IC693ACC335 2 IC693ACC335 3 IC693ACC335 4 IC693ACC335 1

The GE IC693ACC335 is a legacy servo axis terminal board designed for GE Fanuc Series 90‑30 programmable logic controller systems. This accessory module bridges the PLC motion controller (such as the DSM302/DSM314 Motion Mate modules) with digital servo amplifiers and field wiring, offering reliable connection points for limit switches, home sensors, and other motion‑related signals. Its 36‑pin dual connector arrangement and rugged industrial design make it ideal for precision motion and axis control applications in manufacturing and OEM automation.

Technical Specifications

Specification	Details
Model	IC693ACC335
Module Type	Digital Servo Axis Terminal Board
System Compatibility	GE Fanuc Series 90‑30 PLC
Function	Motion axis I/O interface & field wiring breakout
Connectors	2 × 36‑pin connectors (DSM/servo interface)
Terminal Type	Screw terminal connections for field devices
Compatible Interfaces	DSM302 / DSM314 motion controllers (via appropriate cables)
Operating Temp. Range	–40 °C to +85 °C (storage), industrial use typical
Dimensions (approx.)	110 mm × 45 mm × 25 mm (L × W × H) — standard Series 90‑30 accessory form factor
Weight (approx.)	~0.50 kg (~500 g)
Mounting	Panel or Rack interface mounting
Lifecycle Status	Legacy / Discontinued (aftermarket available)

Recommended Related Modules

DSM302 / DSM314 Motion Mate Controllers – Core motion control modules used with IC693ACC335 for multi‑axis servo systems.
IC693CBL324 / IC693CBL325 I/O Cables – Field wiring harnesses connecting terminal board to motion controllers.
Series 90‑30 CPU and I/O modules — for complete PLC systems.
Power supplies and backup modules (e.g., IC693ACC301 / IC693ACC302) supporting PLC uptime.

Popular GE Series 90‑30 PLC Devices

CPUs — central controllers executing ladder logic & motion routines.
Discrete and analog I/O modules — for general automation signals.
Motion servo interfaces — DSM series motion processors.
Memory and backup modules — for configuration retention.

Applications

Motion control integration in automated production lines.
Servo axis wiring breakout for limit switches, home sensors, and encoder signals.
OEM machinery with digital servo motion loops.
Retrofit and repair of legacy Series 90‑30 motion systems.
Distributed I/O cabinet builds where servo interface boards are needed.

Advantages

Dual connector support: Two 36‑pin interfaces link motion controllers and servo amplifiers efficiently.
Field‑ready terminals: Screw‑type terminals simplify field wiring and maintenance.
Rugged industrial design: Built to withstand factory environments with robust contact points.
Legacy compatibility: Matches GE Series 90‑30 architecture exactly — ideal for maintenance and rebuilds.
Aftermarket availability: Still stocked by specialist suppliers and surplus channels.

Technical FAQs

What is the primary purpose of this module?
It’s a digital servo axis terminal board used to interface motion controllers with external sensors and servo amplifiers.
How many connectors does it have?
Two 36‑pin connectors for DSM field interface and servo connections.
Which controllers is it typically paired with?
Often used with GE DSM302 or DSM314 motion controller modules.
What type of terminal connections are used?
Screw terminals for robust field device wiring.
Is this module still in active production?
No — it’s a discontinued Series 90‑30 part but available from surplus and aftermarket sellers.
What’s the operating temperature range?
Designed for industrial conditions; storage rated –40 °C to +85 °C.
Does it require power itself?
It is a passive interface board — it doesn’t draw significant power and relies on connected PLC/motion modules.
Where does it mount?
Mounted in a control cabinet or rack adjacent to motion controller modules or I/O stacks.
Is it compatible with modern PLC platforms?
It’s specific to GE Series 90‑30 and not typically used with modern PACSystems or other modern PLC families.
What cable types does it use?
Field cables such as IC693CBL324/325 connect the board to controllers and external wiring.