Mechatronic Component Solutions Inc.
Representing the Finest Innovative Products for Robotic and Automation Applications

www.elmomc.com
Products:
For fast and powerful implementation of sophisticated motion control system capabilities, Elmo Motion Control has developed its intelligent SimplIQ technology. SimplIQ combines advanced motion control with real-time networking capabilities. The technology features:
· Real-time communication which supports both CAN protocols (CANopen , DS301 , DS402 and DS305) as well as RS232
· Motion control which operates in current, velocity and position modes as well as supports 1.5 master/slave and filters
· Power switching which uses FASST technology for fast and highly efficient switching.
· Feedbacks including digital, analog, absolute, resolver, and hall
· Event programming which support fast I/O
· Software tools for set-up, tuning, analysis, debugging, and online monitoring
Maestro Multi-Axis Supervisor
The Maestro's distributed motion control architecture enables allocation of the workload between the controller and the SimplIQ intelligent servo drives. Within this architectural framework, the Maestro's role is primarily a managerial one with responsibilities that include network management and access, motion control synchronization and trajectory manipulation. The servo drives are responsible for the servo loops (current, velocity, position) with single or dual feedbacks, deployment of local filters, local programming and execution as well as the other functions. Maestro advantages include:
· Load balancing on the system by distributing the intelligence between the controller and the intelligent drives
· Flexibility to add up to 48 drives on a single CAN bus with only a simple Maestro reconfiguration
· Reliability by using digital command signals on a real-time deterministic networking
· Comprehensive diagnostics of the network and individual drives
· Cost effectiveness by reducing expenses on wiring and space requirements, and offering a simple and dependable solution
· Reduced cost of ownership by eliminating the need for dedicated motor, drive and controller
· Setup & Diagnostics offer direct drive access for tuning and setup, Single and multi-axis recording, driven error detection and comprehensive status/error codes, and automated network configuration
Digital Servo Drives
Elmo's SimplIQ digital servo drives combine high densities of power, intelligent functionality and space-friendly design. The drives integrate Elmo's advanced, SimplIQ technology, which enables superior control performance, offers advanced programming capabilities and supports standard communication protocols.
Analog Servo Amplifier
Elmo's analog servo amplifier family is a set of powerful servo amplifiers receiving analog commands and operating in current mode only. The amplifiers are designed to address the needs of brush and brushless DC motors. Outstanding motion control is achieved through the implementation of Elmo's proprietary switching and control methods enabled by fully customized, dedicated ICs and advanced heat transfer and dissipation methods. Features include:
· High current carrying capacity
· Superb reliability Field records of MTBF - 550,000 hours
· Excellent efficiency of - 97%
· Highest power density
· Built-In Protection

Servo Drive and Motor Packages
Elmo offers servo drive and motor solutions for the industrial market. Our servo drive and motor packages offer high-end features and performance that are highly cost-effective. The offering supports the need for quiet and reliable systems (inaudible and electrical). Several feedback options are available such as incremental, analog and absolute encoders.
ExtrIQ Amplifiers and Drives
Elmo's ExtrIQ product suite is a set of analog amplifiers and intelligent digital servo drives for brush and brushless motors designed to operate in extreme environmental conditions. ExtrIQ complies with a host of military and industrial standards for applications such as aerospace, nautical, naval, missile weaponry, military ground mobile units and oil refining.