ITS eXact Micro 7+ Photometer, 1000 Kit - 486691-U

486691-U eXact Micro 7+ Photometer, 1000 Kit by ITS

The eXact® Micro 7+ advanced photometer from Industrial Test Systems, Inc. (ITS) uses a patented method and technologies that offer faster, safer, easier, and more precise water testing. The eXact® Micro 7+ offers ten modes which provide direct read capabilities for direct reads: Total Alkalinity, Bromine, Calcium Hardness, Free Chlorine, Total Chlorine, High Range Chlorine, Copper, Iron, Ozone, Permanganate and pH.

Highlights:

• Direct read parameters: (Total Alkalinity, Bromine, Total Hardness, Free Chlorine, Total Chlorine, High Range Chlorine, Copper, Total Iron, Ozone, Permanganate, and pH).
• Patented technology (for use in accordance with U.S. Patent No. 7,333,194, U.S. Patent No. 7,491,546, South African Patent No. 2007/0628)
• USEPA Compliant meter for Free & Total Chlorine
• 0.01 ppm (mg/L) precision
• Built-in, permanent cell (no loose glass or plastic cells; simply fill or dip into water)
• Automatic countdown timer
• 140 test memory saves last 20 tests per menu)
• Incorporates eXact® Strip technology EZ-3 method (safe & reliable reagent dispersion)
• No-slip grip housing
• Lightweight (weighs only 6 oz with batteries installed)
• Waterproof meter (IP-67) & floats
• Easy-to-read LCD display
• Environmentally friendly (recyclable parts & uses 60% less reagents than 10mL sample tests)
• No color matching
• Proprietary optics (allow for accurate testing without cap, though available)
• CE certification
• 2 - year Warranty with satisfaction guarantee

Kit includes:

• eXact® Micro 7+ Meter
• 10 Bottles of 100 eXact® Strip Micro DPD-1 (Free Chlorine, Bromine)

The eXact® Micro 7+ is EPA-compliant for Free and Total Chlorine regulatory testing. It's ideal for residential, commercial, and municipal testing. With a 4 mL sample cell it's environmental friendly using less chemicals than the ordinary 10 ml test. The meter provides accuracy you can rely on, minimum variation, and fast results (uses 20 second test method) at 0.01 resolution.