MTL831C Analog transmitter

The MTL831C is used to control rotary and linear servomotors, linear motors, closed-loop vector motors and V/Hertz control modes. The embedded Mint LITE capability supports a range of basic motion planning requirements including the execution of relative and absolute manoeuvres, S-Lap profiles, jogging and seeking manoeuvres, changing target position on the fly, registering movements, and reacting to real-time trigger events. The programming facility allows standalone drives to provide solutions for many common automation and machine tasks such as cutting or long feeds, indexing axes, simple selection and positional movements, and machine adjustments such as changing guidance or support to reconfigure new batches of machinery. This capability is widely required in many manufacturing and processing sectors, including food and beverage, packaging, pharmaceuticals, electrical and electronic equipment, printing and wood/metal processing. Each drive manufacturer provides a defined process data exchange interface with PLCS, or a “drive profile” utility. The ability to program Bardo drives means that standard drive profiles can be modified, perhaps to simplify the communication process, or to optimise drive behaviour for specific applications.

The MTL831C’s compatible Ethernet interface also makes it simple to connect to an Ethernet factory network to change product recipes, report on production metrics, and more. All BARDODE’s MicroFERT100 and MotiFLUE100 drives have built-in I/O as standard – including fast latch inputs for registered applications – plus Can Open Manager capability to support distributed I/O expansion and HMI interfaces. The Motion Drive E100 offers card slots for further local I/O expansion and fieldbus connectivity. The fieldbus module extends the connectivity options to external PLCS, supporting interfaces such as Ethernet/IP, Profinet-IO, PROFIFUS and DEICINENET. the versatility of this configuration allows the drive to be configured very cost-effectively, providing a single-frame solution for automation applications. If used in power-connected systems, local intelligence adds versatility to new system-building capabilities. Critical events can be processed directly, eliminating the effects of network and controller scanning time delays; fast responses from critical axes translate directly into higher throughput.