The PP Systems SBA-5 CO2 Gas Analyzer is a robust and compact instrument ideal for precise CO2 measurements in scientific and industrial applications. Designed with accuracy, affordability, and flexibility in mind, the SBA-5 operates without requiring factory or field calibration, making it perfect for both static and dynamic monitoring environments.
Product Features
- High Precision CO2 gas analyzer
- No factory or field calibration required
- Multiple ranges up to 100,000 ppm CO2 (10%)
- Accuracy: <1% of span concentration over calibrated range
- Dynamic or static measurement capability
- Operation from 6–18 VDC power supply
- Low power consumption
- Analog and digital output
- Small footprint (7.5 cm W x 12 cm L x 3.5 cm H), lightweight
- Low cost
- Supplied as a PCB or in rugged aluminum enclosure
- User programmable with optional GAS Windows software
- Designed with non-dispersive infrared measurement and microprocessor signal processing
- Incorporates innovative Auto-Zero technology and a thermostatically controlled optical bench
- Ensures fast warm-up, long-term calibration stability, and accuracy
- Minimizes effects of contamination, IR source aging, and sensor drift
- Offers two optical bench options for different CO2 range requirements (≤30,000 ppm and up to 100,000 ppm)
- Easily user recalibrated within supported optical range
- Over 35 years of PP Systems expertise built into the design
- All specifications are at room temperature unless otherwise specified
Benefits
- Ensures long-term calibration stability
- Minimizes sample contamination effects
- Fast warm-up and enhanced accuracy with Auto-Zero technology
- Flexible range options for various application needs
Why Choose PP Systems SBA-5 CO₂ Gas Analyzer?
PP Systems has over 35 years of experience in gas analysis technology. The SBA-5 represents their commitment to reliable, high-quality instrumentation backed by responsive customer support. Whether you require OEM integration or standalone operation, PP Systems offers versatile solutions with proven performance.
