Cyclic Process Values Via Fieldbus; Parameter Checksum (As Of V1.12) - Siemens SIDOOR ATD4 W Series System Manual

This way the accumulation of contamination does not result in an "escape" of the door from the
closed position.
4.2.10

Cyclic process values via fieldbus

As of firmware version V1.09, cyclic process values can be transferred to a higher-level controller
using PROFIBUS or PROFINET by means of the technology status words TZW3, TZW4 and TZW5.
The content of these technology status words can be configured with the parameters p4700,
p4701 and p4702. The following process values are available:
• Digital inputs, D-IN
• Digital outputs, D-OUT
• Button
• Door position in mm
• Door setpoint speed in mm/s
• Door actual speed in mm/s
• Motor current in mA
• Motor current limitation in mA
• Voltage of the motor output stage in V
• Remaining power capacity of the braking resistor in J
• Currently displayed operating status (as of V1.12)
The default values of parameters p4700, p4701, p4702 correspond to the settings for TZW3,
TZW4, TZW5 in firmware versions prior to V1.09.
To use the technology status words. see also Appendix TZW3, TZW4, TZW5 - Technology status
words 3, 4, 5 (Page 327).
4.2.11

Parameter checksum (as of V1.12)

Description of function
Firmware version V1.12 or higher:
To ensure that certain parameter ranges have not been changed, it is possible to read out a
checksum:
• r200: Checksum for the default parameters
• r201: Checksum for the learn run/basic parameters (p2101 to p2111)
As soon as a parameter of the respective range changes, its checksum is recalculated.
A retentive change counter (r202) is incremented by one every time a parameter from the
default range is changed. After resetting the parameters to the factory setting with p91, the
change counter is set to zero.
ATD4xxW for industrial applications
System Manual, 06/2022, A5E51901827B AA
SIDOOR functions
4.2 System functions
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