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The 5000TOCi sensor is a user-friendly and economical analyzer for on-line measurement of total organic carbon. 5000TOCi uses proven ultraviolet (UV) oxidation with differential conductivity to effectively determine TOC concentrations.
On-line, Continuous Measurement
Fast, continuous TOC monitoring ensures rapid detection of even brief upsets to demonstrate compliance with water quality requirements in real-time.
Compliance with Global Pharmacopeias
Meets the requirements of all major global pharmacopeias for TOC instrumentation, including USP, EP, JP, ChP, and IP.
"Detection of TOC concentrations from ppm to sub-ppb range enables comprehensive trending to diagnose issues that can affect water system performance."
|Measurement range||0.05 - 2000 ppbC (µgC/L)|
|Repeatability||± 0.05 ppb C < 5 ppb, ± 1.0%> 5 ppb|
|Resolution||0.001 ppbC (µgC/L)|
|Initial Response Time||< 60 seconds|
|Limit of Detection||0.025 ppbC|
|Cond. accuracy||±2%,0.02-20 μS/cm ±3%, 20-100 μS/cm|
|Cell Constant Accuracy||± 2%|
|Temperature sensor||Pt1000 RTD, Class A|
|Temperature accuracy||± 0.25°C|
|Case Dimensions||11” [280mm] W x 7.4” [188mm] H x 5.25” [133mm] D|
|Enclosure Material||"Polycarbonate plastic, flame retardant, UV and chemical resistant UL # E75645, Vol.1, Set 2, CSA #LR 49336"|
|Never Miss an Excursion|
Any TOC excursion can potentially lead to a production or compliance issue, so the 5000TOCi gives you clear and costant visibility into your water system's TOC levels. The 5000TOCi is the reliable choice for pharmaceutical and microelectronics water systems.
Fewer Parts, Lower Maintenance
Providing simplicity in addition to compliance, the 5000TOCi on-line TOC analyzer has no moving parts or reagents. Fewer moving parts reduces the likelihood of sensor failure, and reduces the need for unplanned maintenance.
|Improve Measurement Reliability|
Have confidence in your measurement accuracy with reliable, continuous, real-time TOC analysis. The on-line 5000TOCi sensor is equipped with automated flow control capability that eliminates sensitivity to pressure changes in water systems.