2080-LC10-12QWB — Micro810 Controller, 12-Point, Relay/Transistor Output Mix

The 2080-LC10-12QWB is the smallest member of the Micro800 family, a self-contained controller with 12 onboard I/O points in a single compact housing — 8 inputs and 4 outputs split between relay and transistor types. With no expansion bus and no add-on modules, it's built for the smallest standalone automation tasks where the entire control logic and I/O fits within a fixed, modest point count from day one.

Specifications

Parameter	Value
Part Number	2080-LC10-12QWB
Series	Micro810
Onboard Inputs	8 × 24V DC (sinking/sourcing)
Onboard Outputs	2 × Relay (Form A) + 2 × 24V DC transistor
Total Onboard I/O	12 points
Expansion I/O	None (fixed I/O, no expansion bus)
Programming Languages	Ladder, Function Block (via Connected Components Workbench)
Power Supply	24V DC
Operating Temperature	0°C to 55°C

Onboard I/O Breakdown

The 8 digital inputs accept both sourcing and sinking 24V DC field devices, covering standard pushbuttons, limit switches, and proximity sensors without requiring a specific wiring convention.
The 2 relay outputs handle AC loads or DC loads needing voltage isolation from the controller's own supply — small solenoids, pilot lights, or contactor coils.
The 2 transistor outputs suit fast-cycling 24V DC loads where relay contact wear would be a concern over the application's service life.
With only 12 total points, careful I/O planning at the design stage is essential — there's no expansion path if the application later needs even one more point.

FAQ

Q: Can additional I/O modules be added to the Micro810 later if the application grows?

No. The Micro810 has no expansion bus — its 12 onboard points are the entire I/O capacity, fixed for the life of the controller. If more I/O is needed later, migrating to a Micro820 or Micro830 is the only path forward.

Q: Does the Micro810 support Ethernet connectivity?

Standard Micro810 variants do not include an Ethernet port. For network connectivity, the Micro820 (with built-in Ethernet) is the appropriate controller in the family.

Q: What programming software is used for this controller?

Connected Components Workbench (CCW), the same free software used across the entire Micro800 family, supporting Ladder Diagram and Function Block Diagram programming for this controller's instruction set.

Q: Can the relay and transistor outputs be wired to the same circuit?

They function independently and should be matched to loads appropriate for each type — relay outputs for voltage-flexible or AC switching, transistor outputs for fast-cycling 24V DC loads — rather than combined on a single circuit.

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