Commands and Queries Reference Alphabetical reference
GLBL inform the XMP 2600 Main Controller on shut-down behavior of the
installed Power Modules.
Syntax GLBL <int>,<int>
Parameters the two integers are (respectively) the high and low
parts of a 16 bits word where each bit represent a
Power Module. If the bit value is “0” then that
Power Module will not globally shut-down when
faulty. If the bit value is ”1” then this Power Module
will cause a global shut-down when it is faulty.
Works in combination with the GRP command.
Category System Type: Sequential
GLBL? return the current Global Shut-down set-up of all Power Modules. The
response is made up of two decimal numbers (each in the range 0 to
255) being the high (sent first) and low parts of a 16 bits word. Each
bit in the response represents the Global set-up of a Power Module
(see GLBL command for details on bit values).
Syntax GLBL?
Parameters none
Category System Type: Sequential
GPIB set-up the operating mode of the XMP 2600. Re-calculate <rqs>.
Syntax GPIB <int>
Parameters the mode the XMP 2600 is to be operating in: a
value of “1” is for the IEEE 488.2 compatible mode.
Category System Type: Sequential
GPIB? return the current operating mode of the XMP 2600. The value
returned is a decimal number in the range 0 to 1.
Syntax GPIB?
Parameters none
Category System Type: Sequential
GRP define the members of the group of Power Modules to be shutdown
when one (or more) is faulty.
Syntax GRP <int>,<int>
Parameters the two integers are (respectively) the high and low
parts of a 16-bit word where each bit represents a
Power Module. If the bit value is “0” then that
Power Module is not part of the group. If the bit
value is ”1” then this Power Module will be
shutdown when any of the group’s members is
faulty.
Category System Type: Sequential
XMP 2600 Programming Manual
rev. 1.1 49
