Allen Bradley 5069-OF4 Compact 5000 Analog Output Module
Configured for analog signal generation in EtherNet/IP‑based Compact 5000 architectures, the Allen Bradley 5069‑OF4 (5069‑OF4 analog output module) provides direct physical/electrical execution. It supports ±10 V and 0–20 mA output ranges across four channels and maintains deterministic backplane behavior within CompactLogix systems.
Hardware Specifications
Parameter
Specification
Model
5069‑OF4
Brand
Allen Bradley
Origin
United States
Weight
Not specified
Dimensions
Not specified
Operating Temp
0 to 60 deg C
Power Consumption
MOD 75 mA @ 18–32 VDC; SA 150–250 mA @ 18–32 VDC
Core Performance
±10 V and 0–20 mA analog output generation
Isolation
250 V continuous basic insulation; 50 V functional isolation
Enclosure
Open‑style
Wiring
RTB18 screw or spring terminals, 22–16 AWG
Backplane Bus Communication Velocity and I/O Density Scaling
Within Compact 5000 systems, the module maintains deterministic backplane bus communication velocity, ensuring stable analog update cycles under varying controller scan rates. The module adheres to firmware flash compatibility rules defined for the 5069 platform, preventing mismatch faults during RTB replacement or module substitution. I/O density scaling is handled through the Compact 5000 backplane, allowing multiple analog modules to operate without timing skew or channel‑update contention.
Frequently Asked Questions
Q: Can the 5069‑OF4 be removed while the system is energized? A: Hot‑swap is not supported. Removing the module under power may disrupt backplane communication and cause controller faults.
Q: Does the module provide isolation between output channels? A: No. Individual output channels do not have isolation from each other; wiring must account for shared reference behavior.
Q: How does passthrough current affect system configuration? A: MOD and SA passthrough must remain below 10 A. Exceeding this limit can cause thermal overload on adjacent modules.
Field Installation Guidelines
Verify RTB18 screw or spring terminal selection before wiring.
Maintain strip lengths of 12 mm (screw) or 10 mm (spring) to ensure proper conductor seating.
Route analog wiring away from high‑energy conductors to reduce induced noise.
Confirm MOD and SA power wiring polarity before energizing.
Ensure torque of 0.4 N·m on screw terminals to maintain stable electrical contact.
Validate channel configuration in the controller prior to enabling outputs.
