Dräger
Cl2 Detector Pac 7000 Disposable Chlorine Gas Detector
Full working order, comes in a plain box, in good cosmetic condition.
High Street RRP £850
A robust and reliable single-gas detection device designed for
challenging environments. This non-disposable personal monitor accurately
detects hazardous concentrations of several different gases, including special
gases like nitrogen dioxide (NO₂),
ozone (O₃), and
phosgene (COCl₂).
Key
Features:
·
High-Performance
Sensors: Equipped with powerful sensors that offer quick response
times (low t-90), ensuring rapid detection of gases. Users can define
additional alarm thresholds for Threshold Limit Values (TLV®/TWA) and Short
Term Exposure Limits (STEL) to enhance safety.
·
Versatile
Gas Detection: The Pac 8000 can be fitted with sensors for various gases,
including carbon dioxide (CO₂),
chlorine (Cl₂),
hydrogen cyanide (HCN), ammonia (NH₃), nitrogen dioxide (NO₂), phosphine (PH₃), and
organic vapours (OV or OV-A). It excels in detecting special gases, capable of
sensing ozone from concentrations as low as 0.02 ppm and phosgene from 0.01
ppm.
·
Rugged
Design: Built to withstand extreme conditions, the Pac 8000's
sensors tolerate air pressures between 700 and 1,300 mbar. A membrane filter
protects the sensor from dust and liquids, and the shock-proof,
chemical-resistant housing meets IP68 standards.
·
User-Friendly
Interface: The large, non-verbal display clearly indicates gas
concentrations, units, and battery status. Bright backlighting ensures readability
in low-light conditions. Each sensor variant features clear colour coding to
minimize the chance of mistakes.
·
Comprehensive
Alarm System: In hazardous situations, the device triggers audible,
visual, and vibrating alarms. Two bright, flashing LEDs ensure visibility from
all sides, and the acoustic signal reaches a volume of 90 dB. The display can
show the peak concentration measured at any given moment, and earlier alarms
can be retrieved later, even if acknowledged.
·
Data
Logging: The Pac 8000 logs concentrations and events along with
date and time. Data can be downloaded to a PC via an interface for further
analysis and reporting.