Kollmorgen S300 Series Digital Brushless Servo Drives

S300 Series digital brushless servo drives are compact, easy-to-use and extremely versatile.

The small footprint saves space in the switchgear cabinet, and with its wide-ranging

connectivity options the S300 may be the only drive family you need.

These drives work with our best-in-class rotary servo motors and linear positioners to

provide a single, high-performance solution for a wide variety of applications.

Features

• CE, UL, cUL

• Operation directly from grounded 115 to 480 VAC, 3-phase, 50-60 Hz lines

• Output current: 1.5 to 10 Amps RMS/phase, continuous

• With integral AC line filter, all shield connections terminate directly to the amplifier

• DC-link circuits can be connected in parallel

• Fully programmable via RS232 interface

• EtherCAT® and CANopen bus communication onboard

• Optional SERCOS II, DeviceNet, SynqNet, Profibus, or PROFINET RT

• Easy setup using a Windows-based graphical interface

• 230 V type suitable for 200 mm switchgear cabinets

• Interface integrated for stepper controllers, master-slave operation and electronic gearing

• Integrated position controller with memory for 300 intelligent positioning tasks, including:

• Speed profile

• Register control

• Jolt limiting

• Daisy-chained tasks

• Absolute and relative tasks

• Several types of reference traverses

• Motion Control and Soft-PLC integrated

• Encoder emulation: choose incremental (A quad B, dec./bin.) or absolute (SSI, Gray/bin.)

Compatible with a wide range of feedback options:

• Single Cable Feedback SFD3 and Hiperface DSL

• Resolver, up to 36 poles

• ComCoder

• Incremental or sine encoder with Hall sensor

• Sine encoder with EnDat/HIPERFACE/BISS

• Sine encoder without data

• Incremental encoder A quad B

Benefits

• Wide power range allows a single drive family to be deployed through-out you entire machine

• Compact footprint allows use of smaller cabinets, or mounting close to the point of use

• High performance system designed for increased machine throughput

• Easy-to-use graphical user interface reduces engineering and support time

• Reduced overall cost