page 52
Industrial Power Corruptor Manual Rev 1.00
Ready. (no AC)
The IPC is ready to perform an event, but it cannot find any zero-crossings on the channel selected by the Phase
Selector knob. Apply power to the IPC, or choose the correct phase.
Starting up… N
The IPC is proceeding through its normal start-up process, which includes booting up all processors, coordinating their
operation, etc. Wait for the process to conclude.
Trip:Brkr motor
The IPC tripped its main circuit breaker because the motor drive option is installed, but it failed to operate the circuit
breaker in the time allowed by the IPC. This may indicate that the motor drive option was not aligned correctly when it
was installed, or it may indicate that the motor drive option is plugged in electrically but is not installed mechanically, or
it may indicate a defective motor drive option. Service is required. However, to avoid testing delays, the motor drive
option may be removed and the circuit breaker may be operated by hand.
Trip:ld L1-N V
Trip:ld L2-N V
Trip:ld L3-N V
Trip:ld L1-L2 V
Trip:ld L2-L3 V
Trip:ld L3-L1 V
The IPC tripped its main circuit breaker because the voltage between the indicated pair of terminals, on the load side,
exceeded 125% of the IPC’s voltage rating.
Trip:N-G Voltage
The IPC tripped its main circuit breaker because the voltage between the neutral terminal, on either the load side or the
source side, and the Ground (protective earth) terminal, exceeded 125% of the IPC’s voltage rating.
Trip:PE curr ld
The IPC tripped its main breaker because the current flowing in the Protective Earth (ground) terminal, on the load side,
exceeded the IPC’s programmed limit.
Trip:PE curr Pwr
The IPC tripped its main breaker because the current flowing in the Protective Earth (ground) terminal, on the IPC’s
power cord, exceeded the IPC’s programmed limit.
Trip:PE curr src
The IPC tripped its main breaker because the current flowing in the Protective Earth (ground) terminal, on the source
side, exceeded the IPC’s programmed limit.
Trip:src L1 Amps
Trip:src L2 Amps
Trip:src L3 Amps
Trip:ld L1 Amps
Trip:ld L2 Amps
Trip:ld L3 Amps
The IPC tripped its main circuit breaker because the current on at least one of the source (“src”) or load (“ld”) terminals.
There are three different overcurrent limits: an instantaneous limit, typically 600 amps; a single-cycle limit, typically
300% of the trip current setting; a 75-cycle limit, typically 200% of the trip current setting; and a 250-cycle limit,
typically 125% of the trip current setting.
Trip:src L1-N V
Trip:src L2-N V
Trip:src L3-N V
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