Isobutylene Gas Detector - Explosion Proof Enclosure Version S2654IL-LD

S2654IL-LD - ISOBUTYLENE Gas Detector 0-100% LFL, 4-20mA - Infrared sensor - Explosion Proof Enclosure Version SMART3G-C2-LD Zone 1 category 2 areas

S2654IL-LD SMART3G gas detectors are employed to detect Isobutylene, 2-methylpropene Gas compounds (%LFL) in classified areas.

For aggressive atmospheres, where the Pellistor sensors would be seriously damaged, Sensitron developed a range of detectors employing industrial grade Infrared sensors: IR sensors are poison free and this grants a higher accuracy and a longer lifetime to the cell.

SMART3G-C2-LD is designed to meet the needs of industrial applications and assures a reliable monitoring of toxic, flammable and refrigerant gas contents in classified areas.
The multi-color LED light ring assures an immediate visual indication of the detector status.
Ideal in industrial environments, the SMART3G-C2-LD feature one man calibration via the STS/CKD+ calibration keypad.
The SMART3G-C2-LD detectors can reliably monitor flammable compounds (% LFL), toxic compounds and refrigerant gases in ppm, Oxygen and CO2 contents in % by vol.
The detectors are rated to IP65.

FEATURES & BENEFITS

• Standard 4-20 mA 3 wire output
• Standard 3 relay output
• Standard multi-color LED light ring
• Optional RS485 interface for Modbus communication.
• Zero tracking to maintain the zero point steady from possible drifts
• Ongoing system self diagnosis
• ATEX II 2G Ex db IIC T5 Gb (standard marking) (II2 GD with optional adapter)
• ATEX II 2G Ex db [ib] IIC T6 Gb for detectors with intrinsically safe protection
• SIL 2HW & SIL3 SW certified
• Wide range of sensors and detectable gases
• Wide range of accessories for installation and maintenance
• Easy sensor replacement

Important note:

On request, SMART3G-C2-LD can be supplied:
- in a Ex d Stainless Steel enclosure.
- with 25m remote sensor kit to separate the sensor head from the transmitter.

Gas Detector type : Isobutylene gas detector, 2-methylpropene gas detector