OEM sensors from m-u-t are designed to reliably measure the physical properties of materials such as solids, liquids, gases and plasmas in your production process.
By using m-u-t OEM sensors you can measure properties of solids, e.g. concentration of ingredients, color, contour, and a variety of quality parameters. In liquids, sensors determine identifying features (tracers), optical density, ingredients and color, for example. Contactless measurement and analysis of gases based on UV and NDIR technology (none-dispersive infrared technology) has become the superior test method. With this technology, production processes can be monitored and controlled continuously and in real time. Therefore, customers from various industries are improving their process quality and minimizing waste by using NDIR detectors. Gas sensor applications developed by our engineers, e.g. methane sensors, are individualized complete solutions, calibrated precisely to the specific measuring task.
Our single gas sensor modules are designed to measure gases individually: e.g. oxygen (O2), carbon dioxide (CO2), hydrogen (H2), ozone (O3), ethine (C2H2), ethene (C2H4) and ethane (C2H6), methanol (CH3OH), acetone (C3H6O), ethanol (C2H5OH).
m-u-t multi-gas detectors analyze up to fourteen gases simultaneously and selectively in a single sensor chamber. Up to eight gases, e.g. CO (carbon monoxide), CO2 (carbon dioxide), CxHx (hydrocarbons), are measured optically and are integrated in a unit with up to six other chemical sensors, e.g. H2 (hydrogen) or O2 (oxygen). Besides determining the concentration of target gases, physical parameters such as humidity and temperature are also measured. In addition to the high precision of the measuring results, which are essential for production-critical processes, m-u-t sensors are also completely wear-free, as they do not have any moving parts. Therefore, the sensors are maintenance-free and require no repair.
1) Type "HR", measuring range 0-20g / Nm3 (1.0Vol%)
2) Type "MR", measuring range 0-1g / Nm3 (510 Vol. ppm)
3) Type "OEM"; measuring range and interfaces exactly according to your requirements
The measurement principle of the m-u-t ozone gas sensors is based on two-beam non-dispersive UV spectroscopy (NDUV).
m-u-t ozone gas sensors use the latest UV LED technology as light source, thus providing the following advantages for your application:
a) very short warm-up time: fast availability of measurement results
b) very low energy consumption: battery operation possible
c) very compact design: portable applications, easy to integrate
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%.
Measuring range and measuring speed can be adjusted according to your requirements.
OEM spectroscopy solution
Step-by-step, together with you, we will develop the OEM spectroscopy solution exactly tailored to your application: development > prototype > test > series product. In this process, our customers from various industries are always working directly with our engineers. Confidence is a top priority. All customer information and development data remain strictly confidential.
In addition to successful technical solutions, we are pleased that m-u-t customers also report budget compliance and excellent teamwork during joint project work. We believe, the short distance between development and production and the m-u-t project management, which has been continuously improved over many years, are also responsible for this positive experience.
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:
Our customer specific development products are normally covered by confidentiality clauses.
Talk to m-u-t about developing a product for your specific application!
The basic module of the IGNIS infrared detection for early fire detection identified a danger. The globally unique 3D module extension for early fire detection determines the precise location information and the individual danger of the glowing nest. This information will be forwarded to a particular deletion server. The danger points are sorted according to the degree of danger and dealt with separately. The extinguishing server is for the simultaneous control of different extinguishing monitors. The number of IGNIS3D infrared detection systems and water cannons is independently from each other. The installation position of the systems can now be freely selected: Your fire protection concept will be ideal.
Extinguishing measures can also be carried out by other detectors or the operating personnel. They are treated in such a way that they cannot be experienced by the IGNIS3D or are explicitly excluded from fully automatic viewing.Worldwide visibility and patented - 3D measuring detection
If you need accurate infrared measurement technology for early fire detection, m-u-t's patented Ignis3D infrared detection with distance measurement is the answer. It enables embers to be accurately detected and dealt with using the latest 3D spatial data.
How does Ignis3D outperform competing systems?
Conventional systems record the area once at the time of installation. The disadvantage with this is that if, for example, the fill heights of a room change, the system may not be able to locate the source of a fire.
Ignis3D scans the environment automatically and continuously, so the 3D coordinates are never more than two minutes old. In the event of an alarm, this is a considerable advantage, as the data enables accurate extinguishing. Ignis3D is the only system on the market that can do this.
What is the distance used for?
Temperature measurement The VdS loss prevention council stipulates accuracy of 5K for temperature measurement. Only Ignis3D meets this standard every time even in dusty environments and at variable distances. Under these circumstances, conventional solutions can cause deviations of more than 25K.
The system applies coolant to the same surface from any distance, and the projectile trajectory is always accurate thanks to precise calculation. The number of Ignis3D detectors doesn't have to be the same as the number of sprinklers, and their mounting locations can be different too.
Please contact our project engineers to discuss the exact procedure with you.
Allow us to implement your network protocols with precision.
For fast delivery of your required tank level indicators.
Use our efficient PCB technology for your specific requirements.
Use our pre-wired control panels for your specific requirements.
Benefits of pre-wired control panels
Can be tailored to your individual needs.
The LBHP light reflector button is available for immediate delivery.
Your advantages at one glance:
Your advantages at one glance:
If you need help in integrating the module into your system, as your OEM partner we'll be happy to help.
Our de-cappers and re-cappers can be adapted to suit your product.Sealing open tubes
With a wide range of features, the sensors guarantee stable performance in even the most demanding industrial and consumer applications:
Simple function updates and adaptation for new instruments make it the perfect platform to handle typical applications in laboratory automation in both small and medium quantities.
Precise control of DIN rail mounting
With our modular logic controller (MLC), you get modular control for DIN rail mounting. It consists of a central unit and up to 15 I/O modules that can be combined in any way, containing digital and analogue inputs and outputs. In this way, simple applications can be realised without the need for work-arounds. The programming is done with Multiprog© as per IEC 61131 in up to five different programming languages.
With its modular design and generous expansion reserve, the MLC can be easily adapted to different requirements.