The MKS GE50A Mass Flow Controller provides precise, reliable control of hydrogen sulfide (H₂S) gas at flow rates up to 500 sccm. Combining advanced digital control electronics with robust analogue I/O (0–5 VDC), it ensures quick response and consistent accuracy in demanding industrial and research applications. Built with Neoprene seals and a normally closed valve design, the GE50A offers excellent chemical compatibility, fast settling times, and seamless integration into your process environment.
Product Features
- Flow rates from 5 to 50,000 sccm to handle diverse application needs
- Neoprene seal and valve plug options for specific chemical compatibility
- Choice of digital I/O (EtherCAT, DeviceNet™, Profibus, PROFINET, RS485) or analogue (0–5 VDC or 4–20 mA)
- Standard closed conductance leak rate under 0.1% of Full Scale for high integrity
- Fast settling time under 750 milliseconds for responsive control
- Digital calibration for 1% of set point accuracy on the calibration gas
- Compact footprint with Swagelok 4 VCR male connections and 15‑pin interface for easy installation
Benefits
- Precise flow control – Maintain stable, accurate gas flow with digital calibration and advanced MKS control algorithms.
- Fast response – Typical settling time under 750 ms keeps your process steady and efficient.
- Versatile connectivity – Supports modern fieldbus protocols and analogue I/O for flexible system integration.
- Reliable sealing – Neoprene seals ensure compatibility and durability in H₂S service.
- Wide flow range – Suitable for low to high flow applications, from 5 to 50,000 sccm.
- Leak-tight performance – Low leak rate enhances safety and process reliability.
Why Choose the MKS GE50A Mass Flow Controller H₂S 500 sccm?
Engineered for precision and built for reliability, the MKS GE50A is the ideal choice for controlling corrosive gases like H₂S in both lab and industrial environments. Its compact design, fast response, and flexible connectivity ensure easy integration and dependable performance, backed by MKS’s trusted engineering expertise.
