REMA DSD04-RX, Руководство пользователя

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3. ADVANCED CONFIGURATION (for technicians only)
The codes that are found in the unit are:
02000 Reception of the programme and the transmitter’s version: switch on the transmitter
after switching on the instrument.
Continue with TARE.
Now, a value that corresponds to the intensity of the reception field will be
displayed.
Confirm with MODE.
00531 Serial configuration
Choose between enabling the serial output:( S SI ) or inhibiting it ( S no) with MODE.
Continue with TARE.
Select the transmission rate with
MODE (1200, 2400, 4800, 9600, 19200, 38400).
Note: if used in receiving mode, the baudrate is 2400
Continue with
TARE.
Choose the transmission type: continuous (
Conti ), with repeater ( riPEt ), with printer ( StAMP ) with
MODE.
Continue with TARE.
If you chose continuous transmission, you can enable the transmission of the measurement unit (
U
SI – U NO ) by pressing MODE.
If you chose transmission with repeater, you can choose the number of digits to be transmitted (
C 5
or C 6 ) by pressing MODE.
If you chose transmission with printer, you can choose the printer type: 80 columns (
S 80c) , 24
columns receipt ( S 24c ), 24 columns on one sole line ( S 24L )
.
00400 Calibration code
Enter the code and press MODE for a long time to continue with the setting, Choose
the division value with MODE and TARE, confirm by pressing MODE for a long time .
Perform the zero setting by pressing MODE. Load a weight and press TARE , set the
loaded weight value and press MODE for a long time . If necessary, also calibrate the
following steps.
00022 Various configurations
Enter the code and press MODE to continue with the setting, the various parameters
are:
P Min ( n ) This parameter is the weight value within which the weighing is considered to be minimum.
The measurement unit is the same as that of the displayed weight.
T 0tr
( t ) This parameter defines a time range which, once over,
causes any zero variations to be compensated.
R 0tr ( r ) This parameter defines a weight range within which all zero
variations need to be compensated.
P MAS ( P ) (If envisaged), it defines a weight value which, once
exceeded, causes the display unit to lock out the reading of
weight and display
T PS ( S ) .This parameter defines a time range which, once elapsed,
causes a weight that is not moving to be considered as
stable.
R PS ( c ) This parameter defines a weight range within which a weight
is considered to be stable