德國(guó)Klingelnberg GmbH齒輪生產(chǎn)機(jī)械 工具

德國(guó)Kleinknecht Automotive GmbH控制器

德國(guó)Kjellberg Finsterwalde焊接器材

:王工
同號(hào)
      449147851
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產(chǎn)品介紹：

CUTi series cutting inverter CutLine series Manual cutting and plasma gouging

HiFocus Series High-precision cutting and marking from  0.5 mm to 120 mm FineFocus series Precise cutting from 3 mm to 160 mm PA-S Series Robust systems for simple applications from 3 mm  to 70 mm CutFire Cost-efficient starter model from 1 mm to 15 mm   FineMarker Separate unit for plasma marking

kleinknecht automotive gmbh       RP19/7043 /KΩ+-3% L+-0.5%

kleinknecht automotive gmbh       "DINA DNSFT 1

kleinknecht automotive gmbh       DINA DNDA 25/8

kleinknecht automotive gmbh       NG 1000-1-0 230VAC; 5-12VDC;250MA

kleinknecht automotive gmbh       DINA DNSFT  IDINA 38200

kleinknecht automotive gmbh       DNDS 3GM DINA  38079

kleinknecht automotive gmbh       DNDS 3GM-1E-CF1-LR1

kleinknecht automotive gmbh       E115DN/92.6/N.VDE0570

kleinknecht automotive gmbh       8V9343.010(160A)

kleinknecht automotive gmbh       H10306B

kleinknecht automotive gmbh       EI 192/1041KK/N.VDE0574

kleinknecht automotive gmbh       H10305A

kleinknecht automotive gmbh       H10307A

kleinknecht automotive gmbh       NR:3955/0802

kleinknecht automotive gmbh       UI180B/78KK/N.VDE057E

kleinknecht automotive gmbh       NR:3955/0802

kleinknecht automotive gmbh       H10307A

kleinknecht automotive gmbh       H10305A

kleinknecht automotive gmbh       EI 192/1041KK/N.VDE0574

kleinknecht automotive gmbh       E115DN/92.6/N.VDE0570

kleinknecht automotive gmbh       8V9343.010(160A)

kleinknecht automotive gmbh       H10306B

kleinknecht automotive gmbh       UI180B/78KK/N.VDE057E

產(chǎn)品介紹：

In addition to the traditional interfaces of it's predecessor systems the new generation MCS5 now also incorporatesJTAG-OCDS or AUD interfaces for ECU architectures based Infineon TriCore or RENESAS SH mircrocontrollers. These high speed interfaces are ideally suited to meet the advanced requirements for high speed data acquisition, fast in-system FLASH programming and for very low latency communication cycles. The MCS5 combines this versatile ECU calibration interfaces with powerful data recording capabilities. Virtually any number of signals from any source can be stored into a circular buffer of up to 16 GB size at speeds of 10 MB/s. The circular buffer can be emptied at any time - even while the recording is in progress, to allow data recordings without gaps over very long periods. Retrieval of recorded data over LAN or USB2.0 is at speeds of 300 MB/minute. Smart on-the-fly data processing allows previews of the entire recording to be uploaded in seconds. The recorder is fail-safe even in case of power loss and is auto-resuming when power returns.
	Also new on board are Analog and Digital I/O ports. These resources may serve as complementary data acquisition input channels or they can be interfaced with the MATLAB/Simulink®run-time system. In a special operating mode the resources are dedicated to the new CrankAnalyzerfeature. Built around the Freescale MPC5200, the MCS5 delivers a performance of 760 MIPS, power enough to concurrently serve as a platform to runeven very complex MATLAB/Simulink/RTWgenerated S/W modules. A comprehensive and easy-to-use Development Environment for small models (up to 20 I/Os) is supplied free of charge.
Technical Data
• 400 MHz / 760 MIPS Freescale MPC5200 PowerPC • on-chip double precision Floating Point Unit, 128 MB RAM • VxWorks 5.5.1 Real Time Operating System • Dimensions (mm): 110L x 75W x 22H • Temp. range: -40 to +85 °C operating • Power Supply: 4V to 60V • Power Dissipation: max. 2.9W
Display
• Status LEDs
Interfaces to Host-PC
• Ethernet 10/100 • USB 2.0
Network Functionality
• DHCP server or fixed IP Address Support • Auto MDI / MDIX crossover • TCP/IP over USB
DriveRecorder
• High Speed 1GB Flash Drive (optional: 16GB; 8GB linear, 4GB ring buffer, 4GB user Network drive)
Interfaces to peripherals
• 2 x RS-232 • 2 x CAN 2.0B, max. 1 Mbps
Highspeed Interface to   based ECUs
• Uses the On Chip Debug Support (OCDS) protocol over JTAG or DAP pins • High throughput in regard with burst data transfers (calibration data downloads, on-chip FLASH progamming) • High bandwidth data acquisition at sub-millisecond sampling rates  • Ultra low latency data exchange for bypass Rapid Prototyping
Highspeed Interface to   based ECUs
• Uses the Advanced User Debug (AUD) protocol • High throughput in regard with burst data transfers (calibration data downloads) • High bandwidth data acquisition at sub-millisecond sampling rates • Ultra low latency data exchange for bypass Rapid Prototyping
Analog and Digital I/O
• 8 x Analog Inputs 0..5V, 12 Bits (up to 100kSps or vs. crank angle at 0.5° resolution) • 8 x Digital 3.3V/5V bidirectional (up to 10MHz or vs. crank angle at 0.05° resolution) • shaft speed sensing (crank, cam, ...) by inductive pick-up or DHE
Options
• FlexRay 2.01 (Dual Channel A+B) • Ethernet 10/100 for XCP on Ethernet or Data aquisition units
CAN, CCP and XCP Functionality
• ECU Calibration & data acquisition over CCP and XCP (up to 20 ECUs simultaneously) • ECU Flash programming over CCP and XCP • CAN data acquisition & bus monitoring
Cost
• Entry level configurations under 4,000 Euro after discount. • Warranty period is 2 years, during which all S/W updates are free (no maintenance fees charged). • Special offer until 31-DEC-2011: trade in your old Calibration- or instrumentation tool for a 40% credit, applies for any kind of tool, systems of our competitors included.

MACHINES

The Machine Building division covers Klingelnberg's entire range of machines for the economical, high-precision production of bevel gears, worms, and rotors. Klingelnberg machines are known for their reliability, technological superiority, and productivity.

Bevel-gear machines make up the majority of the Klingelnberg product portfolio in the Machine Building division. These machines are ideal for fulfilling a range of downstream-industry requirements for various applications, such as cars, commercial vehicles, agricultural technology, industrial construction, and plant engineering.

The process chain for bevel gear production includes tool preparation, cutting, measuring, fixture hardening, grinding or lapping, and testing. Klingelnberg offers the most advanced technology and the most efficient machines for each and every step in the process chain. The powerful KIMoS design software and the closed-loop concept ensure transparency and documented quality throughout the entire process chain.  High-performance tool systems and the automation concept – all from a single source – make it possible to meet all the requirements of flexible, efficient production, for both the smallest and largest batch sizes.

For questions about machine building, contact:

Dr. Tim Sadek
machinetools(at)klingelnberg.com

INDUSTRIES

AutomotiveCommercial vehiclesConstruction and miningAgricultural technologyAviationIndustrial gear unitsCompressor technology

... and various other industries

THE KLINGELNBERG ADVANTAGE

• Klingelnberg has developed and perfected the dry-cutting process for spiral bevel gears.
   
• KIMoS covers all aspects of spiral bevel gear design and optimization throughout the process chain.
   
• The entire process chain for bevel gears – from design, to production, to measurement – is available under one roof.
   
• The closed-loop concept for the entire bevel gearing process chain is unrivaled on the market.
   
• Klingelnberg's tool system ensures the highest productivity and lowest possible cost per unit.
   
• The patented Twin Blade method, ideal for the production of bevel gears that require grinding. Twin Blade is the most productive cutting process on the market.

• Complete solutions for all tool-related questions: Klingelnberg continually perfects the tool system and offers a just-in-time grinding service for customers.
   
• Supplier of machines with integrated, automatic contour deburring for complete process steps
   
• Klingelnberg knows the requirements for machine loading better than anyone specializing only in automation. The integrated Klingelnberg solution has led to tremendous advances in production and process quality.
   
• Application expertise for all of the different work steps involved in bevel gear production
   
• Klingelnberg offers training courses to pass this expertise and knowledge on to customers.
   

Klingelnberg supports all indexing methods, regardless of whether they have originally been manufactured only on a certain machine or a certain tool.