VTI Instruments Corp.
100
EX10xxA Programming
Once a lock has been acquired, it is released with the
is not affected by the
function, and it cannot be used to release a lock.
By design, the locking mechanism is able to be overridden by a secondary host that issues a
function. Thus, the lock provides a warning to other users that the unit is
in a protected operation state, but not absolute security. This allows for instrument recovery if the
locking IP address would become disabled. Breaking a lock, however, does not automatically
acquire it. That must be done with a separate
The lock status of the instrument is queried with the
to the query not only indicates whether the unit is locked, but also if the lock is owned by the issuer
of the query.
C
ONFIGURE THE
S
CAN
L
IST
The scan list is defined with the
function. The EX10xxA can be configured
to include from 1 to all 48 of its input channels in the scan list. A valid scan list consists of:
at least one channel
no more than 48 channels
no repeated channels
The channels in the scan list can be listed in any order, but will be scanned in numerical order when
the scan list is executed.
Example #1: This code block configures a five-channel scan of channels 0 through 4 in sequential
order.
ViInt32 channels[5] = { 0, 1, 2, 3, 4 };
vtex10xxA_set_scanlist(vi, channels, 5);
Example #2: This code block configures a five-channel scan of channels 0 through 4 in reverse
order.
ViInt32 channels[5] = { 4, 3, 2, 1, 0 };
vtex10xxA_set_scanlist(vi, channels, 5);
The current scan list is queried with the Vtex10xxA_get_scanlist function.
C
ONFIGURE THE
EU
C
ONVERSIONS
The
EU
conversion
for
each
thermocouple
channel
is
configured
with
the
vtex10xxA_set_channel_conversion
function. A channel’s EU conversion can be configured
regardless of its inclusion in the scan list, and multiple channels can be assigned to a specific
conversion type within one function. However, each unique conversion type must be set with a
separate function.
Example: This code block configures channels 0 through 4 for thermocouple type E and channels 5
through 8 for thermocouple type T.
#define TYPE_E 0x04
#define TYPE_T 0x03
ViInt32 e_channels[5] = { 0, 1, 2, 3, 4 };
vtex10xxA_set_channel_conversion(vi, e_channels, 5, TYPE_E);
ViInt32 t_channels[4] = { 5, 6, 7, 8 };
vtex10xxA_set_channel_conversion(vi, t_channels, 4, TYPE_T);
The
current
EU
conversion
assignment
for
any
channel
is
queried
with
the
vtex10xxA_get_channel_conversion
query.
Содержание EX1000A
Страница 25: ...www vtiinstruments com EX10xxA Introduction 25 FIGURE 1 2 RACKMOUNT HARDWARE INSTALLATION DIAGRAM ...
Страница 27: ...www vtiinstruments com EX10xxA Introduction 27 FIGURE 1 4 ISOMETRIC AND INTERNAL CJC PLATE DIAGRAM ...
Страница 28: ...VTI Instruments Corp 28 EX10xxA Introduction EX1044 DIAGRAM ...
Страница 29: ...www vtiinstruments com EX10xxA Introduction 29 FIGURE 1 5 EX1044 TABLE TOP USAGE ...
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