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Details copyright ownership and general safety warnings for the manual and equipment.
Provides essential safety information for installers, operators, and users of nitrogen generation systems.
Emphasizes reading all safety information before operation and using safe engineering practices.
Lists critical cautions and warnings regarding installation, operation, and potential hazards.
Highlights safety precautions for electrical components and hot surfaces during maintenance.
Provides guidance on proper lifting techniques for heavy equipment to prevent injury.
Explains the DPNI technology for controlling oxygen corrosion in fire sprinkler systems.
Details the AdvancedIQ Nitrogen Generator for DPNI, its features, and connections.
Lists key features of ECS patented 'fill and purge' breathing technology.
Describes features of ECS vents and their role in the 'fill and purge' breathing technology.
Details the ILD-X for early warning of corrosion activity in fire sprinkler systems.
Explains the SGA-1 for continuous real-time nitrogen/oxygen monitoring.
Describes the PHGA-1 for quick, convenient reading of nitrogen gas purity levels.
Highlights features of the AVC for automatic venting, monitoring, and control.
Provides detailed specifications for AG-6500/11000/18500/22500 Nitrogen Generators.
Specifies purity, pressure, and dew point for the generated nitrogen.
Lists the certifications and approvals for the nitrogen generators.
Details specifications for various ECS Air Compressor models.
Illustrates dimensions for AG-6500/11000 and AG-18500/22500 Nitrogen Generators.
Provides dimensional drawings and measurements for various ECS Air Compressor models.
Discusses operating pressures for multiple systems and the use of an interface controller.
Provides guidelines on adjusting operating pressures and the consequences of improper changes.
Explains how gauge accuracy affects system pressure and adherence to NFPA/FM Global standards.
Details the use of AMDs and the implications of short cycling on system components.
Explains how leak rates affect generator run frequency and service life.
Provides a step-by-step guide for installing the nitrogen generator and air compressor.
Details appropriate wire gauges for electrical connections based on amperage.
Guides on proper mounting location and anchoring of the nitrogen generator cabinet.
Provides guidance on selecting the proper mounting location and anchoring for the air compressor.
Details connecting the dedicated power supply to the nitrogen generator cabinet.
Explains how to connect the dedicated power supply to the air compressor.
Instructs on connecting the air discharge line from the compressor to the nitrogen generator.
Details plumbing the supply line to dry pipe/preaction risers without an additional compressor.
Describes plumbing the supply line using a separate air compressor for fill requirement.
Details plumbing the supply line using house/plant air for fill requirement or backup.
Guides on plumbing the condensate drain connection for the nitrogen generator and air compressor.
Explains wiring compressor running monitor contacts to the nitrogen generator.
Details connecting the nitrogen generator to a network via Ethernet cable for remote access.
Explains connecting output signals to building management or alarm systems.
Identifies key sprinkler system pressures needed before setting generator cut-in/cut-out pressures.
Explains that generator commissioning is done via the HMI screen.
Details steps to start up the generator, including verifying components and settings.
Details filling the sprinkler system with air from the compressor for NFPA 13 fill requirement.
Explains how to initiate and complete the 14-day nitrogen inerting process for Standard and SMART Vents.
Describes initiating the 14-day inerting process for AdvancedIQ Vents.
States the generator requires no intervention post-service, and when to power down.
Outlines procedures to ensure nitrogen inerting continues during system maintenance.
Explains the 'fill and purge breathing' process for removing oxygen and achieving inertness.
Describes the generator's operation in supervisory mode after inerting is complete.
Details how to reinitialize the DPNI 'fill and purge breathing' process after servicing.
Explains how the system behavior differs based on vent type after a power loss.
Details the Standard Vent, its specifications, general description, and installation.
Provides instructions for installing the ECS Standard Vent (PAV-D/DQ).
Guides on operating the Standard Vent, including pressure settings and venting process.
Details the SMART Vent, its specifications, general description, and installation.
Provides instructions for installing the ECS SMART Vent (PSV-D/DE).
Guides on operating the SMART Vent, including timer settings and venting process.
Lists specifications for the ILD-X, including service pressure, size, and material.
Explains the ILD-X's function in detecting corrosion activity early in fire sprinkler systems.
Provides instructions for installing the In-Line Corrosion Detector and its test station.
Details the installation requirements for the Detector Remote Test Station.
Explains what activation signifies and advises contacting ECS for replacement and testing.
Provides instructions for testing and replacing batteries in the Remote Test Station.
Lists specifications for the SGA-1, including sensor type, electrical connection, and output.
Explains the SGA-1's function in monitoring nitrogen/oxygen concentrations in fire sprinkler systems.
Provides notes on connecting the SGA-1 to PAV-D/DQ or PSV-D/DE vents.
Details mounting the SGA-1 and connecting tubing to the vent assembly.
Explains how to bypass the SGA-1 output during the 14-day inerting process.
Guides on powering on the SGA-1, warm-up period, and normal operation display.
Provides instructions for calibrating the SMART Gas Analyzer using fresh compressed air.
Mentions availability of a commissioning video for assistance with the setup process.
Explains that generator commissioning is done via the HMI screen.
Details entering system pressure, cut-in/cut-out pressures, and AMD settings on the HMI.
Emphasizes the importance of AMD pressure settings for DPNI process and generator service life.
Guides on identifying system pressures to set generator cut-in/cut-out pressures.
Explains how to adjust generator pressure settings via HMI and their impact on regulators.
Describes the leak monitor alarm and its triggers (runtime, audible alarm).
Details steps for starting the generator and verifying production/purity.
Guides on installing orifices and adjusting backpressure regulators for vents.
Details checking generator turn-on alignment with sprinkler system gauges.
Explains how to verify the turn-off function and alignment with system operating pressure.
Checklist items for verifying system quantity, capacity, AMD, and accelerator details.
Checklist items for verifying existing air compressor location, manufacturer, and operation.
Checklist items for verifying new air compressor installation, wiring, rotation, and auto-drain.
Checklist items for verifying nitrogen generator location, quantity, model, serial, and installation.
Checklist for verifying nitrogen generator cut-in pressure relative to system operating pressure.
Checklist for verifying generator cut-in/cut-out pressures and bypass operation.
Checklist for verifying vent orifices and backpressure regulator settings.
Checklist items for verifying PAV-D/DQ model, serial, orifices, and regulator settings.
Checklist items for verifying PSV-D/DE model, serial, control box, and wiring.
Checklist for verifying control box timer programming for SMART Vents.
Checklist for determining and documenting the backpressure regulator setting.
Warns qualified personnel about isolating equipment and depressurizing before maintenance.
Highlights electrical and hot surface cautions during maintenance.
Provides a checklist and schedule for routine inspection and maintenance of the generator.
Explains HMI screen access for setup, monitoring, and control functions.
Describes the Home Screen display of pressures, status, hours, cycles, and alarm signals.
Details access to various screens within System Settings for configuration.
Allows configuration of pressures (cut-in, cut-out, system, low alarm) and displays supply line pressure.
Explains adjustment of autodrain function's interval, duration, and on/off states.
Provides access to alarm settings like runtime, short-cycle, filter alerts, and low air alarm.
Allows configuration of remote communications for the nitrogen generator.
Covers clock/calendar settings, AMD usage, and generator enable/disable.
Displays generator model, serial, software versions, and contact information.
Provides access to historical data like pressures, alarms, events, hours, and maintenance.
Continuously logs and graphically displays the nitrogen supply line pressure.
Continuously logs and displays alarms such as low air, short cycling, and bypass mode.
Continuously logs changes to programmed information stored in the HMI.
Continuously logs generator running and stopped times.
Guides on checking nitrogen purity using the Handheld Gas Analyzer (PHGA-1).
Details verifying nitrogen production rate using the flow meter and comparing to chart values.
Explains prevention of short cycling, often caused by AMD issues.
Guides on verifying AMD operation with the nitrogen generator, checking pressure transitions.
Provides step-by-step instructions for adjusting the nitrogen generator's cut-in pressure via HMI.
Provides step-by-step instructions for adjusting the nitrogen generator's cut-out pressure via HMI.
Details the process of replacing cartridge filters and the water separator in the generator.
Guides on inspecting the water separator, cleaning, and reinstalling filter housings.
Provides inspection guidelines for PAV-D/DQ and PSV-D/DE vents.
Details the procedure for replacing the filter element in the in-line filter housing.
Diagram showing internal components and connections for AG-6500/11000 models.
Diagram showing internal components and connections for AG-18500/22500 models.
Troubleshooting steps for when the generator has no lights or indicators.
Steps for when generator has lights but is not running or producing nitrogen.
Diagnoses issues with nitrogen flow, including bypass mode and output quality.
Troubleshooting steps for generator short cycling, related to AMD and pressure issues.
Addresses air compressor short cycling, and its impact on the nitrogen generator.
Troubleshooting for continuous running or exceeding 4-hour runtime limits.
Provides the wiring diagram for the main nitrogen generator unit.
Illustrates the wiring connections for the PSV-D SMART Vent.
Illustrates the wiring connections for the PSV-DE SMART Vent.
Shows the wiring diagram for the SMART Gas Analyzer (SGA-1).
Fields to record details about the sprinkler system, AMD, and pressures.
Fields to record manufacturer, model, and serial numbers for the generator and compressor.
Fields to record details for existing or backup air compressors.
Fields to record manufacturer, model, and serial numbers for the nitrogen generator.
Checklist items for quarterly maintenance of the air compressor.
Checklist items for quarterly maintenance of the nitrogen generator.
Checklist items for annual maintenance of the nitrogen generator.
Checklist items for annual maintenance of oxygen removal vents.
Checklist items for quarterly maintenance of corrosion monitoring equipment.
Checklist items for quarterly maintenance of the permanent gas analyzer.
Lists part numbers and descriptions for replacement corrosion products and analyzers.
Fields to summarize specifications for existing air compressors.
Fields to summarize specifications for new air compressors.
Fields to summarize AMD and Sprinkler System pressure specifications.
Fields to summarize nitrogen generator model, serial, and pressure settings.
Fields to summarize vent model, serial, control panel, and orifice details.
Details the product warranty period, exclusions, and limitations of liability.
General| Brand | ECS Electronics |
|---|---|
| Model | AdvancedIQ AG-6500 |
| Category | Portable Generator |
| Language | English |
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