Correlations

Detected Correlation

83% Correlation

Bridle #1 Roller 1 Voltage appears to have a reasonable (83.2%) correlation with Bridle #1 Roller 2 Speed - Actual

Show Comparison Chart

Other

Other Correlations Between Assets:

Bridle #1 Roller 1 Tension - Target has a 100% correlation with Bridle #1 Roller 2 Tension - Target
Bridle #1 Roller 1 Voltage has a 100% correlation with Bridle #1 Roller 2 Voltage
Bridle #1 Roller 1 Speed - Target has a 100% correlation with Bridle #1 Roller 2 Speed - Target
Bridle #1 Roller 1 Tension - Actual has a 96.99% correlation with Bridle #1 Roller 2 Tension - Actual
Bridle #1 Roller 1 Current - Percentage has a 95.9% correlation with Bridle #1 Roller 2 Current - Percentage
Bridle #1 Roller 1 Current - Armature has a 95.89% correlation with Bridle #1 Roller 2 Current - Armature
Bridle #1 Roller 1 Current - Armature has a 95.85% correlation with Bridle #1 Roller 2 Current - Percentage
Bridle #1 Roller 1 Current - Percentage has a 95.85% correlation with Bridle #1 Roller 2 Current - Armature
Bridle #1 Roller 1 Tension - Target has a 88.78% correlation with Bridle #1 Roller 2 Tension - Actual
Bridle #1 Roller 1 Tension - Actual has a 88.77% correlation with Bridle #1 Roller 2 Tension - Target
Bridle #1 Roller 1 Speed - Actual has a 85.95% correlation with Bridle #1 Roller 2 Voltage
Bridle #1 Roller 1 Speed - Actual has a 85.52% correlation with Bridle #1 Roller 2 Speed - Actual
Bridle #1 Roller 1 Current - Field has a 79.47% correlation with Bridle #1 Roller 2 Voltage
Bridle #1 Roller 1 Voltage has a 77.95% correlation with Bridle #1 Roller 2 Current - Field
Bridle #1 Roller 1 Speed - Actual has a 74.56% correlation with Bridle #1 Roller 2 Current - Field

Show PCC Chart
Show For Tension - Target
Show For Voltage
Show For Speed - Target
Show For Tension - Actual
Show For Current - Percentage
Show For Current - Armature
Show For Speed - Actual
Show For Current - Field
Structural

Before Entry Accumulator

Bridle #1 Roller 2 Voltage is strongly correlated (95.14%) to Entry Accumulator Current - Percentage
Bridle #1 Roller 1 Voltage is strongly correlated (95.14%) to Entry Accumulator Current - Percentage
Bridle #1 Roller 2 Voltage is strongly correlated (95.14%) to Entry Accumulator Speed - Actual
Bridle #1 Roller 1 Voltage is strongly correlated (95.14%) to Entry Accumulator Speed - Actual
Bridle #1 Roller 2 Voltage is strongly correlated (94.99%) to Entry Accumulator Current - Armature
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 2 Voltage is possibly correlated (81.09%) to Entry Accumulator Fill
Bridle #1 Roller 1 Voltage is possibly correlated (81.09%) to Entry Accumulator Fill
Bridle #1 Roller 2 Speed - Actual is possibly correlated (78.74%) to Entry Accumulator Current - Percentage
Bridle #1 Roller 2 Speed - Actual is possibly correlated (78.73%) to Entry Accumulator Speed - Actual
Bridle #1 Roller 2 Speed - Actual is possibly correlated (78.6%) to Entry Accumulator Current - Armature
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 2 Current - Field is possibly correlated (73.16%) to Entry Accumulator Current - Percentage
Bridle #1 Roller 2 Current - Field is possibly correlated (73.12%) to Entry Accumulator Speed - Actual
Bridle #1 Roller 2 Current - Field is possibly correlated (72.72%) to Entry Accumulator Current - Armature
Bridle #1 Roller 2 Voltage is possibly correlated (80.55%) to Entry Uncoiler #1 Current - Field
Bridle #1 Roller 1 Voltage is possibly correlated (80.55%) to Entry Uncoiler #1 Current - Field
Bridle #1 Roller 2 Voltage is possibly correlated (80.39%) to Entry Uncoiler #1 Current - Armature
Bridle #1 Roller 1 Voltage is possibly correlated (80.39%) to Entry Uncoiler #1 Current - Armature
Bridle #1 Roller 2 Voltage is possibly correlated (80.35%) to Entry Uncoiler #1 Current - Percentage
Bridle #1 Roller 1 Voltage is possibly correlated (80.35%) to Entry Uncoiler #1 Current - Percentage
Bridle #1 Roller 2 Voltage is possibly correlated (79.79%) to Entry Uncoiler #1 Fill
Bridle #1 Roller 1 Voltage is possibly correlated (79.79%) to Entry Uncoiler #1 Fill
Bridle #1 Roller 2 Current - Field is possibly correlated (71.66%) to Entry Uncoiler #1 Current - Field
Bridle #1 Roller 1 Current - Field is possibly correlated (71.59%) to Entry Uncoiler #1 Current - Field
Bridle #1 Roller 2 Current - Field is possibly correlated (71.51%) to Entry Uncoiler #1 Current - Armature
Bridle #1 Roller 2 Current - Field is possibly correlated (71.49%) to Entry Uncoiler #1 Current - Percentage
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 2 Current - Field is possibly correlated (71.04%) to Entry Uncoiler #1 Fill
Bridle #1 Roller 1 Current - Field is possibly correlated (70.97%) to Entry Uncoiler #1 Fill
Bridle #1 Roller 2 Voltage is possibly correlated (88.98%) to Entry Uncoiler #2 Fill
Bridle #1 Roller 1 Voltage is possibly correlated (88.98%) to Entry Uncoiler #2 Fill
Bridle #1 Roller 2 Voltage is possibly correlated (82.54%) to Entry Uncoiler #2 Current - Field
Bridle #1 Roller 1 Voltage is possibly correlated (82.54%) to Entry Uncoiler #2 Current - Field
Bridle #1 Roller 2 Voltage is possibly correlated (80.1%) to Entry Uncoiler #2 Current - Armature
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 2 Voltage is possibly correlated (76.9%) to Entry Uncoiler #2 Current - Percentage
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
Bridle #1 Roller 2 Current - Field is possibly correlated (71.5%) to Entry Uncoiler #2 Fill
Bridle #1 Roller 2 Speed - Actual is possibly correlated (70.58%) to Entry Uncoiler #2 Fill
Summary

Summary

Bridle #1 Roller 1 Voltage appears to have a significant correlation with Bridle #1 Roller 2 Speed - Actual.

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

There are several properties that appear to be correlated between the two assets.

Both assets share correlations with data from Entry Accumulator, which indicates that they are both part of the same system or subsystem.

Both assets share the same correlations with Entry Accumulator as they do with eachother, indicating that Entry Accumulator might be controlling Bridle #1 Roller 1 and Bridle #1 Roller 2.

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