Parker PSD1-SW1200 - Output Data PSD1-S 1;3*230 VAC; Motor Feedback; X51: Motor Holding Brake and HIPERFACE DSL Connection

Installation of the individual drive PSD1-S
36 (109) 192-011006N8 2019-07 09.10.19 09:27
4.8.2. Output data PSD1-S 1/3*230 VAC
Category
Specifications
Device type
PSD1-S_1200 (2 A)
PSD1-S_1300 (5 A)
Output voltage
3 x 0 ... 230 V ±10 %
Output current*:
I
Nominal
[Arms]
4 kHz
2
5
I
peak
(2 s) [Arms]
4 kHz
6
15
I
Nominal
[Arms]
8kHz
2
5
I
peak
(2 s) [Arms]
8kHz
6
15
I
Nominal
[Arms]
16 kHz
1.332
3.33
I
peak
(2 s) [Arms]
16 kHz
3.996
9.99
Power at continuous
operation
0.64kW (3-phases mains supply)
0.64 kW (1-phase mains supply)
1.6 kW (3-phases mains supply)
1.6 kW (1-phase mains supply)
Switching frequency of
the motor current
8 kHz 8 kHz
Heat dissipation for In
13 W
35 W
* Output current bei verschiedenen switching frequency. The default settings of the
currents und switching frequencies are grayed out & in bold..
4.9 Motor feedback
In this chapter you can read about:
• X48: HIPERFACE DSL® & motor temperature sensor (PSD1-M) ............................................. 54
• X18, X19, X20 Connector assignment with configured resolver ................................................ 55
• X18, X19, X20: Assignment with configured incremental encoder or analogue Hall .................. 55
In this chapter you can read about:
• X51: Motor holding brake and HIPERFACE DSL® Connection ................................................. 36
• X18: Connector assignment with configured resolver feedback ................................................ 37
• X18: Assignment with configured incremental encoder or analogue Hall .................................. 37
Feedback system can be destroyed if configured incorrectly!
If you connect a PSD that has already been configured for a specific feedback
system to another feedback system, it can be destroyed by too high a voltage.
Procedure when changing the feedback system.
4.9.1. X51: Motor holding brake and HIPERFACE DSL® Connection
Pin
Designation
Description
1
DC 24 V
Input power supply brake 24 VDC
2
GND24V
Input power supply brake GND24V
3
Br +
Motor holding brake output + (max 1.0 A)
4
Br -
Motor holding brake output - (connected with GND24V)
5
DSL+
Feedback
6
DSL-
Feedback
Electrical connection on device (see page 46, see page 59, see page 30)
We recommend the operation with Parker HIPERFACE DSL® cables! (see page
82)
Note the following, if no Parker PSD DSL motor cable is used:
The internal shielding of the Hiperface DSL® signal line must be connected
(braided or soldered) to the outer motor cable shielding (and thus to PE). Up from
this connection point, the internal shielding of the Hiperface DSL® line must be
guided up to the Hiperface DSL® connection terminal of the PSD servo amplifier.