1 MODELS 4-20 IQ & SM95/SM84 . CALIBRATION SENSOR . TRANSMITTERS. IS AS EASY AS. 1, 2, 3 . HEATER. METHANE. FOR THE DETECTION OF OVER 150. UP. 100 %LEL. SET ZERO. Span Apply Done Active Conc. Gas DOWN TOXIC & COMBUSTIBLE GASES. FOR AREA AIR QUALITY AND SAFETY APPLICATIONS. SET SPAN. 1. Select calibration gas HEATER. METHANE UP. 100 %LEL. Span Apply Done Active SET ZERO Conc. Gas DOWN. SET SPAN. 2. Apply calibration gas. HEATER. METHANE UP. 100 %LEL. Span Apply Done Active SET ZERO Conc. Gas DOWN. SET SPAN. 3. Wait for Done LED.
2 To illuminate. IT DOESN'T. 4-20 IQ SM95/SM84 . GET ANY. EASIER! INTELLIGENT transmitter STANDARD transmitter . Model 4-20 IQ Model SM95/SM84 . 14-24 VDC operation 14-24 VDC operation 4- 20 ma linear output 4- 20 ma output Explosion-proof housing Explosion-proof housing Digital display of gas concentration SM95 linear output for all SENSOR types Non-intrusive, automated calibration SM84 provides non-linear output for Magnetic wand operation solid state sensors Transmitters can be used with Solid-State, Electrochemical, or Catalytic Bead sensors.
3 All transmitters can operate as stand-alone instruments or can be used in conjunction with any of IST's complete line of control units. INTERNATIONAL The Leader In Gas Detection Since 1972. SENSOR TECHNOLOGY. 3 Whatney Irvine, California 92718-2806 Telephone 949-452-9000 FAX: 949-452-9009 TLX: 4722070. MODEL SM95/SM84 MODEL 4-20 IQ. The Model SM95 SENSOR transmitter is housed in an explosion-proof The Model 4-20 IQ is a microprocessor based intelligent SENSOR trans- casing and operates on 14-24 VDC power. It provides a 4- 20 ma mitter.
4 It comes equipped with a digital display which provides a local output proportional to the gas concentration and is calibrated by adjusting reading of the gas concentration. Operating on 14-24 VDC power, it potentiometers located inside the housing. The SM95 can operate as a provides a linear 4- 20 ma output proportional to the gas concentration stand-alone instrument or can be used in conjunction with any of IST s and, like the SM95 and SM84 transmitters, it is housed in an explo- complete line of control units which provide control room sion-proof casing.
5 It can operate as a stand-alone instrument or can readings and alarm relays. When used with any of IST's be used with an IST control unit to provide control room readings and DESCRIPTION. MP Series of control units, automated calibration is alarm relays. provided, enabling calibration without the need to adjust potentiometers. The 4-20 IQ comes equipped with an automated calibration feature which allows the unit to be calibrated without adjusting any poten- The SM95 can be equipped with Solid-State, tiometers. Just apply gas and the 4-20 IQ will do the rest.
6 It couldn't Electrochemical, or Catalytic Bead sensors. In all, over be easier! Interfacing with the 4-20 IQ is accomplished by applying a 150 toxic and combustible gases are available for magnetic wand to magnetic switches located on the front panel. Thus, detection. The SM95 provides a linear 4- 20 ma output for all functions can be performed without removing any covers, meaning all available SENSOR types. there's no need to declassify areas being monitored. The SM84 is similar in all respects to the SM95, except Like the SM95/SM84 , the 4-20 IQ can be equipped with Solid-State, that it provides a non-linear output for Solid-State sen- Electrochemical, or Catalytic Bead sensors for the detection of over 150.
7 Sors. It is primarily used in conjuction with IST's Remote toxic and combustible gases. Link System. IST GAS LIST. The following gases are available for detection using IST sensors. Please contact IST for additional information. Acetic Acid Chloroform Ethylene Methane Phosgene Acetone Chlorotrifluoroethylene Ethylene Oxide Methanol Phosphine Acetonitrile Cumene Fluorine Methyl Acetate Phosphorus Oxychloride Acetylene Cyanogen Chloride Formaldehyde Methyl Acrylate Picoline Acrolein (Acrylaldehyde) Cyclohexane Freon-11 Methyl Bromid Propane Acrylic Acid Cyclopentane Freon-12 Methyl Butanol Propylene Allyl Alcohol Deuterium Freon-22 Methyl Cellosolve Propylene Oxide Allyl Chloride Diborane Freon-113 Methyl Chloride Silane Ammonia Dibromoethane Freon-114 Methyl Ethyl Ketone Silicon Tetrachloride Anisole Dibutylamine Freon-123 Methyl Hydrazine Silicon Tetrafluoride Arsenic Pentafluoride Dichlorobutene Fuel Oil or Kerosene Methyl Isobutyl Ketone Styrene Arsine Dichloroethane (EDC)
8 Gasoline Methyl Mercaptan Sulfur Dioxide Benzene Dichlorofluoroethane Germane Methyl Methacrylate Tetrahydrofuran Biphenyl Dichloropentadiene Heptane Methyl-Tert Butyl Ether Tetraline Boron Trichloride Dichlorosilane Hexane Methylene Chloride Toluene Boron Trifluoride Diesel Fuel Hexene Mineral Spirits Toluene Diisocyanate Bromine Diethyl Benzene Hydrazine Monochlorobenzene Trichloroethane Butadiene Diethyl Sulfide Hydrogen Monoethylamine Trichloroethylene Butane Difluorochloroethane Hydrogen Bromide Morpholine Triethylamine (TEA).
9 Butanol Difluoroethane (152A) Hydrogen Chloride Naptha Trifluoroethanol Butene Dimethyl Ether Hydrogen Cyanide Natural Gas Trimethylamine (TMA). Butyl Acetate Dimethylamine (DMA) Hydrogen Fluoride Nitric Oxide Tungsten Hexafluoride Carbon Disulfide Epichlorohydrin Hydrogen Sulfide Nitrogen Dioxide Turpentine Carbon Monoxide Ethane Isobutane Nitrogen Trifluoride Vinyl Acetate Carbon Tetrachloride Ethanol Isobutylene Nonane Vinyl Chloride Cellosolve Acetate Ethyl Acetate Isopentane Oxygen Vinylidene Chloride Chlorine Ethyl Benzene Isoprene Ozone Xylene Chlorine Dioxide Ethyl Chloride Isopropanol Pentane Chlorobutadiene Ethyl Chlorocarbonate JP4 Perchloroethylene Chloroethanol Ethyl Ether JP5
10 Phenol 4-20 IQ SPECIFICATIONS SM95/SM84 SPECIFICATIONS. Power: 14-24 VDC. Power: 14-24 VDC. Current Drain: 170 mA max. (without SENSOR ) Current 100 mA max. (without SENSOR ). 300 to 500 mA (with SENSOR ) Drain: 230 to 430 mA (with SENSOR ). Output Current: 4 to 20 ma non-isolated (isolated optional), Output Current: 4 to 20 ma non-isolated (isolated optional), or 100 to 500 uA or 100 to 500 uA. Temp: -20 C to +60 C operating. Temp: -20 C to +60 C operating. -40 C to +85 C storage. -40 C to +85 C storage. Humidity: 99% RH, non-condensing.