmbH also deals with the application of modern numerical methods for the lay out and optimisation of various separator types like cyclones. A typical application of these computation methods is the computer aided investigation of particle separation from gases in cyclones. The prediction of the separation efficiency allows the reliable optimisation of conventional cyclones and the development of completely novel high efficiency cyclones. With that, very often expensive filter units, wet cleaner, or costly electro filters can be replaced or completed. When applying numerical methods (CFD simulations) to cyclones one encounters the problem of strong curvature of the stream lines because of the resulting strong swirl flow and the abrupt change of flow direction towards the outlet tube. This means that the assumption of isotropic turbulence is not useful anymore.

The Battery Cell Simulator serves to test Battery Measuring Modules in the 2511 series, which are used in battery module assembly applications (incoming goods inspection, BoL, EoL). The Battery Cell Simulator is able to emulate battery cells of different technologies with resistance and open circuit voltage simulation. The resistance simulation replicates the purely ohmic resistance of a cell. The Battery Cell Simulator runs on 24 V DC. The LED on the front indicates the different operating states. Resistance and voltage values can be defined from standard values or from a custom set of values.

In its function as temperature simulator the decade offers the choice of sensors like Pt100, Pt200, Pt500, Pt1000, Ni 100 and Ni 1000 in the range from -200 °C up to +850 °C. The temperature is entered via keyboard or data interface. The corresponding resistance appears at the output socket in two, three or four wire method. The resistance decade allows a direct choice of resistances between 1 Ω and 1.2 MΩ. Depending on the ohm value the resolution can be chosen up to 0.00001 Ω. The selected resistance can be picked up via two or four wire method. The LCD display informs about chosen resistance or temperature, sensor type and control status. Features: — Resistance range from 1.00000 Ω to 1.200000 MΩ — Accuracy 0.005 % — Temperature coefficient < 1 ppm/K — Simulation of RTD (Pt, Ni) temperature sensors — Simulation accuracy 0.02 °C — 2, 3, 4 wire connection — USB/RS232 (IEEE488/Ethernet optionally)

Today resistance thermometers are one of the important precision and operating measurement instruments of technical temperature measurement. Fast and easy testing of display, control and recording devices in measurement and process engineering is essential. Fixed temperature values can easily be simulated according to the characteristic curves of Pt100, Pt500 and Pt1000 using the precision resistors calibrated in °C (the inscription also includes the resistance value in Ω). The small dimensions of the resistors allow the installation in measuring instruments or measuring circuits for comparison or control measurements. Features: — TK ≤ 10 ppm/K — More than 60 fixed temperature values from -200 °C ... +800 °C ex stock — Calibration in acc. with DIN EN 60751 n - 0.02 % tolerance for the models 1144-Pt 100, 1144-Pt 500 and 1144-Pt 1000 — ± 0.05 % tolerance for model 1146-Pt100 — Resistance material MANGANIN®

EOL test stand for e-charging columns and their power electronics for the simulation of different electrical loads and mains fluctuations. The test stand has automatic contacting and achieves high test throughputs in end-of-line operation. Different variants of the power electronics of electric charging columns can be tested. On the software side, Merecs Engineering relies on NI-LabVIEW and NI-TestStand.

High speed IGBT and Thyristor Technology Voltage adjustment range: 1% - 150% Test currents: 20A – 1000A Test duration: 0.01sec – 999sec (Adjustable) Independent voltage adjustment on each phase Star connected Network simulation Delta connected Network simulation IEC 61000-4-34 Standard tests Automatic test restart Production at all industrial input voltages 7" touchscreen Operator Panel IP20 Standard Cabinet TS EN ISO 9001: 2015 Quality Certified

Size: 5' x 10' x 10' High Density Archery Netting (usually used for baffle nets) Will last longer than #252 Golf Netting Extremely dense archery netting makes projections clearer and more vivid. 10' x 10' Impact Projection Screen: Polyester Screen Can be used as an impact screen, movie projection screen or as a baffle net 5 grommets across the top and 1 grommet in each of the bottom corners.

The production of complex shaped elements formed from sheet metal requires the use of very precise tools. Designing them with the use of specialized programs such as CAD and supplementing with the visualization of the finished stamp is not always sufficient to guarantee a satisfactory effect. Therefore, a stamping simulation is essential to make sure it is correct before introducing progressive dies or cutting tools into production . Authors and PAM STAMP is the software we use to perform such a simulation. Both programs are a perfect solution for companies wishing to design and launch a new product. PAM STAMP stamping process simulation enables initial part feasibility assessment, tool design and full verification simulation. We can predict how the material will behave during each pressing phase. This solution makes it possible to optimize the process so that the pressed detail does not show any tendency to cracking, folding or excessive springback.

> Click on the "WEBSITE" link for more > Once our Transport Consulting Team have completed the preliminary planning for your heavy transport project, a test drive of the proposed abnormal load route can be undertaken. Used for wind turbine components and abnormal loads, these heavy transport test drives provide a detailed route analysis to show areas where route modifications are required to enable the passage of the proposed vehicle and load. The loaded vehicles simulate the correct dimensions of the abnormal loads, as would be required for the actual movement and any projections either in length, width or height are assembled to the trailer. All projections are designed to allow for easy modifications and reduction in size if required whilst on the public roads, this allows for quicker and smoother manoeuvrability reducing the impact on other road users.

With this range of games for communities, children can imitate adults. Alternately farmer at the wheel of their tractor, bus driver, aeroplane pilot, train driver, the CITY VEHICLE range is particularly suitable for kindergartens, nursery and primary schools. The outdoor vehicle games encourage the socialisation of children thanks to the interactions they generate. Many inclusive modules are available in this range.

with adjustable humidity and temperature to simulate the environmental conditions of a test specimen (e.g. household appliances, heating technology) The basis is a standard or climatic chamber (e.g. test kitchen, environmental simulation) with adjustable air humidity and temperature. On the basis of decades of experience in automotive test engineering, EP-E developed a concept in which the air flows in a circle (loop design). The result is a very excellent homogeneous temperature and humidity distribution. Through precise temperature and humidity control, it is possible to set different combinations of air conditioning and thus precisely adjust the required test conditions. The determination of the air flow (exhaust air volume) is carried out via a measuring section with the use of Laminar Flow Elements (LFEs). In order to determine the volume flow, pressure and temperature sensors are used to determine the air volume flow of the climatic chamber(s).

Interact with your digital instrument clusters for a full ergonomic simulation TechViz I3 option is easy to use and enables to visualize human-machine interaction scenarios, combining non-3D elements within a 3D model. Interact Instantly with your Digital Instrument Clusters, Digital Infotainment, Navigation Systems, Digital Speedometer, Digital Electronic Control Unit, Digital climate control or any kind of HMI in your product design. The aim is to emulate a touch-sensitive interaction with HMI in an immersive environment. These HMI are independent 2D applications integrated in the mock-up. For exemple in a virtual car, user’s fingers can be tracked thanks to a thimble for interaction with the virtual GPS interface. The collision between the interaction tool and the user interface emulates a computer mouse click. It enables to create various scenarios such as testing hand accessibility to the main commands from the driver seat of a car.

Probe Buddy™ is a smart testing device that checks the integrity and health of an oxygen probe from United Process Controls and from other manufacturers. It’s also used to imitate the output signals of a working probe to check the scaling and operation of the process control system. FEATURES &amp; BENEFITS • Troubleshoot problems with your probe and control system • Assess the probe’s usability and performance • Verify controller’s input performance • Eliminate unneeded replacement of non-defective probes • Hand-held device operates as a probe test meter and a probe signal simulator • Enables non-expert to perform probe troubleshooting procedures like an expert • Accepts selectable TC and mV inputs from any oxygen probe • Outputs selectable TC and mV signals to simulate an oxygen probePerforms a probe impedance test when connected to a probe • Computes carbon, dewpoint or oxygen in input or output mode • Specific probe connection cables available, no hard wiring required

HT-Tools Pro is a powerful simulation tool for designing and optimizing recipes for carburizing including low-pressure carburizing, carbonitriding, as well as nitriding and nitrocarburizing processes. It can significantly reduce the lead time for process development, replacing time-consuming evaluations and trials.

PROLESKI endless ski slopes – indoor ski simulator has several names: skiing sports amusement, endless ski descent, infinite ski slopes, endless slope, or a mountain skiing simulator. Irrespective of its name, it is a perfect assistant for skiing and snowboarding training for both children and adults, without any need to travel to a mountain skiing resort. With the help of a mountain skiing simulator both amateurs and highly-experienced fans of winter sports can get the best possible preparation for the season and keep their shape during the low season. Training with an indoor ski simulator allows you to hone your skills, develops your sense of balance, and enhances your endurance, coordination and reflexes. Curiously enough, children, as compared with adults, master the techniques of the skiing sports amusement much faster, starting with the basics.