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General| Brand | Aclara |
|---|---|
| Model | SGM1400 Series |
| Category | Measuring Instruments |
| Language | English |
Information on how to contact Aclara for support regarding the smart meter.
Overview of the meter's general characteristics and features.
Lists the key features of the SGM1400-B Series meters.
Details the different models available in the SGM1400-B Series family.
Describes the physical terminal layouts for various SGM1400-B models.
Details the meter's enclosure material and protective covers.
Information on the seals used for meter covers and their torque values.
Describes the meter's Liquid Crystal Display (LCD) and its capabilities.
Explains the different indicators shown on the meter's display.
Describes icons that indicate meter status like current flow and signal strength.
Explains the arrow indicators representing current flow direction.
Details the indication for reverse energy measurement.
Describes how AMI communication signal strength is displayed.
Explains how the display indicates the status of primary and secondary contactors.
Details the LC1 icon representing the state of the load control relay.
Explains the battery status indication on the meter display.
Describes the warning icon indicating a detected meter condition.
Lists the different display modes supported by the SGM1400-B meter.
Information on configurable aspects of the meter's display.
Setting for the time each display item remains visible during auto-scroll.
Inactivity period before manual scroll mode reverts to auto-scroll.
Duration the backlight remains lit after an action.
How display items are configured.
Refers to the DLMS Object Identification System code.
Refers to the DLMS Interface Class for display items.
Specifies the number of digits displayed with leading zeros.
Specifies the number of decimal places to display.
Details for unique display items like serial numbers.
Explains the function of the meter's push buttons for navigation.
Details the function of Push Button A for scrolling display items.
Details the function of Push Button B for navigating display modes.
Explains the combined use of buttons A and B for supply reconnection.
Setting for the duration buttons must be pressed for reconnection.
Settings to enable or disable audible feedback for button presses.
Description of the meter's optical port for local communication.
Explains the function and behavior of the meter's LED indicator.
Describes the markings on the meter's faceplate.
Details the interface for connecting to a CSP communications hub.
Specifications for contactor and relay terminals.
Explains how the LCD shows the status of contactors and relays.
Specifications for contactor and relay terminal screws.
Information about the internal lithium battery backup.
Details tamper detection and security features of the meter.
Describes the meter's capability to detect magnetic interference.
Details the types of memory used for data storage.
Overview of the meter's firmware.
Describes the different firmware builds for meter variants.
Details the components of the meter's firmware.
Technical specifications related to the meter's firmware.
Information on the metrology firmware and data isolation.
Process for providing firmware release notes.
How to perform application firmware upgrades.
Security measures for firmware integrity and validation.
How the meter handles and logs power outages.
Overview of the meter's communication interfaces.
Details the ICHIS interface, including connectors.
Pinout and function description for the 20-pin connector.
Information on the optional AC mains connector.
Describes HAN functionality and its ZigBee protocol.
Usage of the Manufacturing Client for factory object access.
Details AMI communication interface capabilities.
Meter's capability to measure and store multiple energy types.
Lists available instantaneous electrical measurements.
Measurement of the main supply frequency.
Details the cumulative observables stored by the meter.
Meter's capability to support power quality events and functionality.
Support for configurable over and under voltage thresholds.
Identifies voltage sag/swell events based on configurable thresholds.
Configurable thresholds for over and under frequency events.
Configurable threshold and duration for over current events.
Configurable threshold and duration for power factor events.
Support for various voltage quality measurements.
Calculation and logging of average RMS voltage.
Details the counter and alerts for over voltage conditions.
Details the counter and alerts for under voltage conditions.
Monitoring of voltage exceeding extreme over voltage thresholds.
Monitoring of voltage falling below extreme under voltage thresholds.
Monitoring of voltage sag events based on thresholds.
Monitoring of voltage swell events based on thresholds.
Configuration for recording and reporting supply interruptions.
Non-volatile recording of load and instrumentation profiles.
Configuration for recording demand quantities at discrete intervals.
Profiling of the average RMS voltage.
Supported time intervals for load and instrumentation profiles.
Impact of changing profile interval times.
Overview of data storage for load profile, instrumentation, TOU, and tariffs.
Storage of load profile demand data at intervals.
How the meter handles memory full conditions.
Details the multiple TOU registers supported.
Information on block tariffs and price matrix.
Details maximum demand registers and recording.
Overview of daily, monthly, and asynchronous billing.
Data sets stored for daily billing.
Data sets stored for monthly billing.
Scenarios for asynchronous billing occurrences.
Functionality for disconnecting and reconnecting the supply.
How the LCD displays the status of the supply contactor.
Ability to schedule disconnection and reconnection of contactors/relays.
Methods for automatic supply disconnection and reconnection.
Automatic supply disconnection based on power threshold.
Disconnection based on supply frequency limits.
Disconnection based on voltage sag/swell thresholds.
Disconnection based on extended voltage threshold exceedance.
Automatic disconnection for exceeding current thresholds.
Automatic disconnection for power factor falling below a threshold.
Details the overheating event feature.
Meter's capability to detect and react to tampering.
Functionality for safely arming/disarming supply for reconnection.
Details the 2A relay for switching external loads.
Internal clock mechanism for maintaining time and date.
How the meter monitors and records events, errors, and alarms.
Details the different types of event logs maintained by the meter.
Overview of the meter's prepayment functionality.
Describes the account summary of credits and charges.
Details the types of credit objects used in meter accounts.
Details the types of charge objects used in meter accounts.
Describes the two payment modes: Credit and Prepayment.
Details credits and charges used in Credit Mode.
Specific credit objects for Credit Mode.
Specific charge objects for Credit Mode.
Details credits and charges used in Prepayment Mode.
Specific credit objects for Prepayment Mode.
Specific charge objects for Prepayment Mode.
Process for changing between Credit and Prepayment modes.
Actions taken when changing payment mode to Credit.
Commands and actions for changing payment mode to Prepayment.
Calendar for defining periods of non-disablement of the supply switch.
How non-disablement status is indicated on the display.
Specifies periods of non-disablement within the calendar.
Configuration of non-disablement periods for specific days.
Configuration of week profiles using day profiles.
Configuration of seasons based on date ranges.
Specification of special days as friendly credit holidays.
Mode for effective operation of the disconnect switch.
Process of applying credit top-ups to a consumer account.
Structure and definition of a UTRN token.
Details the 19-digit PPTD.
Binary format of the PTUT.
Information on Class 5 Token format.
How consumers provide and enter UTRN tokens.
Role of the check digit for UTRN entry verification.
Message authentication code for UTRN generation.
Prepayment key used for MAC generation and UTRN validation.
Cache to prevent replay of UTRNs.
Procedure for manual UTRN token entry.
Responses generated by UTRN token entries.
Message indicating a successful UTRN top-up.
Feature for penalizing invalid UTRN entry attempts.
Maximum allowable credit on the meter balance.
Maximum credit allowed per transaction.
Amount required to clear current debt for supply restoration.
List of events and alerts related to prepayment.
Logs recorded in the ESME for prepayment data.
The Prepayment menu for accessing meter quantities.
Structure and items within the Prepayment menu.
Essential menu items that cannot be removed.
Navigation and features of the Prepayment menu.
Describes and illustrates meter terminal connections.
Information on meter terminal block configurations.
Physical layouts of terminals for SGM1400-B models.
Terminal arrangement for SGM1411-B model.
Terminal arrangement for SGM1412-B model.
Terminal arrangement for SGM1415-B model.
Terminal arrangement for SGM1416-B model.
Terminal arrangement for SGM1422-B model.
Step-by-step guide for installing the meter.
Specific installation steps for the UK market.
Recommended screwdrivers for meter installation.
Information on the meter's internal backup power battery.
Details the meter's mounting arrangement.
Procedure for pairing the meter with the CSP communication hub.
Important information for installers and utilities.
Details meter security credentials and management.
How the meter connects to other devices on the HAN.
Status of non-operational interfaces.
Use of an Engineering PIN for specific data access.
Description of the LED indicator for energy measurement.
How the pulse output LED is used for calibration.
Use of LCD annunciators during testing.
Steps for performing various tests on the meter.
Procedure for testing meter accuracy in the field.
Procedure for conducting a Watt-Hour test.
Information on factory calibration and when to contact Aclara.
Guidelines for cleaning the meter.
Procedures for meter and battery disposal.
Specific instructions for disposing of the lithium battery.
Specifies phase and connection types for meter models.
Current rating specifications for the meter.
Voltage range supported by the meter.
The meter's starting current value.
Operating frequency of the meter.
Accuracy classes for active and reactive energy.
Power consumption of the meter.
Specifications of contactor and relay configurations per model.
LCD display specifications.
Specifications of meter ports, including AMI interface.
Number of terminals for different meter models.
Communication protocols supported by the meter.
Specification for the optical port.
Specification for the Home Area Network interface.
Number of Time-of-Use rates supported.
Specifications for load profile data storage.
Total data storage capacity.
Size of the meter's firmware.
Recommended operating temperature range.
Recommended storage temperature range.
Humidity specifications.
IP rating of the meter enclosure.
Insulation class of the meter.
Physical dimensions of the meter.
Weight specifications for different meter models.
Agency approvals and compliance standards.
Vibration and shock class standards.
Electromagnetic compatibility class standards.
Standards related to metrology functions.
Standards related to metering functions.
Communication standards compliance.
Regulatory compliance information.
Explanation of the meter's catalogue coding system.
Event codes specific to UK SMETS2 standards.
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