The Gastec CO-601E Carbon Monoxide Sensor stands as a primary solution for technical teams and system integrators requiring dependable toxic gas monitoring in miniature formats. At its core, the sensor employs the controlled potential electrolysis method. This sensing technology maintains a specific electrochemical potential at the working electrode to ensure highly selective oxidation of Carbon Monoxide, resulting in a stable electrical output directly proportional to gas concentration.
Physically, the CO-601E is part of the CM-6A series, featuring a cylindrical miniature body that measures only φ18 x 20 mm. This compact architecture allows for high-density installation within stationary gas monitoring panels or portable instruments where every millimeter of space is critical. For procurement specialists and engineers, the CO-601E represents a low-maintenance, high-integrity sensing element that meets the rigorous demands of modern industrial atmospheric monitoring.
The Gastec CO-601E Carbon Monoxide Sensor is a high-precision industrial sensing component designed for the ultra-compact detection of Carbon Monoxide (CO). Utilizing advanced controlled potential electrolysis technology, this sensor delivers the accuracy and long-term stability required for critical safety monitoring in space-constrained hardware.
Although, technology is always evolving, one demand on our products never changes: the demand for customer safety. Whenever we contribute to customer safety, we are presented with an opportunity to develop further.
GASTEC holds this corporate creed of safety and development in high esteem, as it strives to grow while always putting customer safety first.
| Feature | Specification |
| Model Number | CO-601E |
| Detection Principle | Controlled Potential Electrolysis |
| Compatible Device | Gastec CM-6A / CM-7A |
| Standard Range | 0 – 50.0 ppm |
| Enhanced Range | 50.1 – 100.0 ppm |
| Dimensions | $phi$19 x 31 mm |
| Weight | 7g |
| Target Gas | Carbon Monoxide ($CO$) |
The Carbon monoxide sensorCO-601E is specifically optimized for use in:
