Configured for conditioned analog‑channel handling in EX2100 excitation networks, the GE IS200AEADH4A (IS200AEADH4A Alternative Energy Application D module) provides direct processing of six analog channels, 1–5 V DC input spans, and 0–20 mA analog outputs. The board executes surface‑mount signal conditioning, regulated 24 V output behavior, and fixed‑range analog scaling across renewable‑energy excitation interfaces.
Hardware Specifications
Parameter
Specification
Model
IS200AEADH4A
Brand
General Electric
Origin
United States
Weight
Not specified
Dimensions
26.41 cm × 21.33 cm
Operating Temp
-30 to 65 deg C
Power Input
Not specified
Outputs
24 V outputs
Series
EX2100
Product Type
Alternative Energy Application D
Analog Channels
6
Input Span
1–5 V DC
Analog Output Current
0–20 mA
Technology
Surface‑mount
Manual Reference
GEH‑6777
Profinet / EtherNet/IP Deterministic Networks
As an EX2100 analog‑processing module, AEADH4A aligns with deterministic controller timing and excitation‑system communication:
EtherNet/IP deterministic behavior — predictable negotiation windows for CIP‑based traffic.
I/O density scaling — consistent propagation delay across expanded excitation‑control node counts.
Firmware flash compatibility — analog‑processing behavior is governed by I/O‑pack firmware; the board remains hardware‑fixed.
Frequently Asked Questions (FAQ)
Q: What does the AEAD module do? A: It conditions 1–5 V DC analog inputs, generates 0–20 mA analog outputs, and supports renewable‑energy excitation interfaces within EX2100 systems.
Q: How many channels are available? A: Six analog channels with fixed input and output ranges.
Q: Does the module support surface‑mount technology? A: Yes. All components are surface‑mount for compact layout and stable analog‑path behavior.
Field Installation Guidelines
Mount the module securely on DIN‑rail to prevent vibration‑induced connector movement.
Maintain shielding continuity on analog wiring; bond drain wires at one end only.
Keep analog cables separated from high‑current conductors to reduce induced noise.
Verify correct polarity on 24 V output wiring before energizing.
Ensure connectors are fully seated to avoid intermittent analog‑channel faults.
Avoid flexing the PCB during installation; use proper strain relief on harnesses.
