|
| Brand Name: | pray-med |
| Model Number: | c1 |
| MOQ: | 1PCS |
| Price: | As Demand |
| Packaging Details: | 1pcs / box |
| Payment Terms: | T/T, Western Union |
C1 C2 Ham-Medical oxygen sensor O2 cells for respiratory equipment
| Measurement Range: | 0-100 % oxygen |
| Accuracy and Repeatability: | < 1 % vol. O2when calibrated at 100 % O2 |
| Zero Ofset: | < 0.5 % vol. O2in 100% N2, applied 5 minutes |
| Linearity Error: | < 3 % relative |
| Cross Interference: | < 0.5 % vol. O2response to: |
| 10 % CO2balance N2 | |
| 80% N2O balance N2 | |
| 7.5% Halothane balance N2 | |
| 7.5 % Isofurane balance N2 | |
| 7.5 % Enfurane balance N2 | |
| 9% Sevofurane balance N2 | |
| 20% Desfurane balance N2 | |
| Infuence of Humidity: | - 0.03 % rel. per % RH at 25C |
| Infuence of Pressure: | proportional to change in oxygen partial |
| pressure | |
| Infuence of Mechanical Shock: | < 1% relative after a fall from 1m |
| Operating Temperature: | 0 to 50C |
| Temperature Compensation: | built-in NTC compensation (see below) |
| Efect of Temperature | between +5 C and +25 C: 3 % relative error |
| Compensation (steady state): | between 0 C and +50 C: 8 % relative error |
| Operating Humidity: | 0-99 % RH non-condensing |
| Long Term Output Drift: | < 1 % vol oxygen per month |
| typically < - 15 % relative over lifetime | |
| Storage Temperature: | -20 to +50 C |
| Recommended Storage: | +5 to +15 C |
| Recommended Load: | 10 kOhms |
| Warm-Up Time: | < 30 minutes, after replacement of sensor |
| Weight: | approximately 28 grams |
| approximately 43 grams E61912 series |
| Manufacturer | Model |
| Deversified Diagnostics | Xenematic |
| Ham-Medical | Aladdin, Amadeus, Heyer Pocket O2, Veolar |
| Hudson RCI | 5525, 5528, 5529, 5550, 5552 |
| Taema | KV050501, Oxy 2100 |
| Teledyne | T1, T2, TED 160, TED 190 |
1. In-Warranty Period: we will give the replacement for all quality problems in time under normal conditions of use.
2. If the new items can not work with your devices, we will send new replacement or refund in time.
|
|
| Brand Name: | pray-med |
| Model Number: | c1 |
| MOQ: | 1PCS |
| Price: | As Demand |
| Packaging Details: | 1pcs / box |
| Payment Terms: | T/T, Western Union |
C1 C2 Ham-Medical oxygen sensor O2 cells for respiratory equipment
| Measurement Range: | 0-100 % oxygen |
| Accuracy and Repeatability: | < 1 % vol. O2when calibrated at 100 % O2 |
| Zero Ofset: | < 0.5 % vol. O2in 100% N2, applied 5 minutes |
| Linearity Error: | < 3 % relative |
| Cross Interference: | < 0.5 % vol. O2response to: |
| 10 % CO2balance N2 | |
| 80% N2O balance N2 | |
| 7.5% Halothane balance N2 | |
| 7.5 % Isofurane balance N2 | |
| 7.5 % Enfurane balance N2 | |
| 9% Sevofurane balance N2 | |
| 20% Desfurane balance N2 | |
| Infuence of Humidity: | - 0.03 % rel. per % RH at 25C |
| Infuence of Pressure: | proportional to change in oxygen partial |
| pressure | |
| Infuence of Mechanical Shock: | < 1% relative after a fall from 1m |
| Operating Temperature: | 0 to 50C |
| Temperature Compensation: | built-in NTC compensation (see below) |
| Efect of Temperature | between +5 C and +25 C: 3 % relative error |
| Compensation (steady state): | between 0 C and +50 C: 8 % relative error |
| Operating Humidity: | 0-99 % RH non-condensing |
| Long Term Output Drift: | < 1 % vol oxygen per month |
| typically < - 15 % relative over lifetime | |
| Storage Temperature: | -20 to +50 C |
| Recommended Storage: | +5 to +15 C |
| Recommended Load: | 10 kOhms |
| Warm-Up Time: | < 30 minutes, after replacement of sensor |
| Weight: | approximately 28 grams |
| approximately 43 grams E61912 series |
| Manufacturer | Model |
| Deversified Diagnostics | Xenematic |
| Ham-Medical | Aladdin, Amadeus, Heyer Pocket O2, Veolar |
| Hudson RCI | 5525, 5528, 5529, 5550, 5552 |
| Taema | KV050501, Oxy 2100 |
| Teledyne | T1, T2, TED 160, TED 190 |
1. In-Warranty Period: we will give the replacement for all quality problems in time under normal conditions of use.
2. If the new items can not work with your devices, we will send new replacement or refund in time.
