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DLMS METER READING SOFTWARE SERIAL NUMBER
DLMS METER READING SOFTWARE SERIAL
DLMS METER READING SOFTWARE FULL
DLMS METER READING SOFTWARE SOFTWARE
DLMS METER READING SOFTWARE SIMULATOR

The packet can be generated with AARQRequest method and it uses UseLogicalName and Authentication properties so make sure these are set to correct values. This command tells the device if authentication is used and wheter Long Name or Short Name reference is used. AARE request This is the first command that is mandatory for all connections and device types.

DLMS METER READING SOFTWARE FULL

Once the full reply data is received call ParseUAResponse method to set configure GXCOSEM Component with correct settings. If the device does not reply to this message see possible causes. Send this request using data handling methods described in. After that is done the packet is generated from SNRMRequest method.

Before generating the packet ClientID, ServerID and UseLogicalName must be set in the GXCOSEM Component.

This handshake uses SNMR request to gather packet and window size information from the device. If IEC62056-21 handshake is used it is done before this.

DLMS METER READING SOFTWARE SERIAL

Serial/Modem handshake This is done only with serial and modem connections. If device is DLMS/COSEM compliant and meter do not answer anything it is in DLMS mode. It is safe to continue with connection initialization even without reply. The device might respond to this but not all of them do. Packet is formatted as follows: 0x06 '0' Z '2' 0x0D 0x0A without the quotations. Z is the most important part of the device and is defined in single number: 0 - 300 Bd 1 - 600 Bd 2 - 1 200 Bd 3 - 2 400 Bd 4 - 4 800 Bd 5 - 9 600 Bd 6 - 19200Bd 7, 8, 9 - reserved for later extensions. The reply data is formatted as follows: /XXXZ Ident and a line change XXX is the manufacturer name Z is the maximum baud rate Ident is the Identification info of the device.

DLMS METER READING SOFTWARE SERIAL NUMBER

The device responds with serial number and the maximum connection speed. This requests the identity information from the device. + deviceSerialNumber + '! R n' Send query to the device containing '/?!' And a new line (0x0D 0x0A) without the quotations. IEC62056-21 Handshake In serial port connection default IEC62056-21 settings are: Bitrate 300, 7E1. Some devices require IEC62056-21 protocol handshake before starting to communicate using DLMS protocol. Connection Initialization The connection initialization depends on the connection type and the device. The components, interfaces and methods are described more precisely later in this document. At this moment we have libraries or components for ANSI C, ANSI C++.C#, Java and Delphi. With the component you can easily communicate between DLMS/COSEM devices, by using the data connection, and the manufacturer of your choice. Introduction Gurux DLMS/COSEM component is designed to simplify communication with DLMS/COSEM devices. This documentation is old and will be removed. Read latest DLMS/COSEM specific documentation from. Reading and writing configuration to the meters. Support multiple meter protocols (Native EDMI Protocol, DLMS, ANSI.

DLMS METER READING SOFTWARE SOFTWARE

This tool allows DLMS operations that are not possible using real meters such as simulating large/boundary values, negative conditions, timeouts, different types of security.Dlms Meter Reading Software Average ratng: 4,2/5 4580reviewsĪ complete meter data normalization and meter management software package which allows the collection of a large amount of data from utility. Traffic & Log module facilitates simulation and debugging of communication issues.

DLMS METER READING SOFTWARE SIMULATOR

Multiple DLMS client users can connect to a single simulator.

Creation of a custom meter configuration and simulation.

can be simulated to assess the impact on overall data acquisition time.ĪSE DLMS Simulator when used for single meter simulation enables the developers and testers to overcome the unavailability of real meters during the development phase of any projects. Various practical communication issues such as network delays, meter going offline, etc. The tool allows user to simulate negative and very large/boundary values as well as data gaps in meters to verify HES/MDMS validation functions.

Alarm / Event real time notification handling efficiency.

The ASE DLMS Meter Simulator enables utilities, system integrators and Head End System manufacturers to run use cases and evaluate various key performance indicators including: