Correlations

Detected Correlation

71% Correlation

Bridle #1 Roller 1 Current - Armature appears to have a possible (70.8%) correlation with Exit Accumulator Tension - Actual

Show Comparison Chart

Structural

Before Entry Accumulator

Bridle #1 Roller 1 Voltage is strongly correlated (95.14%) to Entry Accumulator Current - Percentage
Bridle #1 Roller 1 Voltage is strongly correlated (95.14%) to Entry Accumulator Speed - Actual
Bridle #1 Roller 1 Voltage is strongly correlated (94.99%) to Entry Accumulator Current - Armature
Bridle #1 Roller 1 Speed - Actual is possibly correlated (81.69%) to Entry Accumulator Current - Armature
Bridle #1 Roller 1 Speed - Actual is possibly correlated (81.64%) to Entry Accumulator Current - Percentage
Bridle #1 Roller 1 Speed - Actual is possibly correlated (81.64%) to Entry Accumulator Speed - Actual
Bridle #1 Roller 1 Voltage is possibly correlated (81.09%) to Entry Accumulator Fill
Bridle #1 Roller 1 Current - Field is possibly correlated (74.53%) to Entry Accumulator Current - Percentage
Bridle #1 Roller 1 Current - Field is possibly correlated (74.5%) to Entry Accumulator Speed - Actual
Bridle #1 Roller 1 Current - Field is possibly correlated (74.19%) to Entry Accumulator Current - Armature
Bridle #1 Roller 1 Voltage is possibly correlated (80.55%) to Entry Uncoiler #1 Current - Field
Bridle #1 Roller 1 Voltage is possibly correlated (80.39%) to Entry Uncoiler #1 Current - Armature
Bridle #1 Roller 1 Voltage is possibly correlated (80.35%) to Entry Uncoiler #1 Current - Percentage
Bridle #1 Roller 1 Voltage is possibly correlated (79.79%) to Entry Uncoiler #1 Fill
Bridle #1 Roller 1 Current - Field is possibly correlated (71.59%) to Entry Uncoiler #1 Current - Field
Bridle #1 Roller 1 Current - Field is possibly correlated (71.22%) to Entry Uncoiler #1 Current - Armature
Bridle #1 Roller 1 Current - Field is possibly correlated (71.2%) to Entry Uncoiler #1 Current - Percentage
Bridle #1 Roller 1 Current - Field is possibly correlated (70.97%) to Entry Uncoiler #1 Fill
Bridle #1 Roller 1 Voltage is possibly correlated (88.98%) to Entry Uncoiler #2 Fill
Bridle #1 Roller 1 Voltage is possibly correlated (82.54%) to Entry Uncoiler #2 Current - Field
Bridle #1 Roller 1 Voltage is possibly correlated (80.1%) to Entry Uncoiler #2 Current - Armature
Bridle #1 Roller 1 Current - Field is possibly correlated (77.03%) to Entry Uncoiler #2 Current - Armature
Bridle #1 Roller 1 Voltage is possibly correlated (76.9%) to Entry Uncoiler #2 Current - Percentage
Bridle #1 Roller 1 Current - Field is possibly correlated (75.59%) to Entry Uncoiler #2 Current - Field
Bridle #1 Roller 1 Current - Field is possibly correlated (74.87%) to Entry Uncoiler #2 Current - Percentage
Bridle #1 Roller 1 Speed - Actual is possibly correlated (72.77%) to Entry Uncoiler #2 Fill
Bridle #1 Roller 1 Current - Field is possibly correlated (72.35%) to Entry Uncoiler #2 Fill
Summary

Summary

Bridle #1 Roller 1 Current - Armature appears to have a significant correlation with Exit Accumulator Tension - Actual.

Both assets are connected (via either physical or logical relationships), indicating that these assets should be capable of interacting.

Bridle #1 Roller 1 has relationships with Entry Accumulator, while Exit Accumulator does not. This mayindicate that Bridle #1 Roller 1 Current - Armature is the asset that controls the others.

There is a good chance there is a genuine connection between these two points.