BRANS Measuring & Controlling Technology Co. Ltd is a Chinese Manufacturer of different types of load cells, torque sensors, pressure sensors,
multi-axis sensors and related instruments and software.Brans Located in the
Electronic City-Hefei, Anhui Province. BRANS built a reputation as a quality
provider of test and measurement tools around the world. As the Sensor Solution
Source, BRANS supplies test and measurement products to many industries,
especially automobile, medical, robotic and aerospace.
What you could get from Brans?
Load Cells, Miniature and sub-miniature force sensors, Pressure Transducers/sensors, Torque Transducers, Displacement
Transducers (LVDTs), Digital Gauges, Strain Gauges, Instrumentation for Test,
Digital AED Transducer Electronics, AD103C with RS-232 and RS-485 4-wire
interfaces, Amplifiers and data acquisition systems as well as software for
structural durability investigations, tests and analysis, Measurement and Other
Why choose Brans?
1.Brans cooperate with HBM, FLINTEC, METTLER TOLEDO, Honeywell, Vishay and other famous brand electronic measuring instruments and
system. We could learn and get the most advanced technology and news of
procedures. Good manufactures means good products.
2.We could OEM for miniature and sub-miniature load cells with tension or compression; big capacity
load cells/sensors Brans also could make it with good quality
3.Brans products (load cells, force sensors, amplifiers…) have been certified per ISO9001, OIML, CE, ROHS, NETP AND ATEX. Brans could promise you
the best quality for measuring products.
Who Brans cooperate with?
Brans have developed solutions for a wide range of industries including automotive, aerospace, military and defense, oil and
gas, R&D and material/test labs, machine and automation equipment designers
and builders, off highway and heavy equipment manufacturers, medical device
manufacturers, semiconduct or fabricators, utilities and energy companies,
marine equipments and shipbuilding.
Hefei Brans Measuring & Controlling Technology Co., Ltd
Add:Longgang Economic Development Zone, Yaohai Dist., Hefei City, Anhui Province, China
For many years, the monitoring of coolant levels was never carried out or if it was, then at best a cursory dipstick was used. During those days, engines were much larger and comparatively inefficient so a slight loss of coolant did not present so much of a problem, but as engine design has evolved over the years and newer lighter materials came into use then the repair or replacement costs of engines damaged by a catastrophic loss of coolant meant that the presence of coolant was essential and that there needed to be an alarm if the coolant fell below a determined level.
Frequently load pin cell used these days is a small single point float switch which can make or break when the coolant level falls below a certain level. These devices are cheap, easy to fit and tolerably effective. They do suffer from the effects of vibration and continual slosh of liquid in the reservoir and mechanical failures are quite common. Realising that technologies have moved on both in sensing devices and engine management systems, engineers began to specify solid state coolant level switches should be fitted for a number of reasons. Electronic sensors almost always have no moving parts, they can be programmed to perform various functions and their size is not a limiting factor in their choice of use. All of these features provide a significant advantage over the float switch device and even the cost is not too dissimilar. The reliability of electronic coolant level sensors is without parallel and they are an automatic choice for many engine manufacturers.
The digital cameras megapixels madness is very similar to the personal computer Mhz madness back in the 90s. The number of pixels a camera uses to produce a digital photo is just one element in determining the photo quality. Another important element that is usually forgotten is the sensor size. Here is why.
Digital cameras use an electronic sensor (also known as a CCD) in order to capture a digital photo. This sensor replaces the old film rolls used by traditional cameras. The electronic sensor is built from small light sensors also known as pixels. When you take a photo the camera opens the shutter for a certain amount of time. During that time light hits each individual pixel. The amount of light that hits each pixel determines its intensity (also known as the pixel value). A digital photo is comprised of many pixels each with its own pixel value.
There is a direct relationship between the size of the S load cell the digital camera uses, the number of megapixels it supports and the size of each pixel. For a fixed CCD size the more pixels the CCD supports the smaller each pixel is. On the other hand for a CCD with a fixed number of pixels, the larger the CCD the bigger each pixel is.
If you want to know more, you can click http://www.bransensor.com .
A few years back, I sat in a lecture once where a gentleman had "running mice" which were bred for running after subsequent generations. I asked him if they ran more the night before an earthquake, he didn't know. But perhaps they do, I would guess they do, but cannot prove it without empirical evidence, and there are good applications for knowing the answer to this question, for instance, using frequency to steer various species away from human populations, or to safety, even send ocean mammals away from beaching. Do the elephants run because the rats and underground rodents scurry about, they don't like mice or rats, they seem to have a phobia which is innate.
Or, is it because they are flat footed and they can easily feel the vibrations running up their legs, or due to their big ears which pick up vibrational sound waves, for instance the "S" or surface waves, or the deep "P" waves? If so, wouldn't humans also be able to do this, not modern day humans in their New Balance and Nike shoes, but bare-footed tribal humans closer to nature? Do locust swarms also have something to do with "Earthquake" type vibrations + shortage of water and food supply? If so, can we steer locust swarms away from farm areas using vibrational directed energy?
The methodology described in this load cell amplifier will work with any type of database including Oracle, Microsoft and
others. In addition, a real-time version of this technique will allow
live-auditing to ensure that unnecessary functions are automatically
disabled, which prevents the functions from being exploited by a hacker.
Further analysis might reveal new opportunities for future audits and any number of software printing programs can be used to convert the xml-formatted data into training material that would assist your company in the effort to improve current business work-flow.
The first versions will concentrate on the complexity aspects of computer operating systems. After that, and with some proof-in-the-pudding experience, the next versions will concentrate heavily on the presence-behavior pattern of hackers and less-than reputable users.
Lambda probes may have different number of cables with 1, 2, 3 or 4 cables.
Only cable 1 show it in black to give power to the probe, the mass is achieved by the single case of it.
S load cell are possessing resistance heating and these probes are usually white wires which are responsible for feeding the heating probe with positive mass.