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  • Offer Profile
  • m-u-t‘s business units are
    • Spectroscopy
    • Laboratory Automation
    • Aviation
    • Fire Detection
    We develop customized, elegant high-tech solutions for our clients’ market needs. Our projects range from updating existing applications and processes to creating completely new and innovative products. We specialize in the fast and flexible adaptation of existing components and products to meet customer demands.
Product Portfolio

  • For over 20 years m-u-t has offered its customers expertise in developing optical measurement solutions over a wide spectral range from UV and VIS to NIR as well as MIR extending into the LWIR. Not only does m-u-t develop these solutions, but we also mass produce and service them.

    Come to m-u-t and let us together develop an optical tool based on m-u-t’s available in-house technologies, which can fully serve your measurement needs. Our goal is work with our customers to help them more efficiently service their markets and open the doors to new markets. Your success is our success when you can improve product quality, reduce waste, and optimize resource management using an m-u-t measurement solution. m-u-t manufactures optical measurement products for a variety of applications. From a measurement of wavelength dependent R/T characteristics of coatings on substrates such as glass, plastic foils or metal sheets, parameters such as film thickness (10nm-50µm), moisture concentration, sheet resistance, color and index of refraction can be determined.

    A partial pressure measurement of gases such as oxygen (O2), carbon monoxide (CO), carbon dioxide (CO2), methane (CH4), acetylene (C2H2), ethylene (C2H4) and ethane (C2H6), as well as a simultaneous determination of temperature and moisture content, are all extremely valuable for process control. A spectral analysis of liquids and solids can be used to determine the proper dosage as well as allowing for an evaluation on whether all the correct ingredients are found in the sample.

    Come to m-u-t with your measurement inquiries. We will accompany you from the start of a product concept design, through the development phase, all the way to mass production of your product.

      • Diamond-electrodestechnology

      • Diamond-electrodes-technology for water purification
        „No water – no future“ those were the words of UN general secretary Koofi Annan
        addressing the fight for the most important resource. About 2 billion people have no
        access to clean drinking water worldwide and each year about 5 million people die from
        contaminated drinking water. The supply of clean water in sufficient amounts and quality
        is probably the biggest challenge of the 21st century.
        In cooperation with Condias, m-u-t developed a system for purification and disinfection
        of wastewater. The device is based on the diamond-electrode-technology from Condias.
        The measurement and control technology as well as the system integration is provided by

      • Process Control On UV Lamp

      • For fast UV lamp drying processes in CD & DVD production and drying of dyestuffs and
        colors in the printing industry, it is important that the light source has the right intensity at
        the correct wavelength. Otherwise either the process takes too long or the material is not
        completely consolidated. Since these light sources change the emitted radiation during
        their lifetime, constant inspection is necessary.
        The given task
        The lamps need to be inspected for intensity and wavelength distribution. As soon as they
        are altered, the intensity needs to be increased. If this does not help, the lamp needs to be
        replaced. A device for permanent inspection of each lamp is necessary. The process may
        not be prolonged by the inspection or by replacing the UV lamps too early.

      • Optical Tracer Identification

      • Mass-produced fluids can not carry their brand like solid products or those filled into small
        bottles or cans. They are usually stored and transported in huge universal tanks and they are
        essentially similar to the competitor’s product or to illegal imports from uncertified manufacturers.
        The brand owners and the authorities lose a lot of money every day worldwide.
        The given task
        In order to protect the national gasoline market against illegal imports or mixing of the
        original gas with illegally produced gas, a complete solution for branding and identifying of
        the gasoline needs to be developed. m-u-t has developed a solution, that is easy to handle
        and as a mobile testing unit it fits into the luggage compartment of a car. Adulteration as
        well as counterfeiting can be detected.

      • High Voltage Modules (HV-Modules)

      • The high voltage modules (HV-modules) made by m-u-t are designed for driving Avalanche photodiodes, photomultipliers, laserdiodes, piezo actors and similar products, which require operating voltages up to 3 kV.

        High precision Output voltage control

        Depending on the selected high voltage modules (HV-module), the output voltage can be adjusted from 50 V to 3 kV (either positive or negative). With the short circuit resistant output voltage monitor, the output voltage can be controlled within limits of ± 0.1%. This high stability of the output voltage ensures precise operation of the connected devices.


      • IR Multi-Gas Sensor NDIR Module

      • Infrared multi gas sensors are based on the principle of non-dispersive infrared spectroscopy (NDIR). The multi gas sensor uses light of a specific wavelength in the infrared range to illuminate the sample depending on the type of gas to be analyzed. It measures the absorption of light when crossing the sample chamber and indicates the concentration of the gas in the sample chamber. A chemical reaction does not take place in the process, so our multi gas sensors have a long service life and remain stable over the long term.

        The measurement of up to three gases in a single sensor considerably reduces cross-sensitivities (which are otherwise commonplace) not only by adeptly selecting the IR wavelengths, but also via algorithmic incorporation of all measurement channels. Three gases can be combined freely depending on the requirements. CO carbon monoxide, CO2 carbon dioxide, CH4 methane, C2H2 acetylene, C2H4 ethylene or C2H6 ethane are available right now.

        The measurement precisions that can be achieved depend on the respective gas combination and the measurement ranges, and can be optimized for the application at hand by suitable calibration.

      • O2 Detector and CO2 Detector Modules

      • m-u-t develops sensor modules to your specifications to exclusively fit your needs. The following standard modules are also available in stock:

        The O2-Detector module is a compact and cost-effective gas analyzer based upon the electro-chemical measurement of oxygen concentration. The O2 sensor can be calibrated for the range of 0 to 10 % or 0 to 25 % oxygen. It features a low power input, a large range of supply voltage and a long lifetime of the electrochemical sensor.

        The CO2 sensor LC is a microprocessor controlled gas analyzer using non diffractive IR detection (NDIR) for determination of CO2 concentration. This low price CO2 detector is characterized by low power consumption, a wide supply voltage range of 8 V … 15 V and simultaneous integration of current and voltage interface.
        A microprocessor controls all necessary functions and performs calculations which allow fast customer specific adaptions by software variations. For our CO2 detector we offer different calibrations for varying concentrations of CO2: 10%, 11%, 30%, and 100%.

      • Gas Sensor O2

      • Electro-Chemical Gas Sensor
        This O2 sensor is a compact and cost-effective gas sensor module based upon the electro-chemical
        measurement of oxygen concentration. The sensor is factory calibrated for a concentration
        range of 0% to 10% or 0% to 25% oxygen. Its galvanic cell uses a weak acid electrolyte.
        The sensor’s unique chemistry offers superior performance over a conventional oxygen sensor
        and is unaffected by acid gases such as CO2, CO and NOx.^

        • Emission testing
        • Food storage monitoring
        • Combustion efficiency analysis
        • Gas blending
        • Compost monitoring
      • Gas Sensor CO2 -LC

      • The CO2 LC is a microprocessor controlled gas sensor using nondispersive IR detection (NDIR) for determination of CO2 concentration. This low price CO2 sensor is characterized by low power consumption, an integrated temperature compensation, self-monitoring and a simultaneous integration of current and voltage interface. In Addition, it features a high long-term stability. This is realized by the lock-in amplifier and the NDIR-measurement with two optical channels (CO2 and reference). All necessary adjustment elements are present on the printed circuit board. Using the expansion port, a RS232 converter can be connected.

      • Thin Film Analysis (TFA)

      • The TFA device utilizes broadband reflection and/or transmission characteristics to determine a wide variety of sample parameters such as film thickness (ranging from 10nm - 10µm), moisture content, sheet resistance, color, and index of refraction. The TFA device is available for in-line, process control applications and operates in vacuum and harsh environments.

        Our TFAs for laboratory applications are identical in construction to our process control TFA solutions easing a move from the laboratory (lab) to the field (line).

      • QSP in the industrial production process

      • QSP1) is capable of detecting bacteria and toxins – qualitatively as well as quantitatively, very fast and with a low detection threshold.

        Continuous quality control in the industrial production process has established itself firmly by now. For the determination of some measures, the plant operator has to cope with a long time offset.

        When sending probes to laboratories a time offset of days or even weeks happens until the relevant results have been received and thus can allow for drawing conclusions about the status of the production process. QSP is an alternative allowing for determining the relevant parameters by analyzing in one’s own quality assurance group or even online in the process. Just the way you are used to with the other parameters in your process.

      • Photonic Solutions

      • Since the foundation of m-u-t in 1995, we have developed optical measurement systems that cover the wavelength range from UV-VIS-NIR-LWIR. Photonics -- as this field is often called -- stems from the combination of the word ‚photon’ (meaning ‚light quantum’) and the latin suffix –ic (meaning ‚having some characteristics of’). At m-u-t, photonics is synonymous with the field of optoelectronics.

        The numerous applications of photonics can be divided up into four general fields:

        Lighting and displays
        Industrial process and quality control
        Information and communication
        Life sciences (including biophotonics)
        Our customer specific development products are normally covered by confidentiality clauses.
        Talk to m-u-t about developing a product for your specific application!


    • Optical measuring technology for online analysis of substances in agricultural and environmental technology

      With over 20 years expertise in optical measurement systems such as UV, VIS, NIR, MIR, Raman and LWIR, m-u-t provides deployable technologies and applications for the measurement of moisture content or dry matter and various substances. These include starch (XS), crude protein (XP), crude fat (XL), crude sugar (XZ), crude ash (XA), as well as plant nutrients and other key parameters for all particles and substances occurring in agricultural and environmental technology.

      Among them are measurement technology solutions for content material measurement in freshly harvested, still partially damp crops like chopped maize, grass, alfalfa or GPS, corn maize, cereals and oilseeds. Furthermore, in organic fertilizers, that is slurry and solid manure, parameters such as total nitrogen (Nges), ammonium nitrogen (NH4-N), potassium oxide (K2O), phosphorus pentoxide (P2O5) and dry matter (DM) can be determined.

        • NIR analysis

        • Scope:

          A qualitative and quantitative assessment of the nutrients in liquid manure, solid and liquid digestate and other fermentation products in the spreading of fertiliser according to requirements, plants and the environment, which not only increases the nutrient efficiency, but also for documentation purposes contains the report data for the fertiliser ordinance report (DüV).


          Since June 2015, our new NIRS online measuring system has been available as a series product. For its development, we worked together with well-known companies in the industry and at an early stage in field use we involved the German Agricultural Society (DLG) and the Chambers of Agriculture.

          Benefits for the customer:

          A real-time measurement – either permanently installed in a stall or on a liquid manure silo or used portably on a hopper or nutrient station, on trucks or spreaders, whether as a manure-fuelled self-propelled transporter or manure tanker which is pulled along – enables the user to an agronomically optimised, fertiliser ordinance report compliant, site-specific nutrient application. This means that a greater precision in fertiliser planning, cost reduction and revenue optimisation can be achieved, and at the same time compliance with the statutory requirements for field and site-specific spreading and documentation.

        • Portable NIR Lab for Real-Time Measurement

        • Scope:

          Results are beneficial in real time for determining the quality of supplied material, for feed analysis as well as for the determination of harvest time. A measuring device must be able to withstand the rigours of use in the field.


          The portable NIR measuring device developed by m-u-t can be used at any time or place, thanks to its robust design. By using this optical measuring method it’s possible to carry out up to 20 measurements per minute, at no extra cost. Thanks to the intuitive user interface, measurements can be carried out without any special expertise. Depending on the application, it’s possible to create calibrations for diverse applications.

          Benefits for the customer:

          With help from the robust, network-independent design, answers to a wide variety of questions can be given immediately on-site. Thus rendering a time-consuming laboratory analysis unnecessary.

        • Other fields of Application

        • Milk analysis


          During the milking process, conducting an inline analysis of both quality critical substances and impurities in raw milk.

          Soil sensors


          Knowing the nutrient content of the soil before sowing starts.

          Feed analysis


          Knowing the energy content of total mixed ration.

          Online dry matter determination


          Measuring the degree of dryness of digestate online or to find out how dry straw is during the pressing process.

        •    QSP in the agricultural and environmental technology

        • QSP1) is capable of detecting bacteria and toxins – qualitatively as well as quantitatively, very fast and with a low detection threshold.

          Industrial production of foods has brought a lot of good. However, it also contains risk. With ever increasing quantities meeting quality levels especially for bacteria and toxins becomes still more important. Smallest quantities of bacteria or toxins can destroy huge charges of foods or primary products. At the earliest possible time contamination or other quality issues need to be detected in order to prevent further processing or mixing with non-contaminated goods.

          The detection of contamination has displayed until now a large challenge. Up to now, this could only be realized by time-consuming and expensive laboratory tests. m-u-t presents the patented QSP procedure and thus has developed a possibility to detected contamination like bacteria (legionella), viruses, toxins, etc. in liquids or gases within a very short time frame. The procedure is suitable for at-line as well as automated on-line measurement in industrial processes.

          If you are facing a measurement task where QSP might be suitable, do not hesitate to contact us. We are specialized on application-specific solutions of measurement tasks jointly with you. You are the expert on your application; we contribute technology- and realization competence. We produce the products according to highest quality standards and manage the whole life cycle for you.

        • Humidity and Content Material Measurement

        • m-u-t offers measurement solutions for humidity measurement, as well as content material measurement on harvesters, by using NIRS or NIR spectrophotometric technology. So a dry matter measurement can be taken during the harvesting of maize, grass, GPS and alfalfa from the flow of the field chaff cutter.

          The same measuring principles are applicable for silage trailers for grass, cereal grains and oilseeds on combine harvesters.


      • OEM solutions in laboratory automation - pre and post analytics

        m-u-t has many years of experience in laboratory automation. We develop and manufacture a wide range of customised solutions for our OEM customers to make them successful in their market. We have great experience and longterm realtionships with our Partners. We can offer a wide range of solutions in pre and post analystics. High reliability and highspeed processes are essential for our customers. We make medical diagnostics more effective and efficient to make you able to give your patients the right therapy fast.

          • Bulk input module for a Total Laboratory Automation (TLA) solution

          • For an innovative provider of a Total Laboratory Automation (TLA) system m-u-t has developed a bulk input module. With it, m-u-t has covered the full range of the solutions:

            Mechanical design
            Development of control system (electronics and Software)
            Product documentation for the customer’s regulatory requirements (e.g. CE certification)
            Serial production of the module at the Wedel site

          • Laboratory Automation

          • m-u-t can offer all automation tasks in the medical laboratory. In addition to our self-developed concepts and solutions, m-u-t can rely on a network of well-known strategic partners. We can integrate the following components into our solutions:

            Liquid handling/aliquotation
            Track systems

          • Recapping / Decapping

          • For a full portfolio of solutions and concepts, m-u-t has experience in developing of decappers and recappers. These are characterized by particularly high speeds of up to 2,000 tubes per hour and the high reliability which m-u-t is renowned for.

          • Optical Measuring technology / spectroscopy

          • Optical measuring technology / spectroscopy

            m-u-t ‘s core competence is optical measuring technology. This expertise goes far beyond the proven solutions for the quick reading of barcodes (1D and 2D), the evalution of cap colour and tube geometry.

            m-u-t is an expert in spectroscopy!

            We cover the entire spectrum of spectroscopy, from photodiode arrays to near-infrared spectroscopy (NIR) up to Raman spectroscopy. Our engineers are experts in developing the best solution for our customers with this technology. We go beyond the hardware and its associated software and can also create the required chemometric models for our customers.

          • Bulk loading

          • Bulk loading is where our expertise in laboratory automation began at m-u-t. Many hundreds of large laboratories worldwide use devices with our proven, reliable and patented step conveyor. The current version of the step confeyor has the following features:

            up to 3,500 tubes per hour
            Teflon coated for a reliable processing even of tubes with rupper caps
            Optimized angles in the hopper area for a reliable processing of every tube, even the last one

          • Input-output module for a large analyser

          • For a leading company in clinical diagnostics, m-u-t has developed an input-output module for an analyser. With it, m-u-t has covered the full range of the solution:

            Mechanical design
            Development of control System (electronics and software)
            Product documentation for the customer’s regulatory requirements (e.g. CE certification)
            Serial production of the module at the Wedel site


        • OEM solutions in medical technology

          m-u-t has many years of experience in medical technology. We develop and manufacture a wide range of customised solutions for our OEM customers to make them sucessfull in their markets. Our core expertise comes in particular from the market of instrument processing. The requirements in this market are constantly increasing, due to increased focus and new regulations in the field of hygiene. Rising rates of nosocomial infections such as MRSA, or the global importance of current pandemic cases, provide healthcare systems with new challenges. The various facets of optical measurement technology from m-u-t are able to contribute to solv these tasks.
          Robust at hard conditions

          Many of m-u-t’s developments are characterised by a high process speed and sustainable reliability, even under extreme conditions. We are used to develope and manufactue products hat have to withstand large fluctuations in temperature and high mechanical stress, as well as being able to come into contact with a wide range of chemicals without encountering any problems.

            • QSP in medical and life science

            • QSP1)can detect bacteria and toxins – qualitatively as well as quantitatively, very fast and with a low detection threshold.

            • Treatment of chronic Wounds

            • m-u-t has developed and producted a DC pulse generator for a worldwide provider of medical devices. Together with the customer’s hydroactive wound dressings,- this system can support and accelerate the wound healing process, of chronic wounds. Regarding this application, m-u-t has covered the full range of solutions covered:

              Mechanical design
              Development of control system (electronics and Software)
              Product documentation for the customer’s regulatory requirements (e.g. CE certification)
              Serial production of the module at the Wedel site

            • Process Control in Instrument Reprocessing

            • m-u-t has developed a complete system for process control and traceability for a leading manufacturer of systems for reprocessing flexible endoscopes. With it, m-u-t has covered the full range of solutions covered:

              Mechanical design
              Development of control system (electronics and Software)
              Product documentation for the customer’s regulatory requirements (e.g. CE certification)
              Serial production of the module at the Wedel site

            • Optical Measuring technology / spectroscopy

            • m-u-t’s core competence is optical measuring technology. We cover the entire spectrum of spectroscopy, from straightforward photodiode arrays to near-infrared spectroscopy (NIR) up to Raman spectroscopy. Our engineers are experts in developing the best solution for our customers with this technology. We go beyond the hardware and its associated software and can also create, the required chemometrics models for our customers. In medical technology, this results in many innovative ways to improve monitoring and controlling key processes.

            • ARTUS early fire detection combines video surveillance, temperature measurement, alarm and extinguishing in a single application.
            • ARTUS early fire detection checks the monitored area automatically and continuously, monitoring set temperature limits and temperature trends.
            • ARTUS early fire detection detects potential hazards up to 1 Kelvin (K) exactly and initiates custom actions: e.g. sends message to central fire alarm system, pre-alignment with fire monitor, starts extinguishing,...
            • ARTUS early fire detection is modular and durably designed to be able to adapt to the respective customer requirements.
              • Early fire detection technology with infrared detection

              • Early fire detection with LWIR thermography measures the surface temperature of the property being monitored so it can detect the increase of heat long before a critical temperature is reached. Early fire detection based on this principle has crucial system advantages over all other detector technologies:

                Visualisation of the temperature increase
                Invisible LWIR radiation is made visible by using calibrated microbolometer technology. Each radiation value has a temperature value and a colour associated with it. In this way, the surface temperature distribution becomes visible and can be captured with a view to its immediate assessment.

                Non-contact measurement over long distances
                LWIR thermal image-based early fire detection can be used over several hundred meters. Every pixel of the sensor corresponds to a temperature of the observed image. Using this information, the unit can be used to identify potential sources of fire and fire prevention measures.

              • Reference facility: Hagenholz waste incineration plant

              • The ERZ Entsorgung + Recycling Zürich waste incineration plant specialises in the recycling of household waste and the consequent extraction of heat and energy. It has been operating since 1969 and went through a comprehensive overhaul in 2003. A part of the project was the extension of the waste bunker, in which the waste material is stored until it is used, and the corresponding modernisation of the fire protection equipment in the waste bunker. A requirement was to be able to see, use and monitor all fire protection systems on one control system. In addition, the aim was to also save costs with a coordinated fire protection system: because fires are identified sooner, they do less damage. Also, the fire brigade is called out less frequently. With this scope, m-u-t equipped the facility in 2006 with a new ARTUS LWIR fire detection system. The bunker extension measuring 100m in length, 18m in width and 32 m in height was the same size as a 10-storey block of flats. For observing the large, elongated interstitial spaces, four independent ARTUS thermal imaging cameras were coupled together. All relevant data and alarms converge on an individually configurable information monitor and in the central control room on its large-scale video wall.

              • Appliction examples of early fire detection

              • An outstanding feature of LWIR systems is their excellent suitability for a wide range of applications and fire classes. Conventional detectors monitor the products of a fire, such as gas, flames or smoke, which can vary greatly depending on the class of fire. These detectors are expected to specify which type of anticipated fire they are for. LWIR surveillance, however, monitors the cause of every fire: unusual heat development. That makes this technology universally deployable, regardless of the type of overheating expected. ARTUS systems can also be used to monitor other temperature-sensitive processes, such as the monitoring of refrigeration equipment.


              • VdS 3189 - Guidelines for IR-camera units for temperature monitoring in fire protection, design and installation

              • The ARTUS product is developed according to VdS 3189 guidelines and also complies with VdS 3189 when installed at your site.

                The objective of this directive is:

                ‘Due to on-site and operational special characteristics, in addition to a fire detection system according to VdS 2095 or DIN VDE 0833-2, you may want to use IR camera units, especially for the temperature control of surfaces. Therefore, early stage temperature anomalies, such as temperature gradient in the IR camera unit’s surveillance area, can be responded to.


              • Early fire detection in explosion protection zones 1,2,21 and 22

              • ATEX certification of the ARTUS-Ex protective housing covers numerous infrared camera models, allowing more flexible solutions for temperature monitoring in explosion protection areas.

                The explosive-protective housing of ARTUS-Ex allows for use in hazardous areas and meets the latest explosion protection standards for installation in explosion-endangered zones 1,2,21 and 22. The certification covers not only the protective housing itself, but also all components such as the infrared camera, heating, and interface controller. An additional certification, as would otherwise be required for the use of the components referred to above, is therefore no longer required by the installer/operator.

                This makes the ARTUS-Ex protective housing an indispensable monitoring unit for early fire detection systems, or for condition monitoring of industrial plants with potentially explosive atmospheres.

              • Early fire detection with infrared detection and cooling/extinguishing function

              • The basic ARTUS early fire detection module detects a potential hazard. This optional module extension determines the precise location information of embers and can respond in a targeted manner. The process is simply stored on the ‘extinguishing process’ server. The ‘extinguishing process’ server is designed for various fire monitor (water cannon) manufacturers. Tell us the name of your fire monitor manufacturer and we’ll make sure to perfectly integrate it.

                Even standard extinguishing systems such as sprinkler systems can be triggered precisely, section by section.

              • ARTUS Module System with Investment Protection

              • Through over 20 years of experience, m-u-t has developed hardware and software for early fire detection and fire prevention. We have translated the diverse needs of our clients into a special hardware and software concept. The module system is easy to adjust and expand. Talk to us about the design for the protection of your property.


            • TRANSPORTATION

            • 15 years in electronics for railway vehicles

              m-u-t provides over 100,000 products to operators and manufacturers of rail vehicles and their suppliers annually.

              According to the regulatory requirements for rail transport such as e.g. EN 50155 and EN 45545, m-u-t develops and manufactures custom electronics and sensor products. From the specification process, product development, validation, series production and life cycle support, you will receive everything from a single source with m-u-t. Sophisticated compact solutions provide you and your customers with cost savings and competitive advantages.

                • Indicator Light WA46

                • The indicators in the WA46 series are distinguished by an illuminated display area of ​​46 x46 mm. The design is matched to the buttons in the WT40 series. There is a variety of symbol slides available in stock. The indicator light is uniformly illuminated with a flat and long-lasting LED module. The operation is carried out with a 24V power supply (EN 50155). Multiple displays and audible feedback can be configured. The indicators are available in different colours, as well as custom designs. When switched off, the display symbol can be optionally hidden (known as the vanishing effect).


                • Operational Control Button WT40

                • Our pushbutton for WC flushing, emergency, door opening and closing for the passenger in toilet compartments meets the requirements for interoperability (TSI) and physically disabled persons (PRM). Proven features like constant LED brightness during voltage fluctuation, tactile symbols, Braille and the use of redundant short-stroke keys ensure reliable operation under the usual tough conditions in the rail sector. Innovations such as integrated electronics with state machines and timers to reduce wiring costs and installation space on your control panel. Other innovations include our non-contact optical reflex sensors that meet the hygiene standards of toilet users. With a freely customisable slide design, the vehicle operator is free to choose their colour requirements and symbols. In the same design as the button you will receive our display modules of the WA46 series with highly customisable slide design and extremely durable LEDs.

                • Light Reflection Sensor Button LBHP

                • The light reflecting sensor button is specially designed for non-contact activation of toilet flushes and sink taps. It is sabotage proof, daylight and glare-resistant. An integrated IR interface of the light reflecting button LBHP can be programmed and checked wirelessly when installed. The integrated switching transistor enables the direct connection of a magnetic valve for the tap. The light reflecting sensor button LBHP fulfils the requirements of EN 50155 for electronic equipment used on rail vehicles, as well as numerous other standards.

                • Tank gauges TLI

                • Display unit for sand containers, cleaning water, fresh water and waste water tanks in rail vehicles.

                  The TLI tank gauges show the tank levels in rail vehicles. The designation and function of the 17 LEDs are factory programmable. There are time constants for signal smoothing during surge movements of the tank contents which are freely programmable. It can be connected to marketable threshold switches, resistance transmitters (type 0-5V) or sensors with a current signal (4-20mA).


                • Modular Logic Controller MLC

                • MLC is a modular controller for rail mounting comprising of a CPU and up to 15 I/O modules, which can be freely combined to be implemented in your application in rail vehicles. The central unit can be upgraded with SD memory cards and PC104 interface cards for different vehicle and train/bus interfaces. The membrane keypad and the display with VFD technology can be used to an operating temperature of minus 40°C. The modular design enables you to easily adapt to your different needs along with appropriate expansion potential. There are different I/O modules available with digital and analogue inputs and outputs. Installation is possible in any orientation; the control and display unit on the central unit can be rotated in 90° increments. I/O modules can be adapted to your specific needs.


                • PCB pre-wired Control Panels

                • m-u-t GmbH, in their many years of experience of switchboard construction for train systems, has developed alternatives to manually wired switchboards, which have already proved to be the most efficient design for medium quantities through increased product quality and reliability. PCB (printed circuit board) technology replaces loose wire strands circuit board technology for electronics. At the same time, installation space and weight can be saved with PCB technology. Incorrectly attached or missing wires belong in the past, there are no costs for troubleshooting, controllers or repairs.


                • Control Panels with integrated ICB Controllers

                • The ICB system combines the advantages of PCB technology and the performance of the MLC controller. Unbeatable quality and efficient power electronics for rail traffic result from the combination of faster and more reliable backup application development using modular system controllers and the most cost-effective, highest levels of manufacturing quality PCB technology. An almost unlimited variety of standardised solutions in the area of application in rail vehicles can be solved with ICB technology. The MLC automation system is an integral part of 'wire free' PCB technology. Complete control systems can be automatically tested prior to installation.