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Allen-Bradley ControlLogix Reference Manual

Allen-Bradley ControlLogix
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Chapter 4
CIP Axis Attributes
442 Rockwell Automation Publication MOTION-RM003I-EN-P - February 2018
Brake Test Torque
Usage Access Data
Type
Default Min Max Semantics of Values
Optional - DE Set/SSV REAL 0
FD
0 10
3
% Motor Rated
This attribute sets the percent of motor rated torque applied to the motor by the
Brake Test as part of the Torque Proving function executed in the Starting state.
This Brake Test proactively tests the ability of the mechanical brake to hold the
maximum anticipated load before releasing the brake and allowing operation.
Should the Brake Test detect brake slip, a Brake Slip exception is generated.
If the Brake Test Torque attribute value is 0 the Brake Test is not performed in
the Starting state.
Brake Prove Ramp Time
Usage Access Data
Type
Default Min Max Semantics of Values
Optional - DE Set/SSV REAL 0
FD
0 10
3
Seconds
This attribute determines the amount of time the drive will take to ramp the
applied torque of the motor down to zero during the Brake Proving test in the
Stopping or Aborting state. The Brake Prove Ramp Time determines the ramp
down rate of the applied torque output by dividing the Torque Limit by the Brake
Prove Ramp Time. The Torque Limit in this case is the maximum of the
configured Torque Limit Positive and Torque Limit Negative values. The Brake
Prove test is performed to check for brake slip before the power structure is
disabled.
Brake Slip Tolerance
Usage Access Data
Type
Default Min Max Semantics of Values
Optional - DE Set/SSV REAL 0
FD
0
Position Units
This attribute determines the amount of brake slip allowed after the brake is
engaged. If this tolerance is exceeded while the brake is engaged, a Brake Slip
exception is generated. Brake slip can therefore be monitored in any axis state
where the brake is engaged.

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Allen-Bradley ControlLogix Specifications

General IconGeneral
CommunicationEtherNet/IP, ControlNet, DeviceNet, DH+
I/O CapacityUp to 128, 000 I/O points (varies by configuration)
RedundancySupported (with specific modules)
Programming SoftwareRockwell Automation Studio 5000 Logix Designer
Operating Temperature0°C to 60°C (32°F to 140°F)
Programming LanguagesLadder Logic, Function Block Diagram, Structured Text, Sequential Function Chart
ModularityYes
CertificationsUL, CE
Processor TypeMultiple options available, including standard, safety, and extreme environment processors
Power SupplyMultiple options available, including standard and redundant power supplies with various voltage ranges (e.g., 24V DC, 120/240V AC)

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