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2600-13 Press Control Module
MicroLogix 1500 & CompactLogix Resolver Module
Revision 2.1
Chapter 3: Programmable Parameters
Clear Errors: This command bit exists on all of the programming blocks and will remove a latched transducer
fault and all programming errors.
Disable Physical Outputs: This bit exists in all of the programming blocks. Setting this bit will cause all of
the physical outputs to turn off. Resetting this bit will cause the physical outputs to
turn on or off based on programmed on/off setpoints, the resolver position, and the
state of the ANDing Inputs.
Void Entire setup of Specified Output: This bit exists in all of the Programming Blocks that are used to
program when a PLS output will fire. Setting this bit clears the entire
setup of the Output defined by the Output Being Programmed
parameter. This includes all of the On/Off setpoints, the Limit Offset,
and any ANDing functions that have been assigned to the input.
Transmit Bit: This bit exists on all of the programming blocks. The 2600-13 module only acts on the data
located in the output registers on the 0 to 1 and the 1 to 0 transition of this bit.
Global Configuration Data
Master / Slave Mode: This bit level parameter configures the 2600-13 module to be used either as a Master
Module or as a Slave Module. When configured as a slave, the module will receive its
position data over a serial link from a 2600-13 module that has been configured as a
Master. When configured as a Slave, the 2600-13 module follows the direction of the
Master module.
The default state of this parameter is Master.
Transducer Fault Latch: This bit level parameter configures the 2600-13 module to either Latch or Self Clear
a transducer fault that will occur if the signals between the module and the resolver
are interrupted and then restored. A loose connection or electronic noise are two
possible causes of interrupted resolver signals.
The default state of this parameter has the faults latched.
Hold Last Output State: This bit level parameter allows the outputs to remain in their last state if there is a
loss of communication, if there is a transducer fault, or if the PLC is switched to
Program Mode. In the case of the transducer fault, the outputs will remain in their
last state even if it is a Clearable transducer fault, which is indicated by a blinking
Fault LED.
The default state of this parameter has the outputs turn off if one or more of the
previous conditions are met.
Count Direction: This bit level parameter controls the direction of increasing counts. If the resolver cable is
wired as shown in this manual, then the position counts will increase as the resolver’s shaft
rotates Clockwise, looking at the shaft. Using the count direction parameter will cause the
position counts to increase as the resolver’s shaft rotates Counter Clockwise, looking at the
shaft.
The default state of this parameter is Clockwise Increasing.
