The SensorRae is a four socket electrochemical (EC) sensor conditioning station. It keeps Rae Systems' EC sensors warmed up and ready for immediate use when they are not installed in a Rae Systems EC product. Responders often require a complete suite of EC sensors (CO, H2S, SO2, NO, NO2, Cl2, HCN, PH3 and NH3), but may only use one or two sensors at a time in a particular detector. EC sensors must reach electrical stability to provide their best performance. While it takes just 10 minutes or a CO sensor to stabilize, it takes at least 6 hours for a NH3 sensor. However, when a particular chemical threat is identified, the appropriate sensor needs to be ready for use immediately upon installation in a detector.
When a specific EC sensor is required, remove it from the SensorRae and insert it into the Rae Systems detector. The standard alarm points and calibration values are automatically loaded into the detector. Reassemble the detector, turn it on and calibrate the sensor and it is ready for use. For the greatest safety and optimal performance, it is strongly recommended that a sensor be calibrated with its corresponding gas anytime it is moved from the SensorRae to a Rae Systems detector.
Features
- Allows users with just one multi sensor detector to own a complete suite of Rae Systems electrochemical sensors
- 4 AAA batteries power the SensorRae for at least 12 months
- Includes a battery test button and LED
- Suitable for both low bias and high bias (NH3 & NO) sensors
- Simple to use: just plug in the sensor
- Compact case is small enough to fit in your pocket
- Holds 4 sensors at a time
- Rugged, waterproof, Pelican case
- Clear lid lets you quickly see the sensors
Specifications
| Rating |
Waterproof |
| Power |
4 AAA alkaline batteries |
| Size |
5.4" x 4.0" x 2.1" |
| Weight |
10 ounces |
Ordering Information
For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com
| Description |
Catalog No.
|
| SensorRae |
032-3100-000 |
Downloads
SensorRae literature