BD|SENSORS is a mid-sized, owner-managed company, which attaches great importance to independence and sustainability
BD | SENSORS is the global address for accurate use of pressure measurement technology and hydrostatic level measuring.
With our unremitting product and quality strategy we have been successful in becoming a major player on the world market for electronic pressure measurement devices within a few years. Our consistent product and quality strategy has enabled us to set new benchmarks on the global market with the development of a portfolio of pressure measurement devices that range from 0.1 mbar up to 6,000 bar.
Sensors are paramount to industrial processes that are increasingly automated and digitally networked since processes are impossible to control without the reliable acquisition of signals and measurement data. The chapter “digital base” is old hat already at BD|SENSORS, many variations of pressure and fill level acquisition are currently communicating with the digital periphery.
Based on different sensor technologies, combined with housing materials of stainless steel and various plastics, the industrial transmitters are suitable for almost all industrial gases and fluids. Our industrial pressure transmitter may be adapted to almost any application due to a variety of electrical and mechanical connections.
aluminium die-cast cases or plastic housings, our differential pressure transmitters may be used for numerous fluids and gases, e. g. for monitoring ventilation ducts, filters and fans in HVAC areas as well as for level measurement in closed pressurized tanks.
With a great variety of mechanical and electrical connections, BD|SENSORS offers a new generation of digital pressure gauges for different applications. Due to the two sensor technologies in use (stainless steel sensor or ceramic sensor), our digital pressure gauges are suitable for nearly all fluids, pasty media and gases. The display module is continuously rotatable, so that a clear readability is guaranteed even in unsual installation positions.
Due to the simple handling as well as the variety of software features (switching points and hysteresis freely configurable, delay function, Min/Max-value data storage, display and analogue output signal scalable, etc.) the DS 200 / DS 400 series is especially suitable as an intelligent pressure switch for general plant and machine construction and the processing industry.
These electronic pressure switches are used in hydraulic and pneumatic applications for monitoring and controlling the pressure via switching outputs.
marine, shipbbuilding, offshore
nominal pressure:0 ... 40 mbar up to 0...20 bar
accuracy:0.1 % / 0.25 % FSO
stainless steel sensor (strain gauge)
oil and gas industry
nominal pressure:0 ... 5000 psi up to 0 ... 15 000 psi
accuracy:0.5 % FSO
Digital charge amplifier for piezoelectric sensors
Measuring range freely selectable
Signal output ± 10 V
Ethernet system interface
Compact, robust design
terminal box aluminium
pressure ranges 0 ... 8000 bar
highly dynamic pressure recording up to 50 kHz
The new DAC series allows accurate recording of measured values in extreme situations, such as pressure spikes or pressure surges, pressure gradients during explosions or combustions, e.g. in the case of ballistic measurements or the ignition of internal combustion engines.
Piezoelectric sensors are suitable for dynamic measurements up to ranges of more than 100 kHz. They are very small and can easily be integrated into the applications. Use of the DAC requires a charge amplifier which converts the generated electric charge into a corresponding output signal.
Whereas pressure transmitters with analogue output signals and switching contacts dominated the market a few years ago, devices with digital interfaces are becoming increasingly important - Industry 4.0 sends its regards. BD|SENSORS has taken up this challenge like no other provider of electronic pressure measurement devices. As impressively documented by the product matrix below, BD|SENSORS has probably the widest product range of pressure measurement devices with global interfaces in the world.
BD|SENSORS offers a wide range of submersible probes designed for the measurement of fill levels of fluid or paste-like media or for levels of water and waste-water. The sensors are based on hydrostatic pressure, i.e. the fill level is found by measuring pressure.
The submersible probes are available with many types of enclosure materials, pressure sensors and diameters and will thus in their standard version already offer perfect solutions to predominant installation conditions.
he detachable submersible probes are noteworthy. These designs allow very simple detachment of probe and cable, requiring no tools. This is a decisive advantage during maintenance or servicing, since only part of the submersible probe will require attention, not the entire installation. with stainless steel sensor LMP 308 | LMP 808 with ceramics sensor LMK 358 | LMK 808 | LMK 858 The range also includes other designs such as submersible probes with integrated overvoltage protection, temperature sensors or data loggers, also types communicating via RS 485 interface or HART® protocol.
Due to the ability to combine stainless steel and ceramic diaphragm wiht housing materials of stainless steel or plastic and different sealing materials, our screw-in-transmitters are suitable for almost all liquids occuring in industrial level and process measurement.
Our detachable submersible probes boast easy maintenance, debugging and repairs. Sensor heads are in this case separable from the instrument without touching the remaining cabling. You may now examine, clean or replace the probe head and then simply screw it on again. Simple, fast and at the drop of a hat.
terminal box plastics
Besides the classic version with display and analogue outputs (PA430, ASM430), BD|SENSORS offers with the process display of CIT-series an evaluation device that can be combined with our pressure measuring devices and hydrostatic submersible probes and is furthermore also suitable for acquiring for example temperature and potentiometer signals.
The data logger can record up to 2 million measurement values with a maximum measuring rate of 1 Hz in internal memory (8 MB).
By connecting a USB stick, the capacity can be enlarged to several GB. The LoogySoft software (CIT 600 / CIT 650 ) or DAQ-Manager (CIT 700 / CIT 750) helps the user displaying (table, graphic), saving, evaluating and exporting the recorded data.
The machinery and plant manufacturing sector spans an enormously wide range of different applications. Plant control is based on reliable and accurate measurements based on sensors. This particularly also applies to the measurement and communication of pressure and fill levels.
Be it pressure sensors, pressure transducers or electronic pressure switches, BD|SENSORS will offer you the most cost-effective solution in terms of technology or price - from cost-effective OEM pressure transducers up to precision instruments for reference measurements:
Our CEO Rainer Denndörfer is convinced that conventional energy generation technologies will persist adjacent to renewable energies. BD|SENSORS will thus offer suitable electronic pressure transducers and hydrostatic fill level probes for both fields of energy generation and also be ready to design new ones where needed.
Plant and equipment used on ships and yachts are exposed to the harshest of climatic conditions, to rough environments and extremely high mechanical stress. BD|SENSORS pressure and fill level measuring instruments will remain reliable and durable for many years under such conditions of stress. The many certifications for shipping worldwide document that the functionality and design of our equipment is eminently suited for deployment on ships.
Hygiene is as essential in the manufacture of foodstuffs, drinks and tobacco as in the production of pharmaceutical products. This is true not only for the production facilities but also for machinery and plant and in the latter case especially sensors, probes and measuring technology. The design and materials BD|SENSORS uses for their pressure and fill level measuring instruments fully meet the demands made by these markets globally.
Chemical processes make very high demands on electronic pressure measuring instruments and hydrostatic fill level probes in two respects:
Add to this top safety requirements, especially in explosion hazardous plant and equipment and the absolute demand for top operational reliability.
The acquisition of fill and gauge height is a central requirement in this field. BD|SENSORS here deploys the highly reliable method of hydrostatic fill level measurement. In practice this is implemented in different variations - be it in the form of level probes for surface and ground water applications, submersible probes for wastewater treatment plants and storm water overflow tanks, or down to fill level probes for tank farms and in container construction.
In addition to probes of any imaginable type required for water processing, we also offer solutions designed for aggressive media such as acids and lyes.
The combination of a diversity of materials for enclosures with sensors made of metal and ceramics is a perfect basis for innovative customer solutions. BD|SENSORS in this way ensures that the hydrostatic water and fill level concept will remain superior to any other method of measurement, both in terms of technology and price and in terms of accuracy, service life, reliability, simple fitment and commissioning.
Scientists these days believe that the natural resources of oil and gas are not quite as finite as thus far assumed. These resources are likely to remain available considerably longer than hitherto predicted.
This is the reason why BD|SENSORS is one of only a few global companies that recognized a need for the development of accurate and robust instruments for the measurement of pressures in the field of oil and gas production - including traditional onshore and offshore drilling for and extraction of oil and also fracking.
The electronic BD|SENSORS pressure measuring instruments in the field of oil and gas production have set standards in terms of