A 12-pulse version of the TPD32 EV digital converter is also available. It consists of two 6-pulse bridges connected in two different configurations:
- parallel (model TPD32-EV-...-12P)
- series (TPD32-EV-...- 12S).
This technology provides the following benefits:
- reduced harmonic distortion on the power supply line
- improved motor efficiency thanks to a current ripple reduction
- extension of the drive power range for parallel configuration
Functions:
Quick start up
Autotuning of the speed regulators
5 Independent programmable Multi-ramps
Programmable Linear and “S”shaped ramps
7 Programmable Multispeeds
Independent regulation of the Min/Max speed for each direction sense of rotation
Current limitation in accordance with the speed
Adaptive gains of the speed regulator
Independent management of the integral gain at zero speed
Programmable overload control
Jog function
Motorpotentiometer function
I2t motor protection
PID function block
Servodiameter control function
“Speed Draw” function
“Autocapture” function (Flying restart)
"Droop" function
Options:
Programming keypad KB – TPD32 EV
Profibus interface SBI-PDP-32
DeviceNet interface SBI-DN
CANopen interface SBI-COP
Master / Slave optical fibre connection cable (3 m).
Master / Slave optical fibre connection cable (5 m).
SBI-OFM-32 master boards and Slave SBI-OFS-32 boards for serial connection communication via optical fibre serial interface.
Features:
Speed feedback via tachogenerator and/or digital encoder
Digital I/O logic control in PNP and/or NPN configuration
3 Differential analog inputs ±10Vdc (0..4-20mA)
2 Analog outputs (±10Vdc)
2 Encoder inputs (digital and/or sinusoidal)
1 Tachogenerator input
8 Digital inputs (4 fixed + programmable)
4 Optocoupled Digital outputs
2 Relay outputs
1 Motor thermistor input
RS485 Serial line (ModbusRTU protocol)
Programmable overload up to 200%
Interfacing with fieldbus protocol as: ProfibusDP, CANopen, DeviceNet
Protection degree:
IP00 for bigger powers
A line transformer is requested with 2 separated secondary windings whose phase positions differ from 30°.