Device Configuration; Factory Settings - ABB 2600T Series Operating Instructions Manual

— Condensed Status
D e c i m a l
Binary Code Quality
Code
0000 0000 0 BAD
0010 10xx 40-43 BAD
0010 01xx 36-39 BAD
0011 11xx 60-63 BAD
0100 0000 64 UNCERTAIN non specific
0111 10xx 120-123 UNCERTAIN Process Related No Maintenance
0100 1011 75 UNCERTAIN
0100 1111 79 UNCERTAIN initial value (FSAFE_TYPE = 0)
0111 0011 115 UNCERTAIN Simulated value start
0111 01xx 116-119 UNCERTAIN Simulated value end
0110 00xx 96-99 UNCERTAIN simulated value
1000 0000 128 GOOD_NC
1000 0100 132 GOOD_NC
1000 1010 138 GOOD_NC
1000 1110 142 GOOD_NC
1000 1001 137 GOOD_NC
1000 1101 141 GOOD_NC
1010 01xx 164-167 GOOD_NC
1010 10xx 168-171 GOOD_NC

11.2.2 Device configuration

Operations on the transmitter like configuration/
parameterization, maintenance, monitoring are executed by
reading or writing the parameters mapped in the transmitter's
blocks addressed as Slot/index. The Acyclic profibus
communication is used .
The DTM 266 PdP-PA is conform to the specifications FDT
1.2.1 and can be used within any FDTframeapplication/
configuration tool. The fdtFrameapplication tool from ABB is
the DAT200 (Asset Vision Basic) as freeware software tool.
Both the DTM and the DAT200 can be downloaded from the
ABB website www.abb.com.
Acyclic communication
The acyclic communications is executed only when a read or
write access at the device parameters is requested by the
operator from the Class 1 or Class 2 Masters. The device
parameters are addressed via SLOT/INDEX mapping. Refer to
the Appendix A to see the complete parameter mapping of the
266 PdP-PA.
Sub-Status
non specific
Process Related No Maintenance
Maintenance Alarm More
Diagnostic Available
Function Check Local Override
substitute value
– (FSAFE_TYPE = 0)
ok
Update Event
Active Advisory Alarm high
Active Critical Alarm high
Active Advisory Alarm low
Active Critical Alarm low
Maintenance Required
Maintenance Demanded

11.3 Factory settings

Transmitters are calibrated at the factory to the customer's
specified measuring range. The calibrated range and tag
number are provided on the name plate. If this data has not
been specified, the transmitter will be delivered with the
following configuration:
Parameter
Node Address
TAG
PB_TAG_DESC
Calibration Lower Range Value 0%
PRTB_SCALE_IN 0%
Calibration Upper Range Value 100%
PRTB_SCALE_IN 100%
Calibration Unit
PRTB_SECONDARY_VALUE_1_UNIT
Transfer function
PTRB_LIN_TYPE
Display Mode
HMI_MODE
Display Variable
HMI_LINE1
Analog Input 1 setting
Damping
AI1_PV_FTIME
Output scale 0%
AI1_OUT_SCALE 0%
Output scale 100%
AI1_OUT_SCALE 100%
Output Scale Unit
AI1_OUT_SCALE Unit Code
Critical Limit Low
AI1_LO_LO_LIM
Advisory Limit Low
AI1_LO_LIM
Advisory Limit High
AI1_HI_LIM
Critical Limit High
AI1_HI_HI_LIM
Alarm Hysteresis
AI1_ALARM_HYS
Fail Safe Type
AI1_FSAFE_TYPE
2600T Series Pressure transmitters | OI/266/PB-EN Rev. E 39
11 Commissioning
Factory setting
126
"PI000"
0.0
PTRB_SENSOR_LIM_HI
Kpa
Linear
One Line
HMI_VARIABLE_1 = AI1_OUT
0 second
0.0
PTRB_SENSOR_LIM_HI
Kpa
AI1_OUT_SCALE 0%
– 10% of the SPAN
AI1_OUT_SCALE 100%
+ 10% of the SPAN
0.5% of the SPAN
Last Usable Out Value