Product Description:

The M.1016.9510 is a dedicated motion control module produced by Kollmorgen for the PIC900 Drives series. Designed to sit above the drive amplifiers, the unit executes position, velocity, and torque loops for coordinated machinery such as packaging stations or assembly gantries. By embedding the control logic inside the same product family, Kollmorgen reduces wiring complexity and allows the drive rack to accept high-speed commands directly from fieldbus or HMI layers. In an automation cell, it acts as the real-time scheduler that converts program instructions into deterministic servo updates.

At the hardware level, the module relies on an Intel-compatible 80486DX2 processor clocked at 32 MHz. A separate code store holds 512 K of application memory so the compiled motion program and interrupt vectors can run locally without external storage. Dynamic data, status flags, and buffering are located in the onboard SRAM, which provides 256 K of RAM for fast local access. For recipe tables, calibration values, and operator variables, the controller reserves 64 K of user memory that can be rewritten as needed. These memory areas support complex kinematic algorithms, cam tables, and PLC routines while keeping execution latency consistent with the 32-bit CPU.

Axis capacity scales with the requested servo update period. When the loop is closed every 0.5 ms, the controller manages 2 synchronous axes, allowing maximum bandwidth for each channel. A 1 ms interrupt doubles that capacity to 4 axes, while a 2 ms period accommodates 8. For machinery that can tolerate longer cycles, the same hardware supervises 16 axes at 4 ms or up to 32 axes when the loop runs every 8 ms. This scaling lets the same controller support both small motion systems and larger multi-axis machines without changing the base controller.