Caen ELS LiAM 6005 User Manual page 39

LiAM User's Manual
- Serial Number – cell 22: this cell contains the serial number of the power
supply;
- AC Phase Under-Voltage Protection – cell 23: this value [V] defines the
voltage threshold below what the power supply generates an AC fault condition;
- Rail Switching Voltage Threshold – cell 24: this value [V] defines the
centered value of the voltage threshold that switches the rail voltages to a higher or
lower level in order to optimize power dissipation;
- Rail Switching Voltage Hysteresis – cell 25: this value [V] defines the
voltage hysteresis that enables the rail voltages to a higher or lower level in order to
optimize power dissipation. This voltage hysteresis value was especially implemented
in order not to have continuous rail switching when working at voltage levels close to
threshold defined in cell 24;
- Calibration Date – cell 26: this value, a string, contains the date of the last
calibration of the LiAM. The name of the magnet connected or its identification can
be directly written into this cell;
- Identification – cell 27: this value, a string, defines the LiAM module
identification name (and can be read with the 'MRID\r' command). The name of the
magnet connected or its identification can be directly written into this cell;
- Slew Rate – cell 30: this value [A/s] determines the slew-rate value of the
power supply. The module ramps, using the command 'MRM\r', at a defined set-point
with this pre-defined value of slew-rate;
- Regulation Fault Threshold – cell 37: this value [A] defines the maximum
allowable value, calculated as the difference from the actual output current set-point,
before generating a fault condition;
- Load Fault Threshold – cell 39: this value [V] defines the maximum
allowable voltage difference, measured as the difference between the predicted
voltage value and the actual value of the output voltage;
- Interlock Enable/Disable Mask– cell 48: this cell contains and defines the 1-
digit hexadecimal ASCII number that represents the binary mask for the individual
setting of interlocks #1 and #2 (see "Interlocks Enabling/Disabling" for further
information);
- Interlock Activation State Mask– cell 49: this cell contains and defines the
1-digit hexadecimal ASCII number that represents the binary mask for the individual
setting of activation state of interlocks #1 and #2 (see "Interlocks Activation State" for
further information);
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LiAM Description