|
Hand-held Chemical Spectrometer |

|
The first real portable Ion Mobility
Spectrometer, the Hand-held Chemical Spectrometer utilizes the latest
state-of-the-art handheld detection and monitoring system. It is designed to
detect chemical warfare agents, weapons of mass destruction and toxic industrial
compounds/materials with fast response. The sensor technology is based on the
Open Loop Ion Mobility Spectrometry (IMS) it uses an Ion Mobility Cell that
provides improved sensitivity and selectivity. Alarms are devised to detect
reprogrammed chemicals and compounds quickly in very low concentrations. The
Hand-held Chemical Spectrometer weighs less than 770 g. Its compact size is
thus ideal as a personal detector, or a monitor for surveying after an event.
The system has an user-friendly interface, which can be operated using just
one hand. The Hand-held Chemical Spectrometer also has very low life cycle
costs with no expendables required. · Continuous measurement in real-time · Concentration and trend measurement · Relative dosage measurement · Gas library selections · Easily upgradeable agent/chemical libraries · Graphical
Alarms · Built-in pump · Data logger · Audible and visual alarm with individual settings · Automatic self-check · Built-in training features · Easy-to-use interface · Password protection · Adjustable settings: Alarm Volume, Sensitivity Modes, Data Logging, Device Diagnostics, Language · Bar graph display · Fully
Ruggedized (Meets Military-Standards) · Nerve: 0.01mg/m3 · Blister: < 0.5 mg/m3 · Blood/Choking Agents: < 10.0 mg/m3 · Weight: less than 770 g with battery · Size: 100 x 220 x 45mm · Power: 12 VDC / Rechargeable Battery pack or AA batteries · Operation: – 30°C to + 50°C · Storage Temperature: – 40°C to + 70°C · EMI: MIL-STD-461 · Vibration: MIL-STD-810D · Shock: MIL-STD 810D · Data Interface: RS-232 or RS-485 · Mean Time Between Failure: > 3000 hours · Expendables:
None · Fire Brigades · Industries · Police Forces and Customs · Military Forces · Civil Defense Forces · Security Organizations |
|
|