AMETEK ReFlex Programming Manual - Manual (Page 70)

ReFlex Power™ Programming Manual DC Module Remote Programming
66 M380056-03 Rev M
Bit Hex Value Mnemonic Description
15 0x00008000 UVPP12V +12V Under Voltage Fault
16 0x00010000 OVPP12V +12V Over Voltage Fault
17 0x00020000 UVPM12V -12V Under Voltage Fault
18 0x00040000 OVPM12V -12V Over Voltage Fault
19 0x00080000 GNDF Ground Fault
20 0x00100000 OCLF Outer Control Loop Fault
21 0x00200000 ICLF Inner Control Loop Fault
22 0x00400000 RESERVED
23 0x00800000 RESERVED
24 0x01000000 PRIENA Primary DC Bus Enable Fault
25 0x02000000 PRST Power-on Reset Fault
26 0x04000000 GRPF Group Fault
27 0x08000000 MDENA Module Enable False (Does not activate Fault Led)
28 0x10000000 CNVF Converter Fault
29 0x20000000 PAOC Primary Average Overcurrent Fault (PAOC or AVG_TRP)
30 0x40000000 Analog Fault Analog Fault
31 0x80000000 RESERVED
Note: Turning off Supervisory Enables can allow permanent and catastrophic damage to the
Module to occur.
3.12 TRIGGER SCPI COMMANDS AND LISTS
The ReFlex Power system provides for two programming modes, these
modes are only available in the High Power and Low Power DC (HPDC and
LPDC) modules: the List/Trigger mode, and the Software Setpoint and
Ramps mode.
The List/Trigger mode (Section 3.12.1) provides the ability to program
accurate and tightly timed, externally-synchronized events ranging from
simple, synchronized output changes to complex multiple-step, multi-module,
externally and internally driven sequences (Lists), which can be driven by
hardware trigger signals.
The Software Setpoint and Ramps mode (Section ) provides the ability to
program a software-triggered voltage and/or current setpoint change, and to
ramp the supply output, with an execution latency of 10-20 mSec.
3.12.1 LIST AND T RIGGER C OMMAND O PERATION
This section describes first the Trigger architecture and behavior, then
describes Lists and List/Trigger requirements. Each programmable High
Power and Low Power DC power module has a module level trigger input
and output signal as a part of its front panel control interface. The ReFlex
Power™ Controller has four general-purpose I/O signals, which are bussed to