Landis Gyr E360 User Manual !exclusive! Review

This is the most technically dense part of the manual. Non-utility personnel typically cannot change calibration constants, but you can adjust communication parameters. Using the optical port (IEC 62056-21 / FLAG protocol), you can:

Tucked under a rubber seal or a secure module flap, the E360 usually features a Home Automation Network (HAN) or P1 port (commonly using an RJ12 connector).

with your meter, like checking a dual-rate reading or connecting it to a home energy app? E360 Electricity Meter User Manual | Landis+Gyr landis gyr e360 user manual

There are two related but distinct product lines from Landis+Gyr that you might be encountering in your search, which can cause some confusion:

Basic configuration is typically done remotely by the utility or by an authorized technician using software like the . This is the most technically dense part of the manual

Integrated cellular (LTE-M/NB-IoT), RF Mesh, or PLC modules.

The user manual stresses that safety is the top priority, especially since the E360 is a high‑voltage device. Key safety rules include: with your meter, like checking a dual-rate reading

Use button A to pause the scrolling or navigate back to the reading you need. 8. Summary Table: E360 User Guide Description Meter Type Single-Phase Smart Electric Meter Reading Method Automatic/Remote or LCD Display Buttons 'A' (Menu/Scroll), 'B' (Backlight) Display Items Total kWh, Tariff Rates, Demand Communication AMI (RF, Cellular, PLC)

Use the RS-485 port with a USB-to-RS-485 converter. Set the meter’s address (default 1) and baud rate (9600). Then use Modbus polling software. The manual’s register map tells you where to read instant power (register 0x003C) and total kWh (register 0x0000).

The E360 is designed for easy operation and maintenance. The user manual covers:

Smart meters use OBIS (Object Identification System) codes to categorize data internationally. Instead of text labels, the Landis+Gyr E360 uses these numeric codes to tell you what data you are looking at. Data Description Application / Meaning Total Active Energy Import (+A) Total electricity consumed from the grid. 1.8.1 Active Energy Import Tariff 1 Electricity consumed during peak hours. 1.8.2 Active Energy Import Tariff 2 Electricity consumed during off-peak hours. 2.8.0 Total Active Energy Export (-A) Total solar/wind energy fed back into the grid. 2.8.1 Active Energy Export Tariff 1 Solar/wind energy exported during Tariff 1 hours. 2.8.2 Active Energy Export Tariff 2 Solar/wind energy exported during Tariff 2 hours. 1.7.0 Current Active Power Import (+P) Instantaneous power demand right now (kW). 2.7.0 Current Active Power Export (-P) Instantaneous power generation right now (kW). 31.7.0 Current Phase L1 Instantaneous current running through Phase 1. 51.7.0 Current Phase L2 Instantaneous current running through Phase 2. 71.7.0 Current Phase L3 Instantaneous current running through Phase 3. 32.7.0 Voltage Phase L1 Voltage level on Phase 1. C.1.0 Meter Serial Number Unique manufacturer ID matching the faceplate barcode. 0.9.1 Current Time Internal clock synchronized with the network (HH:MM:SS). 0.9.2 Current Date Internal calendar date (DD.MM.YY). Operating and Navigating the Meter