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General| Model | AD500 iQ |
|---|---|
| Type | Fume Extraction System |
| Power Supply | 230V |
| Cabinet Construction | Powder Coated Mild Steel |
| Filter Condition Monitoring | Yes |
| Voltage | 230V |
| Frequency | 50/60 Hz |
| Material | Powder Coated Mild Steel |
| Filter Type | HEPA, Gas, Pre-filter |
| Airflow | 500 m3/hr |
| Noise Level | 54 dBA |
| Electrical Data | 230V, 50Hz |
Details external components like filters, control panel, and port locations on the front of the unit.
Details external components like switches, inlets, and outlets on the rear and sides of the unit.
Explains the various indicators and readouts on the unit's Liquid Crystal Display panel.
Covers general safety warnings, danger, warning, and caution symbols used in the manual.
Details safety requirements concerning mains voltage, grounding, and handling live components.
Warns about particulate exposure and the need for PPE when handling used filters.
Lists and explains the various warning and information labels found on the extraction unit.
Addresses fire risks from sparks and embers, recommending risk assessment and protective measures.
Provides contact information for technical support and troubleshooting assistance.
Guides on unpacking, checking for damage, and positioning the unit in a suitable location.
Warns against blocking vents or outlets to ensure proper airflow and prevent overheating.
Advises using appropriate lifting equipment due to the unit's weight and ensuring safe handling.
Describes three primary methods for capturing fumes: flexible arms, enclosures, and cabinets.
Provides essential tips for ductwork design and capture device positioning for optimal performance.
Lists technical specifications including dimensions, weight, power, and operating parameters.
Details requirements for selecting and connecting the unit to a suitable, properly earthed power supply.
Introduces configurable options and how to identify them for your unit.
Explains the setup for remote operation using DC voltage or Volt-free inputs.
Describes the override switch for controlling the need for external start signals.
Details the system's output signal for filter blockage or operational faults and its configurations.
Guides on connecting the compressor hose to the extraction unit and the associated equipment.
Explains safety interlocks preventing operation with open doors or missing pre-filters.
Explains how to connect an exhaust outlet spigot for expelling filtered air externally.
Step-by-step guide for powering up the unit from standby to operational mode.
Instructions on switching display units between metric (°C, m³/h) and imperial (°F, CFM) modes.
Guides on using automatic flow control to set and maintain the target airflow rate.
Explains the Auto Adjust feature for calibrating airflow based on installation resistance during initial setup.
Covers COSHH regulations for LEV system testing, examination, and record-keeping.
Outlines user maintenance, authorized repairs, and the process for filter condition monitoring.
Explains filter status indicators and the procedure for replacing blocked filters.
Detailed steps for safely removing and installing a new pre-filter.
Step-by-step guide for replacing the heavy combined filter, emphasizing safety precautions.
Introduces the display's capability to show faults and examples of fault icons.
Explains how visual alarms, audible buzzers, and interface signals are triggered by system events.
Details the automatic shutdown for over-temperature conditions and the restart procedure.
Describes the two-stage hose blocked alarm and the actions to resolve blockages.
Explains the thermal trip that shuts down the unit when internal temperature exceeds limits.
Details the VOC sensing option for monitoring carbon filter saturation and gas alarms.
Explains the safety feature that prevents operation if a combined filter is not detected.
Introduces the USB port for duplicating settings and downloading data.
Provides a step-by-step guide for uploading configuration settings to multiple units.
Details the procedure for downloading system data and event logs for analysis.
Explains how the system captures performance snapshots and lists the types of data recorded.
Details how pre-filter and combined filter blockage are displayed and logged.
Lists common alarm and fault codes with their respective meanings for troubleshooting.
Guides on interpreting system faults and using the manual before contacting support.
Explains how to identify and address motor failure issues based on display indicators.
Describes how to diagnose internal power supply problems and potential transformer faults.
Refers to USB data download for detailed analysis of system faults and events.
Identifies pre and combined filters as consumable spares requiring timely replacement.
Provides guidance on the proper disposal methods for used filters based on their classification.
Lists comprehensive technical specifications including capacity, weight, power, and dimensions.
Details filter types, surface area, efficiency, and gas section specifications.
Outlines the recommended temperature and humidity conditions for optimal unit operation.
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