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Motion Designer Enhanced Machine Performance Toolkit

Motion Designer Enhanced Machine Performance Toolkit
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Motion Designer Enhanced Machine Performance Toolkit - 1

Automation 3200 • Complete motion capabilities include: point-to-point; linear, circular, helical, and spherical interpolation; velocity profiling; electronic gearing; on-the-fly trajectory modification; high-speed I/O; camming • 1 to 32 axes of scalable, synchronized motion • Utilizes the power of the PC to eliminate the motion control card • Programmable in native RS-274 G-code, AeroBASIC™ command set, C, .NET, or LabVIEW® for flexibility http://www.aerotech.com/products/controNers/a3200smc.html Ensemble™ • Up to 10 axes of coordinated motion • Controller architecture capable of coordinating motion of up to five independent tasks • Drives and controls linear or rotary brushless, DC brush servo, and micro-stepping motors • Program in AeroBASIC™ with the IDE, Microsoft® .NET including C#, VB.NET®, Managed C++, or LabVIEW® http://www.aerotech.com/ensemble Soloist™ • Single-axis digital servo controller with integral power supply and amplifier • Advanced software architecture shortens customer development time; use C#, VB.NET®, and LabVIEW® combined with our full IDE and multitasking operating system • Network connectivity with Ethernet TCP/IP, USB, Modbus® TCP, RS-232 • Extensive tools and diagnostics: scope, encoder tuning, loop transmission http://www.aerotech.com/soloist WORLD HEADQUARTERS Petitive MOTIONDESIGNER -► An Integrated, Easy to Use, Graphical Trajectory Generation, Data Analysis, and Enhanced Machine Performance Toolkit Aerotech China Room 101, No. 28 Building Tianlin Road 140 Xuhui District Shanghai, China 200234 Ph: +86 (21) 6126 1058 Email: sales@aerotech.com Aerotech Taiwan 5F, No 32, Aly 18, Ln 478 Ruiguang Road Neihu District, Taipei City, 114 Taiwan R.O.C. Ph: +886 (0)2 8751 6690 Email: sales@aerotech.tw Aerotech Japan Dedicated to the Science of Motion

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Motion Designer Enhanced Machine Performance Toolkit - 2

MOTIONDESIGNER An Integrated, Easy to Use, Graphical Trajectory Generation, Data Analysis, and Enhanced Machine Performance Toolkit Challenges In many instances, an exact motion profile must be generated to simulate a dynamic environment for sensor or component testing. Inertial navigation devices such as gyros or accelerometers, tracking or beam-steering gimbals, as well as crash sensors and roll-over sensors, are meant to measure angular or linear motion events. To properly test these devices, they must be put through motion trajectories that simulate real-world applications, which is no...

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