The Hach AMTAX sc Ammonium Analyzer measures NH4-N concentrations as low as 0.02 mg/L and as high as 1000 mg/L. With a fast 5 minute response time, it enhances control of the nutrient removal process. This is no black box system - you get transparent, high quality measurements for reliable values.

• Wide Measurement Range
• Wide Detection Limit for a Variety of Wastewater and Drinking Water Applications
• Fast Response Time for Control of Nutrient Removal Process
• Easy Installation at the Measurement Point
• Low Maintenance

  Wide Measurement Range

  Hach AMTAX sc Ammonium Analyzers are available in four measurement ranges. Each range only needs a different 
  set of reagents and selection of the desired range in the instrument menu.
  Range 1: 0.02 to 5 mg/L 
  Range 2: 0.05 to 20 mg/L 
  Range 3: 1 to 100 mg/L 
  Range 4: 10 to 1000 mg/L

  Wide Detection Limit for a Variety of Wastewater and Drinking Water Applications

  With detection limits as low as 0.02 mg/L and as high as 1000 mg/L, the AMTAX sc Ammonium Analyzer can be used anywhere in the wastewater treatment process, from the influent or start of the nitrification process where ammonia levels are at their highest to the effluent where ammonia levels are at their lowest. In the lowest range it can also be used for drinking water applications.

  Fast Response Time for Control of Nutrient Removal Process

  Nutrient removal is a critical and sensitive process in wastewater treatment. Quick response is vital for optimal operation. The fast response time of only 5 minutes, including sample preparation and selection of the measurement interval, make the AMTAX sc Ammonium Analyzer the fastest responding ammonia analyzer on the market.

  Easy Installation at the Measurement Point

  Hach’s AMTAX sc Ammonium Analyzer is designed to be installed at the measurement point—including outdoor installations. The housing is weatherproof and lockable so that the AMTAX sc analyzer can be installed right at the basin, even in the toughest climates. 
  • Easily mounts to a wall. Rail- and stand-mounting options are available
  • The unit comes complete and assembled—no separate housing is required

  Low Maintenance

  Several features make the AMTAX sc Ammonium Analyzer easy to use and maintain.
  • The Filterprobe sc is equipped with a self-cleaning filter
  • With at least a 3-month supply of reagents （for 5 min interval）, the AMTAX sc Analyzer offers the most economical reagent consumption
  • Automatic cleaning and calibration once a day with two standard solutions
  • Comprehensive self diagnostics
  • Easy access to reagents and wear parts

  What's in the box

  Ammonium Analyzer, Filterprobe, cleaning solution, 2 standard solution, electrolyte, 3 membrane caps, reagent, user manual

  Specifications

  Accuracy:3 % + 0.05 mg/L

  Measurement Method:GSE （Gas Sensitive Electrode） with screw-on membrane cap

  Measuring Interval:5 to 120 minutes, adjustable

  Operating Humidity:95 % relative humidity, non-condensing

  Operating Temperature Range:-20 to 45 °C （-4 to 113 °F）

  Output:Relay, current outputs, and bus interface via sc1000 Multi-parameter Universal Controller or sc200 with power box. 
  （see Hach Lit. Nos. 2403 and 2463）

  pH Range:5 to 9 pH

  Power Requirements （Hz）:50 - 60 Hz

  Power Requirements （Voltage）:115/220 V AC

  Range:0.05 to 20 mg/L NH₄–N

  Reproducibility 2:2 % + 0.05 mg/L

  Sample Temperature:4 to 40 °C （39 to 104 °F）

  Special Feature:ASA UV-resistant, lockable housing, rated to IP55
  Automatic cleaning and calibration
  Extensive self-diagnostics
  Optional 2-channel version for continuous sample preparation

  Storage Conditions:less than 95% Relatve Humidity

  Weight:68.34 lbs. （31 kg） without Filter Probe and without reagents

  - See more at: http://www.hach.com/amtax-sc-ammonium-analyzer-0-05-20mg-l-nh4-n-115v-10m-filter-probe-sc/product-details?id=7640092927&callback=qs#sthash.uh0Pq3KS.dpuf

- See more at: http://www.hach.com/amtax-sc-ammonium-analyzer-0-05-20mg-l-nh4-n-115v-10m-filter-probe-sc/product?id=7640092927&callback=qs#sthash.ImPzWgCU.dpuf