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General| Hopper Capacity | Up to 200 notes |
|---|---|
| Stacker Capacity | Up to 200 notes |
| Detection Methods | UV, IR |
| Display | LCD |
| Connectivity | RS232 |
Physical dimensions and connection details of the gas meter.
Specifications for minimum, maximum, and nominal gas flow rates.
Details on pipe connection size, inlet/outlet, and flow direction.
Information about the optical interface for maintenance.
Details on the meter's battery type, lifetime, and power source.
Environmental, climate, ATEX, temperature, and pressure specifications.
Explains the naming convention and identification of meter models.
Describes the meter's LCD, its readability, and display format requirements.
Covers the procedure for activating a display test and the function of sleep mode.
Details on navigating the meter's menu and accessing information.
Explains how to input data like UTRN and PIN using the meter's physical push buttons.
Explains the meter's 4 tariff registers and how consumption is counted.
Describes optional block tariffs and how consumption is allocated to registers.
Explanation of the diaphragm meter's engine and valve system.
How the meter shaft rotation is detected using a Gray coded wheel.
Conversion of Gray coded wheel rotation to volume, with corrections.
How the meter compensates for calibration errors at different flow rates.
How the meter accounts for temperature effects on cyclic volume.
Details on the index cover, seals, and tamper detection alarms.
Explains tamper detection for the metrology protection cover.
How the meter detects strong magnets and flags alarms.
The encryption standard used for meter data security.
Details on the valve's working principle, disconnection, and reconnection procedures.
How to check the valve's status and the procedures for safe gas supply opening.
How firmware versions are identified and structured.
Process for upgrading meter firmware Over The Air (OTA).
Details on the optical interface used for meter service and diagnostics.
Information on the ZigBee radio, protocol, and communication capabilities.
Overview of various data logs, including event, interval, cost, and general logs.
How alarms are filtered by HES and specific configuration for battery low alarms.
Procedures for calculating battery life and performing battery exchange.
Guidelines for meter service, repair, return, disposal, cleaning, and storage.
