Figure 5-56. Application Example Illustrating The Use Of Fli Group Iv Methodology - ABB TPU2000 Technical Manual

Bit 5 FLI 22
Bit 6 FLI 23
Bit 7 FLI 24
Bit 8 FLI 25
Bit 9 FLI 26
Bit 10 FLI 27
Bit 11 FLI 28
Bit 12 FLI 29
Bit 13 FLI 30
Bit 14 FLI 31
Bit 15 FLI 32 (msb)
41439 Force Logical Input State Mask
FLI 01 – FLI 16
Bit 0 FLI 01 (lsb)
Bit 1 FLI 02
Bit 2 FLI 03
Bit 3 FLI 04
Bit 4 FLI 05
Bit 5 FLI 06
Bit 6 FLI 07
Bit 7 FLI 08
Bit 8 FLI 09
Bit 9 FLI 10
Bit 10 FLI 11
Bit 11 FLI 12
Bit 12 FLI 13
Bit 13 FLI 14
Bit 14 FLI 15
Bit 15 FLI 16 (msb)
A simple application example in Figure 5-56 follows, illustrating the method to force TPU2000 or TPU2000R
functions via the Group IV mapping.
STEP 1 -
Host sends following register contents
to initiate FLI 12 ( Mapped To ZSC) and FLI 25 (Mapped to
ULO2) ( Assumed that defaultpassword of all spaces
is active).
41431 = 2020 hex (Password Hi)
41432 = 2020 hex (Password Lo)
41433 = 0
41434 = 0200 hex (Select FLI 25 Bit to Change)
41435 = 0800 hex ( Select FLI 12 Bit to Change).
41436 = 0200 hex ( Select FLI 25 Force State)
41437 = 0800 hex ( Select FLI 12 Force State)
41438 = 0200 hex ( Set FLI 25 Bit to State of 1)
41439 = 0800 hex ( Set FLI 12 Bit to State of 1)

Figure 5-56. Application Example Illustrating the Use of FLI Group IV Methodology

TPU2000/2000R Modbus/Modbus Plus Automation Guide
EXAMPLE 4 - Enable 150P- 2Control and UL1 1 which is mapped to a
Physical Output via the ECP PHYSICAL OUTPUT MAP.
(Reserved)
E C
Command
Sequence Through
Modbus Command 16
Preset Multiple Holding Registers
E C
The Relay Responds over the network
that the command has been accepted.
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
1 = Force State 0 = Normal State
Unsigned (16 Bits)
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
1 = Force Set State 0 = Force Reset State
STEP 2 -
The host sends the register execute
command to the following address
with the following contents.
41430 = 0001 hex
E C
Command
Sequence Through
Modbus Command 16
Preset Multiple Holding Registers
E C
The relay forces FLI 25 and FLI 12 to be a value of 1 Forced.
The TPU 2000R is mapped via the Change Logical Input Screen.
A Modbus response will be returned to the host
indicating that the command has been accepted.
151