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Bender VMD460-NA Manual Download Page 52

Selectable default settings

52

VMD460-NA_D00001_01_M_XXEN/08.2013

7.4

C10/11

C10/11 menu: 
Settings

once twice 

Factory 
setting

Exit

General

Exit

norm

CEI021, 4105, BDEW, 
C10/11

coupling

1 AC
3N AC
3 AC

3N AC

U(L-N)
U(L-L)

50…250 V
87…433 V

U(L-N) 230 V

t SHORT INT.

1 s…60 min

3 s

t (ON) SHORT INT.

1 s…60 min 

5 s

t (ON) NORMAL

1 s…60 min

60 s

Remote Trip

N/C; N/O; off

off

Summary of Contents for VMD460-NA

Page 1: ...460 NA Network and system protection NS protection for monitoring the power feed in of power generation systems Software version D398 V1 1x Display software version D403 V2 2x VMD460 NA_D00001_01_M_XX...

Page 2: ...berg Germany Postfach 1161 35301 Gruenberg Germany Tel 49 6401 807 0 Fax 49 6401 807 259 E Mail info bender de com Web http www bender de com Bender GmbH Co KG All rights reserved Reprinting only with...

Page 3: ...cally skilled person 11 2 3 General safety instructions 12 3 Function 13 3 1 Device features 13 3 2 Description of function 14 3 2 1 Calculating the average value of overvoltage VDE AR N 4105 CEI 0 21...

Page 4: ...2 4 8 2 CEI 0 21 24 4 8 3 Details regarding the digital inputs D1 D4 RT1 27 4 9 Standards selectable 27 4 10 Commissioning 27 4 11 Trigger circuit test by the system erector 28 5 Operation and configu...

Page 5: ...13 5 4 5 Info 40 6 Maintenance 41 7 Selectable default settings 43 7 1 VDE AR N 4105 44 7 2 CEI 0 21 46 7 3 BDEW guideline 49 7 4 C10 11 52 8 Technical data VMD460 NA 55 8 1 Standards approvals and ce...

Page 6: ...Table of Contents 6 VMD460 NA_D00001_01_M_XXEN 08 2013...

Page 7: ...The meaning of these symbols is explained below Although great care has been taken in the drafting of this operating manual it may nevertheless contain errors and mistakes The Bender Group cannot acce...

Page 8: ...ice com Repair service Repair calibration update and replacement service for all Bender products Repair calibration testing and analysing Bender products Hardware and software update for Bender device...

Page 9: ...ses for customers Tel 49 6401 807 752 762 technical issues 49 6401 807 753 commercial matters Fax 49 6401 807 759 E mail fieldservice bender service com Internet www bender de com Available from 7 00...

Page 10: ...er Allgemeinen Lieferbedingungen f r Erzeugnisse und Leistungen der Elektroindustrie software clause in respect of the licensing of standard software as part of de liveries modifications and changes t...

Page 11: ...nly electrically skilled persons are authorised to install and commission this device Electrically skilled persons are those who have the relevant education knowledge and experience as well as knowled...

Page 12: ...quipment Failure to observe this require ment can result in fire electric shock and injury If the device is overloaded by overvoltage or a short circuit current load it must be checked and replaced if...

Page 13: ...pdate Test function with determination of the disconnection time Test button for the trigger circuit The last 300 distribution network faults can be recalled with time stamp real time clock Continuous...

Page 14: ...a remote trip signal the relay K1 and K2 if necessary switch and the alarm LEDs light Reconnection to the grid is carried out when the national connection conditions to the grid are met Pressing the t...

Page 15: ...has elapsed During the self test the times are measured until the switching command for the coupling switches toff DEVICE is activated or until the coupling switches toff TOTAL trip These periods are...

Page 16: ...In case of malfunctions or messages the power generation system will be separated from the supply network Code Message LED Meaning Remedy 1 20 Both LEDs flash Internal error Make a note from the erro...

Page 17: ...deactivated off 3 2 8 Factory setting After activating the factory setting allpreviously changed settings are reset to delivery status 3 2 9 Erasable history memory The device utilises a history memo...

Page 18: ...frequency at the nominal frequency level Due to the unbalance between generated and consumed energy however the frequency fluctuates around the nominal frequency If this happens at a certain minimum...

Page 19: ...very documents When storing the devices in an environment where the temperature is wintry and cold Leave the devices to stand for 3 to 4 hours at room temperature before connecting the power supply Wh...

Page 20: ...ntral NS protection with coupling switches Danger of electric shock Make sure that the installation area is disconnected from any electrical source Consider the data on the rated voltage and supply vo...

Page 21: ...awing for screw fixing 4 6 DIN rail mounting Snap the rear mounting clip of the device into place in such a way that a safe and tight fit is ensured 4 7 Screw mounting 1 Use the tool to move the rear...

Page 22: ...cable standard 4 8 1 VDE AR N 4105 BDEW C10 11 Fig 4 3 Wiring diagram VMD460 NA VDE AR N 4105 BDEW C10 11 A1 L1 Coupling switch 1 Coupling switch 2 Power generation system L2 L3 N A2 L1 L2 L3 DG1 2 D...

Page 23: ...at the point of supply The relays used K1 and K2 are to be con nected according to the wiring diagram No Element Function 1 A1 A2 Supply voltage Us see ordering information 2 L1 L2 L3 N Power supply c...

Page 24: ...4 Wiring diagram VMD460 NA CEI 0 21 A1 L1 Backup Coupling switch 1 Power generation system L2 L3 N A2 L1 L2 L3 D2 D1 DG1 2 11 21 US 24 12 22 VMD460 V LINETRAXX A B RTG RT1 D4 D3 DG3 4 11 12 14 21 22...

Page 25: ...L1 L2 L3 N Power supply connection 3 DG1 2 D1 D2 Contact monitoring coupling switch DG1 2 GND D1 feedback signal contact K1 D2 feedback signal contact K2 Backup optionally NC NO off 4 K1 K2 Relay con...

Page 26: ...nu extern D3 will not be evaluated D3 local control f Hz Disconnection time Norm CEI0 21 open 49 5 50 5 0 1 s 81 S1 closed 47 5 51 5 0 1 s 81 S2 D4 external signal f Hz Disconnection time Norm CEI0 21...

Page 27: ...e following standards VDE AR N 4105 CEI 0 21 BDEW C10 11 Menu Settings General Norm 4 10 Commissioning Danger of electric shock Improper connection can lead to injury to persons and damage to the devi...

Page 28: ...consisting of K1 K2 and coupling switch 1 coupling switch 2 Press the test button to activate the coupling switch Successful activation must be visualised by the coupling switch Contact monitoring of...

Page 29: ...n case of system fault alarm external watchdog 2 ALARM1 and ALARM2 Generation system disconnected Both LEDs light yellow in the case of limit value violation of voltage frequency remote disconnection...

Page 30: ...ard display A manual test is carried out using the test button 1 5 s during which both alarm relays are triggered trigger test for testing the coupling switches In addition fault simulation will be ca...

Page 31: ...mple above the second message of three is being in dicated 2 3 The address Addr currently is of no significance The alarm is outputted onmeasuringchannel 1 and canbeaccessed via channelnumber 1 in the...

Page 32: ...info display the meaning of the buttons is different The picture be low illustrates which button is to be pressed for accessing the individual dis play First it is necessary to determine whether an a...

Page 33: ...ss BMS Bus Software version measurement technique Date of software measurement technique Software version display Date of software display Manufacturer of the device Address of the manufacturer Intern...

Page 34: ...ue 3 U 3 N Value 4 U10 Value 5 U 1 2 Value 6 U 2 3 Value 7 U 3 1 Value 8 Frequency Value 9 df dt Value 10 Status 11 T ON Value 12 Asymmetry Value 13 Vect shift Value 14 Phase sequ Value 15 T OFF TOTAL...

Page 35: ...dgements and the time the event hap pened If the history memory is full the oldest entry will be deleted in the event of an alarm to create space for the new entry FIFO principle For details about era...

Page 36: ...number Line 2 Alarm status and alarm text e g undervoltage transformer er ror no alarm alarm fault Line 3 Minimum and maximum measured value after the occurrence of an alarm Line 4 RS 485 address and...

Page 37: ...is exited If you can t remember your password contact the Bender Service In principle all preset response values can be changed if this should be nec essary The values can be changed in the third leve...

Page 38: ...the third level of the menu column twice using There are two different ways to exit the system menu Save and exit Exit without saving ESC Menu System once twice 1 History Exit Delete Delete Cancel 2 L...

Page 39: ...90 Slave 6 Alarm addresses Exit Address xxx 1 150 off on 7 TEST Cancel TEST Test will be carried out 8 RESET Cancel RESET Reset will be carried out 9 Test communication Exit 1 Chan Channel 1 12 10 Ext...

Page 40: ...lled up Scroll through the individual lines using the arrow buttons Device type Current date current time Address BMS Bus Software version measurement technique Date of software measurement technique...

Page 41: ...onditions if the test intervals mentioned in BGV A3 are adhered to The repeat test shall in clude at least the following Check of the environmental conditions pollution mechanical or isola tion damage...

Page 42: ...Maintenance 42 VMD460 NA_D00001_01_M_XXEN 08 2013...

Page 43: ...ture for each pre set standard The values can be changed in the third level of the menu column twice using The respective menu item can be exited with ESC without saving changed parameters saving the...

Page 44: ...General Exit norm CEI021 4105 coupling 1 AC 3N AC 3 AC 3N AC U L N U L L 50 250 V 87 433 V U L N 230 V t SHORT INT 1 300 s 6 60 0 min 3 s t ON SHORT INT 1 s 60 min 5 s t ON NORMAL 1 s 60 min 60 s Remo...

Page 45: ...f off 45 00 60 00 Hz 47 50 Hz df dt Exit Mode off on off Resp value 0 1 9 9 Hz s 1 0 Hz s Hysteresis 1 0 50 0 20 0 Meas window 0 05 1 0 s 200 ms T OFF 0 04 30 0 s 100 ms T ON 1 s 60 min 60 s Asymmetry...

Page 46: ...1 menu Settings once twice Factory setting Exit General Exit norm CEI021 4105 BDEW C10 11 coupling 3N AC 1 AC 3 AC 3N AC U L N U L L 50 250 V 87 433 V U L N 230 V Mode off extern 1 local 2 off T ON 0...

Page 47: ...off 1 100 40 T OFF 27 S2 0 04 30 0 s 200 ms Frequency Exit f 81 S1 off 50 00 65 00 Hz 50 50 Hz T OFF 81 S1 0 04 30 0 s 100 ms f 81 S1 off 45 00 60 00 Hz 49 50 Hz T OFF 81 S1 0 04 30 0 s 100 ms f 81 S...

Page 48: ...0 s 100 ms T ON 1 s 60 min 60 s Asymmetry Exit Mode off on off Resp value 1 0 50 0 5 0 Hysteresis 1 0 50 0 20 0 T OFF 0 04 30 0 s 100 ms Relay Exit Relay mode N C N O K1 N C K2 N O Digital Input Exit...

Page 49: ...4105 BDEW C10 11 coupling 1 AC 3N AC 3 AC 3N AC U L N U L L 50 250 V 87 433 V U L N 230 V t ON 1 s 60 min 30 s Remote Trip N C N O off off Voltage Exit U off 100 130 120 T OFF 0 04 30 0 s 100ms U off...

Page 50: ...0 ms f ON MAX off 1 65 Hz 50 05 Hz f ON MIN off 45 00 60 00 Hz 47 50 Hz f off 45 00 60 00 Hz 47 50 Hz T OFF 0 04 30 0 s 100 ms f off 45 00 60 00 Hz off T OFF 0 04 30 0 s 100 ms df dt Exit Mode off on...

Page 51: ...in BDEW Asymmetry Exit Mode off on off Resp value 1 0 50 0 5 0 Hysteresis 1 0 50 0 20 0 T OFF 0 04 30 0 s 100 ms Relay Exit Relay mode N C N O K1 N C K2 N C Digital Input Exit Relay mode N C N O off...

Page 52: ...0 11 menu Settings once twice Factory setting Exit General Exit norm CEI021 4105 BDEW C10 11 coupling 1 AC 3N AC 3 AC 3N AC U L N U L L 50 250 V 87 433 V U L N 230 V t SHORT INT 1 s 60 min 3 s t ON SH...

Page 53: ...100 80 T OFF 0 04 30 0 s 100 ms U off 1 100 off T OFF 0 04 30 0 s 100 ms Frequency Exit f off 50 00 65 00 Hz off T OFF 0 04 30 0 s 100 ms f off 50 00 65 00 Hz 51 50 Hz T OFF 0 04 30 0 s 100 ms f ON MA...

Page 54: ...1 0 50 0 20 0 Meas window 0 05 1 s 200 ms T OFF 0 04 30 0 s 100 ms T ON 1 s 60 min 60 s Asymmetry Exit Mode off on off Resp value 1 0 50 0 5 0 Hysteresis 1 0 50 0 20 0 T OFF 0 04 30 0 s 100 ms Relay E...

Page 55: ...2 L3 A1 A2 11 12 14 21 22 24 3 32 kV Supply voltage Rated supply voltage Us AC DC 100 240V DC 50 60 Hz Operatingrange Us AC DC 75 300 V DC 40 70 Hz Power consumption at AC 230 V 7 5 VA 3 5 W max 9 VA...

Page 56: ...ting time voltagetae 15 ms Operating time frequency tae 15 ms Recovery time tb 300 ms Digital inputs Monitoring of potential free contacts or voltage inputs closed low 0 4 V Iin 5 mA open high 6 30 V...

Page 57: ...A Minimum contact rating 1 mA at AC DC 10 V Environment EMC EMC DIN EN 60255 26 CEI 0 21 Operating temperature 25 55 C Classification of climatic conditions acc to IEC 60721 Stationary use IEC 60721 3...

Page 58: ...any position Degree of protection built in components DIN EN 60529 IP30 Degree of protection terminals DIN EN 60529 IP20 Enclosure material polycarbonate Flammability class UL94 V 0 DIN rail mounting...

Page 59: ...ttrica C10 11 Prescriptions techniques sp cifiques de raccordement d instal lations de production d centralis e fonctionnant en parall le sur le r seau de distribution June 2012 BDEW Technische Richtl...

Page 60: ...Technical data VMD460 NA 60 VMD460 NA_D00001_01_M_XXEN 08 2013...

Page 61: ...ouplingswitch 20 Conditions for connection 14 D Description of function 14 df dt 18 Display Alarm 31 Info 31 Menu 31 Toggling between the displays 32 E Electrically skilled person 11 Enter button 30 F...

Page 62: ...ion 29 Ordering information 59 P Password protection 17 Preset function 14 R Remote Trip 15 RESET button 30 Response delay ton 17 S Service 8 Single fault safety 27 Standard display 30 Support 8 T Tec...

Page 63: ......

Page 64: ...ender GmbH Co KG Londorfer Str 65 35305 Gruenberg Germany Postfach 1161 35301 Gruenberg Germany Tel 49 6401 807 0 Fax 49 6401 807 259 E Mail info bender de com Web http www bender de com D0000101MXXEN...

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