Super Systems SuperDATA User Manual
Page 34
Super Systems Inc
Page 34 of 172
Super Data Operations Manual
For MODBUS instruments the address is in the range 1-247.
ID
Required. Applies to ALL instruments.
The instrument ID.
Note: Most newer Honeywell instruments use common addresses based on
type of data. To configure SDIO to read these instruments you must specify the
data to be read by type and count. The maximum counts for each type are
specified next to the instrument type below. The values read are mapped to
slots (0-77) in the order specified above. Maximum slots per logical channel is
78, this must be considered when configuring one of these instruments. For
additional information on Honeywell MODBUS data addressing refer to
Honeywell Manual 51-52-25-66F (Modbus RTU Serial Communications Manual).
HWM_GEN (max L:16,A:64,CV:32,MV:64,T:12,AB:120,ASP:64,PG:4)
HWM_DPR100 (max L:0,A:6,CV:6,MV:6,T:0,AB:12,ASP:12,PG:0)
HWM_DPR180 (max L:0,A:24,CV:24,MV:24,T:0,AB:48,ASP:48,PG:0)
HWM_DPR250 (max L:0,A:64,CV:32,MV:32,T:0,AB:64,ASP:64,PG:0)
HWM_RSX (max L:2,A:6,CV:10,MV:24,T:6,AB:12,ASP:12,PG:0)
HWM_VRX (max L:2,A:12,CV:16,MV:32,T:12,AB:16,ASP:16,PG:1)
HWM_VPR (max L:4,A:12,CV:16,MV:32,T:3,AB:16,ASP:16,PG:4)
HWM_DR4300 (max L:1,A:1,CV:0,MV:0,T:1,AB:2,ASP:2,PG:1)
HWM_DR4500 (max L:2,A:4,CV:0,MV:1,T:4,AB:6,ASP:6,PG:2)
HWM_UDC2300 (max L:1,A:2,CV:0,MV:0,T:0,AB:2,ASP:2,PG:1)
HWM_UDC3300 (max L:2,A:3,CV:0,MV:2,T:1,AB:2,ASP:2,PG:1)
HWM_UDC5300 (max L:2,A:3,CV:9,MV:16,T:0,AB:4,ASP:4,PG:1)
L
Optional. Specifies the number of LOOPS to read. 7 slots are used for each
LOOP read (PV,RV,WSP,OUT,IN1,IN2,STATUS).
Examples:
L:1 reads LOOP 1 and uses 7 slots.
L:2 reads LOOPS 1 and 2 and uses 14 slots.
A
Optional. Specifies the number of ANALOG INPUTS to read. 1 slot is used for
each input read.
Example:
A:4 reads ANALOG INPUTS 1-4 and uses 4 slots.
CV
Optional. Specifies the number of COMM or CONSTANT values to be read. 1
slot is used for each value read.
Example:
CV:3 reads CONSTANT Values 1-3 and uses 3 slots.
MV
Optional. Specifies the number of MATH or CALCULATED values to be read. 1
slot is used for each value read.
Example:
MV:6 reads MATH Values 1-6 and uses 6 slots.
T
Optional. Specifies the number of TOTALIZER values to be read. 1 slot is
used for each value read.
Example:
T:2 reads TOTALIZER Values 1-2 and uses 2 slots.
AB
Optional. Specifies the number of ALARM BITS to be read. 1 slot is used for
each group of 16 alarm bits read.
Examples:
AB:2 reads 2 ALARM BITS and uses 1 slot.
AB:12 reads 12 ALARM BITS and uses 1 slot.
AB:16 reads 16 ALARM BITS and uses 1 slot.
AB:20 reads 20 ALARM BITS and uses 2 slots.
ASP
Optional. Specifies the number of ALARM SETPOINT values to be read. 1 slot
is used for each value read.
Example:
ASP:2 reads ALARM SETPOINT Values 1-2 and uses 2 slots.
PG
Optional. Specifies the number of SETPOINT PROGRAMMER records be read.
7 slots are used for each record read.
The slots contain:
1. Setpoint Programmer Output
2. Current Seg Number
3. Elapsed Time