
GOSSEN METRAWATT GMBH
21
Saving and Loading Device Settings:
Differential Controller
Parameters:
–
Actual value difference, i.e. 1
st
actual value – 2
nd
actual value, is regulated to the selected differential set-
point.
–
The differential setpoint can be set within a range of
±
one half of the measuring range.
–
Limit value monitoring is relative to actual value difference, and not the two actual values.
–
If an attempt is made at the operating level to change the differential setpoint (display mode: 1
st
actual
value / 2
nd
actual value),
no
appears briefly at the bottom display.
Slave Controller
Parameters:
see page 24
–
The external setpoint which is applied to the 2
nd
measurement input replaces the internal setpoint.
–
The setpoint ramp function (see page 31) is retained.
–
After switching to setpoint 2 via the binary input, the controller becomes a
fixed setpoint controller using
set-
point 2 (
SP 2
).
–
Upper and lower limits for the external setpoint are scaled with the
rn L
and
rn H
parameters
(2
nd
measurement input, standard signal for designation B4).
–
The
SP L
and
SP H
parameters limit the external setpoint for control and display purposes.
–
If an attempt is made at the operating level to change the setpoint (display mode: actual value / setpoint),
no
appears briefly at the bottom display.
Code
Function
Comment
Current settings
1)
are saved as user-defined default settings.
1)
The configuration digits and all parameters except for the interface address
Addr
A configuration per customer specifications (K9) is stored
here, and is overwritten in the process.
User-defined default settings
1)
are loaded.
If settings have not already been saved with
d
in the past,
the factory default settings or a configuration per customer
specifications (K9) is loaded.
All entries, including self-tuning and calibration results, are
overwritten in the process.
Factory default settings
1)
are loaded.