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Landis+Gyr E650 Series 4, User Manual

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Device description 

  

 

 

21/96 

D000062026 en a 

– E650 Series 4 – ZMD400AT/CT, ZFD400AT/CT – User Manual 

© Gyr 

Measured quantity 

 

ZMD400 

ZFD400 

Apparent energy import 

+S (QI+QIV) 

Sum / Phases 

Sum 

Apparent energy export 

-S (QII+QIII) 

Sum / Phases 

Sum 

Phase voltages (RMS) 

 

U1, U2, U3 

U12, U32 

Phase currents (RMS) 

 

I1, I2, I3 

I1, I3 

Neutral current 

I0 

yes 

no 

Network frequency 

f

n

 

yes 

yes 

Active power 

±P 

Sum / Phases 

Sum 

Reactive power 

±Q 

Sum / Phases 

Sum 

Phase angle between voltages 

j

 U 

U1-U2 / U1-U3*  no 

Phase angle between voltage and 
current 

j

 U-I 

U1-I1, U1-I2, 
U1-I3 * 
or 
U1-I1, U2-I2, 
U3-I3 

no 

Power factor 

PF 

Sum / Phases 

Sum 

Direction of rotating field 

 

yes 

yes 

TTHD of active power 

TTHD

A

 [0;1] 

Sum 

Sum 

TTHD of phase voltage 

TTHD

V

 [0:1] 

Phase 1, 2, 3 

Phase 1, 3 

TTHD of phase current 

TTHD

I

 [0:1] 

Phase 1, 2, 3 

Phase 1, 3 

TTHD of voltage 

TTHD

V

 [0:1] 

Sum 

Sum 

TTHD of current 

TTHD

I

 [0:1] 

Sum 

Sum 

Line (copper) losses of active 
energy 

OLA 

Sum 

no 

Transformer (iron) losses of active 
energy 

NLA 

Sum 

no 

Signed line (copper) losses of 
active energy ** 

±OLA 

Sum 

no 

Signed transformer (iron) losses of 
active energy ** 

±NLA 

Sum 

no 

Voltage square hours 

U

2

h 

Sum 

Sum 

Ampere square hours 

I

2

h 

Sum 

Sum 

* Only if U1 is present. 

** OLA/NLA not accessible, if ±OLA/±NLA selected. 

2.6.4 

Formation of measured quantities 

By scanning the mean values of active power P, and in combimeters also 
reactive power Q every second, energy components are produced (Ws or 
vars) at fixed intervals (every second) and with varying energy magnitudes 
or demand. These energy components are scaled by the microprocessor 
corresponding to the meter constant and are then available as measured 
quantities for selection of the measured values. The measured values are 
fed directly to the following registers to record the energy and the maximum 

demand (in combimeters also of minimum power factor). 

The active energy in the individual phases ±A1, ±A2 and ±A3 are formed 
directly from the mean values of active power P1, P2 and P3. 

Active energy 

Summary of Contents for E650 Series 4

Page 1: ...ricity Meters IEC MID Industrial and Commercial ZMD400AT CT ZFD400AT CT E650 Series 4 User Manual Date 11 09 2017 File name D000062026 E650 ZxD400xT Series 4 User Manual en a docx Landis Gyr D000062026 en a ...

Page 2: ...on with auxiliary power supply Although the information contained within this document are presented in good faith and believed to be correct Landis Gyr including its affiliates agents and employees disclaim any and all liability for any errors inaccuracies or incompleteness relating to the product Landis Gyr makes no warranty representation or guarantee regarding the performance quality durabilit...

Page 3: ...d load profile 2 option 27 2 7 3 Event log 28 2 8 Communication 31 2 8 1 Optical interface 31 2 8 2 Communication units 31 2 9 MAP software tools 33 2 10 Anti tampering features 34 2 10 1 DC magnet detection 34 3 Mechanical construction 35 3 1 Housing 35 3 2 Faceplates 39 3 3 Connections 40 3 4 Connection diagrams examples 42 3 5 Dimensions 46 4 Installation and uninstallation 47 4 1 Basic informa...

Page 4: ...perating display 65 5 4 2 Display menu 66 5 4 3 Service menu 69 5 5 Alarm LED 70 5 6 Optical test output 70 5 7 Data readout 71 5 7 1 Readout to IEC 62056 21 72 5 7 2 Readout to DLMS 74 5 8 Input of formatted commands 75 5 9 Set time and date ID numbers battery time 76 6 Service 77 6 1 Operating faults 77 6 2 Error messages 77 6 2 1 Structure of an error message 78 6 2 2 Error groups 78 6 3 Repair...

Page 5: ...ioning and disposal of meters The following documents provide further information related to the subject of this document D000062002 E650 ZxD400xT Series 4 Technical Data D000062040 E650 ZxD S650 SxA Series 4 Functional Description The structure and significance of meter type designations are described in section 2 4 Type designation The following conventions are employed in this user manual for r...

Page 6: ...r useful information In addition to the danger level safety information also describes the type and source of the danger its possible consequences and measures for avoiding the danger 1 2 Responsibilities The owner of the meters usually the utility company is responsible for ensuring that all persons working with meters Have read and understood the relevant sections of the user manual Are appropri...

Page 7: ...ltage produced by an interrupted current transformer circuit is dangerous to life and destroys the transformer Transformers in medium or high voltage systems must be earthed on one side or at the neutral point on the secondary side Otherwise they can be statically charged to a voltage which exceeds the insulation strength of the meter and is also dangerous to life The meters must be held securely ...

Page 8: ...60364 4 44 2007 OVC III Usage Indoor use Operating altitude IEC 62052 31 Up to 2000 m Pollution degree IEC 62052 31 2 Environmental conditions IEC 62052 31 Normal environmental conditions Ingress protection IEC 60529 IP51 For nominal reference voltage and current see the nameplate of the meter The same applies to the current range For maximum currents of auxiliary terminals see section 4 3 3 Maxim...

Page 9: ...e ZMD400CT and ZFD400CT combimeters record active and reactive energy consumption the ZMD400AT and ZFD400AT active energy meters only the active energy in three phase four wire or three phase three wire networks low medium and high voltage and from this determine the required electrical measured quantities For this purpose they are connected to the measuring point via current transformers and poss...

Page 10: ...Electricity metering Data exchange for meter reading tariff and load control Part 53 COSEM application layer IEC 62056 61 Electricity metering Data exchange for meter reading tariff and load control Part 61 Object identification system OBIS IEC 62056 62 Electricity metering Data exchange for meter reading tariff and load control Part 62 Interface classes EN standards EN 50470 1 Electricity meterin...

Page 11: ...ssing DSP chips Accuracy Compliance with IEC class 1 or 0 5 S and with MID accuracy class B or C for active energy consumption ZxD400xT and IEC class 1 S for reactive energy ZxD400CT Exception ZxD402CT IEC class 0 2 S for active energy and IEC class 0 5 S for reactive energy Flexible measuring system through parameterisation definition of different variables by software Correct measurement even wi...

Page 12: ... can be read out via the available interfaces Important events can be communicated to the energy supply company as operational messages sending of SMS messages control of an arrow in the display drive for an output contact etc Interfaces such as CS RS232 RS485 modem etc for remote transmission of data communication unit Auxiliary power supply for communication with the meter if no measuring voltag...

Page 13: ...itional functions 000x 060x 240x 326x 420x 421x 045x 047x No extension board 6 outputs 2 control inputs 4 outputs 3 control inputs 2 relay outputs auxiliary power supply 12 24 VDC 4 control inputs 2 outputs 4 active inputs 2 relay outputs 8 A 4 outputs auxiliary power supply 100 240 VAC VDC 4 outputs auxiliary power supply 12 48 VDC xxx0 xxx2 xxx7 xxx9 No additional functions DC magnet detection L...

Page 14: ...e the corresponding datasheet 2 5 Block schematic diagram This section provides an overview of the function of ZxD400xT meters based on a block schematic diagram Figure 1 Block schematic diagram ZMD400xT ZxD400AT active energy meters record the imported and exported active energy consumption while the ZxD400CT combimeters record the active and reactive energy consumption in all four quadrants ZxD4...

Page 15: ...ms on the front face of the meter Static relay with freely parameterised signal assignment 2 fixed plus up to 6 others on the extension board Relay outputs with limited parameterised signal assignment due to limited life expectancy up to 2 on the extension board Optical interface for automatic local data acquisition by a suitable acquisition unit PDA Communication interfaces of various kinds in th...

Page 16: ...Energy losses line losses and transformer losses Tariff control is performed Externally via control inputs 3 fixed plus up to 4 others on the extension board Externally via communication interfaces using formatted commands Internally by time switch and calendar clock By event signals based on threshold values of the monitoring functions The following registers are available for evaluation of the i...

Page 17: ...ination with up to 6 output contacts solid state relays up to 2 relays outputs an auxiliary power supply The communication unit for fitting only in the ZxD400xT meters is a complete unit in its own case If present it is situated behind the front door and is therefore secured by a utility seal and can be exchanged or inserted in the field if necessary It contains Communication interfaces as require...

Page 18: ...resistors also of a few mV UI 2 6 2 Signal processor Figure 5 Principle of signal processor ZxD400AT active energy meters do not measure reactive energy The analogue signals Ux and Ix are digitised in Sigma Delta converters analogue digital converters with highest resolution with a sample rate of 1 6 kHz and then filtered A following calibration stage compensates for the natural errors of the volt...

Page 19: ...Q U I sinj Calculation per phase of j Figure 7 Reactive power calculation method measured Calculated vectorial not recommended The instantaneous value of reactive power is calculated using the values of active power and apparent power The reactive power is the square root of the square value of apparent power minus the square value of active power This method includes the harmonics 𝑄 𝑆2 𝑃2 The squ...

Page 20: ...ctive energy import A QI QIV Sum Phases Sum Active energy export A QII QIII Sum Phases Sum Active energy absolute value A A Sum Phases Sum Active energy absolute value A A Sum Phases Sum Active energy import summation Σ A Sum Sum Active energy export summation Σ A Sum Sum Active energy by single quantity Σ ALx Sum Sum Reactive energy in quadrant I R QI Sum Phases Sum Reactive energy in quadrant II...

Page 21: ...s of active energy OLA Sum no Transformer iron losses of active energy NLA Sum no Signed line copper losses of active energy OLA Sum no Signed transformer iron losses of active energy NLA Sum no Voltage square hours U 2 h Sum Sum Ampere square hours I 2 h Sum Sum Only if U1 is present OLA NLA not accessible if OLA NLA selected 2 6 4 Formation of measured quantities By scanning the mean values of a...

Page 22: ...y see 1 5 2 By summating the mean values of reactive energy R1 R2 and R3 the microprocessor calculates the total positive reactive energy R or the total negative reactive energy R Measured quantities Mean values per second R1 3 R 2 R R R å Figure 10 Total reactive energy The microprocessor can allocate the reactive energy to the 4 quadrants in the combimeters from the signs of R and A Reactive ene...

Page 23: ...Mean values per second 1 A 3 A 2 A S Import S Export å R1 3 R 2 R å A1 A2 A3 R1 R2 R3 2 2 å Figure 12 Total apparent energy according to calculation method 1 Only fundamental wave considered for reactive energy Only the fundamental wave is considered for the calculation of the reactive energy share possible harmonics are not taken into account From the mean values U1rms U2rms U3rms and I1rms I2rms...

Page 24: ...ting the root and directly from these the phase currents I1 I2 and I3 The signal processor calculates the instantaneous neutral current i0 by adding the instantaneous phase currents i1 i2 and i3 i1 i2 i3 i0 i0 i1 i2 i3 vectorial addition Figure 14 Neutral current I0 The signal processor calculates the network frequency fn by forming the reciprocal from the time tU1 U1 between two zero passages of ...

Page 25: ...f the rotating field is calculated by the microprocessor based on the phase angle of the 3 voltages If the direction of rotation corresponds to that specified by the parameterisation the phase voltage indications L1 L2 and L3 are continuously lit Otherwise they flash every second The TTHD information is calculated based on a comparison of the values of the harmonic contents and the value of the fu...

Page 26: ... OLA for line losses of active energy The transformer losses represent all losses of the transformer They are mainly caused by the iron core of the transformer Transformer losses equivalent resistance RFe are present whenever the transformer is connected to the network No Load Active NLA for transformer losses of active energy Based on the IRMS and URMS values the microprocessor generates the foll...

Page 27: ... the stored billing value profile the load profile s the event log and the dedicated event logs is 1 8 MB 2 7 1 Stored value profile At the end of the billing period the meter stores the current value of the registers to the stored value profile Which energy registers and or demand registers are stored to the stored billing value profile can be selected by parameterisation The stored value profile...

Page 28: ...imum of 1000 event entries can be stored The individual entries consist of the time stamp and the event number Additional information such as the error register or energy total registers can also be stored with every event The event log is organised as a circular buffer i e the oldest entry will be overwritten by the most recent entry Network quality events can be stored in the dedicated event log...

Page 29: ...x 19 Undervoltage L3 below threshold 1 x 20 Overvoltage L1 above threshold 1 x 21 Overvoltage L2 above threshold 1 x 22 Overvoltage L3 above threshold 1 x 23 Power down 24 Power up 25 Overcurrent L1 26 Overcurrent L2 27 Overcurrent L3 28 Overcurrent neutral 31 Power factor monitor 1 32 Power factor monitor 2 33 40 Demand monitors 1 8 45 Error register cleared 49 Missing voltage L1 x 50 Missing vol...

Page 30: ...nication locked 96 Wrong extension board identification 104 Count registers cleared 105 SMS delivery to GSM failed 106 Alarm occurred 124 Compensation values changed 128 Energy total and rate register cleared 133 Terminal cover removed 134 DC Field detected ON 179 Undervoltage L1 above threshold 1 180 Undervoltage L2 above threshold 1 181 Undervoltage L3 above threshold 1 182 Overvoltage L1 below ...

Page 31: ...on also see section 5 2 2 Control of display via optical interface for communication with a Landis Gyr MAP110 service tool or a Landis Gyr MAP120 parameterisation tool 2 8 2 Communication units The communication units which can be inserted in the meter can be used for remote reading and for remote tariff control of meters RS232 RS485 CS M Bus PSTN modem GSM modem GPRS modem Ethernet etc or for rec...

Page 32: ...munication units CU are available in various versions The document Overview of Communication Applications D000011226 contains a list of all currently available CU interfaces with explanations More detailed information about Landis Gyr Dialog communication solutions can be found in the following documents Technical data for the various communication units User manuals for the various communication ...

Page 33: ...ts Setting of certain parameter ranges such as primary data time switch communication parameters etc Communication input settings Communication settings for Landis Gyr communication units readout and modification GSM installation aid for Landis Gyr communication units field strength indicators telephone number information PIN code handling Test SMS message transmission Analysis and diagnostic func...

Page 34: ...an be integrated into the meter and is available if the DC magnet detection option is selected and must be integrated during manufacturing process 2 10 1 DC magnet detection ZxD410xT ZxD405xT and ZxD402CT meters can be ordered with a feature which detects strong DC magnetic fields When a magnetic field is present event 134 is set when the magnetic field disappears event 188 is set These events can...

Page 35: ...r the communication units available The following drawing shows the meter components visible from outside Figure 21 Meter ZxD400xT 1 Combined suspension hanger open or concealed 10 Display down button 2 Screw with manufacturer seal 11 Front door tariff faceplate 3 Optical test output reactive energy consumption red ZxD400CT only 12 Upper part of case 4 Optical test output active energy consumption...

Page 36: ...te with the connection diagram on the rear side the battery compartment the reset button and if present the communication unit are situated behind this front door The terminal cover is available in various lengths in order to ensure the required free space for the connections The front door must be opened to give access to the battery compartment reset button and tariff faceplate To fit or remove ...

Page 37: ...nt door sealing using a padlock The seal component is stowed away in a holder under the front door when not in use Figure 25 Stowage of seal component when not in use The seal component is installed as follows Slide the seal component into the vertical slot at an angle as shown position 1 until it contacts the rear wall Now turn the seal component until it is horizontal and slide it down into posi...

Page 38: ...38 96 Mechanical construction Landis Gyr D000062026 en a E650 Series 4 ZMD400AT CT ZFD400AT CT User Manual Figure 26 Seal component for use with padlock ...

Page 39: ...ccuracy class ZxD400CT only 2 Meter constant R1 referred to primary values or R2 3 Optical test output active energy with accuracy class 4 Reference to active energy standard 5 Optical interface 6 Caution symbol refer to the accompanying documentation 7 Symbol for operating instructions consult the User Manual 8 Type of connection 9 Display button up Display button down 10 Symbol for double protec...

Page 40: ... Tariff faceplate example ZxD400CT 1 General data appearing in the display 2 Measured quantities 3 Pulse input data 4 Output contact data 5 Ownership designation 6 Transformer data and readout factor 7 Communication unit data if present 3 3 Connections Figure 29 Meter with terminal cover removed The terminal block with all meter connections is situated behind the terminal cover Two utility seals i...

Page 41: ... consists of spring loaded terminals and comprises Voltage outputs U1 U2 U3 and N tapped from the relevant phase input 3 fixed control inputs with a common return line G electrically isolated 2 output contacts for transferring fixed valency pulses or control signals electrically isolated The lower row of terminals comprises the phase connections with input and output of the circuit for each phase ...

Page 42: ...n are always binding for the installation Figure 32 Connection diagram of measuring unit ZFD400xT with current transformer Figure 33 Connection diagram of measuring unit ZFD400xT with current and voltage transformers Symmetrical terminal layout The version with symmetrical terminal layout option is available only for ZMD400 meters for three phase four wire networks Artificial star point With the t...

Page 43: ...unit ZMD400xT with current transformer terminal layout according to DIN Figure 35 Connection diagram of measuring unit ZMD400xT with current transformer symmetrical terminal layout Figure 36 Connection diagram of measuring unit ZMD400xT with current and voltage transformers terminal layout according to DIN ZMD400xT for three phase four wire networks ...

Page 44: ...umbering of terminals for free parameterisation Figure 37 Connection diagram fixed control inputs output contacts Extension board 4200 Extension board 4200 4 control inputs 2 output contacts solid state relays Signal allocation and numbering of terminals for free parameterisation Figure 38 Connection diagram extension board with 4 control inputs and 2 output contacts Extension board 4210 Extension...

Page 45: ... terminals for free parameterisation Figure 41 Connection diagram extension board with 6 output contacts Extension board 0450 Extension board 0450 with auxiliary power supply no control inputs 4 output contacts solid state relays Signal allocation and numbering of terminals for free parameterisation Figure 42 Connection diagram extension board with auxiliary power supply and 4 output contacts Exte...

Page 46: ...nnection diagram extension board with auxiliary power supply 3 control inputs and 2 relay outputs Ground terminal connection Note that the Ground terminal G of the control inputs on the extension boards is NOT internally connected to the Ground terminal on the base If the Ground level is the same then an external wire must be connected between the two Ground terminals 3 5 Dimensions 6 2 190 standa...

Page 47: ...necting the meter to the various voltage levels Terminal layout In the following illustrations the terminal layout is shown according to DIN For the version with symmetrical terminal layout which is optionally available for ZMD400 meters for three phase four wire networks the different terminal numbers according to the connection diagram must be observed Restriction for meters fitted with or inten...

Page 48: ...e from 30 kV It is also recommended here to insert a test terminal block between transformer and measuring device meters and others This permits simple exchange without interrupting operation On the other hand no preliminary supply fuses are necessary in the voltage circuits since the voltage transformers cannot produce a high short circuit capacity on the secondary side On medium and high voltage...

Page 49: ...igh voltage four wire meter with star point connected 4 1 3 Connection to medium and high voltage three phase four wire circuit This circuit is mainly used with high voltage from 30 kV The same conditions then apply as for the Aron circuit Figure 50 Connection to medium and high voltage three phase four wire circuit Three phase four wire meter with open star point at meter Three phase four wire me...

Page 50: ...d produce a dangerous voltage at the terminals of several thousand volts and the insulation of the transformer would be destroyed To install the meter short circuit the secondary of the current transformer at the test terminal block e g TVS14 For this purpose release the screw of the relevant short circuiting jumper with an insulated screwdriver move the jumper away over the terminals on the meter...

Page 51: ...ether the connecting wires are live If so remove the corresponding supply fuses and keep them in a safe place until installation is completed so that they cannot be replaced by anyone unnoticed Open the voltage connections at the test terminal block with an insulated screwdriver and check whether the short circuit jumpers of the circuit are closed 4 In case there are no holes provided e g as in th...

Page 52: ... interrupted i e the system switched off Dangerous voltage on current transformers The current transformer secondary circuits must not be opened when current is flowing in the primary This would produce a dangerous voltage at the terminals of several thousand volts and the insulation of the transformer would be destroyed To install the meter short circuit the secondary of the current transformer t...

Page 53: ...the meter should be made as follows according to the connection diagram 1 Check whether the preliminary work described above has been performed If not complete this work test terminal blocks should only be touched with an insulated screwdriver 2 Check with a phase tester or universal measuring instrument whether the connecting wires are live If so remove the corresponding supply fuses and keep the...

Page 54: ...liary current outputs Use fuses or protective relays between external and internal circuits to avoid defects and a possible exchange of the meter 1 Shorten the connecting wires of the signal inputs and outputs to the required length and strip them for approx 4 mm wires and strands up to 2 5 mm can be connected Use ferrules with stranded wires If stranded wire is used provide it with ferrules for c...

Page 55: ...rrule per terminal Only one wire or ferrule with strand s may be connected in screwless spring loaded terminals The terminal could otherwise be damaged or the contact not properly made If a connecting wire must be disconnected again for any reason this is performed in the reverse sequence Figure 57 Releasing connection from spring loaded terminal Damage to terminals Never withdraw connecting wires...

Page 56: ...e RS485 interface you must not strip back the shielded cables e g to connect the individual wires to an external terminal block see figure below as this considerably increases the likelihood of interference Figure 58 How to connect RS485 correctly It is also possible to use RS485 distributors instead of connecting the RS485 cables directly to the meter 4 4 Check of connections Effects of connectio...

Page 57: ... circuit jumper must never interrupt the circuit Prerequisites for commissioning and functional check The functional check requires voltage to be applied and load applied to all phases If export is possible determine first the energy direction present If no network voltage is present commissioning and functional check must be performed at a later date Via the test terminal blocks you can also supp...

Page 58: ...checked in the service list obtained via the service menu if parameterised phase voltages angles currents etc 10 Check the tariff displays and switch the control voltages to the tariff inputs on and off The arrow symbols of the tariff display must change 11 If the meter is connected to a meter readout system via the electrical interface a check should be made of correct functioning of the data tra...

Page 59: ...at the terminals and the insulation would be destroyed Short circuit the current transformer at the test terminal block e g TVS14 to remove the meter For this purpose release the screw of the relevant short circuit jumper with an insulated screwdriver push the short circuit jumper over the terminals on the current transformer side and then retighten the screw The circuit on the meter side can then...

Page 60: ...ning and insert it turning slightly upwards figure 62 A Then draw the wire from the lower opening figure 62 B Withdraw the screwdriver figure 62 C Figure 62 Removing connections in screwless spring loaded terminals Damage to terminals Never withdraw connecting wires from closed terminals The terminals could be damaged 6 Release the terminal screws 1 to 11 of the phase connecting wires with a suita...

Page 61: ...quipped with an auxiliary power supply which is supplied with electricity see section 3 4 Connection diagrams examples are completely functional even in case of a power cut Despite missing voltage at the terminals they can be read out via display remote readout etc and parameterised if desired Connect the auxiliary power supply as follows 1 2 3 4 Figure 63 Auxiliary power supply connections Type 0...

Page 62: ...ks only with warm light i e LED torches cannot be used for this The light signal acts like the display down button and controls the display in one direction from one value to the next This type of display control only functions when voltage is supplied to the meter The reader can also control the display at a distance from the meter depending on the light intensity from the source e g through a pr...

Page 63: ... voltages flash if rotating field reversed 4 Battery status charge voltage 5 Units field 6 Index field 8 digits 7 Value field 8 digits 8 12 arrow symbols for status information e g tariffs Active power direction Shows always the sum of the three phases positive active energy direction imported from power company negative active energy direction exported to power company negative active energy dire...

Page 64: ...the number of the input of a metering device having several inputs for the measurement of energy of the same or different types e g in data concentrators registration units This enables data from different sources to be identified C Defines the abstract or physical data items related to the information source concerned e g active power reactive power apparent power cosφ current or voltage D Define...

Page 65: ...ay check From the service menu values of the service list the set mode etc can be accessed The service list for example is an extended display list with additional values 5 4 1 Operating display The values always displayed are considered the operating display This can be parameterised as a fixed display only one value present e g the present tariff rate or as a rolling display several values alter...

Page 66: ...ange of the operating display e g to the display check All segments of the display are active here The index and value fields should be checked each time for missing segments This can prevent incorrect readings Pressing the display down or up button again briefly changes to the display menu or directly to the display list The first menu item appears e g Display list standard data Display check Dis...

Page 67: ...t associated with the present menu is displayed by pressing the display down or up button for longer at least 2 seconds and is normally the error message The next list value appears for every further brief operation of the display down button Brief operation of the up button again displays the preceding value The sequence of values in the list is determined by the parameterisation A rapid run is s...

Page 68: ...n or up button for longer at least 2 seconds The load profile 2 menu item for selection in the display menu denoted P 02 is shown as follows The first value of the load profile 2 is displayed by pressing the display down or up button for longer at least 2 seconds The event log menu item for selection in the display menu denoted P 98 is shown as follows The first entry in the event log is displayed...

Page 69: ... item appears for every further brief operation of the display down button e g Set mode Test mode on off etc The first item appears again following the last menu item End The preceding menu item appears again by pressing the up button briefly Both display down and up buttons must be pressed simultaneously to return to the operating display from the service menu The first value of the list associat...

Page 70: ...g display from the list Values can be changed in the set mode with the aid of the reset button and display buttons for setting time and date identification numbers battery hours counter etc The procedure is described in section 5 9 Set time and date ID numbers battery time 5 5 Alarm LED The red alarm LED optional on the main faceplate indicates that certain event s have occurred Which event s trig...

Page 71: ...ence For readout according to DLMS Device Language Message Specification the data requested by the readout unit are read out If the meter is fitted with the appropriate communication unit see associated separate operating instruction remote readout of the meter data is also possible Procedure for data readout via optical interface 1 Start the readout device according to the details in the associat...

Page 72: ...4 23 00 with April stored value 1 Rate 2 1 8 1 0244948 kWh Active energy import Rate 1 1 8 1 04 0234520 with April stored value 1 Rate 1 1 8 2 0082520 kWh Active energy import Rate 2 1 8 2 04 0078197 with April stored value 1 Rate 2 5 8 1 0106103 kvarh Reactive energy inductive Rate 1 5 8 1 04 0100734 with April stored value 1 Rate 1 5 8 2 0039591 kvarh Reactive energy inductive Rate 2 5 8 2 04 00...

Page 73: ... B40 Firmware version Stored values The hyphen following the identification number and the rate 1 6 1 denotes the type of resetting e g 1 6 1 04 04 Resetting made internally or remote controlled e g 1 6 1 04 04 Resetting performed manually The identification by the energy supply company itself uses an identification number ID1 1 designation of ownership by the energy supply company ID1 2 any desir...

Page 74: ...st office for transport The way in which the postal department transports the letter is of no consequence to the sender and receiver The only important thing is that the address of the recipient is clearly shown and that the letter is received read and it can be seen from whom the letter originates Units with DLMS operate in a similar way They provide the values termed objects required by the rece...

Page 75: ...registers Set reset total energy registers Set reset demand maximum registers Set reset power factor registers Reset stored values Reset battery hours counter Reset voltage failures registers Switch on off increased resolution test mode Define by additional parameters whether the optical test output for active energy in test mode supplies active or reactive energy pulses Delete error messages Chan...

Page 76: ... Enter service menu Set mode 3 Enter set mode Identification number 4 Select required setting Date old value 5 R Select digit to be changed Digit flashes 6 Change digit value Digit flashes 7 R Select digit to be changed Next digit flashes 8 Repeat steps 5 7 for all digits to be changed All digits flash 9 R Confirm new setting Date new value 10 Repeat steps 4 9 for all settings to be changed 11 Adv...

Page 77: ...n the following degrees of severity the meters displays an error code This error code appears as an eight digit number together with F F or FF in the display error code F F 00000000 no error The degree of severity of an error occurring is assessed as follows A fatal error indicates a severe problem which prevents the meter maintaining measuring operation e g a defective hardware component The mete...

Page 78: ...eby the groups have the following significance Figure 74 Significance of error message Each group has two digits written in hexadecimal notation and can therefore have the values 0 to 9 and letters A to F Both digits each form the sum of the individual values of 4 possible types of error as shown in the following diagrams 6 2 2 Error groups Group 1 of error messages of E650 meters 1 2 4 8 1 2 8 Lo...

Page 79: ...e wrong time and or date The error is deleted automatically when the time and date have been set correctly by the relevant formatted command or manually in the set mode see section 5 8 Input of formatted commands or section 5 9 Set time and date ID numbers battery time If necessary replace the battery The same applies to messages where the bit is set F F 03 Group 2 of error message of E650 meters ...

Page 80: ...ures when accessing the time device The calendar clock may display an invalid time or date The error can be reset via communication If it occurs repeatedly the meter must be exchanged The same applies to messages where the bit is set F F x9 xA xB xC xD xE xF Load profile memory access error critical error This error message appears in case of repeated failures when accessing the load profile memor...

Page 81: ...hen the backup data checksum test fails Load profile data will be marked in the status code bit 2 corrupted measurement and bit 0 critical error set The meter may contain incorrect data and must be exchanged The same applies to messages where the bit is set F F x3 x6 x7 xA xB xE xF Parameter checksum error critical error This error message appears when the parameter checksum test fails Load profil...

Page 82: ... marked in the status code bit 0 critical error set The meter must be replaced as soon as possible The same applies to messages where the bit is set F F 5x 6x 7x Cx Dx Ex Fx Load profile 2 checksum error non critical error Load profile 2 data of the defective memory area will be marked in the status code The error can be reset via communication Reset the load profile first and then the error If it...

Page 83: ...ng EEPROM Flash fatal error Incorrect EEPROM Flash memory is installed in meter The meter does not operate and must be exchanged The same applies to messages where the bit is set F F 5x 6x 7x Cx Dx Ex Fx Wrong extension board non critical error Identification of extension board differs from that parameterised in the meter The meter might not have the required functions such as data profile control...

Page 84: ... a total of 12 digits A maximum of 8 digits however is shown on the display The effective number of digits shown and the number of decimal places are determined by the parameterisation For the test mode more decimal places are normally parameterised maximum 5 to permit a quicker test of the transmission to the energy registers Figure 79 Display changeover normal mode test mode Changeover from norm...

Page 85: ...LCD should be used for meter testing These supply pulses at a frequency dependent on the meter constant R whereby the rising edge is always decisive for the test Note that the digital signal processing provides a delay of 2 seconds between the instantaneous power at the meter and the appearance of the pulses at the optical test outputs No pulses are lost The number of pulses per second for the des...

Page 86: ...tested 7 Exit test mode Operating display Examples First value and value x are examples The real values are defined in the parameter settings and are the same as the operating display The measured values are displayed at the optical test outputs as shown in the following table Mode Register on display Test output reactive Test output active Normal mode Any register R A Losses I 2 h U 2 h Test mode...

Page 87: ...ply a load current of 0 02 of the nominal current In IEC meters or 0 02 of the reference current Iref MID meters e g 1 mA with In Iref 5 A and the voltage Un three phase in each case and cosφ 1 The meter must remain in no load 2 For ZxD410 Increase the load current to 0 2 In IEC meters or 0 2 Iref MID meters e g 10 mA with In Iref 5 A For ZxD405 ZxD402 Increase load current to 0 1 In 0 1 Iref The ...

Page 88: ...ge indicates less than 4 8 V can be read under code C 6 1 in service mode Meters with or without battery Only meters parameterised as fitted with battery have the symbol and the battery operating hours counter Dangerous voltage on contacts in the battery compartment The contacts in the battery compartment may have mains voltage applied F circuit Therefore only remove the battery with the existing ...

Page 89: ...ush the battery holder with battery into the battery compartment until the latch engages 7 Reset the battery hours counter to zero with the relevant formatted command see section 5 8 Input of formatted commands or in the set mode see section 5 9 Set time and date ID numbers battery time 8 Close the front door 9 Re seal the front door 10 Dispose of old batteries as hazardous waste in accordance wit...

Page 90: ... end processing of the product and recycling of its components must always be carried out in accordance with the rules and regulations of the country where the end processing and recycling are done On request Landis Gyr will provide more information about the environmental impact of the product Disposal and environmental protection regulations The following are general guidelines and should NOT ta...

Page 91: ...e connection lines 53 Connection check 56 Connection diagrams examples 42 Connection diagrams extension board 44 Connection of RS485 interface 56 Connection to low voltage 47 Connection to medium and high voltage 48 49 Connections 40 Contact voltages 48 Control elements 61 Control inputs 14 Control of display via optical interface 62 Creep test 87 Critical error 77 CS 17 Current transformer 48 Dat...

Page 92: ...ltage 9 Medium voltage range 48 Memory 16 Meter board 50 Meter case 35 Meter characteristics 11 Meter characteristics modification 75 Meter constant 85 Meter data Safety 8 Meter mounting 50 Meter testing 71 84 Modem 17 Mounting the meter 50 Natural error compensation 18 Neutral current 24 No load test 87 Non critical errors 77 Normal mode 84 Numbering of quadrants 23 OBIS 64 94 Objective for DLMS ...

Page 93: ...Substitute meter 60 83 84 Summation channels 27 Suspension triangle 51 Symmetrical terminal layout 13 41 Target group of this manual 5 Tariff control 16 Tariff faceplate 40 Terminal cover 35 Terminal layout 41 Test mode 84 86 Test terminal block 48 Test terminal block status before installation 53 Test terminal blocks status after commissioning 58 Test voltage 87 Time device access error 80 Time m...

Page 94: ...for the measurement of energy of the same or different types e g in data concentrators registration units This enables data from different sources to be identified If only one channel only one meter is used it does not have to be specified Defines the abstract or physical data items related to the information source concerned e g active power reactive power apparent power cosj current or voltage G...

Page 95: ...time integral 4 58 Error message F Load profile 01 Defines the further processing of measurement results to tariff registers according to the tariffs in use Total values are marked with 0 For abstract data or for measurement results for which tariffs are not relevant this value group can be used for further classification Defines the storage of data according to different billing periods Where thi...

Page 96: ...Contact Landis Gyr AG Theilerstrasse 1 CH 6301 Zug Switzerland Phone 41 41 935 6000 www landisgyr com ...

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