TELE RE-NA003 User Manual Download Page 62 | Manualshive

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Subject to modifications and errors

Page 62 of 71

2019-06-26 edition

3.12.1

Measurement error

Only the currently present error is shown here!
Error types:

UΔ

Phase to phase voltage error (under or overvoltage)

UY

Phase-to-neutral voltage error (under or overvoltage)

Ū

10 minute average voltage error

f

Frequency error (under or over frequency)

Δf

Frequency ramp error (RoCoF)

ΔΦ

Phase shift error (PShift)

C

Feedback contact error

3.12.2

System error

Error types:
T

Remote shutdown active

0-9, A-F

If this error appears permanently, please contact our technical support.

System error entries are found in the error memory when the unit is delivered. These occur during the final
testing of the device, in which these errors are induced on purpose. As the error memory cannot be deleted,
these entries do not represent a device error and can simply be ignored.

3.12.3

Error memory (LOG)

The error memory is displayed in level 2.
In the error memory, the occurrence, as well as the disappearance of each error, is saved with a time stamp.
Entry without an error code is therefore not a malfunction.

nn …

Number of the entry in the error memory

t …

Timestamp: duration since occurrence in days/hours/minutes/seconds

1.060 Error

M: U

Δ

UY Ū f Δf ΔΦ

C

S: T0123456789ABCDEF

ENT ->

1.060 Error

M: U

Δ

UY Ū f Δf ΔΦ

C

S: T0123456789ABCDEF

ENT ->

2.0nn Error

M: U

Δ

UY Ū f Δf ΔΦ

C

S: T0123456789ABCDEF

t: 9999d 15h 03m 01s

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Summary of Contents for RE-NA003

Page 1: ...Subject to modifications and errors Page 1 of 71 2019 06 26 edition Grid and System Protection RE NA003 Part no 2700000I USERS GUIDE for SW 01 05 01i ...

Page 2: ...DE AR N 4105 11 3 3 Overview of the implemented configurations 12 3 3 1 CEI 0 21 12 3 3 2 VDE 0126 12 3 3 3 VDE AR N 4105 Pn 50 kW 12 3 3 4 VDE AR N 4105 Pn 50 kW 12 3 3 5 VDE AR N 4105 inverter 13 3 3 6 VDE AR N 4110 tested according to TR3 evaluation report TR8 13 3 3 7 G99 1 3 LV low voltage 13 3 3 8 G99 1 3 HV medium high voltage 13 3 3 9 G98 1 2 13 3 3 10 C10 11 LV low voltage 14 3 3 11 C10 1...

Page 3: ...9 1 3 HV medium high voltage 39 3 7 9 G98 1 2 41 3 7 10 C10 11 LV low voltage 43 3 7 11 C10 11 MV medium voltage 45 3 7 12 E 8001 8101 47 3 7 13 EN 50438 50 3 7 14 EN50438 DK 52 3 7 15 NRS097 2 1 2017 54 3 7 16 OPEN SETUP 57 3 8 Loss Of Mains detection 61 3 8 1 Loss Of Mains detection via voltage measurement 61 3 8 2 Loss Of Mains detection via RoCoF 61 3 8 3 Loss Of Mains detection via vector shi...

Page 4: ...ctrical connection 65 4 10 Sealing wire 65 4 11 Protection class 65 5 Operation and commissioning 66 5 1 Initial commissioning 66 5 2 Menu navigation 66 5 2 1 Level 0 66 5 2 2 Level 1 66 5 2 3 Level 2 67 5 2 4 Level 3 67 5 2 5 Level 4 67 5 2 6 Level 5 67 5 3 Menu structure 69 5 4 Applicable rules and standards 70 5 5 Lead seal 71 ...

Page 5: ...ce with standards and the corresponding certificates lose their validity This status is shown on the display by the identifier ncnf Settings outside of this range are therefore within the operator s scope of responsibility and or the acceptance authority of the system 1 2 Safety advice This device was built and tested in accordance with recognized technical safety regulations However incorrect use...

Page 6: ...which they are active The regulations of the corresponding country apply 2 Installation and connection 2 1 Dimensions and operating elements Legend Labeling Type Function 1 R1 R2 R3 LED yellow Output relay status display 2 ENT Button ENTER input confirmation next level 3 ESC Button ESCAPE input rejection back a level Test 4 Button Parameter setting display change 5 Button Parameter setting display...

Page 7: ...ay through yellow LED R3 Isolated 31 Root 32 normally opened 34 normally closed I1 Digital input 1 feedback contact of contactor A Isolated 24V 5mA Input active I1 and connected I2 Digital input 2 feedback contact of contactor B Isolated 24V 5mA Input active I2 and connected Not applicable for all country specific standards in which no functional safety is required I3 Digital input 3 remote shutdo...

Page 8: ...verter 4 VDE AR N 4110 2018 11 1 G99 1 3 LV 1 G99 1 3 HV 1 G98 1 2 1 C10 11 LV 1 C10 11 MV 1 EN50438 DK 3 OPEN SETUP 3 1 Contactor B not applicable for all country specific standards in which no functional safety is required 2 Auxiliary contact as normally opened normally closed or can be configured not monitored 3 1 or 2 channel connection possible and can be configured 4 Evaluation contact error...

Page 9: ...ode 0 I4 inactiv contact open overfrequency 1 underfrequency 1 I4 activ contact closed overfrequency 2 underfrequency 2 transitory mode Operational mode 1 I5 active contact closed overfrequency 2 underfrequency 2 I5 inactive contact open overfrequency 3 underfrequency 3 2 Auxiliary contact as normally opened normally closed or can be configured not monitored ...

Page 10: ...n off time Monitoring of 1 and 3 phase grids for low and medium voltage grids Error memory with time stamp 50 entries Password protection and ability to seal Random turn off thresholds and turn on times for non controllable energy producers e g CHP 3 2 Functional description Depending on the configuration selected the device can handle several monitoring functions at the same time After exceeding ...

Page 11: ...ken into account NA003 must not switch on the output relays R1 2 for VDE AR N 4105 during error C as long as the feedback contacts are not correctly connected and parameterized Contact Error Reset If UN 3x400V AC is correctly connected a reset can only be carried out by pressing the Esc level 1 010 or Ent level 1 050 key The contact error is then cleared and the output relays R1 2 energize after t...

Page 12: ...hold phase to neutral voltage 1 Undervoltage threshold phase to neutral voltage 10 minutes average overvoltage threshold 1 Overfrequency threshold 1 Underfrequency threshold 1 Random over frequency threshold can be activated if required Turn on delay Random turn on delay can be activated if required 3 3 3 VDE AR N 4105 Pn 50 kW Selectable feedback contact normally closed normally open 1 Overvoltag...

Page 13: ...holds phase to neutral voltage automatic selection depending on Connection Mode 2 over frequency thresholds 1 Underfrequency threshold switch on delay 3 3 7 G99 1 3 LV low voltage Selectable nominal voltage Selectable feedback contact normally closed normally open 2 overvoltage thresholds phase to neutral voltage 1 Undervoltage threshold phase to neutral voltage 1 Overfrequency threshold 2 under f...

Page 14: ...ired 1 Phase shift threshold PShift can be deactivated if required Turn on delay 3 3 12 E 8001 8101 Selectable connection mode 1 phase 3 phase Selectable nominal voltage Selectable feedback contact normally opened normally closed 2 Overvoltage thresholds phase to phase voltage 2 Undervoltage thresholds phase to phase voltage 2 Overvoltage thresholds phase to neutral voltage 2 Undervoltage threshol...

Page 15: ...if required 3 3 16 OPEN SETUP Selectable connection mode 1 phase 3 phase Selectable nominal voltage Selectable safety mode 1 contactor or 2 contactors controlled and monitored Selectable feedback contact normally opened normally closed 2 Overvoltage thresholds phase to phase voltage automatic selection depending on connection mode can be manually deactivated if required 2 Undervoltage thresholds p...

Page 16: ...trigger delay toff Exception In 2 phase L N coupling mode only one overvoltage measurement takes place between L1 and N Can be deactivated in 3 phase L1 L2 L3 coupling mode Average Overvoltage The 10 minutes average generated is monitored according to the switching thresholds set for the slow voltage increase protection After exceeding the switching threshold the device triggers after the set trig...

Page 17: ...old via hysteresis Offset Offset of the actual turn off threshold to value displayed is subtracted for max thresholds added for min thresholds Increment decrement setting Change of the value per keystroke allowed minimum normative setting 1 Permissible minimum setting as per standard allowed maximum normative setting 1 Permissible maximum setting as per standard allowed minimum tech setting 1 Perm...

Page 18: ...isplayed for edited Exception setting for base 1 for changes outside the normative allowed range ncnf will be displayed for non conform 3 6 Other Parameter 3 6 1 Feedback contact Selection Must always be 1 Name Text displayed when editing parameter Visible This selection is visible on the display Changeable This selection can be changed by the user Base 1 A modification of this selection is shown ...

Page 19: ... This selection can be changed by the user Base 1 A modification of this selection is shown 1 For changes within the normative allowed range an edit will be displayed for edited Exception setting for base 1 for changes outside the normative allowed range ncnf will be displayed for non conform Definition Turn on delay Name Text displayed when editing parameter Visible This parameter is visible on t...

Page 20: ...ible This selection is visible on the display Changeable This selection can be changed by the user Base 1 A modification of this selection is shown 1 For changes within the normative allowed range an edit will be displayed for edited Exception setting for base 1 for changes outside the normative allowed range ncnf will be displayed for non conform Type 0 2 wire L1 N only one phase to neutral volta...

Page 21: ...ed Exception setting for base 1 for changes outside the normative allowed range ncnf will be displayed for non conform 3 6 6 Functional Safety Selection Must always be 1 Name Text displayed when editing parameter Visible This selection is visible on the display Changeable This selection can be changed by the user Base 1 A modification of this selection is shown 1 For changes within the normative a...

Page 22: ... display Changeable This parameter can be changed by the user Base 1 A change to this parameter is displayed Hysteresis n a always 0 Offset n a always 0 Increment decrement setting Always 1 allowed minimum normative setting 1 The minimum value of the random time allowed maximum normative setting 1 The maximum value of the random time allowed minimum tech setting 1 The minimum value of the random t...

Page 23: ...hold for turn on fTHR OFF Frequency threshold for the turn off fTHR ON Frequency threshold for turn on RoCoFTHR OFF Frequency change threshold for the turn off RoCoFTHR ON Frequency change threshold for turn on PShiftTHR OFF Phase shift threshold for the turn off PShiftTHR ON Phase shift threshold for turn on Times Time OFF Turn off delay T on delay Turn on delay Auxiliary contact Read back of the...

Page 24: ...tage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 019 V 59 S2 LN UTHR OFF Unom 115 100 130 100 135 021 T 59 S2 LN Time OFF Ms 200 50 1 000 50 10 000 UTHR ON Unom Fixed Hysteresis 4 UTHR Only active for Connection Modes 2 wire 4 wire LN 4 wire LN LL Undervoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 023 V 27 S1 LN UTHR OFF Unom 85...

Page 25: ...0 0 52 0 50 0 55 0 065 T 81 S1 nf Time OFF Ms 100 50 5 000 50 10 000 fTHR ON Hz Fixed Hysteresis 0 2 fTHR Only active for Operational Mode 0 definitive mode when DigIn 4 is active Operational Mode 1 transitoty mode when DigIn 5 is active Voltage 20 Unom Underfrequency2 Conformity Range Possible Range ID Default Min Max Min Max 067 F 81 S1 nf fTHR OFF Hz 49 50 47 0 50 0 45 0 50 0 069 T 81 S1 nf Tim...

Page 26: ...x Min Max 102 T on delay S 5 0 300 0 600 Device Information ID 105 ID xxxxxx SW aa dd ccb xxxxx Device ID dd Software version of Display Software aa Software version of Measuring Software cc Index of the Configuration set b Version of the Configuration set Password ID Default Min Max 106 PW1 1 st digit of Password 0 0 9 107 PW2 2 nd digit of Password 0 0 9 108 PW3 3 rd digit of Password 0 0 9 109 ...

Page 27: ...om 85 85 85 10 100 Time OFF Fixed to a fastest possible disconnection 10 minutes average overvoltage Conformity Range Possible Range ID Default Min Max Min Max 043 U UTHR OFF Unom 110 110 115 100 135 UTHR ON Unom Fixed Hysteresis 1 UNOM Time OFF Fixed to a fastest possible disconnection Overfrequency 1 Conformity Range Possible Range ID Default Min Max Min Max 055 f off fTHR OFF Hz 51 50 51 50 51 ...

Page 28: ... 103 Ton random Enable function off on off on off 104 Ton random Turn on time s 60 600 60 600 Comment The random time value is shown in 104 and cannot be edited Device Information ID 105 ID xxxxxx SW aa dd ccb xxxxx Device ID dd Software version of Display Software aa Software version of Measuring Software cc Index of the Configuration set b Version of the Configuration set Password ID Default Min...

Page 29: ...UTHR OFF Unom 115 115 115 115 115 020 ULN on UTHR ON Unom 110 110 110 100 110 Time OFF Fixed to a fastest possible disconnection Undervoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 023 ULN off UTHR OFF Unom 80 80 85 80 85 024 ULN on UTHR ON Unom 85 85 85 85 100 Time OFF Fixed to a fastest possible disconnection 10 minutes average overvoltage Conformity Range Po...

Page 30: ...sible Range ID Default Min Max Min Max 102 T on delay s 60 60 60 0 600 Random Turn on delay Conformity Range Possible Range ID Default Min Max Min Max 103 Ton random Enable function off on off on off 104 Ton random Turn on time s 60 600 60 600 Comment The random time value is shown in 104 and cannot be edited Device Information ID 105 ID xxxxxx SW aa dd ccb xxxxx Device ID dd Software version of D...

Page 31: ...0 110 110 100 110 Time OFF Fixed to a fastest possible disconnection Undervoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 023 ULN off UTHR OFF Unom 80 80 80 80 80 024 ULN on UTHR ON Unom 85 85 85 85 100 025 T ULN Time OFF ms 1000 50 1000 50 10000 Undervoltage2 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 031 ULL off UTHR OFF Unom 45 45...

Page 32: ...act n c normally closed n o normally opened n c normally closed n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 102 T on delay s 60 60 60 0 600 Random Turn on delay Conformity Range Possible Range ID Default Min Max Min Max 103 Ton random Enable function off on off on off 104 Ton random Turn on time s 60 600 60 600 Comme...

Page 33: ...125 020 ULN on UTHR ON Unom 110 110 110 100 110 Time OFF Fixed to a fastest possible disconnection Undervoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 023 ULN off UTHR OFF Unom 80 80 80 80 80 024 ULN on UTHR ON Unom 85 85 85 85 100 Time OFF Fixed to 3000ms Undervoltage2 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 031 ULL off UTHR OFF...

Page 34: ...act n c normally closed n o normally opened n c normally closed n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 102 T on delay s 60 60 60 0 600 Random Turn on delay Conformity Range Possible Range ID Default Min Max Min Max 103 Ton random Enable function off on off on off 104 Ton random Turn on time s 60 600 60 600 Comme...

Page 35: ... 4 wire LN LL Overvoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 019 ULN off UTHR OFF Unom 110 100 130 100 135 UTHR ON Fixed Hysteresis 1 UNOM 021 T ULN Time OFF ms 180000 100 180000 100 180000 Only active for Connection Modes 2 wire 4 wire LN Undervoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 023 ULN off UTHR OFF Unom 80 1...

Page 36: ... Max 059 f off fTHR OFF Hz 47 50 45 0 50 0 45 0 50 0 060 f on fTHR ON Hz 49 9 49 9 49 9 45 0 50 0 061 T f Time OFF ms 50 50 70 50 10000 Overfrequency2 Conformity Range Possible Range ID Default Min Max Min Max 063 f off fTHR OFF Hz 52 5 50 0 55 0 50 0 55 0 064 f on fTHR ON Hz 50 1 50 1 50 1 50 0 55 0 065 T f Time OFF ms 50 50 70 50 10000 Auxiliary Contact type Conformity Range Possible Range ID De...

Page 37: ... Min Max Min Max 035 O V st 2 UTHR OFF Unom 119 119 119 100 135 037 T O V st 2 Time OFF ms 500 500 500 50 300000 UTHR ON Fixed Hysteresis 0 75 UNOM Undervoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 039 U V UTHR OFF Unom 80 80 80 0 100 041 T U V Time OFF ms 2500 2500 2500 50 300000 UTHR ON Fixed Hysteresis 0 75 UNOM Underfrequency1 Conformity Range Possible Ra...

Page 38: ... on PShift THR ON 9 3 15 Window Fixed window length 200ms Auxiliary Contact type Conformity Range Possible Range ID Default 099 Contact dis disabled n o normally opened n c normally closed dis disabled n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 102 T on delay s 20 20 20 0 600 Device Information ID 105 ID xxxxxx SW a...

Page 39: ...29 T O V st 2 Time OFF ms 500 500 500 50 300000 UTHR ON Fixed Hysteresis 0 75 UNOM Undervoltage2 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 031 U V UTHR OFF Unom 80 80 80 0 100 033 T U V Time OFF ms 2500 2500 2500 50 300000 UTHR ON Fixed Hysteresis 0 75 UNOM Underfrequency1 Conformity Range Possible Range ID Default Min Max Min Max 059 U F st 1 fTHR OFF Hz 47 5 47 5 47...

Page 40: ...on PShift THR ON 9 3 15 Time OFF Fixed window length 200ms Auxiliary Contact type Conformity Range Possible Range ID Default 099 Contact dis disabled n o normally opened n c normally closed dis disabled n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 102 T on delay s 20 20 20 0 600 Device Information ID 105 ID xxxxxx SW ...

Page 41: ...V st 2 Time OFF ms 500 500 500 50 10000 UTHR ON Fixed Hysteresis 0 75 UNOM Undervoltage2 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 039 U V UTHR OFF Unom 80 80 80 0 100 041 T U V Time OFF ms 2500 2500 2500 50 10000 UTHR ON Fixed Hysteresis 0 75 UNOM Underfrequency1 Conformity Range Possible Range ID Default Min Max Min Max 059 U F st 1 fTHR OFF Hz 47 5 47 5 47 5 40 ...

Page 42: ... Time OFF Fixed window length 200ms Auxiliary Contact type Conformity Range Possible Range ID Default 099 Contact dis disabled n o normally opened n c normally closed dis disabled n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 102 T on delay s 20 20 20 0 600 Device Information ID 105 ID xxxxxx SW aa dd ccb xxxxx Device ...

Page 43: ...t possible disconnection Undervoltage1 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 023 U LN UTHR OFF Unom 85 50 85 0 100 UTHR ON Fixed Hysteresis 0 5 UNOM 025 T U LN Time OFF ms 1500 100 1500 100 10000 Undervoltage2 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 039 U LN UTHR OFF Unom 50 25 50 0 100 UTHR ON Fixed Hysteresis 0 5 UNOM Time O...

Page 44: ... 7 3 15 096 PShift on PShift THR ON 5 3 7 3 15 Time OFF Fixed window length 100ms Auxiliary Contact type Conformity Range Possible Range ID Default 099 Contact dis disabled n o normally opened n c normally closed dis disabled n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 102 T on delay s 60 60 60 0 600 Device Informati...

Page 45: ...is 0 5 UNOM Time OFF Fixed to a fastest possible disconnection Undervoltage1 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 015 U LL UTHR OFF Unom 85 50 85 0 100 UTHR ON Fixed Hysteresis 0 5 UNOM 017 T ULL Time OFF ms 1500 100 1500 100 10000 Undervoltage2 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 031 U LL UTHR OFF Unom 50 25 50 0 100 UTHR ON F...

Page 46: ...on off on off 095 PShift off PShift THR OFF 7 7 7 3 15 096 PShift on PShift THR ON 5 3 7 3 15 Time OFF Fixed window length 100ms Auxiliary Contact type Conformity Range Possible Range ID Default 099 Contact dis disabled n o normally opened n c normally closed dis disabled n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 1...

Page 47: ...180000 50 180000 Only active for Connection Modes 3 wire 4 wire LN LL Undervoltage1 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 015 ULLmin1off UTHR OFF Unom 80 80 80 10 100 016 ULLmin1on UTHR ON Unom 90 90 90 10 100 017 T ULL min1 Time OFF ms 50 50 180000 50 180000 Only active for Connection Modes 3 wire 4 wire LN LL Overvoltage1 Line to Neutral Conformity Range Possibl...

Page 48: ...ULN max2 Time OFF ms 60000 50 180000 50 180000 Only active for Connection Modes 2 wire 4 wire LN Undervoltage2 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 038 ULN min 2 Enable function off on off on off 039 ULNmin2off UTHR OFF Unom 30 10 100 10 100 040 ULNmin2on UTHR ON Unom 90 90 90 0 100 041 T ULN min2 Time OFF ms 50 50 180000 50 180000 Only active for Connection M...

Page 49: ...0 30 30 0 600 Device Information ID 105 ID xxxxxx SW aa dd ccb xxxxx Device ID dd Software version of Display Software aa Software version of Measuring Software cc Index of the Configuration set b Version of the Configuration set Password ID Default Min Max 106 PW1 1 st digit of Password 0 0 9 107 PW2 2 nd digit of Password 0 0 9 108 PW3 3 rd digit of Password 0 0 9 109 PW4 4 th digit of Password ...

Page 50: ... 85 10 100 024 U on UTHR ON Unom 85 85 85 10 100 025 U t Time OFF ms 1300 1300 1300 50 10000 Comment U on has a fixed offset of 0 5 Unom added to the displayed value 10 minutes average overvoltage Conformity Range Possible Range ID Default Min Max Min Max 043 U avg off UTHR OFF Unom 110 110 110 100 135 UTHR ON Unom Fixed Hysteresis 1 UNOM Time OFF Fixed to fastest possible disconnection Overfreque...

Page 51: ... Delay Conformity Range Possible Range ID Default Min Max Min Max 102 T on delay s 60 60 60 0 600 Device Information ID 105 ID xxxxxx SW aa dd ccb xxxxx Device ID dd Software version of Display Software aa Software version of Measuring Software cc Index of the Configuration set b Version of the Configuration set Password ID Default Min Max 106 PW1 1 st digit of Password 0 0 9 107 PW2 2 nd digit of...

Page 52: ...channel without functional safety and 1 auxiliary contact1 necessary Overvoltage1 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 011 ULL max 1 UTHR OFF Unom 110 110 110 100 135 UTHR ON Fixed Hysteresis 1 UNOM 013 ULL max 1t Time OFF ms 39500 39500 39500 50 60000 Only active for Connection Modes 3 wire 4 wire LN LL Undervoltage1 Line to Line Conformity Range Possible Range ...

Page 53: ...150ms Only active for Connection Modes 3 wire 4 wire LN LL Overfrequency1 Conformity Range Possible Range ID Default Min Max Min Max 055 f off fTHR OFF Hz 52 0 52 0 52 0 50 0 55 0 056 f on fTHR ON Hz 50 05 50 05 50 05 50 0 55 0 Time OFF Fixed to 150ms Underfrequency1 Conformity Range Possible Range ID Default Min Max Min Max 059 f off fTHR OFF Hz 47 50 47 50 47 50 45 0 50 0 060 f on fTHR ON Hz 47 ...

Page 54: ...ault Min Max Min Max 005 ULN LL nom Unom Y Unom Δ V V 230 0 400 0 230 0 400 0 230 0 400 0 28 8 50 0 250 0 434 8 Overvoltage1 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 011 ULL 1 OFF UTHR OFF Unom 111 111 111 100 135 012 ULL 1 ON UTHR ON Unom 109 100 109 100 135 013 ULL 1 T Time OFF ms 2000 200 2000 200 60000 Only active for Connection Modes 3 wire 4 wire LN LL Undervol...

Page 55: ...FF ms 160 110 160 110 60000 Only active for Connection Modes 2 wire 4 wire LN 4 wire LN LL Undervoltage2 Line to Neutral Conformity Range Possible Range ID Default Min Max Min Max 039 ULN 2 OFF UTHR OFF Unom 49 49 49 10 100 040 ULN 2 ON UTHR ON Unom 51 51 100 10 100 041 ULN 2 T Time OFF ms 200 150 200 150 60000 Only active for Connection Modes 2 wire 4 wire LN 4 wire LN LL Overerfrequency1 Conform...

Page 56: ...ly closed n o normally opened n c normally closed n o normally opened n c normally closed dis disabled Turn on Delay Conformity Range Possible Range ID Default Min Max Min Max 102 Ton delay s 60 60 600 0 600 Random Turn on delay Conformity Range Possible Range ID Default Min Max Min Max 103 Ton random Enable function off on off on off 104 Ton random Turn on time s 60 600 60 600 Comment The random ...

Page 57: ...ecessary 1ch means 1 channel without functional safety and 1 auxiliary contact1 necessary Overvoltage1 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 010 ULL 1 Enable function on on off on off 011 ULL 1 OFF UTHR OFF Unom 110 0 180 0 180 012 ULL 1 ON UTHR ON Unom 109 0 180 0 180 013 ULL 1 T Time OFF ms 200 50 300000 50 300000 Only active for Connection Modes 3 wire 4 wire L...

Page 58: ... 300000 Only active for Connection Modes 3 wire 4 wire LN LL Undervoltage2 Line to Line Conformity Range Possible Range ID Default Min Max Min Max 030 ULL 2 Enable function on n off on off 031 ULL 2 OFF UTHR OFF Unom 80 0 180 0 180 032 ULL 2 ON UTHR ON Unom 81 0 180 0 180 033 ULL 2 T Time OFF ms 100 50 300000 50 300000 Only active for Connection Modes 3 wire 4 wire LN LL Overvoltage2 Line to Neutr...

Page 59: ... 51 90 40 65 40 65 065 f 1 T Time OFF ms 100 50 300000 50 300000 Underfrequency2 Conformity Range Possible Range ID Default Min Max Min Max 066 f 2 Enable function on on off on off 067 f 2 OFF fTHR OFF Hz 48 00 40 65 40 65 068 f 2 ON fTHR ON Hz 48 10 40 65 40 65 069 f 2 T Time OFF ms 100 50 300000 50 300000 Random over frequency Conformity Range Possible Range ID Default Min Max Min Max 086 f RND ...

Page 60: ...0 0 600 Random Turn on delay Conformity Range Possible Range ID Default Min Max Min Max 103 Ton random Enable function off on off on off 104 Ton random Turn on time s 60 600 60 600 Comment The random time value is shown in 104 and cannot be edited Device Information ID 105 ID xxxxxx SW aa dd ccb xxxxx Device ID dd Software version of Display Software aa Software version of Measuring Software cc In...

Page 61: ...ifferent ways Pressing the ESC key in any window of menu level 1 Pressing the ENT key in screen 1 050 Both output relays A and B are switched off at activation of the test function and the turn on time begins to run As with every turn off the turn off time is determined The last turn off time can be read on screen 1 40 Toff 3 10 Digital inputs Digital inputs 1 and 2 serve as feedback contacts of b...

Page 62: ...found in the error memory when the unit is delivered These occur during the final testing of the device in which these errors are induced on purpose As the error memory cannot be deleted these entries do not represent a device error and can simply be ignored 3 12 3 Error memory LOG The error memory is displayed in level 2 In the error memory the occurrence as well as the disappearance of each erro...

Page 63: ...evice s functionality during a power failure the device is to be supplied via an external UPS system 4 2 Measuring circuit Terminals L1 L2 L3 N Measuring input 3x 400V AC Input impedance 1MΩ Measured quantities Phase to phase voltage phase to neutral voltage 10 minutes voltage average frequency frequency change RoCoF Phase shift PShift 4 3 Measuring ranges Phase voltage 0 560VAC Phase to neutral v...

Page 64: ...ge voltage 4 kV 4 6 Accuracy Voltage measurement Base accuracy 0 5 25 C Temperature effect 0 01 C Resolution 10mV Frequency measurement Base accuracy 0 01Hz 25 C Temperature effect 0 0002Hz C Resolution 1mHz 4 7 Insulation data Rated insulation voltage 400V Insulation Supply circuit measuring circuit Safe isolation Supply circuit output circuit Safe isolation Supply circuit digital inputs Safe iso...

Page 65: ...lay outputs digital inputs Measuring inputs max 450V 16A max 750V 16A Tightening torque max 0 5Nm Screw M3 screwdriver for slotted screws 0 6 x 3 5mm Digital input circuits and output relays No limitation for simultaneous operation of inputs and or outputs within the specified limits 4 10 Sealing wire Wire diameter Ø max 0 8mm 4 11 Protection class Terminals IP 20 Housing IP 20 ...

Page 66: ...ssible limit values ncnf non conform does not comply with the selected regulation or the selected standard If required display of time lapse reconnection timer turn on time in seconds Navigation From this screen you can access level 3 via ENT Digital inputs and turn off time screen 1 040 Display of the last turn off time Toff of the connected contactors the larger value for two channel systems Add...

Page 67: ... 5 2 5 Level 4 Password input The currently active digit of the password can be incremented decremented 0 9 via ENT jumps to the next digit of the password entry The entered password is checked after pressing ENT at the 4th position ESC jumps back to the previous digit of the password entry The program goes back to Level 3 when you press ESC at the first digit of the password If you have forgotten...

Page 68: ... edition The current standard is a parameter too This means that a newly selected standard will be activated by changing this parameter Therefore all previous changes will be discarded If the already set standard is selected the standard will be reset to default ...

Page 69: ...Subject to modifications and errors Page 69 of 71 2019 06 26 edition 5 3 Menu structure ...

Page 70: ... Germany low voltage X 307 VDE AR N 4105 inverter Germany low voltage X 706 VDE AR N 4110 Pn 135kW Germany medium voltage X 410 G99 1 LV Amendment 3 Great Britain low voltage X 460 G99 1 HV Amendment 3 Great Britain medium high voltage X 510 G98 1 Amendment 2 Great Britain medium high voltage X 600 C10 11 LV Belgium low voltage X 650 C10 11 MV Belgium medium voltage X 800 OENorm E 8001 4 712 Austr...

Page 71: ...levant setting parameters via a configurable password If password protection is not used or if the country specific regulations or standards demand it the device is to be lead sealed For further information please contact TELE Haase Steuergeraete Ges m b H Vorarlberger Allee 38 1230 Vienna Austria CALL US ONLINE SUPPORT WEB 43 1 614 74 0 support tele haase at www tele online com ...

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