Fagor QC-PDS, Hardware Manual

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QC-PDS
HARDWARE
DRIVES
The drives that make up the FAGOR Q uer C us- P ower D rive S ystem are
modular and stackable and have a nameplate indicating the model QC-DR-

-F

(for single-drive systems) and QC-DR-

+

-FD2 (for dual-drive
systems).
The system is connected directly through its main power supply to a three-
phase mains with a nominal line voltage between 400 (1-10 %) V AC and
480 (1+10 %) V AC and a line frequency between 50 (1-4.0 %) Hz and 60
(1+3.3 %) Hz. See section,
1.1 GENERAL DIAGRAMS
.
Hence, we refer to:
 Single-drive
Digital module that can govern axis torque and, together with the
Q UER C US CNC , the speed and position. Designed to control a
synchronous motor working as a feed axis or an asynchronous motor as a
spindle.
Available models:
 Dual-drive
Digital module that can govern dual axis torque and, together with the
Q UER C US CNC , the speed and position. Designed to control two
synchronous servomotors working as feed axes.
Available models:
The drives mentioned above can govern the following motors:
The following sections analyze all of them showing their technical
characteristics and other considerations.
size width references
1
78 mm
QC-DR-007-FS1 QC-DR-007-FS2
QC-DR-012-FS1 QC-DR-012-FS2
QC-DR-021-FS1 QC-DR-021-FS2
QC-DR-030-FS1 QC-DR-030-FS2
QC-DR-040-FS1 QC-DR-040-FS2
QC-DR-055-FS1 QC-DR-055-FS2
3
156 mm
QC-DR-080-FS1 QC-DR-080-FS2
QC-DR-120-FS1 QC-DR-120-FS2
9
390 mm
QC-DR-275-FS1 QC-DR-275-FS2
x QC-DR-275-SS2
*
*
Digital drive designed to control a spindle motor up to 160 kW in S1 duty cycle
together with a FAGOR NON- Q UER C US CNC .
size width references
1
78 mm
QC-DR-07+07-FD2
QC-DR-12+12-FD2
QC-DR-21+21-FD2
QC-DR-30+30-FD2
Synchronous
FKM
Asynchronous
FS5 FM7 FM9