PGA3510H2
SSi PGA 3510 Portable Four Gas Analyser (CO, CO2, CH4, H2)
Portable infrared analyser measuring CO, CO2, CH4 and hydrogen for verifying, optimising and troubleshooting furnace atmospheres.
PGA3510
Analysers and meters
SSi PGA 3510 Portable Three Gas Analyser (CO, CO2, CH4)
DesignationPGA3510
Portable infrared analyser measuring CO, CO2 and CH4 for verifying, optimising and troubleshooting furnace and generator atmospheres.
- Accurate carbon potential measurement derived from the infrared gas composition.
- High definition touch screen with chart recorder and data logger.
- Integrated sample pump with flow meter.
- 10-12 hours of continuous use between battery charges.
- Easy user zero and span calibration.
- Session mode tags data to facility, operator, furnace and time for full traceability.
- USB, RS485 and ethernet communications allow a PC to stay connected during data logging.
- Options for ammonia compatibility and an H2 sensor upgrade.
- XGA Viewer software: multiple languages, real-time graphical display on a PC, printing of charts and tables, CSV export and backup of data and settings.
- CO (carbon monoxide) range0 - 100 %
- CO2 (carbon dioxide) range0 - 2.0 % (optional 0 - 20.0 %)
- CH4 (natural gas / methane) range0 - 100 %
- Carbon potential range0.1 - 2.00 %
- Sampling methodExtraction by internal pump
Opis
The PGA3510 Portable Three Gas (CO, CO2, CH4) Gas Analyser is the ultimate tool for verifying, optimising and troubleshooting furnace atmospheres, with capabilities beyond those of other infrared gas analysers on the market.
It is the only analyser that can measure CP%, O2%, Kn* and Kc* in a single unit, which makes it ideal for sites running endothermic gas generators as well as carburising, carbonitriding, nitriding and nitrocarburising furnaces.
Users working to CQI-9 can fulfil the daily generator and furnace atmosphere verification quickly and easily thanks to automatic data logging and tagging. Measuring carbon monoxide and carbon dioxide also reveals developing problems such as sooting, water leaks, air leaks and radiant tube cracks.
Dane techniczne
| CO (carbon monoxide) range | 0 - 100 % |
|---|---|
| CO2 (carbon dioxide) range | 0 - 2.0 % (optional 0 - 20.0 %) |
| CH4 (natural gas / methane) range | 0 - 100 % |
| Carbon potential range | 0.1 - 2.00 % |
| Sampling method | Extraction by internal pump |
| Measurement method (CO, CO2, CH4) | Non-dispersive infrared (NDIR) |
| Measurement method (O2) | Electrochemical |
| Accuracy | +/- 1 % |
| Recommended factory calibration interval | Annual |
| Flow meter | Analogue and electronic |
| Power | 90 to 230 VAC, 50 to 60 Hz, 60 W |
| DC power source | 12 VDC rechargeable NiCd battery with integral charger |
| Communications | Ethernet, USB(A), USB(B), RS485 Modbus |
| Data logging | Continuous automatic data logging |
| Data storage | Internal plus XGA Viewer software |
| Operating temperature | 0 to 60 °C |
| External dimensions | approx. 16" H x 20" L x 8" D |
| Weight | approx. 28 lbs (13 kg) |
Applications
It works where the atmosphere decides the quality of the case
The probe measures and controls the carbon potential in controlled atmospheres, whatever the furnace design.
Furnace types
01Endothermic gas generators: residual CH4% shows catalyst effectiveness, under 0.5 % indicates proper function while above 5 % signals a problem.
02Carburising and neutral hardening: atmosphere and carbon potential analysis, with CO measurement used to optimise the furnace controller.
03Carbonitriding.
04Nitriding and nitrocarburising furnaces.
05Nitrogen / methanol atmospheres: the CO percentage shows how effectively the methanol is dissociating.
06Hardening.
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