3G PID Quick Start Guide – English [PDF]

Whether for industrial hygiene, leak detection, or HazMat response, the MiniRAE 3000 + delivers one of the most advanced VOC monitoring capabilities on the market. With a photoionization detector (PID) that has an extended detection range from 0-15,000 ppm, a rapid three-second response time, built-in correction factors for more than 200 compounds, patented auto-cleaning sensor technology and Reflex PID Technology™, the MiniRAE 3000 + can measure one of the highest levels of ionizable chemicals available on the market.

The powerful sample pump draws through up to 100 feet of tubing horizontally or vertically. A built-in flashlight to help navigate in darker environments and an IP 65/67 dust-tight and water-proof housing all add up to a device that performs reliably even in harsh conditions.

MiniRAE 3000 + is solution oriented through multiple connected options. A dedicated mobile APP has been developed for Remediation engineers and Industrial Hygienists. Instrument is also available with real time connectivity which can relay readings and alarm status up to 2 miles to a RAELink 3 wireless transmitter.

Features and Benefits:

• Most advanced handheld VOC monitor on the market
• PID measures from 0-15,000 ppm
• 3-second response
• Humidity compensation
• Patented PID lamp auto-cleaning technology
• Patented Reflex PID Technology™
• Optional Mesh Radio for ConneXT compatibility
• Optional built-in Bluetooth transmitter that transmits real-time data up to 2 miles with RAELink3 wireless router
• Optional BLE Module
• Sample pump draws from up to 100 feet
• Correction factors for more than 200 compounds
• Built-in flashlight
• IP 65/67 water-proof and dust-tight
• Logs up to 6 months of data at 1-minute intervals
• Multi-language capability – up to 10 languages
• 9.8eV for benzene and TVOC and 10.6 and 11.7 UV lamps for TVOC

Application:

• Emergency Response
• Environmental Cleanups/ Remediation
• Hazmat Response
• Leak Detection
• Urban Search & Rescue
• Venue Protection
• Worker Exposure