Endress+Hauser RMS621, Operating Manual

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Basic settings Unit ID Tag number Date Time Text input
(Palm) Code Summer/
normal time
User code Change over
Alarm limit NT/ST region
Date NT->ST
Time NT->ST
Date ST->NT
Time ST->NT
Inputs Flow Flow 1...3 Identifier Flow type Signal Terminals Curve * Time base Units Format Signal damp
* Enter pulse
value Pulse unit * Pulse valuet
* Unit
K factor * K factor * Start value * End value * Offset * Cut off * Correction Sums
Volumetric Therm. exp.
coefficient* Units
Mass Signal Terminals Curve * Time base Units Format Press. Units Start value End value Offset * Cut off * Correction Pipe data Sums
Correction
table*
Format
Diff.
Pressure Diff. Press.
Type Medium tab.diff.
Pres.* Pipe internal
dia. Total
(preset.)
Pitot, Orifice,
etc. Geometric
ratio*
Splitting
Range 1...3 Identifier Signal Diff. Press.
type Curve * Time basis Units Format Fl. Units Terminal
range 1 Terminal
range 2 Terminal
range 3 Offset * Cut off * Correction Pipe data Sums
Orifice,
nozzle,... Start value* Start value* Start value* tab.diff.
Pres.* Pipe internal
dia.
Format Sums End value* End value* End value* Geometric
ratio*
Mean value Number Sensor 1-3 Time base Units
Inputs
Pressure Pressure
1...3 Identifier Signal Terminals Units Unit type Format Signal damp Start value End value Offset Atmosphere
Pressure* Default
Mean value Number Sensor 1-3 Time base Units Format Sums
Inputs
temperature Temperature
1.1....3.2 Identifier Signal Sensor type * Terminals Units Format Signal damp Start value
*
End value * Offset Default
Mean value Number Sensor 1-3 Time base Units Format Sums
Application Application
1...3 Identifier Application Steam type * Input types * Op. mode * Flow direction
* Term.
direction sig. Flow Instal point
flow * Pressure * Average
pressure * Temperature
* Temperatur
e cold * Temperature
hot * min. temp.
difference * System units Sums
Heat
Display Group 1...6 Scrolling
display Colour
change Display type Contrast Start value End value Time
constant Fault
condition Fault
condition Simulation
(current) Heat (-) *
Analogue
outputs Analogue
output 1...8 Identifier Terminals Signal source Signal
Set point
values Set point
1...13 Identifier Transmit by Terminals Op. mode Signal
source Switch point Hysteresis Time delay delta x
(gradient) *
delta t
(gradient) * Return value
(grad.) * Event text
limit on Event text
limit off Event text
limit disp. +
Pulse outputs Pulse output
1...8 Identifier Signal Terminals Signal
source Pulse type Pulse unit Pulse unit
value Simulation
(frequency)
Miscellaneous Programme
name
Software
version SW options CPU no. Series
number Run times LCD run time * Display dependent on previous parameter set up
Service Preset Total sums
Service code Application
1...3
Heat
sum Mass
sum Heat
sum (-) Mass
sum (-)
Setup