Products

Bioquell L-3

Bioquell L-3
  • Multi-purpose hydrogen peroxide vapour (HPV) generator delivering 6-log bio-decontamination
     
  • Suitable for enclosures including pass-through chambers and isolators
     
  • Optional room distribution head for rapid bio-decontamination of rooms/zones up to 100m3*

The Bioquell L-3 is a versatile and robust hydrogen peroxide vapour (HPV) generator. Providing enhanced HPV delivery and control via a simple user interface with touch panel controls. Designed to safely bio-decontaminate a wide variety of enclosures including biological safety cabinets, laboratories, isolators and freeze driers.

> Larger preview

Features

Key features:
The Bioquell L-3 includes a colour touch panel, GAM P compliant software and an integral thermal paper printer.  It is a compact and highly portable design with an easily cleanable external surface. There is a remote start/stop and volt-free contacts for external signals. Connection is simple with flexible supply/return hoses and pressure monitoring tube. There is also a cycle edit and store facility for new applications.  The Bioquell L-3 is effective against a wide range of microorganisms, utilising 30%-35% Bioquell hydrogen peroxide solution in 500ml or 1 litre sizes. This allows multiple cycles without intervention.

Benefits

Operation:
Easy to operate with safe bottle loading, built-in drip tray and wipe clean mechanism. Touch sensitive panel provides an easy to use user interface. Software has built in warning alarms. Each stage of the cycle can be recorded. The thermal printer enables hard copy data recording.

Optional accessories include:

  • Remote control with room gassingdistribution head
  • Sensor pack - integrated hydrogen peroxide vapour sensor
  • Data logging and archive with USB interface
  • Hand-held HPV detector
  • External aeration/catalyst unit to reduce cycle times further
  • Supply/return hoses 0.5-3m long

Validation and service

Fully validatable to comply with requirements of GMP using GAM P compliant software. Bioquell provides complete service including:

  • Installation and integration
  • Preventative maintenance plans
  • Extensive field-based service engineer network
  • IQ/OQ/PQ documentation and execution
  • Bio-decontamination cycle development services

Technical

Physical and safety data

Dimensions (WxHxD)  515 x 1135 x 705 mm
19.1 x 44.7 x 27.8 inch
Weight 74.5 kg (164.2 lbs)
Locking brake (2x) castor lock
Vapour hoses and connectors 1.5 inch nominal bore
1.5 inch male/female camlock couplings


Operating data

Temperature limits Starting 15-30°C (59-86°F)
Storage and operating 0-35°C (32-95°F)
Relative humidity limits Starting 80% max1
Storage and operating 80% max - non condensing
Hydrogen peroxide liquid 30-35% w/w Bioquell approved supply only2
(Fits approved 500ml and 1 litre bottles)

 
Power data:

Requirements 230v Single phase 50/60 Hz 6A
120v Single phase 50/60 Hz 12A
100v Single phase 50/60 Hz 15A
Consumption 1.44 kW (max)
Supply Installation category II

1: If requiring to operate outside this range refer to Bioquell or its agents
2: For a full hydrogen peroxide specification please contact Bioquell or its agents

Approvals Information

MET registration approval mark MET Certification record Download MET certificate
CE Certificate Download CE certificate
  GAMP Certificate Download GAMP certificate

White Papers

Biological indicators for hydrogen peroxide vapour technology

Dr Lynne Murdoch, Bioquell UK Ltd

Biological indicators (BIs) have become the industry standard for verification of hydrogen peroxide vapour (HPV) decontamination efficacy. This white paper discusses BIs for use with HPV and some of the factors associated with inconsistent performance of BIs used to assess HPV bio-decontamination cycles.

Download

Hydrogen peroxide decontamination: vapour vs. aerosolised systems

This white paper examines two different hydrogen peroxide-based room decontamination systems: hydrogen peroxide vapour (HPV) and aerosolised hydrogen peroxide (aHP).

Download

Bio-decontamination processes compared: hydrogen peroxide vapour and chlorine dioxide

When reviewing the best method of bio-decontamination to apply for any given application, it should be considered on its merit in a number of areas such as safety, efficacy, ease of use and compatibility. Due to those factors, using formaldehyde (one of the older bio-decontamination methods) is becoming increasingly rare as safer methods are sought. Copious data exists for a number of alternative methods of bio-decontamination; this paper reviews the available information and compares/contrasts two of the more widely implemented methods, hydrogen peroxide vapour (HPV) and chlorine dioxide (CD).

Download

Suitable for

Related products

Sitemap