Emotron FLD48-4P1-2Y [11/20] Basic i o data
![Emotron FLD48-046-54 [11/20] Basic i o data](/views2/1574009/page11/bgb.png)
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Control signal inputs:
Analogue (differential), 4 channels
Analogue voltage/current
Max. input voltage
Input impedance
Resolution
Hardware accuracy
Non-linearity
0-±10 V/0-20 mA via switch
+30 V
20 kΩ (voltage)
250 Ω (current)
11 bits + sign
0.5% type + 1 ½ LSB fsd
1½ LSB
Digital: 8 channels
Input voltage
Max. input voltage
Input impedance
Signal delay
High>9 V
DC
Low<4 V
DC
+30 V
DC
<3.3 V
DC
: 4.7 kΩ , ≥3.3 V
DC
: 3.6 kΩ
≤8 ms
Control signal outputs:
Analogue, 2 channels
Output voltage/current
Max. output voltage
Short-circuit current (∞)
Output impedance
Resolution
Maximum load impedance for current
Hardware accuracy
Offset
Non-linearity
0-10 V/0-20 mA via software setting
+15 V @5 mA cont.
+15 mA (voltage) +140 mA (current)
10 Ω (voltage)
10 bit
500 Ω
1.9% type fsd (voltage), 2.4% type fsd (current)
3 LSB
2 LSB
Digital, 2 channels
Output voltage
Short-circuit current (∞)
High>20 V
DC
@50 mA, >23 VDC open
Low<1 V
DC
@50 mA
100 mA max (together with +24 V
DC
)
Relays, 3 pcs
Contacts 0.1 – 2 A/Umax 250 VAC or 42 V
DC
Reference voltages
+10 V
DC
-10 V
DC
+24 V
DC
+10 V
DC
@10 mA short-circuit current +30 mA max
-10 V
DC
@10 mA
+24 V
DC
short-circuit current +100 mA max (together with Digital Outputs)
Basic I/O data
See “User interface data” on page25 for connection data and default settings
Содержание
- Technical catalogue emotron flowdrive 1
- Contents 2
- Dedicated waste water drive 2
- Emotorn flowdrive page 3 specifications page 7 2
- General information overview for emotron flowdrive 2
- Speed control offers great energy and maintenance savings emotron ac drives ensure high efficiency and reliability whether your need is to adapt a pump s operation to variations in flow our ac drives emotron flowdrive are available in sizes 0 5 3000 kw 230 690v and with protection class ip20 ip21 and ip54 2
- Standard options page 13 2
- Emotron flowdrive dedicated waste water drive 3
- Emotron flowdrive ip54 version 4
- Typical motor power at mains voltage 230v 400v and 460v 4
- Emotron flowdrive ip54 version 5
- Typical motor power at mains voltage 525v 575v and 690v 5
- Emotron flowdrive ip20 version 6
- Typical motor power at mains voltage 230v 400v and 460v 6
- Coated boards 3c 7
- Environmental conditions 7
- General specifications 7
- General specifications for emotron flowdrive 7
- Dimensions weights and cooling air flow 8
- Operation at higher temperatures 8
- Possible derating 8
- Standards 8
- Ip2y and ip20 21 version of emotron flowdrive 9
- Mechanical specifications for model flowdrive ip2y and ip20 21 version 9
- Mechanical specifications for models fld48 fld52 fld69 ip54 version 10
- Basic i o data 11
- User interface data 12
- All boards are coated support for 2 option boards and one communication option 13
- All boards are uncoated available as coated on request support for 3 option boards and one communication option 13
- Frame sizes a3 c3 frame sizes c2 f2 and b f 13
- Ip2y ip20 21 and ip54 13
- Isolated rs232 rs485 serial communication board for modbus rtu communication protocol baud rates 2400 38400 bits s supported 13
- Part no remark part no remark 13
- Ptc isolated input conforming din 44081 44082 max 6 ptc thermistors can be connected in series to ptc input also including 3 pt100 inputs 2 3 4 wire conforming en 60751 13
- Ptc isolated input conforming din 44081 44082 max 6 ptc thermistors can be connected in series to ptc input rtc real time clock function for flowdrive makes it possible to start functions at desired date time or weekday 13
- Ptc pt100 board 13
- Ptc rtc board 13
- Rs232 rs485 isolated 13
- Rtc board 13
- Rtc real time clock function for flowdrive makes it possible to start functions at desired date time or weekday 13
- Standard option 13
- Standard options 13
- Standard options for emotron flowdrive 13
- Control panel kit incl blank panel 14
- Control panel kit incl control panel 14
- Ethernet etherca 14
- Ethernet ethernet ip 2 port 14
- Ethernet modbus tcp 14
- Ethernet modbus tcp m12 14
- Ethernet profinet io 1 port 14
- Ethernet profinet io 2 port 14
- Fieldbus and ethernet boards 14
- Fieldbus devicenet 14
- Fieldbus profibus 14
- Safe stop 14
- Standard options for emotron flowdrive 14
- Standby power supply 14
- Blank control panel 15
- Dc dc connection 15
- Emc filter class c2 15
- Emosoftcom 15
- Factory mounted options for emotron flowdrive 15
- Glands for ip54 frame sizes b c and d 15
- Safe stop 15
- Standard options for emotron flowdrive 15
- Standby power supply 15
- Extended emc filter 90 300a 16
- Extended options for emotron flowdrive 16
- Output choke du dt 16
- Overshoot clamp 16
- Common mode filter 17
- Liquid cooling 17
- Sine wave filter 17
- Cad drawings available on the web 18
- Filter selection guide 18
- Emotron services 20
- Service and support secure the value of your investment 20
- Technical centres 20
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