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Maintenance
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catch any particles before they get into the nebulizer. It is much safer & easier to
replace the capillary tubing than to clean the nebulizer.
The Mira Mist Nebulizer body is PEEK, and the inner capillaries are Teflon.
Generally it will not break. If it is dropped such that the tip is deformed, then it will
be irreparably damaged. If it continues to operate after being dropped, then it has not
been affected, and its use can be safely continued.
Gas Line
The gas line is attached with UpChurch® 10/32 chromatographic fittings (Part No.
N0777113). We supply 2 mm OD X 0.039 ID Teflon tubing. A gas line filter is
NOT
included in the nebulizer. Any particles from the gas line will destroy the nebulizer.
We have found this is one of the main causes of blockage of the nebulizers, so please
ensure that the gas line to the nebulizer is clean of any particles.
The gas line terminates in the Avio 200 quick disconnect. It is a direct replacement
for typical concentric nebulizers.
Sample Introduction / Maximizing Stability
The Mira Mist does not have any suction, so it requires a pump to supply the sample
solution. The pump speed and the quality of the pump tubing have a large effect on
the performance of the nebulizer. Try to select a pump tubing size that allows
running the pump at a higher speed (If you use the standard black-black tubing, you
may need to use a higher pump rate: for example 1.5 mL/min). So for low sample
flow, use orange green or orange blue pump tubing. Generally the pump tubing
should be changed every day for maximum stability and lowest %RSD.
Summary of Contents for AVIO 200
Page 1: ...AVIO 200 SPECTROMETER Hardware Guide ICP OPTICAL EMISSION ...
Page 2: ......
Page 3: ...AvioTM 200 Spectrometer Customer Hardware and Service Guide ...
Page 12: ...Contents 10 ...
Page 30: ...28 ...
Page 31: ...Safety Practices 1 ...
Page 32: ...30 Safety Practices ...
Page 56: ...54 Safety Practices ...
Page 57: ...Preparing Your Laboratory 2 ...
Page 58: ...Preparing Your Laboratory 56 ...
Page 70: ...Preparing Your Laboratory 68 ...
Page 71: ...System Description 3 ...
Page 72: ......
Page 97: ...Installation 4 ...
Page 98: ......
Page 119: ...Installation 117 Figure 4 8 Replacing the torch 1 3 4 6 8 2 9 10 5 7 ...
Page 121: ...Installation 119 1 2 7 9 8 10 3 4 5 6 ...
Page 164: ...Installation 162 ...
Page 165: ...Maintenance 5 ...
Page 166: ......
Page 184: ...Maintenance 182 1 2 7 9 8 10 3 4 5 6 ...
Page 188: ...Maintenance 186 Figure 5 8 Replacing the Torch 1 3 4 6 8 2 9 10 5 7 ...
Page 272: ...Maintenance 270 ...
Page 273: ...Troubleshooting 6 ...
Page 274: ......
Page 293: ...Troubleshooting 291 Figure 6 1 Normal Plasma Conditions at 0 torch position ...
Page 294: ...Troubleshooting 292 Figure 6 2 Normal Plasma at 3mm position ...
Page 297: ...Troubleshooting 295 Figure 6 5 Injector too far forward ...
Page 298: ...Troubleshooting 296 Figure 6 6 No Aux Gas Torch may be glowing ...
Page 299: ...Troubleshooting 297 Figure 6 7 Air Leak or Spray Chamber Temperature too high ...
Page 300: ...Troubleshooting 298 Figure 6 8 Thin Plasma due to leak in Plasma Gas Line ...
Page 308: ......