Features:
- 1 MB controller: standard logic and communication capacity
- Compact I/O scale: up to eight local 1769 modules
- EtherNet/IP access: two switched ports with a 16-node project limit
1769-L30ER targets compact machines that need the L3 architecture without integrated motion.
Its two network connectors simplify linear or ring wiring, but they remain one logical interface and one IP address.
A dependable spare record combines firmware, SD image, node count, I/O-bank drawing, power calculation, and current project archive.
Availability of 1769-L30ER is subject to Apter Power inventory and sourcing confirmation.
Verified resources for 1769-L30ER:
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.
- Controller position: install it as the leftmost module in the local bank.
- Module count: limit the system to eight supported local Compact I/O modules.
- Power: calculate distance rating and current on both supply rails.
- Clearance: maintain 50 mm above, below, and at both sides.
- Addressing: both Ethernet ports use the same controller IP address.
- Topology: apply supported linear, star, or DLR architecture.
- Node budget: keep directly configured EtherNet/IP devices within 16.
- Recovery: retain address, firmware, SD, and network drawings together.
- Project: save the validated application and the required programming-software release.
- Firmware: record the installed revision and electronic keying assumptions.
- SD media: document image, load mode, and ownership of the 1784-SD1 or 1784-SD2 card.
- Acceptance: define network, I/O, HMI, alarm, and rollback checks for the controller exchange.
- Compact machinery: execute standard Logix control with local Compact I/O.
- Distributed I/O: coordinate supported EtherNet/IP adapters within the node budget.
- Drive integration: exchange standard control and diagnostic data with compatible drives.
- Cell control: combine logic, HMI, and messaging without integrated motion axes.