AO2000-LS25  Advance Optima AO2000 Integrated analyzer system

Description

Overview

Essential details：AO2000-LS25  Advance Optima AO2000 Integrated analyzer system

Advance Optima series with a modular system design. Broadest range of analysis technology from specialized process photometers to in-line laser measurement. Centrally and remotely operable with Ethernet networks. Designed for use in hazardous areas and with flammable sample gases.

ABB AbilityTM – Maintenance made easy with scalable digital solutions

• Dynamic QR Codes for easy transfer of all relevant diagnostic information for faster troubleshooting and repair
• Remote Assistance solution for expert on-demand service providing remote diagnostic and assistance for the analyzers
• Condition Monitoring provides scheduled remote product health checks and generates reliable early warnings for recommended maintenance actions
• Genix Datalyzer is cloud based analyzer fleet health monitoring solution

AO2000 LS25

lf you need to inquire or purchase ,please send the product models to my email or call medirectly .

AO2000-LS25  Advance Optima AO2000 Integrated analyzer system

The power supply of the gas analyzer is provided via the purging and monitoring unit of the housing purging.
• The power supply to the gas analyzer may only be released from the purging and monitoring unit after the successful initial purge.
• The purging and monitoring unit monitors the overpressure inside the housing and de-energizes the gas analyzer if the level is below the minimum overpressure (e.g. due to a leakage or purge gas supply failure). Sequence of the purging and monitoring unit
The gas analyzer is powered from the purging and monitoring unit, i.e. the purging and monitoring unit prevents the gas analyzer from being energized before the purge is completed.
The flow sequence of the purging and monitoring unit is as follows:
1. After the start of the sequence, the purge gas flow and overpressure in the monitor are monitored by the purging and monitoring unit.
2. If the minimum flow rate of the purge gas and the overpressure are within the specified limits (see Purge parameters for pressurized enclosure on page 10), the purge timer (initial purge time) can be started;
3. After the initial purge time has elapsed, the power supply is released for the gas analyzer.
4. In the event of an error in one of the sequence steps, the controller must be set up to be reset to the beginning.