Vc2100 two axis voltage-to-current converter – Delta MMC120 User Manual
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•
If a new
Go
or
Relative Move
command is given to the slave axis which removes the
Sync bit used in the
MODE
word, then that slave will perform the new move, and the
master will continue its move.
•
If a new
Go
or
Relative Move
command is given to the master axis which removes
the Sync bit used in the
MODE
word, then the master will perform the new move, but
the slave axis will stop.
•
If a new
Go
or
Relative Move
command is given to the second axis which retains the
Sync bit in the
MODE
word, then the axes will start a new synchronized move from
their current positions.
NOTE: Because a new
Go
or
Relative Move
command will cause the travel distance
ratios to be recalculated, any change in the speeds or travel distances of any of
the axes may result in a speed discontinuity in the new slave axis, although the
position will always be continuous.
It is normally not possible to use DCS120-Win to issue commands to both axes
simultaneously. However, when a command is issued to an axis that has a sync bit set,
the software will automatically issue commands all axes with the Sync bit set. This can
only be done while in
Write mode
. Similarly, if a
Stored Command
is a synchronized
command and is executed, the Stored Command for the other axis will be executed
simultaneously if it has the Sync bit set also.
VC2100 Two Axis Voltage-to-Current Converter
The VC2100 voltage-to-current converter transforms
±
10V signals into current signals
capable of driving hydraulic servo valves or similar loads. It also provides a convenient
way to set the full scale current to match valve requirements, limit maximum current and
set optimum working ranges.
Features
•
Two channels of voltage-to-current conversion
•
Full scale range (FSR) output current for each channel is switch-selectable from
±
10mA to
±
100mA in 10mA steps
•
Dual-color LEDs indicate input polarity and amplitude
•
Outputs protected against inductive voltage spikes
•
Compact DIN rail mount
•
Use with
±
12 to
±
15 volt power supplies
Output Characteristics
This table shows the minimum output drive voltage and maximum load resistance for
various output currents and power supply voltages.