P5EAa HENF206350R2 Excitation Redundancy Module

P5EAa HENF206350R2 Excitation Redundancy Module

The P5EAa HENF206350R2 is based on the same drive technology as before, MotionChip, which reduces the time needed to assemble the machine by changing the screw-type contacts to simple pins. System integrators can now easily design clean PCBs that hold all the components and get rid of all the cables. the PIM2043 controls DC, brushless, linear and stepper motors up to 75W (24V, 3A) and embeds motion control, drive and PLC functionality in an open-frame unit (dimensions 59x42x20 mm). The drive can be programmed in EasyMotion Studio using Technosoft Motion Language (TML) and graphical tools. It is most valuable in systems with distributed intelligence, where motion application tasks are divided between the master and the drive. Its embedded motion controllers provide the same high-level motion language for all motors, allowing users to clearly understand their technical differences. Complex motion sequences can be programmed directly on the drive, while system control functions are handled by the supervisory PC/PLC. Motion modes such as contouring, profiling, gearing, electronic cams, PVT, etc. can be easily executed in stand-alone or multi-axis operation. Typical feedback devices include incremental encoders, digital and linear Hall. Distributed control is accomplished via external adapters over CAN, CANopen, RS-232 networks, or Ethernet.C, C++, C#, Delphi, Visual Basic, Labview libraries, as well as the motion libraries for a variety of PLCs are available for quick integration into applications.

The P5EAa HENF206350R2 provides the versatility to solve a variety of interface problems between incremental encoder signals and PLCs, servo drives or other input devices. Ideally suited for use with single-ended or differential line driver encoder signals, the module features three complementary inputs rated at 4.5-7.5 and 12-26 VDC, and a frequency response of up to 1 MHz.The FC-ISO-C High-Speed Optoisolator Module is designed with three complementary open-collector outputs rated at 5-36 VDC for use in single-ended configurations. Opto-isolation rated at 1800 V separates the input signals from the outputs. The module can convert differential line driver encoder signals to open collector single-ended signals, or change the encoder signal voltage to match the receiving electronics input.