Fisher FIELDVUE DLC3010 Instruction Manual page 113

Instruction Manual
D102748X012
multidrop communication
activating, 94
Principle of Operation, 93
Multidrop installations, intrinsic safety, 93
Multidropped Communication, Typical Multidropped
Network, 93
N
NAMUR NE‐43, 97
NEPSI, 7
NVM (non-volatile memory), 58
O
OFLOW, Diagnostic Message, 72
Output Signal, DLC3010, 6
Overview, 29
AO, 29
Comm Status, 29
Device Information, 30
Alarm Type and Security, 31
Identification, 30
Revisions, 30
Device Status, 29
Primary Variable, 29
Process Temperature, 30
PV is, 29
P
Parts, Ordering, 85
Parts Kits, 85
Parts List, 86
(Percent) % Range, 29
Percent (%) Range Only, Display Mode, 47
PESO CCOE, 7
Polled, 29
polling address, 24, 94
Device Information, 47
Power Supply, Load Limits, 20
Power Supply Effect, 6
Power/Current Loop Connections, 23
Pressure Boundary Materials, allowable process
temperatures, 10
Primary Variable, 29
Alert Setup, 49
Service Tools, Variables, 68
Primary Variable Hi, Alert Setup, 49
Primary Variable Lo, Alert Setup, 49
Primary Variable Range, 42
Primary Variables, 41
Primary Variable Range, 42
PV Damping, 43
Sensor Limits, 42
Principle of Operation
DLC3010, 94
HART Communication, 93
Multidrop Communication, 93
Proc Temp Hi Alert Enable, 51
Proc Temp Hi Alert Threshold, 51
Proc Temp Lo Alert Enable, 51
Proc Temp Lo Alert Threshold, 52
Proc Temp Offset, 52, 54
Proc Temp Source, 30
Process Density, 6
Process Fluid, 43
Process Temperature, 30, 46, 47, 52
Alert Setup, 51
change source, 46
display, 46
Manual Entry of, 59
Service Tools, Variables, 69
source, 46
Process Temperatures, extreme, 66
process variable, 47
processor module, 94
Proportional Band, effect of, 65
Protection, 34, 39
PV, Display Mode, 47
PV alert deadband, 37
PV alert thresholds, 37
PV Alerts Threshold Deadband, 49, 50
PV Damping, 43
PV Hi Alert Enable, 49
PV Hi Alert Threshold, 49
method, 49
PV Hi Hi Alert Enable, 49
Index
October 2014
113