GAS DETECTORS > VOC PID
GDS-48 Remote Detector Sensor with Stainless steel sensor head configured for SmartIR for Photoionization Detector for VOC with range 0-50 ppm (low VOC)/0-300 ppm (high VOC), Explosion Proof (XP). 3-Wire Bridge Output.
(Specify Volatile Compound)
PID (Photo Ionization Detection) technology detects a wide variety of organic and some inorganic gases in ambient air, generally low concentration of complex hydrocarbon molecules; this allows an early warning for presence of these gases in concentrations not seen by conventional LEL detectors.
The GDS-48 2-wire sensor transmitter with only one channel approved with CSA Certified for Div. 1 & 2 hazardous environments. The GDS-48 Remote Sensor accepts catalytic bead LEL sensors, SmartIR infrared LEL and CO2 sensors and Photoionization (PID) sensors for detection of Volatile Organic Compounds (VOCs).
Three-wire output for easy connection to GDS Corp bridgestyle direct sensor inputs.
For remote detection of Volatile Organic Compounds, the GDS Corp Photoionization sensor (PID) can be installed. 2 ranges are available: 0-20 ppm Isobutylene and 0-2000 ppm Isobutylene.
Calibration of the monitored gas value must be performed at the receiver device, such as controllers and PLCs.
GDS Corp. offers 1, 2, 4, 8 and 16 channel controllers suitable for calibration, alarming, display and retransmission of monitored gas values.
Available Ranges
(Specify Volatile Compound)
- 0-50 ppm Isobutylene Equivalent (Low Range)
- 0-300 ppm Isobutylene Equivalent (High Range)
Options:
-
CSA Certified for Explosion Proof and Intrinsically Safe Installations.
- Accepts GDS Corp
catalytic bead, SmartIR infrared and PID sensors.
- Three-wire output
for easy connection to GDS Corp bridgestyle direct sensor inputs.
- Field-replaceable
sensor modules.
- Easy interface to all
GDS Corp. Protector series controllers and PLCs with inputs Wheatstone bridgestyle.
Notes:
- No calibration capability exists within the GDS-48. To ensure accurate
readings, zero and span calibration MUST BE performed by the receiving device.