Data development - Import export

BTF designs and builds ovens for performance of fire resistance testing according several standards. We have experience in the construction of vertical, horizontal and combi ovens which are built for fire resistance trials –under controlled pressure and temperature. The furnaces are equipped with all the instruments needed for the monitoring, the acquisition and the processing of data. We continuously develop our own software using Siemens material for the automatic monitoring of the ovens during tests on the basis of a programmed curve and with data measured by the various sensors and probes (temperature, pressure, oxygen, radiation, deflection,…) The ovens can be flexible and equipped with a loadbearing system, an outdoor chimney with an extraction or treatment of flue gas, walkways, camera, deflection measurement system, etc. We also manufacture frames, removable walls and caps to modulate space in ovens according to tested samples. We move, adapt and renovate existing installation.

Accelerate your product development cycle with our Test Dynamometer service. Our system enables accelerated testing of transmissions, axles, gears, and other rotating elements to identify potential issues early in the development process. With fast data collection and intuitive user interface, we help you iterate quickly and efficiently. Key Features: Accelerated testing for faster product development Comprehensive data collection from low-speed and fast channels Quick setup and execution of test cases Expert support and training for test center operators

Our Test Dynamometer service extends beyond component testing to offer vehicle-level testing without the need to take vehicles on the road. By replicating powertrain-induced errors in a controlled environment, we uncover potential issues and provide valuable insights for engineering teams to develop effective solutions. Key Features: Customized test setups for vehicle-level simulations Identification of problem areas and iterative solution development Seamless data collection from a variety of sensors User-friendly interface for easy test case configuration and execution

WBL 400 All standard features are included, plus optional information management tools that enable water treatment professionals to deliver more effective service to their customers. The WBL/WDB/WCM/WDC400 Controllers have the ability to store conductivity and temperature values, water usage, relay status, and user settings. With a USB memory stick the information can be extracted. Download logs from the USB stick to a PC, or copy your preferred treatment program settings to another controller to speed start-up.  WDB400 Product features: Efficiency Precise control of conductivity and chemical feed inhibits corrosion, solids precipitation and scale build-up. The time proportional blowdown feature saves energy by reducing water consumption. Monthly Reports Download stored data from the controller to a USB flash stick. Use the data to develop reports that show actual water usage, system conductivity, temperature and more. Customer Service Identify system upsets by knowing exactly w

Conductive Cooling Water Controllers / Toroidal Cooling Water Controllers  Conductive Cooling Water Controllers WCD410 All standard features are included, plus information management tools that enable you to deliver more effective service to your customers. The WCT/WDT controllers can store conductivity, pH/ ORP, and temperature values, water usage, relay and flow switch status, and user settings. With a USB memory stick the information can be extracted. Then download logs from the USB stick to a PC, or copy your preferred treatment program settings to another controller to speed start-up. Product features: Efficiency Precise control of conductivity and chemical feed reduces water consumption and inhibits corrosion, solids precipitation, scale build-up, and growth of algae or dangerous bacteria.  WDT 410 Monthly Reports Download stored data from the controller to a USB flash stick. Use the data to develop reports that show actual water usage, system conductivity, temperatur

Enable-Tool NG Professional is used for the adjustment and maintenance of our control units in development, production and after - Read error memory - Setting of a limited number of parameters per control unit - Creation of signed data records for production and aftersales - User roles (developer, production, service) for controlling vehicle projects in larger organizations with a dealer network - Creation of signed data records for production and aftersales - Storage and transmission of data sets - Interface to End-of-Line Test Additional information •Interface: USB •System requirements: Microsoft Windows, Dualcore CPU @ 1.8 Ghz, 2GB RAM, 100MB HDD •Read fault codes: Service and developer •Change parameters: Developer •Create datalog: Service and developer •Create data snapshot: Developer •Transfer data snapshot on a certain OEM ECU: Service •Transfer data snapshot all OEM ECUs: Developer •Connectivity: Active online connection

Features Differential pressure transmitter with metallic diaphragm High-resolution graphic display with backlight Intuitive 4-button operation Comprehensive parameterising, simulation and diagnostic functions Quick access to device data Development according to SIL2 Nominal range 0.25 bar to 16 bar Turndown up to 100:1 Measuring rate up to 100 Hz Accuracy 0.1 % Output signal 4…20 mA with HART® protocol Configuration memory Digital communication via PDM, FDT/DTM, 375/475 Field Communicator Output functions: linear, invers, square root, table function Stainless steel case in sturdy design, degree of protection IP 65/67 Media temperature -40…100 °C Wetted parts stainless steel Options Various approvals/Certificates Removable display and control unit Degree of protection IP 69K Front cover of stainless steel with window of non splintering glass

Differential pressure and level transmitter PASCAL Ci4 Delta P, highly overload protected Features - Differential pressure transmitter with diaphragm seal - Simultaneous display of differential pressure and static pressure - Reference accuracy 0.07 % - Long-term stability 0,1 % within 5 years - Nominal ranges 100 mbar to 16 bar - Turndown up to 100:1 - Stainless steel case in sturdy design, degree of protection IP 65/67 - High-resolution display with intuitive 4-button operation and backlight - Comprehensive parameterising functions - Comprehensive simulation and diagnostic functions - Quick access to device data - Development according to SIL2 - Maximum working pressure 160 bar - Measuring rate up to 50 Hz - Output signal 4…20 mA with HART® protocol - Media temperature -90…400 °C - Configuration memory - Digital communication via PDM, FDT/DTM, 375/475 Field Communicator - Output functions: linear, invers, square root, table function - Wetted parts stainless steel

Pressure transmitter with diaphragm seal technology for the measuring of relative and absolute pressures of gases, vapors and liquids Stainless steel case in sturdy design, degree of protection IP 65/67 Accuracy 0.1 % High-resolution graphic display with Intuitive 4-button operation and backlight Comprehensive parameterising functions Comprehensive simulation and diagnostic functions Quick access to device data Development according to SIL2 Nominal range 0,25 bar to 400 bar Turndown up to 100:1 Measuring rate up to 100 Hz Output signal 4…20 mA with HART® protocol Configuration memory Digital communication via PDM, FDT/DTM, 375/475 Field Communicator Output functions: linear, invers, square root, table function with up to 64 support points Media temperature -40…400 °C Case design process connection bottom Case design process connection back Various process connections Approved according to NAMUR 95 EAC declaration (upon request)

High-resolution graphic display with backlight Intuitive 4-button operation Comprehensive parameterising functions Comprehensive simulation and diagnostic functions Quick access to device data Development according to SIL2 Nominal range 0.25 bar to 40 bar Turndown up to100:1 Measuring rate up to 100 Hz Accuracy 0.1 % Output signal 4…20 mA with HART® protocol Configuration memory Digital communication via PDM, FDT/DTM, 375/475 Field Communicator Output functions: linear, invers, square root, table function Table function with up to 64 support points Stainless steel case in hygienic design, degree of protection IP 65/67 Media temperature up to 160 ° C Wetted parts stainless steel Case design: - process connection bottom - process connection back Various hygienic process connections Approved according to NAMUR 95 EAC declaration (upon request)

"Our team will implement all your requirements - starting with the design of the packaging to the layout or adaptation of the design - into perfect printing masters in a cost-efficient way. Regardless of whether you want us to create a complete master design, or you deliver a final design that we later adapt for the different types of packaging, all data is optimized for the printing process. This eliminates waiting times and costs for unrealizable print-technical ideas. As our print specialists take specific information constantly into account, a fast workflow during the entire prepress process can be created. • Reviewing the delivered design data for feasibility • Developing the master design/ Adaptation of the design • Creating style guides • Master/final artwork • Adaptations based on format, design and language/line extensions • Photo composing / Color modifications • High-end photo retouching

The patented Power Lube Sensor system can be installed on all lubrication points of the machine. It can be adapted to all kinds of oil and grease pumps installed upstream of the system (supplied via a central lubrication system or automatic lubricators or even gas system lubricator or manual pump, etc.). Description of the Power Lube Sensor ® Precise control and mastered alerts: The Power Lube Sensor Technology cleverly developed for data collection of up to 100 Power Lube Sensor units. Design and functional description: The Power Lube Sensor allows both to control the quantity / volume of lubricant as it passes through the electromechanical system and the remote transmission of alarms related to poor lubrication faults. It also controls the various alarms (battery level fault alarm, lubricant volume fault alarm, operating alarm, etc.) while adapting to all lubrication systems and industrial machine lubrication points system.