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VAMP 220 / 220R 

 

Arc protection system 

User manual 

VAMP Ltd

 

 56

 

Vamp 24h support phone : +358 (0)40 573 6316

 

VM220.EN004

 

RUN

S

E

MEMORY
ERASION

 

Figure 7.1.2-1 Reading arc information and resetting the memory. 

7.2.

 

Supervision of phase currents 

7.2.1.

 

Overcurrent warning 

The warning code 200 appears in the display when one or more 

phase currents exceed 0.8 x the start value of the overcurrent 
unit. The code remains on the display until all phase currents 

are below the mentioned limit. 

7.2.2.

 

Reading current values 

To read the current values measured by the overcurrent 
subunit:  
Enter the CURRENT mode using the up and down arrow but-
tons. 
The display first shows the set start value of the overcurrent 
subunit.  
Browse to the measured phase current values (1, 2, 3) using the 

left and right push-buttons. See Figure 7.2.2-1. 

Summary of Contents for VAMP 220

Page 1: ...VAMP 220 220R Arc protection system User manual...

Page 2: ...VAMP 220 220R Arc protection system User manual VAMP Ltd 2 Vamp 24h support phone 358 0 40 573 6316 VM220 EN004...

Page 3: ...nd transportation 21 4 1 2 Checking the consignment 21 4 1 3 Complaints 21 4 2 Warranty 21 5 System installation 23 5 1 Safety notes 23 5 2 Preparing for installation 23 5 3 Installing master unit VAM...

Page 4: ...on 43 6 5 Setting overcurrent values 45 6 6 Relay output settings 47 6 7 Testing the arc sensors 54 7 Operational measures 55 7 1 Arc faults 55 7 1 1 Arc fault tripping alarm 55 7 1 2 Reading arc faul...

Page 5: ...setting necessary for making the system work in the desired way In chapter 6 you will also find instructions for using the control panel of the master unit Chapter 7 OPERATIONAL MEASURES deals with me...

Page 6: ...or self supervision of the entire system system wiring using standard copper cables self configuration In addition to the high level requirements set for protective relays VAMP 220 meets the most rece...

Page 7: ...hannels for tripping circuit breakers By connecting the trip multiplying relay VAR 4 CE to the outputs up to 16 trip outputs can be obtained The standard sensor cable length is 6m Arc sensors can be c...

Page 8: ...cuit breaker failure protection unit a temperature supervision unit input and output elements arc and overcurrent BI O unit a self supervision un it VY 056 A VY036A VAMP 220 R S E TRIP 1 TRIP 3 TRIP 5...

Page 9: ...E It is recommended that the auxiliary voltage is fed from a secured source which is unaffected by a possible arc fault 2 1 2 Functional description The current inputs of the three phase overcurrent s...

Page 10: ...as elapsed since the arc fault trip The CBFP which is optional trips its own circuit breaker When not used its trip contacts are left unwired If not used for circuit breaker failure protection the CBF...

Page 11: ...nt sw 48V BIO 5V GND TRIP 6 TRIP 5 1 1 TR loc TR loc I L L L L 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 L4 0ms 1 SW6 int sw SW4 L Figure 2 1 2 1 Trip signalling block diagram of VAMP 220 2 2 Sla...

Page 12: ...tuation the fault information is transferred to the master unit and the fault can be viewed on the display of the master unit A fault alarm is also given if an arc sensor connected to the slave unit r...

Page 13: ...ot critical The standard sensor cable length is 6 m As an option a shielded cable can be used for distances up to 20 m 40 30 20 10 0 50 60 70 80 90 100 120 130 140 100 80 60 40 20 Figure 2 3 2 The sen...

Page 14: ...y that the sight is clear towards the working place NOTE To avoid false activations the portable arc sensor must be dis connected from the slave unit immediately after use 2 5 Trip multiplier relay VA...

Page 15: ...th the overcurrent subunit activated will trip their respective circuit breakers If a master unit connected to the BI O lines is tripping and the arc or overcurrent activation comes from a BI O connec...

Page 16: ...reaker K6 obtains the unidirectional arc information from the B I O bus of the master unit in switchgear B In other words when an arc occurs in switchgear B the arc information is forwarded to all mas...

Page 17: ...set ratio 0 95 Operating settings phase overcurrent stage t t CBFP 7ms 7 80 100 150ms TRIP contacts Normally open 4 pcs standard 2 pcs option Rated voltage 250V ac dc Continuous carry 5A Make and carr...

Page 18: ...ansfer rate Multi drop to slave units I2C RS485 15kV 20 kbit s Communication Programming port baud rate 9600 b s EMC tests CE approved and tested according to EN 20081 2 EN 50082 2 Voltage tests Insul...

Page 19: ...Protection by enclosure IP20 Weight About 4 kg Dimensions HxWxD 155 x 208 x 223 mm Housing Panel cut out H x W 139 x 193 mm 3 2 Slave unit VAM 12 CD Power supply Voltage from the master unit via modul...

Page 20: ...tween master slave VX010 Between slave slave VX001 6 m standard cable 20m shielded cable 6 m standard cable 20m shielded cable 3 4 Portable sensor VA 1 DP See table in section 3 3 3 5 Trip multiplier...

Page 21: ...visually for possible external damage or loose parts inside it Check that the device complies with the order unit type and serial number other possible order related structural matters 4 1 3 Complaint...

Page 22: ...VAMP Ltd 22 Vamp 24h support phone 358 0 40 573 6316 VM220 EN004 misuse abnormal environmental conditions electrical quantities in excess of the rated values Further the guarantee does not cover any...

Page 23: ...of the product WARNING All separately marked notes and warnings must be observed The wiring work must be performed according to national standards and possible requirements set by the customer CAUTIO...

Page 24: ...ires the following wirings secondary circuits of the current transformers of the switchgear trip circuits of the circuit breakers alarm circuits auxiliary supply circuits protective earthing connectio...

Page 25: ...the current transformers to the following screw terminals at the rear of the master unit see Figure 5 3 3 1 X1 1 X1 2 L1 X1 3 X1 4 L2 E F 220R X1 5 X1 6 L3 see Figure 5 3 7 2 for E F schemes using VA...

Page 26: ...5 X2 7 L in X2 8 I in X2 9 L out X2 10 I out X2 11 X2 12 X2 13 GND X2 14 X2 15 X2 16 TRIP5 X2 17 X2 18 TRIP6 Us Pe 24V GND COM Slave BIO Connections BIO Connections TRIP5 TRIP6 IL1 IL2 Io IL3 TRIP1 TR...

Page 27: ...ut to an SF change over contact either terminals X1 17 X1 18 normally open or X1 18 X1 19 normally closed See Figure 5 3 3 1 Under no internal fault healthy conditions with auxiliary supply connected...

Page 28: ...larm 24V outputs to the slave units Trip signal 5ms X5 X3 5 10 X1 X1 X1 TRIP3 TRIP4 X1 7 X1 8 X1 9 X1 10 X1 11 X1 12 X1 13 X1 14 Trip signal 5ms Trip signal 5ms CBFP X1 18 Trip Alarm OC stage X3 15 Ia...

Page 29: ...master unit and the slave units are connected together with a modular cable type VX 010 The modular cable carries all information between the master and the slave units i e data in serial form and ar...

Page 30: ...ULAR CABLE VX010 VX001 VX001 Figure 5 4 2 1 Wiring between the master unit and the slave unit using modular cable 5 4 3 Wiring separate power supply to VAM 12 CD When routing modular cables over very...

Page 31: ...sed as completely as possible The sight must be free between the sensor and the supervised area In open spaces e g bus bar sections there should be an arc sensor approximately every 5 meters Due to th...

Page 32: ...sensors to slave units The sensors are delivered with 6 m long standard cables or 20 m long shielded cables to be specified in the order After mounting the sensors connect them to slave units as follo...

Page 33: ...connected the portable sensor functions as a part of the arc protection system Connect the portable arc sensor to the SENSOR plug in type modular connector of the slave Attach the sensor to personnel...

Page 34: ...inals 5 7 or 6 8 in the trip multiplier relay Connect the necessary trip controls to the terminals TRIP1 TRIP4 in the trip multiplier relay see Figure 5 6 2 140 60 90 35 mm DIN rail VAR 4 CE VAR 4 CE...

Page 35: ...h 7 is ON and dip switch 8 is OFF See section 6 7 Ia X3 15 Overcurrent output Ib X3 16 Overcurrent input output GND X3 17 X3 18 Ground for all BI O signals Table 5 7 1 BI O ports To obtain transfer of...

Page 36: ...arc sensors of one certain zone in normal way to the slave units Connect each slave unit to a master unit belonging to the zone Connect the bidirectional arc information La via the BI O bus terminal...

Page 37: ...004 Vamp 24h support phone 358 0 40 573 6316 37 5 9 2 Control by measuring Check the connections between the units and associated devices by using a circuit indicator lamp or buzzer Check other possib...

Page 38: ...11 12 13 Figure 6 1 1 1 The control panel of the master unit 1 Push buttons for choosing function 2 SET push button for activating functions 3 ENTER push button for executing functions 4 Display 5 PO...

Page 39: ...he LED at the left edge of the control panel NOTE The arc protection system is always ready for operation as long as the auxiliary supply is switched on independently of the control mode of the master...

Page 40: ...number of sensors at the slave unit Slave unit No number of sensors Temp alarm setpoint per slave unit 0 99 C Slave No Temp setpoint display Use push buttons to set the temperature alarm setpoint of...

Page 41: ...e front panel of the slave unit are mainly needed during the commissioning address setting During normal operation the system is controlled from the master unit 12 CD POWER COM TEST ERROR SENSOR ADDR...

Page 42: ...que among the slaves connected to the same master unit i e two slaves cannot have the same address Set the addresses with the DIP switches situated on the front panels of the slave units The address i...

Page 43: ...3 2 Examples of address settings address 13 and 18 respectively 6 4 System configuration After the sensors have been wired and the slaves have been given addresses the system configuration is to be r...

Page 44: ...e not regarded After reading the system configuration the master unit auto matically moves to normal state Check that the displayed configuration equals the physical system layout Use the INFO mode as...

Page 45: ...lues Select the rated current 1 A or 5 A with the selector switch on the front panel of the master unit see Figure 6 5 1 Enter CURRENT mode using the up and down arrow buttons Set the start current va...

Page 46: ...be read on the display To move between the set value and the measured actual values use the left and right arrow buttons See Figure 6 5 2 NOTE The current values read on the display are expressed in...

Page 47: ...ows the warning code 200 6 6 Relay output settings The relay outputs are configurable from the dip switch on the front panel of the master unit See Figure 6 6 1 Switches 1 to 4 determine the latching...

Page 48: ...is ON trip relay 3 will funcion as an CBFP relay to trip relay 1 The possible time delay settings are fast 80 100 or 150 ms These must be specified when ordering See the example in Figure 6 6 4 Switc...

Page 49: ...signals I L L I TR1 SW5 from Slave 3 x t 80ms 100ms 150ms Lb Ia Ib L L L Temp Alarm La Lc L I LOC L LOC TRIP 2 TRIP 3 TempAl TRIP4 TRIP 1 SW1 SW2 SW3 1 T1 T2 T3 T3 T2 T1 1 SW7 SW8 1 1 TR loc 0ms 1 SW6...

Page 50: ...SW5 from Slave 3 x t 80ms 100ms 150ms Lb Ia Ib L L L Temp Alarm La Lc L I LOC L LOC TRIP 2 TRIP 3 TempAl TRIP4 TRIP 1 SW1 SW2 SW3 1 T1 T2 T3 T3 T2 T1 1 SW7 SW8 1 1 TR loc 0ms 1 SW6 int sw SW4 L TRIP...

Page 51: ...gnal I L L I TR1 SW5 from Slave 3 x t 80ms 100ms 150ms Lb Ia Ib L L L Temp Alarm La Lc L TRIP I LOC L LOC TRIP 2 TRIP 3 TempAl TRIP4 TRIP 1 SW1 SW2 SW3 1 T1 T2 T3 T3 T2 T1 1 SW7 SW8 1 1 TR loc 0ms 1 S...

Page 52: ...signal I L L I TR1 SW5 from Slave 3 x t 80ms 100ms 150ms Lb Ia Ib L L L Temp Alarm La Lc L TRIP I LOC L LOC TRIP 2 TRIP 3 TempAl TRIP4 TRIP 1 SW1 SW2 SW3 1 T1 T2 T3 T3 T2 T1 1 SW7 SW8 1 1 TR loc 0ms...

Page 53: ...signal I L L I TR1 SW5 from Slave 3 x t 80ms 100ms 150ms Lb Ia Ib L L L Temp Alarm La Lc L TRIP I LOC L LOC TRIP 2 TRIP 3 TempAl TRIP4 TRIP 1 SW1 SW2 SW3 1 T1 T2 T3 T3 T2 T1 1 SW7 SW8 1 1 TR loc 0ms...

Page 54: ...e avoided by disconnecting the circuit breaker trip circuit or alternatively by increasing the start value of the overcurrent subunit to a level where it cannot start in any circumstances Verify prope...

Page 55: ...arc fault information Each time an arc sensor is activated the address of the sensor is stored in the memory of the master unit Up to three addresses are stored that is the addresses of the three sen...

Page 56: ...when one or more phase currents exceed 0 8 x the start value of the overcurrent unit The code remains on the display until all phase currents are below the mentioned limit 7 2 2 Reading current value...

Page 57: ...function of the arc protection system continuously When it detects an internal fault an alarm signal is issued via the SF alarm contact of the master unit and the ERROR indicator on the front panel of...

Page 58: ...e fault code see below in the right At general faults e g communication faults the display shows no slave address only a fault code ERROR S E MEMORY ERASION Figure 7 3 2 1 Reading and resetting the fa...

Page 59: ...come loose To locate the fault check the number of sensors of the slave unit indicated in the fault message as described in section 7 4 Check the sensor wirings of the slave unit Fault code 11 indicat...

Page 60: ...unit via the Ib BIO line Fault code 13 indicates that an error has been detected in the system communication The fault message does not include any slave unit address number Check the modular cables...

Page 61: ...unit by pushing the S push button 5 Push the E button to execute the check connected sensors The display shows the number of sensors connected to the slave unit If the shown system configuration diffe...

Page 62: ...tional line which transmits receives arc inforemation between VAMP units not used inthis application Lb Light BIO is a unidirectional condition line If the VAMP unit receives overcurrent information I...

Page 63: ...EN004 Vamp 24h support phone 358 0 40 573 6316 63 9 Product information 9 1 Dimensional drawing 208 0 155 0 27 0 181 0 28 0 137 0 190 0 193 0 20 0 1 0 10 0 139 0 P200_ulkomitat_kannella PANEL CUT OUT...

Page 64: ...VM220 EN004 9 2 Panel mounting Figure 9 2 1 Flush mounting of protection relay in panel 9 3 Semi flush mounting 27 0 181 0 28 0 137 0 P200_semi flush b a 21 0 Figure 9 3 1Semi flush mounting of protec...

Page 65: ...4 0 Trip Multiplier Relay 1xNO 4xNO VAX 2 CB Interface Unit use vx002 cable For Sensor Cable Extension VA 1 DA 6 Arc Sensor Cable length 6m VA 1 DA 20s Arc Sensor Cable length 20m Shielded VA 1 DT 6...

Page 66: ...Trip Multiplier Relay 1xNO 4xNO VAX2 CB Interface Unit use vx002 cable For Sensor Cable Extension VA1 DA 6 Arc Sensor Cable length 6m VA1 DA 20 Arc Sensor Cable length 20m VA1 DT 6 Temperature Sensor...

Page 67: ...s Runsorintie 7 Phone 358 0 6 2121 118 Fax 358 0 6 2121 105 24h support 358 40 5736 316 Email vamp vamp fi URL http www vamp fi Service VAMP Ltd P O Box 5 FIN 65381 Vaasa Finland Visiting address Runs...

Page 68: ...AMP Ltd Street address Runsorintie 7 Phone 358 6 212 1100 Post address Fax 358 6 212 1105 Box 5 FIN 65381 Vaasa Internet www vamp fi Finland Email vamp vamp fi We reserve the rights to changes without...

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