# DNPSLV.CFG
#
# This file contains the configuration for the DNP Master/Slave
# MVI94 communication module configured as a slave.
#
# LOCATION      : Test Bench Example
# DATE          : 09/04/2001
# CONFIGURED BY : RAR
# MODIFIED      :
#
# This section is used to define the configuration for the Module application
# port.  This port will receive requests from a remote DNP master unit and
# simulates a DNP slave device.
#
[Module]
Module Name : Test of slave driver for MVI94-DNP module
Type        : Slave    #Enter S = Slave or M = Master

# This section is used to define the DNP slave device emulated.
#
[DNP Slave]
#Slave address for unit on DNP network
Internal Slave ID       : 2      #0-65534 slave identification code for this unit

# DNP slave communication port configuration
Baud Rate               : 19200  #Baud rate for port 110-115200
RTS On                  : 0      #0-65535 mSec before message
RTS Off                 : 0      #0-65535 mSec after message
Min Response Delay      : 0      #0-65535 mSec before response sent from slave

# DNP slave modem configuration
Modem                   : No     #Use a dial-up modem on this port (Yes/No)
Connect Timeout         : 30000  #0-65535 mSec before connect timeout
First Character Delay   : 500    #0-65535 mSec before 1st char after connect
Redial Delay Time       : 20000  #0-65535 1/10 seconds min before redial attempt
Redial Random Delay     : 10000  #0-65535 1/10 seconds random before redial attempt
Idle Timeout            : 500    #0-65535 1/10 seconds inactive timeout
Phone Number            : ATDT18001234567

# Collision Avoidance parameters
Collision Avoidance     : No     #Use Collision Avoidance (Yes/No)
CD Idle Time            : 10     #0-32000 mSec min idle time before transmit
CD Random Time          : 15     #0-32000 mSec random idle time before transmit
CD Time Before Receive  : 5      #0-65535 mSec before receive

#Default Class Settings
BI Class                :  1     #Default class for binary input events
AI Class                :  1     #Default class for analog input events
Float Class             :  2     #Default class for float input events
Double Class            :  3     #Default class for double input events

# DNP specific parameters
AI Deadband             : 1000   #0-32767 analog deadband value for events
Float Deadband          : 1000.0 #Single float deadband
Double Deadband         : 4000.0 #Double float deadband

Select/Operate Arm Time : 2000   #1-65535 mSec arm timeout for select/op outputs
Write Time Interval     : 60     #0-1440 minutes for time sync from master

Data Link Confirm Mode  : Never  #DL confirm mode (N=Never,S=Sometimes,A=Always)
Data Link Confirm Tout  : 1000   #1-65535 mSec DL confirm timeout
Data Link Max Retry     : 2      #0-255 maximum DL confirm retry count
App Layer Confirm Tout  : 2000   #1-65535 mSec App Layer confirm timeout

Unsolicited Response    : No     #Generate Unsolicited responses (Yes/No)
Class 1 Unsol Resp Min  : 10     #1-255 min number of events before send
Class 2 Unsol Resp Min  : 10     #1-255 min number of events before send
Class 3 Unsol Resp Min  : 10     #1-255 min number of events before send
Unsol Resp Delay        : 2000   #0-65535 mSec before events sent
UResp Master Address    : 5      #DNP address of master to send UResp data

AI Events with time     : Yes    #timestamp AI Event data default (Yes/No)
Time Sync Before Events : Yes    #timesync module before events gen (Yes/No)
Initialize DNP BO/AO    : No     #Initialize BO/AO values from processor (Yes/No)

#DNP Database size parameters
[DNP Slave Database]
Binary Inputs           : 32     #0-960 point count to hold BI data
Analog Inputs           : 20     #0-120 points of analog input data
Float Inputs            : 12     #0-60 points of floating-point format data
Double Inputs           :  5     #0-30 points of floating-point format data
Counters                : 10     #0-30 points of counter data
Binary Outputs          : 32     #0-960 point count to hold BO data
Analog Outputs          : 40     #0-60 points of analog output data
Float Outputs           : 10     #0-60 points of floating-point format data
Double Outputs          :  8     #0-30 points of floating-point format data


[DNP Slave Binary Inputs]
# This area is to override the class (1) binary input database points.
#
# Point#   Class
Start
    0       1
    1       2
    2       3
    3       0   #Events will never be generated for this point
    4       1
    5       2
    6       3
    7       1
    8       1
    9       1   #points 10-27 will be class 1
   28       1
   29       1
   30       2
   31       3
End


[DNP Slave Analog Inputs]
# This area is to override the class (1) and deaband for the integer analog
# input database.  The point # is the offset from the start of the analog
# input database.
#
# Point#   Class   Deadband
Start
    6       1          2000  #points 0-5=class 1, deadband = 1000
    7       1          2000
    8       2          1000
    9       3          2000
   10       2          1000
   11       2          1000  #points 12-19=class 1, deadband = 1000
End


[DNP Slave Float Inputs]
# This area is to override the class (2) and deaband for the single float
# database.  The point # is not the address in the analog database, but is
# the offset from the start of the single floating-point database.
#
# Point#   Class   Deadband
Start
    0       1          100.
    1       2         12.34
    2       3          1.23
    3       0         13.45  #Events will never be generated for this point
    4       2        3000.0  #points 5 to 11=class 2, deadband = 1000.00
End


[DNP Slave Double Inputs]
# This area is to override the class (3) and deaband for the double float
# database.  The point # is not the address in the analog database, but is
# the offset from the start of the double floating-point database.
#
# Point#   Class   Deadband
Start
    0       1          100.
    1       2        987.34
    2       3        789.23
    3       0        135.45  #Events will never be generated for this point
End