GE O2X1IS Intrinsically Safe Oxygen Transmitter

Product Description

The GE O2X1IS is an intrinsically safe oxygen transmitter designed for precise, continuous monitoring in industrial processes. It combines proven galvanic fuel cell technology with a compact, microprocessor‑based design, delivering reliable measurements in both parts per million (ppm) and percentage oxygen ranges. Moreover, its two‑wire, loop‑powered 4–20 mA output allows seamless integration into existing control systems. The transmitter is built for hazardous environments, ensuring operational safety without compromising accuracy or stability. Its low maintenance design extends sensor life and reduces downtime, making it an economical and dependable solution for industrial oxygen measurement.

Key Benefits

• Intrinsically safe construction allows use in hazardous industrial environments without additional protective enclosures.

• Flexible measurement ranges cover ppm and percent oxygen for diverse applications.

• Reliable galvanic fuel cell technology ensures accurate, stable, and repeatable readings.

• Compact and economical design minimizes installation space while supporting continuous monitoring.

• Easy integration with standard 4–20 mA loop systems improves overall system efficiency.

Technical Specifications

• Type: Intrinsically safe oxygen transmitter

• Output: Two‑wire, loop‑powered 4–20 mA

• Sensor Technology: Proven galvanic fuel cell O₂ sensor

• Measurement Ranges:

• Four ppm ranges: 10, 100, 1,000, 10,000 ppm

• Three percent ranges: 1%, 10%, 25%

• Accuracy: ±2% of full scale

• Response Time: Standard, sensor dependent

• Operating Temperature: 0 °C to +45 °C

• Power Supply: 12–28 VDC loop power

• Design: Compact, microprocessor‑based, continuous monitoring

• Safety: Intrinsically safe for hazardous environments

• Maintenance: Low maintenance, long sensor life

Typical Applications

• Heat treating and bright annealing processes for quality control

• Glove box leak detection in laboratory or production environments

• Monitoring inert welding gases to ensure process safety

• Hydrocarbon stream analysis in petrochemical plants

• Ambient air oxygen monitoring in industrial facilities

Support & Maintenance

GE O2X1IS features long sensor life and low maintenance intervals, reducing operational downtime. The device supports easy calibration and offers robust microprocessor‑based diagnostics to maintain reliability. For instance, routine checks can extend sensor performance while minimizing unexpected failures.

FAQ

Q: Is the O2X1IS suitable for explosive environments?
A: Yes, the device is intrinsically safe and designed specifically for hazardous industrial areas.

Q: Can it measure both ppm and percent oxygen?
A: Absolutely. The O2X1IS provides flexible measurement ranges for ppm and percent oxygen levels.

Q: How does it integrate with control systems?
A: It features a two‑wire 4–20 mA loop output, allowing seamless connection to standard control systems.

Q: What is the expected maintenance interval?
A: The device is low maintenance, and sensor life is long, reducing the need for frequent servicing.

Q: What temperature range can it operate in?
A: It operates reliably between 0 °C and +45 °C under standard conditions.