Ditel KOSMOS BETA-M, Руководство пользователя

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Example:
A process using the liquid in a container that is known as the manufacturer's gross weight 100 Kg and 75 Kg net.
It is used in the
process of weighing a load cell connected to an instrument and need to know the net weight of liquid at every moment of the
process. Selecting this mode of tare, net value would be introduced by editing. When the instrument is measuring the weight of
the drum, now completely filled with liquid, which would be 100 kg, tare the instrument and the measure now shows 75 kg, and
measuring from this value to 0 during the emptying of it.
On tArE1 mode at one press of the
TARE
key, the instrument stores the value shown on display at this
moment, if it is not on overflow, the TARE LED lights and from this moment the shown value is net value (the
measured minus the stored). If the instrument already has a TARE and press once again the TARE key the value
shown at this moment will be added to the previous TARE value, being the sum of both the resulting TARE. To
clear TARE value, see page 59.
In this mode, the TARE key has no effect when the instrument is in RUN. The TARE value will be programmed
manually, nevertheless the way of working will be the same that in tArE1. The edit menu is accessed from the
RUN mode, with pressing the ENTER key which will take us a –Pro- and pressing the TARE key more than 3
seconds will enable us with the keys
and to enter the tare value in memory and pressing the
ENTER key goes back to –run- and TARE LED will be on, not allowing more TAREs from the keyboard, having to
reschedule to override it.
In this mode we have to program the “net “ value, from RUN mode press more than 3 seconds the
TARE
and
according the diagram on page 98, program the net value (usually indicated on the container). Action TARE, as
in the tArE2 case will not take effect until a press of
TARE
key, being the instrument in RUN mode, also the
TARE LED will light. The value stored now on TARE is the difference between the measured value at the
moment of TARE was made and the “net “ value programmed. Being the display shown, the difference
between the measured and calculated tare. You will need to enter the programming menu and go through
“CndSP” > “ModtA” to delete the TARE, the
TARE
key is inactive until reprogrammed.
TARE MODE
TARE MODE
On tArE1 mode at one press of the
TARE
key, the instrument stores the value shown on display at this
moment, if it is not on overflow, the TARE LED lights and from this moment the shown value is net value (the
measured minus the stored). If the instrument already has a TARE and press once again the TARE key the value
shown at this moment will be added to the previous TARE value, being the sum of both the resulting TARE. To
clear TARE value, see page 59.
In this mode, the TARE key has no effect when the instrument is in RUN. The TARE value will be programmed
manually, nevertheless the way of working will be the same that in tArE1. The edit menu is accessed from the
RUN mode, with pressing the ENTER key which will take us a –Pro- and pressing the TARE key more than 3
seconds will enable us with the keys
and to enter the tare value in memory and pressing the
ENTER key goes back to –run- and TARE LED will be on, not allowing more TAREs from the keyboard, having to
reschedule to override it.
In this mode we have to program the “net “ value, from RUN mode press more than 3 seconds the
TARE
and
according the diagram on page 98, program the net value (usually indicated on the container). Action TARE, as
in the tArE2 case will not take effect until a press of
TARE
key, being the instrument in RUN mode, also the
TARE LED will light. The value stored now on TARE is the difference between the measured value at the
moment of TARE was made and the “net “ value programmed. Being the display shown, the difference
between the measured and calculated tare. You will need to enter the programming menu and go through
“CndSP” > “ModtA” to delete the TARE, the
TARE
key is inactive until reprogrammed.
Example:
A process using the liquid in a container that is known as the manufacturer's gross weight 100 Kg and 75 Kg net.
It is used in the
process of weighing a load cell connected to an instrument and need to know the net weight of liquid at every moment of the
process. Selecting this mode of tare, net value would be introduced by editing. When the instrument is measuring the weight of
the drum, now completely filled with liquid, which would be 100 kg, tare the instrument and the measure now shows 75 kg, and
measuring from this value to 0 during the emptying of it.
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