Related Manuals for ABB EIB Delta
Summary of Contents for ABB EIB Delta
- Page 1 User Manual ® ABB i-bus EIB Delta-Meter Electricity Meters Intelligent Installation Systems...
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Page 2: Table Of Contents
1.3 Important notes ........1.4 Labelling of the EIB Delta-Meter ...... -
Page 3: General Information
® ABB i-bus Electricity Meters General information General description The EIB Delta-Meters are a new generation of certified, electronic, electricity ® meters with an integrated ABB i-bus EIB communication interface. The new EIB Delta-Meters are compact, reliable, immune to interference impulses and suitable for use in single-phase and polyphase voltage networks. -
Page 4: 1.2 Technical Data
EIB Delta-Meter ® ABB i-bus Electricity Meters 1.2 Technical Data Accuracy class: Active energy meter: Class 1 or 2 according to IEC 1036 Reactive energy meter: Class 2 according to IEC 1268 Operating voltage: Nominal voltage: See selection table Permitted deviation: –... - Page 5 EIB Delta-Meter ® ABB i-bus Electricity Meters Ambient temperature: – 5° C ... + 45° C Environmental conditions: Storage temperature: – 40° C ... + 70° C Relative humidity: < 75% annual average, 95% max. 30 days/year Housing material: Mechanical data: –...
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Page 6: Important Notes
Advisory: – EIB Delta-Meters should be protected from damp, dirt and damage during transport, storage and operation. – EIB Delta-Meters should not be operated outside the specified technical data. -
Page 7: Installation
– Direct connected meter max. 65 A (63 A) – Transformer rated meter max. 6 A Seal: To protect the EIB Delta-Meter from being tampered with after installation and programming, it is possible to seal the device at four points. -
Page 8: Measurement Of Energy
Electricity Meters Measurement of energy Basic measurement Various measurement methods are used in the EIB Delta-Meters depending techniques on the type of meter. The following equations are vector equations. Measurement method with one measuring element This method only produces the correct result if the phase load is symmetrical. -
Page 9: Measurements With Current And Voltage Transformers
So that energy consumption can be measured in installations with current and and voltage transformers voltage levels beyond the nominal measuring range of the EIB Delta-Meter, it is necessary to use current and/or voltage transformers. It is important that the secondary current and voltage of the measurement transformers, lie within the permitted measuring ranges of the transformer rated meter. - Page 10 Electricity Meters Power consumption of the secondary measuring circuits: If current transformers are to be connected to an EIB Delta-Meter, it is necessary to consider the power consumption of the entire secondary measuring circuits when selecting the current transformers, so that accurate measured values are achieved.
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Page 11: 2.3 Calculation Of Energy
Delta-Meter and can also be recorded and processed remotely using the EIB communication interface. In the case of direct connected EIB Delta-Meters, the energy in the LCD display is identical to the energy that has been consumed. If current and/or... -
Page 12: Features And Functions
EIB Delta-Meter ® ABB i-bus Electricity Meters Features and functions LCD display In addition to the energy consumption values, the multifunctional LCD display shows the user the parameters outlined below. Active power indicator: The symbol flashes dependent on the instantaneous active power consumption. -
Page 13: Light Sensor
The commands are only carried out once the button has been released. If no buttons are pressed for two minutes during the programming, the EIB Delta-Meter cancels the action and jumps back one menu level. This is repeated until the meter is in ‘Normal mode’. -
Page 14: Software Menu
‘Alternative mode’ or Menu mode [3 Error]. A detailed description of the error codes and notes on remedying the fault can be found in section 5.1. Note: So that the EIB Delta-Meters can successfully carry out the installation self-test, the meter must be connected with all phases and there must be a load current of at least 100 mA per phase in the secondary circuit. -
Page 15: Reading Out Error Codes
Scrolls manually through the individual error codes Back to [3 Error ] Back to ‘Normal mode’ All electrical measured variables, which are measured by the EIB Delta- Network monitoring Meter in order to record the energy consumption, can be displayed on the function LCD display. -
Page 16: Reading Out The Electrical Measured Variables
* 1 % for class 1 meters Reading out electrical Up to 24 electrical measured variables can be displayed in Menu mode measured variables [4 InStr], depending on the EIB Delta-Meter. All electrical measured variables are secondary values. Button Number Display/comment –... -
Page 17: Eib Application Software
Combination meter/1.1 Active energy meter/1.1: The application software “Active energy meter/1.1” can be used for all EIB Delta-Meter electricity meters except for the tariff and combination meters. This applies irrespective of other meter properties (e.g. whether the meter is a direct connected or transformer rated meter, is used for two-, three- or four-wire systems or which operating voltage the meter is connected to). -
Page 18: Communication Objects
The three application programs “Active energy meter/1.1”, “Tariff meter/1.1” and “Combination meter/1.1” have various communication objects according to the functionality of the EIB Delta-Meter (see graphic). Many of the communication objects are dynamic and only visible if the corresponding parameters have been activated in the application software. - Page 19 4 byte object) is sent as an “overload signal”. Request meter reading [EIS 1; switching]: The read request for the current meter readings of the EIB Delta-Meter is transferred to the meter via the 1 bit input communication object “Request meter reading”. Once a request signal telegram with the value “1”...
- Page 20 “0”: No fault Fault acknowledgement [EIS 1; switching]: The 1 bit input communication object enables the EIB Delta-Meter to be reset after an error has occured and is only visible if the parameter “Fault acknowledgement” in the parameter window “Status” is activated. The error message is only reset after an acknowledgement if all the errors have previously been rectified.
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Page 21: Parameter Options
The reaction of the EIB Delta-Meter to a Reset or the restoration of the bus voltage is dependent on the application software used and the parameter settings. This is described in detail in the respective sections concerning the... -
Page 22: Parameter Window: General
Transmission delay T = “Device number” x “Base delay time”. In this way, it is possible to assemble groups of EIB Delta-Meters (up to 128 per group) with the same base delay time. A number is assigned to each of the Delta-Meters in the group using the parameter “Device number”. -
Page 23: Parameter Window: Meter Readings
Meter readings defined in the parameter window “Meter readings”. Do not send: If this setting is selected, the EIB Delta-Meter does not automatically send its meter reading on the bus. It is only possible to read out the current meter readings by reading out the object values via “Value_Read”, e.g., using the EIB Tool Software ETS. -
Page 24: Parameter Window: Instantaneous Power
Send reading on change of more than +/-: The instantaneous power is ® sent via the ABB i-bus EIB as a 2 byte telegram (also 4 byte for reactive power). In order to reduce telegram traffic, e.g., in installations where the... -
Page 25: Parameter Window: Status
EIB Tool Software ETS. If “yes” is selected, the status byte is sent after each change via the ® communication object “Status byte” via the ABB i-bus EIB, once the transmission delay T has elapsed (if selected). -
Page 26: Status Byte Key Table
EIB Delta-Meter ® ABB i-bus Electricity Meters Status byte key table... -
Page 27: General
EIB Delta-Meter ® ABB i-bus Electricity Meters General Once the installation self-test has been carried out, possible errors are Error codes displayed in ‘Menu mode’ as installation error codes. The displayed [3 Error] error codes can have different meanings for two-wire, single-phase meters or three-wire and four-wire, polyphase meters. - Page 28 EIB Delta-Meter ® ABB i-bus Electricity Meters Err 113: Phase current L3 lies above the given maximum value. Note: Meter has the wrong nominal current for this application. Wrong current transformer. Err 115: System frequency lies above the given maximum value (> 65 Hz).
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Page 29: Selection Table: Standard Eib Delta-Meters
EIB Delta-Meter ® ABB i-bus Electricity Meters Selection table: Transformer rated meters for /1 A or /5 A current transformers Standard EIB Delta-Meters Voltage Current Class Ordering info. Weight Pack- with network monitoring 40 16779 1 Pc. Short code Product code (Pc.) -
Page 30: Wiring Diagrams
EIB Delta-Meter ® ABB i-bus Electricity Meters Wiring diagrams: (with wiring diagram numbers according to DIN 43 856) Direct connected meters Transformer rated meters Two-wire, single-phase voltage network DZ 2200/1 DZ 2210/1 Direct measurement up to 65 A Measurement with current transformer... -
Page 31: Dimension Drawings
EIB Delta-Meter ® ABB i-bus Electricity Meters Dimension drawings Dimensions in mm Transformer rated meters Direct connected meters EIB Delta-Meter Single-phase meter Polyphase meter Transformer rated meter Direct connected meter Panel mounting kit... - Page 32 Notes...
- Page 33 Notes...
- Page 34 Your EIB-Partner...