Motech LPS 505N User Manual page 43

SOUR:VOLTAGE3:PROT 12
SOURCE:VOLT1:PROT 30
SOUR:VOLT2:PROTECTION 10 ==> set over voltage to 10V for channel 2.
VOLTAGE3:PROT 7
VOLT2:PROT 18
VOLT1:PROTECTION 27
VOLT:PROTECTION 25
OVSET2 19
Q58. How to define over current protection?
SOUR:CURRENT3:PROT 1.2
SOURCE:CURR1:PROT 3
SOUR:CURR2:PROTECTION 2 ==> set over current to 2A for channel 2
CURRENT3:PROT 2.7
CURR2:PROT 1.8 <NL>
CURR1:PROTECTION 2.7
CURR:PROTECTION 2.5
OISET2 1.9
Q59. How to read back over voltage parameter?
SOUR:VOLTAGE3:PROT?
SOURCE:VOLT1:PROT?
SOUR:VOLT2:PROTECTION?
VOLTAGE3:PROT?
VOLT2:PROT?
VOLT1:PROTECTION?
VOLT:PROTECTION?
OVSET2?
Q60. How to read back over current parameter?
SOUR:CURRENT3:PROT?
SOURCE:CURR1:PROT?
SOUR:CURR2:PROTECTION? ==> return over current for channel 2
CURRENT3:PROT?
CURR2:PROT?
CURR1:PROTECTION?
CURR:PROTECTION?
OISET2?
Q61. How to enable or disable over voltage protection (OVP)?
SOUR:VOLTAGE3:PROT:TRIG ON
SOURCE:VOLT1:PROT:TRIG OFF
==> set over voltage to 12V for channel 3.
==> set over voltage to 30V for channel 1.
==> set over voltage to 7V for channel 3.
==> set over voltage to 18V for channel 2.
==> set over voltage to 27V for channel 1.
==> set over voltage to 25V for channel 1.
==> set over voltage to 19V for channel 2.
==> set over current to 1.2A for channel 3
==> set over current to 3A for channel 1
==> set over current to 2.7A for channel 3
==> set over current to 1.8A for channel 2
==> ses over current to 2.7A for channel 1
==> set over current to 2.5A for channel 1
==> set over current to 1.9A for channel 2.
==> return over voltage for channel 3
==> return over voltage for channel 1
==> return over voltage for channel 2
==> return over voltage for channel 3
==> return over voltage for channel 2
==> return over voltage for channel 1
==> return over voltage for channel 1
==> return over voltage for channel 2
==> return over current for channel 3
==> return over current for channel 1
==> return over current for channel 3
==> return over current for channel 2
==> return over current for channel 1
==> return over current for channel 1
==> return over current for channel 2
==> enable OVP for channel 3.
==> disable OVP for channel 1.
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