Kollmorgen 403M-S S4036M-SE Servo Drive

Technical Dossier

Product Details And Specifications

Kollmorgen S4000 Series Technical Notes

S4000 Full Catalog & Functionalities (SKU List)

The following SKUs represent the documented S4000 series module range. Each entry reflects a distinct power rating, feedback configuration, or form-factor variant within the platform.

403M-S S4036M-SE: 3.6 A continuous, multi-axis chassis mount, SE EMC filter variant
S4036M: 3.6 A continuous output, standard analog command, resolver feedback
S4072M: 7.2 A continuous, modular format, ±10 V analog input
S4072M-SE: 7.2 A continuous, enhanced EMC filtering, CE-compliant variant
S40100M: 10 A continuous, high-torque servo applications, modular chassis
S40100M-SE: 10 A continuous, SE-suffix EMC filter, UL/CE dual-listed
S40150M: 15 A continuous, heavy-duty spindle and feed axis applications
S40150M-SE: 15 A continuous, enhanced filter stage, industrial cabinet mount
S40200M: 20 A continuous, high-inertia load applications, analog command
S40200M-SE: 20 A continuous, SE EMC variant, resolver or encoder feedback
S40300M: 30 A continuous, large servo motor drive, modular bus format
S40300M-SE: 30 A continuous, SE-suffix, extended thermal derating range
S4036S: 3.6 A, single-axis standalone chassis, panel-mount format
S4072S: 7.2 A, single-axis standalone, compact footprint
S40100S: 10 A, single-axis standalone, DIN-rail compatible variant
S40150S: 15 A, single-axis standalone, high-current brush or brushless motor
S40200S: 20 A, single-axis standalone, extended I/O option
403M-S: Multi-axis base chassis, accepts S4000-series plug-in drive modules
S4000-PS: Dedicated DC bus power supply module for S4000 multi-axis chassis

Quality Control for the S4000 Range

The S4000 series presents specific test challenges due to its analog command architecture, multi-axis backplane bus, and resolver interface circuitry. DriveKNMS applies a structured test protocol to all S4000 units prior to shipment. Each drive undergoes DC bus capacitor ESR measurement to assess electrolytic aging, followed by power stage IGBT or MOSFET switching verification under resistive load. The analog command input chain is calibrated against a reference signal generator to confirm gain linearity and offset within OEM tolerance. Resolver interface boards are tested with a reference resolver simulator to verify excitation output and feedback signal processing. Fault code registers are cycled through all documented diagnostic states to confirm front-panel LED and internal logic integrity. Multi-axis chassis units are tested with all module slots populated to verify backplane bus communication and shared DC bus voltage distribution. Units that do not pass all test stages are quarantined and not offered for sale.