Product Overview
The GE VersaMax Micro relay PLC trio provides eight configurable DC inputs and six normally-open relay outputs in a 14-point format. IC200UDR001 uses 100–240 VAC controller power with 24 VDC inputs, IC200UDR002 uses 24 VDC controller power with 24 VDC inputs, and IC200UDR003 uses 12 VDC controller power with 12 VDC inputs. Their relay outputs are suited to AC or DC load circuits within the published relay limits, while the supply variant determines the correct cabinet power arrangement.
Technical Data
| Technical item | IC200UDR001 | IC200UDR002 | IC200UDR003 |
|---|---|---|---|
| Brand | GE | ||
| Product type | VersaMax Micro PLC controller with relay outputs | ||
| Built-in I/O | 14 points | ||
| Discrete inputs | 8 × 24 VDC | 8 × 24 VDC | 8 × 12 VDC |
| Relay outputs | 6 × normally-open, 2 A | ||
| Controller power | 100–240 VAC | 24 VDC nominal | 12 VDC nominal |
| Input range | 0–30 VDC | 0–30 VDC | 0–15 VDC |
| High-speed counter frequency | 10 kHz | ||
| Pulse / PWM on relays | Not available | ||
Compatibility
All three versions have the same eight DC inputs and six normally-open relay points, but the controller supply differs: 100–240 VAC, 24 VDC or 12 VDC. The correct replacement is selected from the panel supply and input standard, not from the identical relay count.
Because the relay count is common across the family, power supply and input range are the decisive compatibility checks. Keep the original AC/DC supply wiring and DC-input common arrangement documented with the installed catalog number.
Wiring Reference
Use the correct official wiring diagram for the exact model during panel work. The diagrams below are cropped from the manufacturer user manual to retain terminal labels while removing manual headers and margins. Select the supply, field wiring, and output circuit for the actual model—not a neighbouring family member.
Product Features
The relay contacts switch compatible 5–30 VDC or 5–250 VAC loads within the published 2 A limit. Keep the field-load supply external and retain the documented load protection; output compatibility depends on the load circuit, not on controller power.
Where a relay load is inductive or externally powered, retain the panel's documented protection and load circuit. The relay capability is defined by its contact rating, so it should be verified against the actual field device rather than only the controller I/O total.
Product FAQ
How do I match IC200UDR001 / IC200UDR002 / IC200UDR003 to an AC or DC panel supply?
Select by the original controller supply first: 100–240 VAC, 24 VDC or 12 VDC.
Can IC200UDR001 / IC200UDR002 / IC200UDR003 relay points switch AC field loads?
Yes, only within the published relay-contact voltage and 2 A rating, using the external field supply.
Why is external load power important for IC200UDR001 / IC200UDR002 / IC200UDR003?
The relay load circuit is separate from controller power and must be restored as documented.
Can IC200UDR001 / IC200UDR002 / IC200UDR003 relay outputs run a PWM device?
No. Relay contacts are switching outputs, not pulse/PWM channels.
What wiring record is essential for IC200UDR001 / IC200UDR002 / IC200UDR003 replacement?
Keep the controller power, input common, relay-load source and terminal map together.
How should a non-switching IC200UDR001 / IC200UDR002 / IC200UDR003 relay be investigated?
Test the commanded point, external load supply and connected field device separately.
Moore Automation
Moore Automation supplies industrial automation parts for maintenance and replacement planning, including PLC, DCS, HMI, drives, and related components.
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