Beckhoff PS2001-2440-0000, Documentation

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Technical data, application notes, wiring
PS2001-2440-0000 12 Version: 1.0
4 Technical data, application notes, wiring
4.1 Nominal electrical values
Electrical parameters
Supply voltage Nom. DC 24V -20%/+25%
Supply voltage range
1)
Nom. 19.2 - 30 Vdc
Normal operating voltage range
2)
Typ. 23 – 30 Vdc
Transition voltage for switching to
buffer mode Typ. 22.5 Vdc Backup threshold value jumper set to "22.5 V fixed"
Typ. V
IN
– 1 V Backup threshold value jumper set to "V
IN
– 1 V"
(Refer also to the chapter "Selection of the backup threshold volt-
age" [
}
14] ).
Transition voltage for switching from
buffer mode to supply mode Typ. 22.5 Vdc Backup threshold value jumper set to "22.5 V fixed"
Typ. V
BUFFER
+ 1 V Backup threshold value jumper set to "V
IN
– 1 V"
(Refer also to the chapter "Selection of the backup threshold volt-
age" [ } 14] ).
Buffer voltage Typ. Equal to the transition voltage for switching to buffer mode.
Residual ripple and noise voltage
- in buffer mode
Max. 200mVpp Generated by the buffer module.
(defined at 20 Hz to 20 MHz, 50 Ohm)
- in power supply mode The residual ripple and noise voltage are defined by the power supply.
Current consumption Typ. 80 mA When the capacitor is fully charged
Min. 400 mA During the charging of the capacitors
Max. 600 mA During the charging of the capacitors
Power loss Typ. 1.9W When the capacitor is fully charged
Buffer current Min. 40A
Buffer current overload behavior Electronically limited, buffering stops and capacitor is discharged under 17 V.
See fig.
"Output characteristic curve in buffer mode, 22.5 V fixed mode, typ.
Permissible voltage between supply
voltage and housing ground Max. 60 Vdc or
42.4 Vac Continuous operation, IEC 62477-1
Capacitive and inductive loads no limit
1)
Supply voltage range:
At voltages within the input voltage range, the control functions such as LEDs, monitoring functions, relay contacts, etc. function as nor-
mal. Within the input voltage range the device can either be in power supply mode or buffer mode.
2)
Normal operating voltage range:
The normal operating voltage range describes the supply voltage that supports the full functionality of the buffer module (including
charging) without entering buffer mode.
Fig. 7: Selection of a suitable power supply