Description
UFC911B108 3BHE037864R0108 Контроллер ABB
KUKA has always been fond of “black technology”. Technical innovation is a daily topic, and continuous improvement is the daily routine of KUKA”s R&D. Andreas
Bauer, Vice President of Marketing Strategy and Operations Department of KUKA and Chairman of the International Federation of Robotics ( IF R), once said that the
detection error defined by KUKA is between plus and minus 0.01 mm.
“This error is thinner than a hair. Only with this arm swing deviation can a large robotic arm
This robotics giant from Germany uses a rigorous attitude to control the accuracy of its robotic arms to within millimeters, and is able to ensure that the error can
still be controlled within a controllable range after tens of thousands of hours of operation. Ball also said, “If it fails, we will find the reasons and make a summary.
Kuka will eliminate these mistakes 100%.”
2. Collaborate with users to grow and increase volume
As the hidden champion of Japan’s manufacturing industry, Fanuc’s growth has also faced obstacles from the United States. At that time, the United States
had the right to speak in the industry, and Fanuc had been unable to enter the U.S. market.
However, Fanuc later entered the U.S. market through cooperation with General Motors. Although it was not smooth at the beginning, with the financial support
of its partners, FANUC completed the “counterattack myth” and surpassed its competitors with technological iterations.
FANUC, which grew up in collaboration with its partners, became the world”s largest supplier of industrial robots in the late 1990s. It is reported that in June 2008,
FANUC robot sales exceeded 200,000 units; in 2015, FANUC”s global installed base of robots exceeded 400,000 units, with its market share firmly at the forefront.
Until now, FANUC’s industry status remains unshakable.
Similarly, ABB, another company from Switzerland among the four major families, has also been pursuing the strategy of “raise high and strike high” and attaches
great importance to cooperation with major customers. In the Chinese market, ABB cooperates with Huawei , Changhong, Fotile and other benchmark companies in
the 3C home appliance industry to customize products and solutions for customers.
Cooperation with industry representative companies means that ABB can grasp the development direction of the industry more quickly. While providing solutions to
customers, ABB has more opportunities to go deep into the market and understand users.
For example, in 2008, ABB cooperated with BMW and provided it with industrial robot solutions many times. In the following years, after gaining a deep insight into
user needs, ABB provided BMW with a package solution for the construction of a spray production line, providing it with 2,400 robots to mainly complete material handling, gluing, and welding .
It is understood that ABB currently has complete possession of the four major automotive manufacturing process technologies (stamping, welding, painting and
final assembly), and has developed a flexible and fully automatic automotive production system.
These customized solutions have attracted more well-known users to cooperate with ABB, and multiple cooperation with industry benchmark companies have
allowed ABB to better understand the needs and pain points of the industry, and develop products and solutions suitable for companies in more industries. It effectively
improves the productivity and highly flexible production requirements of car companies.
The increase in KUKA”s market volume is inseparable from its integration experience in multiple fields. KUKA’s Bauer once made it clear that “cross-industry
collisions can create new sparks.”
Whether it is the pursuit of top-notch technology, adhering to ingenuity and continuous improvement over the years, or in-depth cooperation with users in
actual combat, accumulating a large amount of rich application experience, the respective advantages and areas of expertise of the four major families are being
focused and extended. be perfected to become an important robot supplier in their respective fields over time.
204-007-000-102 Vibro-Meter U/I Module
3500/15-05-05-05 Ac and DC power modules
CP103 piezoelectric pressure sensor Vibro-Meter
SE120 piezoresistive accelerometer Vibro-Meter
PV685 piezoelectric speed sensor Vibro-Meter
PV660 piezoelectric speed sensor Vibro-Meter
CE687 piezoelectric accelerometer Vibro-Meter
CE630 piezoelectric accelerometer Vibro-Meter
CE620 piezoelectric accelerometer Vibro-Meter
CE311 piezoelectric accelerometer Vibro-Meter
CE281 piezoelectric accelerometer Vibro-Meter
CE134 piezoelectric accelerometer Vibro-Meter
CA901 piezoelectric accelerometer Vibro-Meter
CA280 piezoelectric accelerometer
CA202 piezoelectric accelerometer Vibro-Meter
CA134 piezoelectric accelerometer Vibro-Meter
VibroSmart® VSN010 real-time Ethernet switch
VibroSmart® VSA301 buffered output amplifier
VibroSmart® VSI010 Communication interface module
VibroSmart® VSV301 monitor module
SpeedSys300 ODS301Overspeed detection system vibro-meter
8237-1596 Overspeed safety detection device
5437-1080 High voltage/low voltage voting spare relay module
9905-873 power off trip type ProTech203 overspeed protection system series
5437-1079 ProTech-GII series fault detection system
9905-872 Overspeed protection system
8237-1370 Speed Detection System
9905-871 power off trip type ProTech203 overspeed protection system series
9905-756 Power tripping digital overspeed protection device
8237-1367 Overspeed detection system ProTech-GII series
9905-755 power off trip type ProTech 203 overspeed protection system series
9905-754 Power tripping digital overspeed protection device
8237-1246 Speed Detection System
8237-1245 ProTech Detection system
9905-753 Digital overspeed protection device
8237-1244 Speed Safety Device
9905-752 power off trip type
Safety device for three module turbine 8237-1660
9905-751 ProTech 203 series overspeed protection device
9905-751 ProTech 203 series overspeed protection device
8237-1601 Acceleration detection device
9905-750 Power trip overspeed protection device
8237-1600 Overspeed detection device
9905-879 power off trip type
9905-878 Reliable Overspeed protection
8237-1599 Overspeed detection device
XDD501A101 3BHE036342R0101 Industrial Ethernet
VMIVME-7807 PC BOARD MICROPROCESSOR
VMIVME-7700-111000 Ultra Low Voltage Intel Celeron VMEbus
VMIVME-7700 350-007700-111000-H Low Voltage Intel Celeron VMEbus
VMIVME-3122 16-Bit Analog-to-Digital Converter
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