Features:
- Dense DC actuation: sixteen 24 V DC sourcing outputs
- Single output group: shared field-supply and common path with isolation from backplane
- Fast solid-state switching: documented on and off delays for qualified loads
1762-OB16 is designed for compact DC actuator banks that require sourcing rather than sinking outputs.
Its sixteen-point density makes shared supply integrity and total-current derating as important as each individual channel.
A valid output schedule should show bit address, terminal, load, steady current, surge, suppression, safe state, and common.
Apter Power can coordinate official-document review, quotation, and sourcing support for 1762-OB16.
Allen-Bradley 1762-OB16 MicroLogix 16-Point 24 V DC Source Output Module 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.
- Polarity: connect the field supply and loads according to the official sourcing diagram.
- Shared common: verify group return continuity and voltage under simultaneous load.
- Bit mapping: bind output word bits 0…15 to the documented terminals before logic testing.
- Point load: keep steady and inrush current within the per-point solid-state boundary.
- Module total: derate combined current for the actual ambient temperature.
- Inductive duty: install suitable suppression so repetitive surge does not exceed module limits.
- Group loss: check field supply, common, fuse, and terminal block when multiple outputs disappear.
- Single-point fault: compare logic command, indicator, terminal voltage, leakage, drop, and load continuity.
- Safe restart: verify the controller output word and machine interlocks before re-enabling the output bank.
- Solenoid banks: command qualified 24 V DC valves with documented surge suppression.
- Indicators and interposing devices: switch approved DC loads from a dense sixteen-point module.
- Compact machine outputs: expand MicroLogix actuator capacity within bus-current and distance limits.