Kamstrup 162M Technical Description Download Page 60

Page: 60 / 75

TECHNICAL DESCRIPTION

Kamstrup 162M/382M

5512-1040 GB/05.2012/Rev. C1

10.3

Display readings

The possible display readings depend on the chosen energy type(s). In addition, it must be considered if leading
zeroes should be indicated in the energy display and if OBIS/EDIS and actual quadrant indication is required.
Display readings are shown with OBIS codes.

OBIS

Description

Unit

Text-field

1 . 8 . 0

A + , A c t i v e p o s i t i v e e n e r g y

k W h A +

2 . 8 . 0

A - , A c t i v e n e g a t i v e e n e r g y

k W h A -

3 . 8 . 0

R + , R e a c t i v e p o s i t i v e e n e r g y

k V a r h R +

4 . 8 . 0

R - , R e a c t i v e n e g a t i v e e n e r g y

K V a r h R -

1 5 . 8 . 0

A + , A - A c t i v e e n e r g y n u m e r i c a l

k W h

5 . 8 . 0

R i + , R e a c t i v e e n e r g y Q u a d r a n t 1

k V a r h R 1

8 . 8 . 0

R c , R e a c t i v e e n e r g y Q u a dr a n t 4

k V a r h R 4

1 . 8 . 1

A + T 1 , A c t i v e p o s i t i v e e n e r g y i n T 1

k W h A + / T 1

1 . 8 . 2

A + T 2 , A c t i v e p o s i t i v e e n e r g y i n T 2

k W h A + / T 2

1 0

1 . 8 . 3

A + T 3 , A c t i v e p o s i t i v e e n e r g y i n T 3

k W h A + / T 3

1 1

1 . 8 . 4

A + T 4 , A c t i v e p o s i t i v e e n e r g y i n T 4

k W h A + / T 4

1 2

1 . 8 . 5

A + T 5 , A c t i v e p o s i t i v e e n e r g y i n T 5

k W h A + / T 5

1 3

1 . 8 . 6

A + T 6 , A c t i v e p o s i t i v e e n e r g y i n T 6

k W h A + / T 6

1 4

1 . 8 . 7

A + T 7 , A c t i v e p o s i t i v e e n e r g y i n T 7

k W h A + / T 7

1 5

1 . 8 . 8

A + T 8 , A c t i v e p o s i t i v e e n e r g y i n T 8

k W h A + / T 8

1 6

2 . 8 . 1

A - T 1 , A c t i v e n e g a t i v e e n e r g y i n T 1

k W h A - / T 1

1 7

2 . 8 . 2

A - T 2 , A c t i v e n e g a t i v e e n e r g y i n T 2

k W h A - / T 2

1 8

2 . 8 . 3

A - T 3 , A c t i v e n e g a t i v e e n e r g y i n T 3

k W h A - / T 3

1 9

2 . 8 . 4

A - T 4 , A c t i v e n e g a t i v e e n e r g y i n T 4

k W h A - / T 4

2 0

2 . 8 . 5

A - T 5 , A c t i v e n e g a t i v e e n e r g y i n T 5

k W h A - / T 5

2 1

2 . 8 . 6

A - T 6 , A c t i v e n e g a t i v e e n e r g y i n T 6

k W h A - / T 6

2 2

2 . 8 . 7

A - T 7 , A c t i v e n e g a t i v e e n e r g y i n T 7

k W h A - / T 7

2 3

2 . 8 . 8

A - T 8 , A c t i v e n e g a t i v e e n e r g y i n T 8

k W h A - / T 8

2 4

3 . 8 . 1

R + T 1 , R e a c t i v e p o s i t i v e e n e r g y i n T 1

k v a r h R + / T 1

2 5

3 . 8 . 2

R + T 2 , R e a c t i v e p o s i t i v e e n e r g y i n T 2

k v a r h R + / T 2

2 6

3 . 8 . 3

R + T 3 , R e a c t i v e p o s i t i v e e n e r g y i n T 3

k v a r h R + / T 3

2 7

3 . 8 . 4

R + T 4 , R e a c t i v e p o s i t i v e e n e r g y i n T 4

k v a r h R + / T 4

2 8

3 . 8 . 5

R + T 5 , R e a c t i v e p o s i t i v e e n e r g y i n T 5

k v a r h R + / T 5

2 9

3 . 8 . 6

R + T 6 , R e a c t i v e p o s i t i v e e n e r g y i n T 6

k v a r h R + / T 6

3 0

3 . 8 . 7

R + T 7 , R e a c t i v e p o s i t i v e e n e r g y i n T 7

k v a r h R + / T 7

3 1

3 . 8 . 8

R + T 8 , R e a c t i v e p o s i t i v e e n e r g y i n T 8

k v a r h R + / T 8

3 2

4 . 8 . 1

R - T 1 , R e a c t i v e n e g a t i v e e n e r g y i n T 1

k v a r h R - / T 1

3 3

4 . 8 . 2

R - T 2 , R e a c t i v e n e g a t i v e e n e r g y i n T 2

k v a r h R - / T 2

3 4

4 . 8 . 3

R - T 3 , R e a c t i v e n e g a t i v e e n e r g y i n T 3

k v a r h R - / T 3

3 5

4 . 8 . 4

R - T 4 , R e a c t i v e n e g a t i v e e n e r g y i n T 4

k v a r h R - / T 4

3 6

4 . 8 . 5

R - T 5 , R e a c t i v e n e g a t i v e e n e r g y i n T 5

k v a r h R - / T 5

3 7

4 . 8 . 6

R - T 6 , R e a c t i v e n e g a t i v e e n e r g y i n T 6

k v a r h R - / T 6

3 8

4 . 8 . 7

R - T 7 , R e a c t i v e n e g a t i v e e n e r g y i n T 7

k v a r h R - / T 7

3 9

4 . 8 . 8

R - T 8 , R e a c t i v e n e g a t i v e e n e r g y i n T 8

k v a r h R - / T 8

4 0 1 . 5 8 . 0

R e s e t t a b l e c o u n t e r , a c t i v e p o s i t i v e e n e r g y

k W h A + / T R I P

4 1 2 . 5 8 . 0

R e s e t t a b l e c o u n t e r , a c t i v e n e g a t i v e e n e r g y

k W h A - / T R I P

4 2

1 . 7 . 0

A c t u a l a c t i v e p o s i t i v e p o w e r

k W P +

4 3

2 . 7 . 0

A c t u a l a c t i v e n e g a t i v e p o w e r

k W P -

4 4

3 . 7 . 0

A c t u a l r e a c t i v e p o s i t i v e p o w e r

k v a r Q +

4 5

4 . 7 . 0

A c t u a l r e a c t i v e n e g a t i v e p o w e r

k v a r Q -

4 6

1 . 6 . 0

A c t i v e p o s i t i v e p e a k p o w e r

k W P M

4 7

2 . 6 . 0

A c t i v e n e g a t i v e p e a k p o w e r

k W P M

4 8

3 . 6 . 0

R e a c t i v e p o s i t i v e p e a k p o w e r

k v a r P M

4 9

4 . 6 . 0

R e a c t i v e n e g a t i v e p e a k p o w e r

k v a r P M

5 0

1 . 6 . 0

C l o c k a c t i v e p o s i t i v e p e a k p o w e r

P M / T I M E

5 1

1 . 6 . 0

D a t e a c t i v e p o s i t i v e p e a k p o w e r

P M / D A T E

5 2

1 . 6 . 1

A c t i v e p o s i t i v e p e a k p o w e r T 1

k W P M / T 1

5 3

1 . 6 . 1

C l o c k a c t i v e p o s i t i v e p e a k p o w e r T 1

T I M E / T 1

5 4

1 . 6 . 1

D a t e a c t i v e p o s i t i v e p e a k p o w e r T 1

D A T E / T 1

5 5

1 . 6 . 2

A c t i v e p o s i t i v e p e a k p o w e r T 2

k W P M / T 2

Summary of Contents for 162M

Page 1: ...Technical description Kamstrup 162M 382M Kamstrup A S Industrivej 28 Stilling DK 8660 Skanderborg TEL 45 89 93 10 00 FAX 45 89 93 10 01 energi kamstrup com www kamstrup com...

Page 2: ......

Page 3: ...ement 16 3 5 1 Voltage measurement 17 3 5 2 Registration of overvoltage undervoltage 17 3 5 3 Registration of voltage failures 18 3 5 4 Time stamp with RTC 18 3 6 Loggers 18 3 6 1 Debiting logger 18 3...

Page 4: ...connect function 43 6 7 Disconnection on meters with APS 44 6 7 1 Using the push button 44 6 7 2 Using commands remote 44 7 Meter communication 45 7 1 Requirements for third party modules 45 7 2 KMP 4...

Page 5: ...calender for exception days 64 10 4 5 On Demand tariff 64 10 4 6 Load control delay 64 10 5 Daylight saving table 65 10 6 Label 66 10 7 Display configuration 67 10 8 Disconnect configuration 69 11 Ins...

Page 6: ...ON Kamstrup 162M 382M 5512 1040 GB 05 2012 Rev C1 6 1 Revision history Revision Date Change A1 2011 10 21 Document created B1 2011 12 22 Figures are updated according to new mechanical design C1 2012...

Page 7: ...construction makes it immune to magnetic influence and the measuring accuracy will not be influenced by magnetism It is possible to supply the meter with battery backup for the integrated RTC Real Ti...

Page 8: ...the switch mode supply in combination with varistors and power resistors functions as an excellent transcient protection The use of shunt and switch mode supply also makes sure that the meter is immu...

Page 9: ...all 4 quadrants with integrated radio transceiver load profile logger prepayment function APS and smart disconnect The summary below provides an overview of which functions the meter types include The...

Page 10: ...appear as one number resulting from the checksum calculation 3 2 Registers Kamstrup s direct meters are constructed as 4 quadrant meters which provide safe registration of various measured data such a...

Page 11: ...ant 3 and negative capacitive energy from quadrant 4 R1 5 8 0 Positive inductive energy from quadrant 1 R4 8 8 0 Negative inductive energy from quadrant 4 3 2 1 Energy registers The meter s configurat...

Page 12: ...is register sums the energy positively without considering whether the input and output terminals per system have been interchanged A1423 Numeric register for A A The value is displayed in kWh 3 2 2 E...

Page 13: ...ters A A R R can be displayed with higher resolution in format 3 4 000 0000 For test purpose it is possible to activate test mode Test mode change the display setup to allow selection of energy regist...

Page 14: ...ive instantaneous power of quadrants 3 and 4 The power is displayed in kvar in format 4 3 0000 000 P max Maximum active positive power during the debiting period measured over an integration period de...

Page 15: ...rror 6th Number External alarm input Only relevant if the functionality is enabled 7th Number Indicates tamper of the meter cover 8th Number Is not use The status indicators are reset when the source...

Page 16: ...ster has been selected in the display set up Do not forget to select control type when activating tariffs The tariffs can be controlled in three different ways Via communication commands e g from a mo...

Page 17: ...me time td this is registered in the meter s event logger for voltage quality The registration includes date and hour The time period which triggers a registration can be configured between 10 secs an...

Page 18: ...The debiting logger stores relevant data for a given period The end of a debiting period is called debiting stop A debiting stop can be triggered by the meter s internal clock or via a communication...

Page 19: ...egisters the energy with a configurable interval with the possibility of readouts if required The meter enables the read out of energy values in the load profile logger as both absolute and relative d...

Page 20: ...y type 5 min Days 15 min Days 30 min Days 60 min Days A 199 597 1194 2388 A A 113 341 682 1364 A R 113 341 682 1364 A R1 113 341 682 1364 A A R R 61 183 367 734 Table 5 Logging depth of load profile l...

Page 21: ...Reactive energy R Tariff 7 Actual power P L1 Active energy A Tariff 3 Reactive energy R Tariff 8 Actual power P L2 Active energy A Tariff 4 Peak power P Actual power P L3 Active energy A Tariff 5 Pea...

Page 22: ...tion period configured for the analysis logger Phase currents are show as abolute values i e with no sign to indicate the direction of the current 3 6 5 Event logger for status The status logger regis...

Page 23: ...estamp The event logger has a logging depth of 10 loggings 3 6 9 Event logger for Cut off A meter with breaker includes a logger that registers all events related to the disconnect functionality For e...

Page 24: ...en vectors indicate the phase voltages on the grid The yellow vectors indicate the phase voltages measured by the meter The neutral fault is detected when the following conditions are present Two of t...

Page 25: ...values NeutralFaultVNTh 40 VAC NeutralFaultVLHiTh 253 VAC NeutralFaultTime 60 s Under some conditions a neutral fault is not detected In Figure 10 fault is not detected in the white areas In condition...

Page 26: ...alarm The pulse input accumulates pulses in the pulse input register If this reigister is shown in the display it is updated every 10 seconds It is possible to scale the reading of the pulse input by...

Page 27: ...a pulse division factor between 1 1000 In addition the pulse width can be configured for 30 or 80 msecs When selecting pulse division factor and pulse width please be aware that the number of pulses a...

Page 28: ...e three phase meter with APS Auxillary Power Supply the S0 output is not available S0 output can then only be achieved as a module interface 3 8 Auxillary Power Supply The meter can optional be config...

Page 29: ...rms will be transmitted via Kamstrup radio communication if the meter is with Radio for use in Kamstrup AMR systems or on the module port For further details about alarms and configuration please cont...

Page 30: ...Quadrant reading which states current quadrant s and thereby the actual power type P P Q Q Status reading Breaker status Tamper indication For future use Prepayment indication For future use 7 digit...

Page 31: ...sages are shown as sliding letters in the field 4 4 Mains voltage reading The mains voltage readings per phase L1 L2 and L3 indicates whether voltage is applied to the individually phase input termina...

Page 32: ...status If the meter is configured with an internal breaker the position of the breaker is indicated as either connected or disconnected 4 9 Object identification field Field for identification of the...

Page 33: ...on which makes it possible to read the display without the meter being mains supplied The shift is effected by activating the push button Up to 8 readings can be selected The meter automatically retur...

Page 34: ...A Tariff 1 1 8 2 XX Active energy A Tariff 2 1 8 3 XX Active energy A Tariff 3 1 8 4 XX Active energy A Tariff 4 2 8 0 XX Active energy A 3 8 0 XX Reactive energy R 4 8 0 XX Reactive energy R 1 6 0 X...

Page 35: ...te mm delta log time hour log True False LL LL LL LL LL Obis Month Value date YY MM DD Obis Day Value date YY MM DD Obis time hh mm 00 Value Hour LL LL LL Display End Read time and date Minute delta l...

Page 36: ...o read out When the year is shown press Long push to continue to choice of month Similar press Short Push for choosing the month you want to read out When the month is shown in the display press Long...

Page 37: ...strength can be read by hand held terminal If the radio signal is too suppressed an external antenna must be connected to increase the signal strength Connect the external antenna to the antenna plug...

Page 38: ...th integrated disconnection brakers can cut off disconnect the consumer s supply Do not use the function as safety cut off It is possible to disconnect the meter in 4 ways Manually by activating the p...

Page 39: ...minutes after disconnection Activate the left push button for 6 secs until the relays are connected and the green diode is turned off If the relays are not connected after 6 secs wait 1 min and react...

Page 40: ...her current or power The meter will disconnect the consumer when Id or Pd is exceeded Register Min value Max value Idisconnect 0 A 80 A Pdisconnect 0 kW 80 kW Table 17 Configuration limits for smart d...

Page 41: ...s the limit Id kx for a configured time period t1 t1 t2 or t1 t2 t3 6 4 5 Reconnection Reconnection can be configured to be either manual or automatic No matter if manual or automatic reconnection is...

Page 42: ...The A14prepayment register cannot be reset in other ways The minimum and the maximum values for the prepayment register depend on the formatting of the energy display Display format Min value Max val...

Page 43: ...te 12 Relays OUT LED RED State 6 Relays OUT LED RED State 7 Relays OUT LED RED State 11 Relays OUT LED RED State 2 8 Relays OUT LED GREEN State 13 Relays IN LED OFF P I Idisconnect P I Idisconnect Pre...

Page 44: ...display reading dCon pressing the left push button for approx 6 seconds the meter disconnects and the diode turns to red for one minute and after one minute is turns to green It is not possible to re...

Page 45: ...ed In general the design of the module must conform to written and unwritten rules of electrical constructions Requirements Optocouplers must be applied in all connections between module and module co...

Page 46: ...S0 pulse output according to DIN 43864 Optical reading according to IEC 62056 21 IEC 61107 OBIS codes according to IEC 62056 61 Interface classes IEC 62056 62 Data link layer IEC 62056 72 8 2 Technica...

Page 47: ...1 phase without breaker 1 phase with breaker Approx 800 g Approx 1100 g Application area Indoor or outdoor in suitable meter cabinet Internal ownconsumption Current Circuit 0 01 VA Voltage circuit 1...

Page 48: ...eration Supercap lifetime 10 years at normal operation Supercap operating hours 4 days fully charged Recharge time 24 hours 8 2 1 Connections Terminals 2 5 35 mm2 elevating connections when using 7 co...

Page 49: ...upply Input high Minimum voltage 2 6V Maximum voltage 5 5V Input low Minimum voltage 0V Maximum voltage 0 6V Output high 1M Ohm pull up for supply Output low Minimum voltage 0V Maximum voltage 0 4V Pi...

Page 50: ...162M 382M 5512 1040 GB 05 2012 Rev C1 50 8 3 Diagrams charts 8 3 1 Dimensional sketch for 3 phase and Aron meter with without breaker 269 2 80 3 171 7 8 3 2 Dimensional sketch for 1 phase meter with w...

Page 51: ...68 50 018 S0 impulse module 68 50 021 IP101i TCP IP module 68 50 040 GSM6i GSM6i RF GSM7i GSM8i 68 50 053 Nuri ZigBee module 68 50 056 LON module 68 50 057 5A load control module 68 50 058 Nuri GPRS m...

Page 52: ...unication modules It is possible to implement an additional secondary modul to the meter The module can be mounted in the area indicated on Figure 19 Figure 19 Slot for secondary module 9 2 1 Variants...

Page 53: ...type A 1 A A 2 A R 3 A A R R 4 A R1 5 X6 Hardware option Basis battery 2 Basis supercap 3 RF S battery Senea 4 RF K battery Kamstrup 5 RF S supercap Senea 6 RF K supercap Kamstrup 7 Breaker battery B...

Page 54: ...any CH DE CHE DEU 063 Poland PL POL 064 Switzerland France CH FR CHE FRA 065 Iceland IS ISL 067 Germany DE DEU 070 Belgium BE BEL 078 Netherland NL NLD 080 Finland FI FIN 084 Finland APS FI APS FIN AP...

Page 55: ...function of the two module ports The ports can be configured for inputs and outputs if required The choices are described shortly in the below table under DD A B CCC DD E A Decimals in display 7 0 1...

Page 56: ...ut Input Output Module 11 2 tariff inverted A out Input Output Module 12 Pulse in 2 tariff Input Input Module 13 Pulse in 2 tariff inverted Input Input Module 14 Debiting stop Communication 15 A out A...

Page 57: ...Debiting logger interval None controlled externally 00 Monthly 01 Every second month January 02 Every second month February 03 Every third month January 04 Every third month February 05 Every third mo...

Page 58: ...uration JJ complete the form under 10 7 Display configuration JJ K LL M NN JJ Disconnect set up None 00 K Peak power Peak power standard 0 Peak power for tariff 1 1 Peak power for tariff 2 2 LL GMT 0...

Page 59: ...g plan QQ Protocol OOO PPP QQ OOO Tariff control table None 101 Customer specific xxx PPP Daylight saving plan None 000 EU 001 QQ Protocol None 00 10 2 5 Configuration 5 RRR RRR Frequency transmitting...

Page 60: ...nergy in T8 kWh A T8 24 3 8 1 R T1 Reactive positive energy in T1 kvarh R T1 25 3 8 2 R T2 Reactive positive energy in T2 kvarh R T2 26 3 8 3 R T3 Reactive positive energy in T3 kvarh R T3 27 3 8 4 R...

Page 61: ...P L2 82 61 25 Actual power phase L3 kW P L3 83 98 1 Historical data 84 96 51 1 Power threshold value kW PTH 85 96 51 2 Power threshold counter PTH CNT 86 96 8 0 Hour counter HRS 87 0 129 1 Configurati...

Page 62: ...also called Period A and Period B in METRTOOL This with a resolution of 1 minute Tariff changes up to 8 changes per day is possible This with a resolution of 1 minute Exception days Load control 1 Lo...

Page 63: ...ed with a load control module it can be configured to include a plan for the switching between active and inactive A separate plan can be made for both relays The load control can also be configured t...

Page 64: ...oad control plan 1 and 2 10 4 5 On Demand tariff By the system it is possible to to overrule the internal tariff plan by a OnDemand command This command force the meter into a specific tariff for a ti...

Page 65: ...ccount when the meter is using the tariff and load control functionality described in section 10 4 Also all timestamps that are read out in the display e g the load profile as shown in Figure 15 and t...

Page 66: ...the following formats JPG WMF Information about the bar code type to use and its content serial number meter number installation number and the position of numbers and bar code must also be provided W...

Page 67: ...2M 382M 5512 1040 GB 05 2012 Rev C1 67 10 7Display configuration The below form can be completed with the required display reading and sent to the Kamstrup Electricity Product Group with following con...

Page 68: ...TECHNICAL DESCRIPTION Kamstrup 162M 382M 5512 1040 GB 05 2012 Rev C1 68...

Page 69: ...v C1 69 10 8Disconnect configuration The required configuration for disconnect is ordered by completing the below form and sending it to Kamstrup Electricity Product Group El Produkt kamstrup dk See a...

Page 70: ...he installation diagram on the meter s type label 11 1Terminal numbering 1 2 3 4 5 6 10 9 8 7 11 12 S0 21 20 APS 28 Figure 21 Terminal numbering for 382 meter with S0 or APS 1 2 3 4 5 6 10 9 8 7 11 12...

Page 71: ...ms The valid connection diagram appears from the type label on the front of the meter 3 phase 4 wire S0 1 2 3 4 5 6 7 8 9 10 11 12 L1 L2 L3 N S0 20 21 P 3 phase 4 wire APS version 1 2 3 4 5 6 7 8 9 10...

Page 72: ...from mains when working on it It can be highly dangerous to touch the meter parts when the meter is supplied from mains Therefore the relevant security must be removed and kept in a place where it can...

Page 73: ...ealed i e the cover cannot be unsealed without making damage on the cover and meter The meter cover can be sealed by the utility as can the secondary module slot Finally the right pushbutton also offe...

Page 74: ...Duration kWh sec Phase angle Voltage V Current phase 1 A Current phase 2 A Current phase 3 A Kamstrup MPE Standard MPE 1 Pre heat 0 230 100 100 100 2 No load 0 264 5 0 0 0 1 pulse 1 pulse 3 Pre heat...

Page 75: ...ver 100 mm for poly phase meters xx xx xxx Not available yet Standard terminal cover for single phase meters 59 60 322 Long terminal cover 60 mm for single phase meters 59 60 323 Extra long terminal c...

Search results

Summary of Contents for 162M

Reviews:

Related manuals for 162M

Brands by name

Popular brands

Kamstrup 162M, Technical Description

Search results

Summary of Contents for 162M

Reviews:

Related manuals for 162M

Brands by name

Popular brands