Dupline G3800 X036, Operation Manual

Page: 110 / 112

Mastergenerator ModBus Functions
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2004 Carlo Gavazzi Industri A/S. All rights reserved.
1 10
Function Code 16: Preset Multiple Registers
Dec Hex Hi Lo
4096 1000 B8-B1 A8-A1 Digital
4097 1001 D C Digital
. . . . Digital
4103 1007 P O Digital
Dec Hex Hi Lo
4112 1010 B8-B1 A8-A1 Digital
4113 1011 D C Digital
. . . . Digital
4119 1017 P O Digital
4880 1310 0 HI LO CD-0 Output Table
4881 1311 1 HI LO CD-1 Output Table
4882 1312 2 HI LO CD-2 Output Table
4883 1313 3 HI LO CD-3 Output Table
- . - - - - Output Table
4895 131F F HI LO CD-F Output Table
4896 1320 0 H! LO EF-0 Output Table
4911 132F F HI LO EF-F Output Table
4912 1330 0 HI LO GH-0 Output Table
4929 133F F HI LO GH-F Output Table
4930 1340 0 HI LO IJ-0 Output Table
4943 134F F HI LO IJ-F Output Table
4944 1350 0 HI LO KL-0 Output Table
4959 135F F HI LO KL-F Output Table
4960 1360 0 HI LO MN-0 Output Table
4975 136F F HI LO MN-F Output Table
4976 1370 0 HI LO OP-0 Output Table
4990 137F F HI LO OP-15 Output Table
Output Table
Dec Hex Hi Lo
8192 2000 Hour Minute 0..23 0..59 Setup
8193 2001 Second
s
Day of
week
0..59 0..FF Setup
8194 2002 Month Date 1..12 1..31 Setup
8195 2003 Year Year 0..99 0..99 Setup
16384 4000 HI LO A1 Limit 1 Low Setup
16385 4001 HI LO A1 Limit 1 High Setup
16386 4002 HI LO A1 Limit 2 Low Setup
16387 4003 HI LO A1 Limit 2 High Setup
16388 4004 HI LO A2 Limit 1 Low Setup
4008 HI LO A3 Limit 1 Low Setup
16416 4020 HI LO B1 Limit 1 Low Setup
16892 41FC HI Lo P8 Limit 1 Low Setup
16893 41FD HI Lo P8 Limit 1 High Setup
16894 41FE HI Lo P8 Limit 2 Low Setup
16895 41FF HI Lo P8 Limit 2 High Setup
16896 4200 HI LO A1 on-delay tb Setup
16897 4201 HI LO A1 on-delay Setup
16898 4202 HI LO A1 off-delay tb Setup
16899 4203 HI LO A1 off Delay Setup
16900 4204 HI LO A2 on-delay tb Setup
16904 4208 HI LO A3 on-delay tb Setup
16928 4220 HI LO B1 on-delay tb Setup
17404 43FC HI Lo P8 on-delay tb Setup
17405 43FD HI Lo P8 on-delay Setup
17406 43FE HI Lo P8 off-delay tb Setup
17407 43FF HI Lo P8 off delay Setup
Set Generators internal 24 Hour clock.
Format: hh.mm, ss,dd,MM,DD,YYYY
Day of week: 1 Monday ..7 Sunday.
The Data format is BCD and should hold a valid date and time.
If format is wrong, the command is not responded to.
Note: All 4 Registers must be written simultaneously.
Write AnaLink channels Set-Point values.
Legal Values lies in the range from 0 to 255, and must be scaled according to
the type of analink signal.
Responds only, if channel is configured for a Realtime channeltype.
4 Registers per Setup.
Writing of 1 to 32 registers possible
If an attempt is made to read from a start-address and the number of registers
exceeds the allowed register range, no answer will be made, as this is interpreted
as an illegal function.
The changes are stored permanently in the system configuration memory.
Multiplexed Analog Write Output Table (AO)
Registers 1300H to 137FH BCD-VALUES
Resisters 1400H to 147FH BINARY-VALUES
Multiplexed analog values only valid if Multiplexer is selected
Writing of 1 to 32 registers possible
Write data for Output on Dupline channels.
Writing 1’s will start the configured function, on that channel, as if a transmitter
were activated on the corresponding channels.
Writing of 1 to 8 registers possible.
If an attempt is made to write to a start-address and the number of registers exceeds
the allowed register range, no answer will be made, as this is interpreted as an illegal
function
Write data for Forcing the Output on Dupline channels.
Writing 1’s will force the channels on, as if a masterfunction activated the
corresponding channels.
Writing of 1 to 8 registers possible.
If an attempt is made to write to a start-address and the number of registers exceeds
the allowed register range, no answer will be made, as this is interpreted as an illegal
function
Write timer channels configuration for ON and OFF delays
Delays < 12. hours counts in seconds and delay-tb are set to 0
Dalays >12 hours counts in Minutes and delay-tb are set to 1
Responds only, if channel is configured for Timer channel type.
4 Registers per Setup.
Reading of 1 to 128 registers possible
If an attempt is made to read from a start-address and the number of registers exceeds the
allowed register range, no answer will be made, as this is interpreted as an illegal function.
The changes are stored permanently in the system configuration memory.