5 Programming
MAGNETEK HPV1000 AC Elevator Drive Technical Manual 21
Configure Menu Parameters
Table 6 User Switches C1 Submenu
C1 Parameter Name Description
Choices Default
Spd Command Src
This parameter selects the source of the drives speed
command
Multi-Step - Uses discrete logic inputs to choose which
multi-step speed command the drive should command
Ser Multi-Step - operates similar to Multi-Step however uses
serial signaling as opposed to logic inputs
Serial - The drive will follow a serially dictated speed profile
Analog - The drive will follow an externally generated bipolar
analogue speed reference
– Multi-Step
– Ser Multi-Step
– Serial HPV Ref Analog
Input
Multi-Step
Run Command Src
This parameter selects the source of the drives run command.
External TB - uses discrete logic inputs to command the drive
to run
Serial - uses a serial signal to command the drive to run
– External TB
– Serial
External TB
Serial Run Src
If a serial run command is used, this parameter allows either
the serial run signal to operate independently or in
conjunction with an External TB input
– Serial Only
– Serial+External
Serial Only
Motor Rotation
Allows the output phasing of the drive to be reversed without
needing to swap motor wiring
– Forward
– Reverse
Forward
Speed Reg Type
Selects between the Magnetek Elevator Speed Regulator and
the Yaskawa Speed Regulator
– E-Reg
– Yaskawa ASR
E-REG
Brake Pick Src
Allows Brake Pick operation to be controlled internally or by
an external serial source.
– Internal
– Serial
Internal
Brake Pick Cnfm
This parameter defines how the mechanical brake signal is
monitored by the drive. A setting of None, will result in the
drive not waiting for any brake pick confirmation signaling. A
setting of External TB will look to a logic input for
confirmation the mechanical brake is lifted by means of brake
pick switches. A setting of Internal Time will result in the
drive waiting Brake Pick Time (A1) before beginning travel.
– None
– External TB
– Internal Time
None
Auto Stop
Enabling Auto Stop will allow the drive to complete a travel
on removal of the speed command only (with the run
command still present). The run command is required to be
cycled prior to a new travel. When enabled, the run command
is not accepted until a speed command is also provided.
– Disabled
– Enabled
Disabled
Encoder Select
<4> Selects the encoder type connected the PG-F3 option card
– EnDat Sin/Cos
– EnDat SerialOnly
– Hiperface
EnDat Sin/Cos <4>
Encoder Com Spd <4>
Selects the communication speed between the PG-F3 option
card and the encoder
– 1M/9600bps
– 500k/19200bps
– 1M/38400bps
– 1M/38400bps
1M/9600bps
<4>
Encoder Connect
This parameter swaps the phasing of the encoder signals to
negate the need to re-terminate wires
– Forward
– Reverse
Forward
PG Card Detect
When enabled the drive will report if an option card is
removed whilst required for the current operation mode
– Enabled
– Disabled
Enabled
Stopping Mode
A setting of Coast To Stop requires the run command to be
active until the lift is stationary as if the run is removed, travel
will complete immediately (crash stop). If set to Ramp to Stop
and the Run command is removed whilst in travel, the lift will
slow and perform a controlled stop.
– Coast to Stop
– Ramp to Stop
Ramp to Stop
Serial Mode
Selects the serial protocol used to communicate with the
control system.
– HPV Mode 1
– HPV Mode 2
– Memobus
HPV Mode 1
Ser Comm Err Sel
Defines how the drive reacts when 3 consecutive checksum
errors are noted
– Fault
– None
– Alarm
Fault
Ser1 Time-out Sel
Defines how the drive reacts when a runtime message is not
received within 40ms (when using serial mode 1 only)
– Fault
– None
– Alarm
Fault
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