Advance sensing technologies monitor against the threat of combustible and toxic gases and for oxygen deficiency, utilizing catalytic, electrochemical and infrared gas detection methods.
cFMus 6310 cULus 1203/C22.2-30
Class I, Div. 1, Groups B, C, & D
Class II, Div. 1, Groups E, F, & G
Class III
CSA C22.2 No. 152 Combustible Gas Performance
CE EMC Directive: 89/336/EEC
CE ATEX Directive: 94/9/EC II 2G EEx d IIc T5
(Tamb -40˚C to +60˚C)
TYPE 4X IP 66
SIL 2 Certification as per IEC 61508
Agriculture
Automotive
Chemical
Construction
Gas Detection
General Industry
Manufacturing
Mining
Nuclear
Oil & Gas
Paper & Pulp
Telecommunications
Warehouse
Water/Wastewater
Combustible Atmosphere
Leak Detection
The Ultima XIR Gas Monitor is a microprocessor-based, infrared point gas detector for continuous monitoring of combustible gases and vapors. Designed around a rugged, 316 stainless steel enclosure, the Ultima XIR Monitor has multiple entries for maximum flexibility.
The Ultima XIR Monitor operation is based on dual-wavelength, heated-optics technology, providing definitive compensation for temperature, humidity and aging effects. The IR technology offers excellent long-term stability, eliminates the need for frequent calibrations and reduces overall cost of ownership.
Features:
- DuraSource Technology offers improved IR sensor life.
- Field-selectable algorithms for a variety of hydrocarbon-based gases.
- LCD display with scrolling messages and LEDs.
- Single-board design for ultimate reliability and easy, no-tool servicing.
- 4-20mA, HART and ModBus (X3) output.
- Optional "quick-check" LEDs for increased product visibility.
- “Fail to Safety” operation.
Benefits:
- No-gas calibration. A zero adjustment is all that is required for full calibration.
- Extremely fast speed of response.
- Designed without a sintered disk for optimum performance in the harsh, offshore environment.
- Operates over extended temperature ranges.
- Immune to poisoning.
- Sensor life not reduced by exposure to gas.
- Automatic compensation for humidity and temperature changes.
- Operates in high-gas and low-oxygen environments.
