Ion Chromatographs with PowerChrom - Revision history

Oliver at 06:37, 26 May 2014

2014-05-26T06:37:55Z

Oliver at 14:37, 8 July 2013

2013-07-08T14:37:07Z

Oliver at 14:35, 8 July 2013

2013-07-08T14:35:59Z

Oliver at 14:33, 8 July 2013

2013-07-08T14:33:34Z

Oliver at 14:32, 8 July 2013

2013-07-08T14:32:35Z

Oliver: Created page with "''The PowerChrom or e-corder can be connected to ion chromatography (IC) instruments. The C4D Amp can be added as a contactless conductivity detector.'' == Introduction == Io..."

2013-07-08T14:31:40Z

Created page with "''The PowerChrom or e-corder can be connected to ion chromatography (IC) instruments. The C4D Amp can be added as a contactless conductivity detector.'' == Introduction == Io..."

New page

''The PowerChrom or e-corder can be connected to ion chromatography (IC) instruments. The C4D Amp can be added as a contactless conductivity detector.''

== Introduction ==
Ion chromatographs that have an analog output can be connected to either the PowerChrom or e-corder. The PowerChrom software is then used to record and analyse the data.

The ion chromatograph’s “Inject” port can also be connected to the PowerChrom or e-corder, to trigger the start of recording.

Add the eDAQ C4D Amp and you can detect your analytes with contactless conductivity detection.

== Ion Chromatography with C4D Detection ==
Figure 3 shows the e-corder and EA120 C4D Amp connected to the Metrohm 792 Basic IC instrument.

Conductivity detection can be used for virtually all charged species: inorganic anions and cations, as well as organic ions, such as carboxylic acids, amines, amino acids, peptides, proteins, DNA fragments, antibiotics and many other pharmaceutical compounds.

<gallery>
File:Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC..jpg|Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC
File:Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable..jpg|Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable.
File:Figure 2. The e-corder is connected to the Dionex DX-100 ion chromatograph using a banana plugs to BNC cable..jpg|Figure 2. The e-corder is connected to the Dionex DX-100 ion chromatograph using a banana plugs to BNC cable.
File:Figure 3. Metrohm 792 Basic IC with eDAQ C4D.jpg|Figure 3. Metrohm 792 Basic IC with eDAQ C4D
</gallery>

@@ Line 3: / Line 3: @@
 === Introduction ===
-Ion chromatographs that have an analog output can be connected to either the PowerChrom or e-corder. The PowerChrom software is then used to record and analyse the data.
+Ion chromatographs that have an analog output can be connected to either the [http://www.edaq.com/powerchrom-system PowerChrom] or e-corder unit. The PowerChrom software is then used to record and analyse the data.
 The ion chromatograph’s “Inject” port can also be connected to the PowerChrom or e-corder, to trigger the start of recording.

@@ Line 1: / Line 1: @@
 ''The PowerChrom or e-corder can be connected to ion chromatography (IC) instruments. The C4D Amp can be added as a contactless conductivity detector.''
@@ Line 17: / Line 18: @@
 | [[File:Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable..jpg|300px|thumb|right|Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable.]]
 | [[File:Figure 2. The e-corder is connected to the Dionex DX-100 ion chromatograph using a banana plugs to BNC cable..jpg|300px|thumb|right|Figure 2. The e-corder is connected to the Dionex DX-100 ion chromatograph using a banana plugs to BNC cable.]]
 |}

@@ Line 13: / Line 13: @@
 Conductivity detection can be used for virtually all charged species: inorganic anions and cations, as well as organic ions, such as carboxylic acids, amines, amino acids, peptides, proteins, DNA fragments, antibiotics and many other pharmaceutical compounds.
-<gallery>
+{|
-[[File:Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC..jpg|300px|thumb|right|Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC]]
+| [[File:Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC..jpg|300px|thumb|right|Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC]]
-</gallery>
+| [[File:Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable..jpg|300px|thumb|right|Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable.]]

@@ Line 14: / Line 14: @@
 <gallery>
-File:Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC..jpg|300px|thumb|Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC
+[[File:Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC..jpg|300px|thumb|right|Figure 1a. The ER280 PowerChrom connected to the Metrohm 690 IC]]
-File:Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable..jpg|Figure 1b. The analog output of the IC instrument and banana plugs to bare wires cable.
-File:Figure 2. The e-corder is connected to the Dionex DX-100 ion chromatograph using a banana plugs to BNC cable..jpg|Figure 2. The e-corder is connected to the Dionex DX-100 ion chromatograph using a banana plugs to BNC cable.
-File:Figure 3. Metrohm 792 Basic IC with eDAQ C4D.jpg|Figure 3. Metrohm 792 Basic IC with eDAQ C4D
 </gallery>