Horstmann ComPass B Instructions For Use Manual Download Page 3

Instructions for Use

ComPass B 4023841-001

General Information!

Before installing and operating this instrument carefully read and understand the contents of this 

manual.

The content of this operating manual reflects the current state of the art at the date of printing. We 

reserve the right to make technical changes at any time and without prior notice as necessary in the 

framework of ongoing developments. . 

Safty Note!

Installation, connection and commissioning of the device must be carried out exclusively by 

a skilled/qualified electrician observing the following safety rules according to DIN VDE0105:

Make sure that the instrument is only used for the purpose for which it has been designed 

as described in the present operating manual.

Abbreviations

Abbreviations

Meaning

I

E

>

Earth fault

I>>

Short-circuit

I

B

Operating current

I

E

Earth fault current

I

K

Short-circuit current

MV

Medium-voltage

CT

Current transformer

V>

Overcurrent

V<

Undervoltage

V

NE

Neutral point displacement voltage

P

Active power

Q

Reactive power

S

Apparent power

 

 

Declaration of Conformity

 

 

This instrument is in conformity with the requirements of the EC Electromagnetical Compatibility 

(EMC) Directive and the EC Low Voltage (LVD) Directive in the current state of issue.
If required, the  

-Declaration of Conformity may be obtained from the following address:

Dipl.-Ing. H. Horstmann GmbH, 

Humboldtstraße 2, 42579 Heiligenhaus 

[email protected]

 

3

Dipl.-Ing. H. Horstmann GmbH

Summary of Contents for ComPass B

Page 1: ...4023841 001 June 2011 Instructions for Use ComPass B 100104 0426 Translation of the German version Dipl Ing H Horstmann GmbH Humboldtstra e 2 42579 Heiligenhaus www horstmanngmbh com...

Page 2: ...2 0 Operator control 1 3 3 0 Front panel 1 3 3 1 0 RS485 MODBUS interface 1 3 3 2 1 Digital inputs outputs 1 3 3 3 1 Power Supply 1 3 4 1 Test mode 1 3 5 2 Installation 1 4 2 Safty instructions 1 4 1...

Page 3: ...the instrument is only used for the purpose for which it has been designed as described in the present operating manual Abbreviations Abbreviations Meaning IE Earth fault I Short circuit IB Operating...

Page 4: ...ss B includes 1 display unit in a plug in housing for panel mount 3 single phase current transformers alternatively 2 single phase current transformers and 1 summation current transformer Integrated v...

Page 5: ...E 0682 Part 415 standard IEC 61243 5 for capacitive voltage detecting systems Besides their main function WEGA 1 2 C and WEGA 2 2 C respectively can provide the tapped capacitive voltage to the ComPas...

Page 6: ...hematic illustration of a medium voltage network The ComPass B is or can be installed in any switchgear unit The instrument measures permanently the phase voltages and currents taking these values as...

Page 7: ...ected phases to de rive the direction of a fault therefrom If the impedance angle ranges from 45 to 135 the Com Pass B determines a forward fault B direction Earth fault in resonant earthed isolated s...

Page 8: ...se voltages are extrapolated in time in order to obtain information on the phase relation Inrush current suppression 3 1 4 The ComPass B uses an inrush current suppression to avoid unintended tripping...

Page 9: ...figured for permanent contact it will remain engaged as long as ComPass B is indicating the fault If a second fault occurs it will disengage for 1s and then re engage RS485 MODBUS interface ComPass B...

Page 10: ...ntrol of ComPass B Figure 16 OLED display 4x21 alphanumerical characters Multilingual plain text menus German English Dutch Portuguese Multicolour LED Green Yellow Red Rocker switch 4 directions Activ...

Page 11: ...e is used for remote control remote readout and remote parameteri zing of ComPass B The ComPass B uses a 2 wire interface according to the RS485 standard with no line termination in the ComPass B The...

Page 12: ...the disconnected and earthed medium voltage switchgear If current transformers remain in the switchgear without being connected to the indicator the leads must be applied to suitable insulated termina...

Page 13: ...sformers 4 3 2 Install each CT as to ensure that the arrow and the B show towards the bottom of the switchgear Direction indication B Figure 19 Installation of summation current transformers 4 3 3 Wra...

Page 14: ...nal strips 4 4 2 Circuit diagram on top side of the instrument Figure 20 CT Digital I O Supply Voltage Terminal No Designation Assignment Direction 1 I1 br CT Phase 1 brown Input 2 I1 bl CT Phase 1 bl...

Page 15: ...hase 1 Input 3 U2 Voltage Phase 2 Input 4 U3 Voltage Phase 3 Input Terminal assignment of MV interface Table 3 RS485 MODBUS interface Terminal No Designation Assignment Direction 1 COM Common Input Ou...

Page 16: ...bration is required after ComPass B has been installed in the switch gear and the switch gear has been energised Below voltage calibration is carried out using the example of a 11 kV network Step 2 Vo...

Page 17: ...ch to the right If the following security prompt appears V AutoCal Select Yes Note Presence of calibration voltage of 11 kV 6 35 kV is requi red Indication on the display during the calibration proces...

Page 18: ...ay External supply 24 230 V AC DC 10 Power consumption 1 W DC supply 1 5 VA AC supply MV network parameters Rated voltage 1 36 kV Frequency 50 Hz 60 Hz Load current single phase 0 630 A Short circuit...

Page 19: ...lays NC NO Permanent contact momentary contact 1 s Contact capacity 230 V AC 1 A 62 5 VA max 220 V DC 1 A 60 W max Breakdown voltage 1 5 kV 1 minute Current transformers CT 3 pcs single phase CT L1 L2...

Page 20: ...Nominal voltage 1 36 kV 10 0 kV Neutral earthing low impedance earthed temporary low impedance earthes isolated earthed Resonant earthed Low ohmic KNOSPE Isolated Resonant earthed Low ohmic Relais Eac...

Page 21: ...ervoltage On Off Adjustable for each relay V Undervoltage On Off Adjustable for each relay Test Relay responds to test mode On Off Adjustable for each relay DevErr Relay responds to device error On Of...

Page 22: ...direction backwards Common message for all phases L1 L2 L3 Test mode Type NO Mode Momentary I Off I A On I B Off IE Off IE A On IE B Off L1 On L2 On L3 On V Off V Off Test On DevErr Off MODBUS Parity...

Page 23: ...200 120 V Threshold for low voltage detection 0 100 80 V V Conf Choice of voltages for the V V detection VLE phase to ground VLL phase to pha se VLL VNE Threshold for the residual voltage for earth f...

Page 24: ...ents Settings tI ms I A IE L1 L2 L3 E Status OK L1 L2 L3 E Status uncalibrated L1 L2 L3 E Status Battery low L1 L2 L3 E Status Conf Error L1 L2 L3 E Status Device Error Date event no time fault type f...

Page 25: ...Save 496025 00x Cancel Save Cancel Save SUM CT SUM CT Up Down 496023 00x Cancel Save CT 1 Pol CT 1 Pol Up Down Normal Invers Cancel Save CT 2 Pol CT 2 Pol Up Down Normal Invers Cancel Save CT 3 Pol C...

Page 26: ...ff Up Down 1 65535 Cancel Save D VL1 Up Down 50 0 50 0 Cancel Save D VL2 Up Down 50 0 50 0 Cancel Save D VL3 Up Down 50 0 50 0 Cancel Save Back Start Calibration V AutoCal No Yes Back Relay1 Type Type...

Page 27: ...arity Parity Up Down On Off Cancel Save Mode Mode Up Down Even Odd Cancel Save Stop Bits Stop Bits Up Down 1 2 Cancel Save Address Address Up Down 1 247 Cancel Save Idle Time Idle Time Up Down 0 10ms...

Page 28: ...ff Up Down 0 60000 ms Cancel Save IDet IDet Up Down 1 630 A Cancel Save tIReset tIReset Up Down 0 60000 ms Cancel Save VDet VDet Up Down 0 100 Cancel Save tVReset tVReset Up Down 0 60000 ms Cancel Sav...

Page 29: ...History Delete History No Yes Reset battery Reset battery No Yes Back Test Selftest active Device Reset Test activated Test activated Test activated Test activated Activate Relay1 Test activated Back...

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