- Studio 5000 Logix Designer
- Tasks, programs, and routines
- Add-On Instructions
- Controller Organizer
- Logical Organizer
- Alarms
- Tag-based alarms
- Tag Editor and Data Monitor
- Configure settings for Tag Editor and Data Monitor
- Equipment phases
- Equipment Sequences
- Equipment Sequence Diagrams
- Ladder Editor
- Structured Text Editor
- Sequential Function Chart Editor
- Define the steps of an SFC process
- PlantPAx instruction properties
- Controller Properties
- Editing Controller Properties
- Controller Security
- Source Protection
- License Source Protection for Routines and Add-On Instructions
- Module Information
- 1756 ControlLogix I/O Modules
- Instruction Set
Output Energize (OTE)
This information applies to the
CompactLogix
5370, ControlLogix
5570, Compact GuardLogix
5370, GuardLogix
5570, Compact GuardLogix
5380, CompactLogix
5380, CompactLogix
5480, ControlLogix
5580, and GuardLogix
5580 controllers.The Output Energize (OTE) instruction sets or clears the data bit based on rung condition.
Available Languages
Ladder Diagram

Operands
IMPORTANT:
Unexpected operation may occur if:
- Output tag operands are overwritten
- Members of a structure operand are overwritten
- Except when specified, structure operands are shared by multiple instructions.
Ladder Diagram
Operand | Data Type | Format | Description |
---|---|---|---|
Data bit | BOOL | tag | Bit to be modified. There are various operand addressing modes possible for the data bit, see Bit Addressing for examples. |
Affects Math Status Flags
No
Major/Minor Faults
None specific to this instruction. See Index through arrays for array-indexing faults.
Execution
Ladder Diagram
Condition/State | Action Taken |
---|---|
Prescan | The data bit is cleared to false |
Rung-condition-in is false | Set Rung-condition-out to Rung-condition-in. The data bit is cleared to false |
Rung-condition-in is true | Set Rung-condition-out to Rung-condition-in. The data bit is set to true. |
Postscan | The data bit is cleared to false. |
Example
Ladder Diagram

When switch is true, the OTE instruction sets Light_01 to true. When switch is false, the OTE instruction clears Light_01 to false.
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