GE Fanuc IC800SSI228RD2｜ S2K Series Servo Drive 230VAC High‑Performance Motion Controller Unit｜

GE Fanuc IC800SSI228RD2 is a high‑performance S2K series servo drive unit, originally manufactured by GE Intelligent Platforms (Emerson).

This servo amplifier supports position, speed and torque control modes for driving matched servo motors. It is equipped with built‑in multi‑channel discrete I/O, serial feedback interface and status LED diagnostic display for real‑time fault indication. It offers reliable closed‑loop motion regulation for machine‑tool, packaging, material‑handling and automated production equipment. Comprehensive internal protection functions include over‑voltage, over‑current, over‑temperature and short‑circuit protection to safeguard drive and motor hardware during field operation.

Hardware specifications: Main power input: 230 VAC; continuous output current 9.5A, peak output current 19A. Control modes: position control, speed control, torque control selectable via parameter configuration. Front‑panel two‑character LED diagnostic display, shows operational status and fault codes for quick on‑site troubleshooting. Built‑in digital input and output terminals for enable, fault reset, limit switch and interlock signals. Communication interfaces: serial port, supports DeviceNet for network configuration and system integration. Operating temperature range: 0°C ~ +50°C; storage temperature: ‑40°C ~ +80°C, 5%‑95% non‑condensing relative humidity. Rack‑mount metal housing with cooling fan for thermal dissipation under heavy‑load conditions.

Typical applications: machine tool feed axes, packaging machinery, automated assembly lines, material processing equipment, retrofitting and maintenance of existing S2K motion control systems.

Product status: Original OEM unit, manufacturer discontinued. We supply surplus new stock and fully tested used‑refurbished spare units. Warranty is available for all supplied items. Goods are ready for international shipment.

If you require dimension drawing, technical datasheet or compatibility verification with your existing servo motor, please feel free to contact us.

Frequently Asked Questions

Q1: What motor can be driven by IC800SSI228RD2 servo drive? A: It is designed to work with matched GE MTR‑series 230VAC servo motors. Motor parameter matching must be completed during commissioning; mismatched motors may trigger over‑current or position‑following errors.

Q2: What control modes does this S2K drive support? A: Three main control modes are available: position control, speed control and torque control. Users can switch working modes through parameter settings according to field process requirements.

Q3: Can IC800SSI228RD2 support DeviceNet communication? A: Yes, it supports DeviceNet field‑bus communication, which allows parameter configuration, status reading and interconnection within the automation network. Serial port is also available for local setup.

Q4: What do the front‑panel LED fault codes mean? A: Two‑character LED display provides diagnostic codes such as “OV” for over‑voltage, “OT” for over‑temperature, “LE” for lost enable signal. Please refer to original GE S2K manual for full fault‑code lookup.

Q5: Is IC800SSI228RD2 still in active production by GE‑Emerson? A: This servo drive has been fully discontinued by manufacturer. We provide original surplus new stock and fully tested used‑refurbished spare parts for legacy system maintenance.

Q6: What is the main power supply requirement for this unit? A: Main power input is 230 VAC. Separate control power supply is required according to system wiring diagram. Incorrect power input will cause permanent hardware damage.

Q7: Can I hot‑swap this servo drive while system power is live? A: Hot‑swap is strictly not allowed. Cut off both main power and control power before installation or removal of the unit to avoid hardware burnout and safety hazards.

Q8: Why does the drive report over‑current alarm after replacement? A: Possible causes: mismatched motor parameters, short‑circuit on motor cable, mechanical jamming of motor shaft, or internal power stage hardware damage. Check motor, wiring and mechanical load first for troubleshooting.