フリーダイヤル 0120-769-103
Emailjpesales@dwyeromega.com

Conductivity/Resistivity Analyzers - Discontinued

CDCN680 Discontinued

 | CDCN680 Discontinued

スクロールダウンし、全ラインアップをご覧ください

1 year warranty CE
  • Two Analog Outputs
  • Two or Four Alarm/Control Relays with Overfeed Timer
  • Simple Function Menu Operation
  • 1 /2 or 1 /4 DIN Models
  • CDCN680 Features Ultrapure Water Capabilities
  • Display in English, French, German or Spanish

商品説明

The CDCN670/680 has been discontinued. Please see the PHUCN600 as a possible substitute or contact our pH and Environmental department.
CDCN680 series conductivity analyzers are designed for use with CDE680 conductivity sensors in applications of pure water up to 200 mS. The two sensor inputs can be independently configured to measure conductivity, resistivity, total dissolved solids or to make a two-sensor calculation such as % rejection, % passage, difference or ratio. CDCN670 series analyzers are designed for use with CDE3600 series electrodeless conductivity sensors for applications from 200 µS to 2000 mS, particularly where coating and polarization can cause problems with other types of electrodes. The sensor input can be configured to measure conductivity, % concentration or total dissolved solids. Both the CDCN670 and CDCN680 series are available in either 1 /4 or 1 /2 DIN versions. All models have either two or four relay outputs and two analog outputs. The 1 /2 DIN models feature a large LCD display and hardware for wall, pipe or panel mounting.
注: Each unit is supplied with a complete operator's manual.

製品マニュアル:

ダウンロード CDCN674 - Electrodeless Analyzer
ダウンロード CDCN684 - Conductivity Analyzer
ダウンロード CDCN685 & CDCN686 - Conductivity Analyzers
ダウンロード CDE-3600 Series - Electrodeless Cond. Sensors
ダウンロード CDE681 Series - Conducitivity/Resistivity Sensors
ダウンロード CDE682 Series - Conductivity Sensors
ダウンロード CDE683 Series - Boler Condensate Sensors
ダウンロード CDE684 Series - Conductivity Sensors
We noticed you are from the US. Visit your local site for regional offers and live support.