Indramat TDA 1, Руководство по планированию проекта

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23 • DOK-DIAX01-TDA********-PRJ1-EN-E1,44 • 07.97
2. Control cabinet design
Fig. 13: Schematic connection diagram TDA 1
Schematic connection diagram
Additional encoder input
Additional interface
Analogue speed command value
Control voltage bus
Connection diagram
Control inputs
DC link circuit bus, 300V
Digital position command
Drive package
Electrical data
Incremental encoder output
Master spindle feedback
Motor feedback
Motor feedback connection
Motor power connection
Motor thermistor connection
Motor, conn. diagram
Position command, conn. dia.
Ready contact, conn. dia.
Serial interface
Signal outputs
Speed command, conn. dia.
Standard interface, conn. dia.
Synchronisation input, conn. dia.
. . . .
A1 A2 A3
X8
X1
T2 T1
1
2
3
X12
X8
X8
X5
X1
. . . .
1
X1
1
X4
X6
1
16
1
16
D.C. link
circuit bus
300 V
Control voltage
bus
Busbars
Bus
connection
cable
black
Bus for
control voltage
X3
Motor feedback
connection
(15-pin,
standard
interface)
Additional encoder
input
(15-pin,optional)
X8
Motor
power
connection
. . . .
Earth directly to supply module
2
Speed set-point - analogue (9-pin, optional) - digital (25-pin, optional) - SERCOS interface (light conductor
, optional)
Additional interface (optional) - digital position set-point (25-pin) - incremental encoder output (15-pin) - serial interface (25-pin)
X2
Control inputs, signal and analogue outputs (37-way
, standard
interface)
"Ready" contact
Number of cores according to chosen option
max. 37
Number of cores according to chosen option
NC controller
Adjacent modular unit of the drive equipment package
X5a
Synch. input
(15-pin, optional)
Next modular controller in the drive package
M
3
Motor feedback
Spindle feedback
Master spindle feedback
Main spindle motor (or frameless spindle
motor as direct spindle drive)
AnschlTDA
8
8
8
Earth directly to supply module
Motor thermistor
connection
TDA
1
D.C. link
circuit bus
300 V