VB LabSolutions

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.

Note: We observed several times 90% problem was related to sample introduction area, turbo ion source side.

1. Decreasing response observe. 
2. Low response, or No response observe.
3. Uneven response observe.

1. Turbo ion V source electrode or peak union was found partially or fully blocked.
2. Microscopic inspection so many time found that the electrode tip was brunt or block.
3. Same symptoms observed, but root cause was found different. Hence it's very difficult to diagnose. And there for needs to taken some precaution.

1. Electrode.
2. Peak union.
3. SS splitter or union.
4. Peak tubing.
5. Probe Nozzle blockage or damage.
6. Peek ferrule leakage.
7. Electrode leakage inside to probe.
8. Orifice plate hole blockage by lent from tissue paper during cleaning orifice plate.
9. Contamination and Buffer deposition on curtain and Orifice plate.
10. Gas leakage or blockage exhaust line clogged.
11. Loose ferrule courses mobile phase leakage and high voltage arcing turbo ion source damage.