Moeller Easy 619 Acrc Manual Exclusive -

IP20 (Requires installation within a protected control cabinet)

One of the defining advantages of the Easy 619-AC-RC is its dual-programming interface. You can write logic directly using the device’s front panel or utilize dedicated PC software. Method A: Device Display Programming (Direct Input)

Moeller stresses that the device must be installed by trained electrical personnel.

Moeller Easy 619-AC-RC Manual: Complete Configuration & Programming Guide moeller easy 619 acrc manual exclusive

Note: Ensure input common is aligned with the line side if using direct AC control, or use a pilot relay for isolation. Output Wiring (Q1–Q6) The outputs are dry relay contacts. 8 A (resistive) per output.

Use a 3.5 mm screwdriver for terminals; recommended torque is 0.5–0.7 Nm .

The plant reduced pump failures by 40% and eliminated manual alternation errors. All controlled by a $200 logic relay. Use a 3

The Moeller Easy 619-AC-RC relies on specific electrical parameters to ensure safe, stable operation. Specification 100–240 V AC (50/60 Hz) Digital Inputs 12 AC Inputs (100–240 V AC) Relay Outputs 6 Form A (Normally Open) Contacts Continuous Current 8 A per relay output (resistive load) Memory Capacity 128 rungs of ladder logic (up to 3 coils per rung) Real-Time Clock Integrated with power reserve (typically 72 hours) Display & Keypad Built-in LCD (4 lines x 12 characters) with 8 input keys Protection Rating Physical Layout and Hardware Overview

Moeller (now Eaton) EASY619-AC-RC is a cornerstone of the "easy" control relay family, designed to bridge the gap between traditional hard-wired timing relays and complex PLC systems

Access the main menu via the keypad, select , and press OK . Output clicks, but load fails to run. There is a missing power loop on the output. and press OK . Output clicks

Re-upload the ladder logic via EASY-SOFT or manually re-program via the keypad. Internal storage sector failure or corrupt firmware state.

The manual details two primary ways to configure the device's logic: