Features:
- Standard 5380 control: 2 MB user memory for medium CompactLogix projects
- Local Compact 5000 bank: controller mounted at the head of the I/O sequence
- Two network modes: embedded ports support Dual-IP or Linear/DLR
5069-L320ER balances a medium application-memory tier with local and networked Compact 5000 control.
Its panel layout begins with decisions about topology, RTB style, power distribution, and room for the local bank.
The approved build file should link firmware, network addresses, I/O inventory, project checksum, and acceptance results.
Apter Power can coordinate official-document review, quotation, and sourcing support for 5069-L320ER.
Allen-Bradley 5069-L320ER CompactLogix 5380 Controller Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Compact 5000 Local Bank Design
- Module sequence: plan the installed bank within the documented sixteen-module boundary.
- Rail layout: reserve horizontal DIN-rail space and service clearance for the full sequence.
- I/O acceptance: verify ownership, electronic keying, and status for every local module.
Embedded Ethernet Mode Selection
- Dual-IP: use distinct addresses when the approved architecture separates two networks.
- Linear/DLR: retain one controller address for a line or device-level ring.
- Mode change: update paths, switches, routing, and recovery tests whenever the mode is altered.
Controller and I/O Power Entry
- RTB kit: select the required screw or spring MOD and SA terminal set.
- Power groups: calculate controller, backplane, and field-supply demand from the final I/O list.
- Commissioning: record measured voltages and status after the complete bank is energized.
Product Applications
- Mid-size machinery: coordinate local Compact 5000 I/O and distributed EtherNet/IP devices.
- Single-ring cells: participate in a documented Linear/DLR device network.
- Segmented control: separate machine and plant traffic through an approved Dual-IP design.