Authorized National Elite Distributor
for the SMC Corporation of America
Authorized National Elite Distributor
for the SMC Corporation of America
Your flow needs will change. Alicat’s COMPOSER™ is ready to adapt with you, on the fly. The day of disposable flow instruments is over.
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Never use inaccurate K-factors again! Complete NIST Ref Prop 9 gas properties data for up to 130 preloaded full gas calibrations, selectable in real time. *See the full gas list below.
Gas Select COMPOSER™ gas mix calibration firmware, shown on optional color display
Alicat Scientific introduces Gas Select COMPOSER™, a better way to accurately measure and control mixed gas flows. COMPOSER™ is a revolutionary gas composition feature that allows our users to define up to 20 custom gas compositions with up to 5 constituent gases per mix.
When your gas composition changes, will your flow readings still be accurate? Alicat Scientific presents COMPOSER™, the world’s first on-the-fly mixed gas composition builder, for mass flow meters and mass flow controllers.
Define gas compositions to 0.01% for each of up to 5 constituent gases.
COMPOSER™ mixes are NIST-traceably accurate to 0.8% or 0.4% of reading.
Create and store 20 COMPOSER™ gas mixes simultaneously on each device.
All Alicat Scientific mass flow meters and mass flow controllers come standard with NIST Ref Prop 9 gas properties data for up to 130 preloaded gas calibrations. Users may switch between selected gases on the fly without any need for recalibration of the mass flow meter or controller. All Gas Select™ calibrations retain the instrument’s specified NIST-traceable calibration accuracy. (See individual specifications sheets for details.)
| Pure Gases | Bioreactor Gas Mixes | Pure Corrosives |
|---|---|---|
| • Acetylene (C2H2) • Air • Argon (Ar) • i-Butane (i-C4H10) • n-Butane (n-C4H10) • Carbon dioxide (CO2) • Carbon monoxide (CO) • Deuterium (D2) • Ethane (C2H6) • Ethylene/Ethene (C2H4) • Helium (He) • Hydrogen (H2) • Krypton (Kr) • Methane (CH4) • Neon (Ne) • Nitrogen (N2) • Nitrous Oxide (N2O) • Oxygen (O2) • Propane (C3H8) • Sulfur Hexafluoride (SF6) • Xenon (Xe) |
• 5% CH4 95% CO2 • 10% CH4 90% CO2 • 15% CH4 85% CO2 • 20% CH4 80% CO2 • 25% CH4 75% CO2 • 30% CH4 70% CO2 • 35% CH4 65% CO2 • 40% CH4 60% CO2 • 45% CH4 55% CO2 • 50% CH4 50% CO2 • 55% CH4 45% CO2 • 60% CH4 40% CO2 • 65% CH4 35% CO2 • 70% CH4 30% CO2 • 75% CH4 25% CO2 • 80% CH4 20% CO2 • 85% CH4 15% CO2 • 90% CH4 10% CO2 • 95% CH4 5% CO2 |
*These gases require MS/MCS-Series instruments. • Ammonia (NH3) • Butylene (1-Butene) • Cis-Butene (cis-2-Butene) • Iso-Butene • Trans-Butene • Carbonyl Sulfide (COS) • Chlorine (Cl2) • Dimethylether (CH3OCH3) • Hydrogen Sulfide (H2S) • Nitrogen Trifluoride (NF3) • Nitric Oxide (NO) • Propylene (C3H6) • Silane (SiH4) • Sulfur Dioxide (SO2) |
| Breathing Gases | Fuel Gas Mixes | Refrigerants |
| • EAN-32 (32% O2+68% N2) • EAN-36 (36% O2+64% N2) • EAN-40 (40% O2+60% N2) • EA-40 (40% O2+60% Air) • EA-60 (60% O2+40% Air) • EA-80 (80% O2+20% Air) • Heliox-20 (20% O2+80% He) • Heliox-21 (21% O2+79% He) • Heliox-30 (30% O2+70% He) • Heliox-40 (40% O2+60% He) • Heliox-50 (50% O2+50% He) • Heliox-60 (60% O2+40% He) • Heliox-80 (80% O2+20% He) • Heliox-99 (99% O2+1% He) • Metabolic Exhalant (16% O2+78.04% N2+5% CO2+0.96% Ar) |
• Coal Gas 50% H2+35% CH4+10% CO+5% C2H4 • Endothermic Gas 75% H2+25% N2 • HHO 66.67% H2+33.33% O2 • LPG HD-5 96.1% C3H8+1.5% C2H6+0.4% C3H6+1.9% n-C4H10 • LPG HD-10 85% C3H8+10% C3H6+ 5% n-C4H10 • Nat Gas 93% CH4+3% C2H6+1% C3H8+2% N2+1% CO2 • Nat Gas 95% CH4+3% C2H6+1% N2+ 1% CO2 • Nat Gas 95.2% CH4+2.5% C2H6+0.2% C3H8+0.1% C4H10+1.3% N2+0.7% CO2 • Syn Gas 40% H2+29% CO+20% CO2+11% CH4 • Syn Gas 64% H2+28% CO+1% CO2+7% CH4 • Syn Gas 70% H2+4% CO+25% CO2+1% CH4 • Syn Gas 83% H2+14% CO+3% CH4 |
*These gases require MS/MCS-Series instruments. • R-11 Trichlorofluoromethane (CCl3F) • R-14 Tetrafluoromethane (CF4) • R-22 Difluoromonochloromethane (CHClF2) • R-23 Trifluoromethane (CHF3) • R-32 Difluoromethane (CH2F2) • R-115 Chloropentafluoroethane (C2ClF5) • R-116 Hexafluoroethane (C2F6) • R-124 Chlorotetrafluoroethane (C2HClF4) • R-125 Pentafluoroethane (C2HF5) • R-134A Tetrafluoroethane (CH2FCF3) • R-142B Chlorodifluoroethane (CH3CClF2) • R-143A Trifluoroethane (C2H3F3) • R-152A Difluoroethane (C2H4F2) • RC-318 Octafluorocyclobutane (C4F8) • R-404A (44% R-125+4% R-134A+52% R-143A) • R-407C (22% R-32+25% R-125+52% R-134A) • R-410A (50% R-32+50% R-125) • R-507A (50% R-125+50% R-143A) |
| Chromatography Gases | Oxygen Concentrator Gas Mixes | |
| • P-5 (5% CH4+95% Ar) • P-10 (10% CH4+90% Ar) |
• 89% O2+7% N2+4% Ar • 93% O2+3% N2+4% Ar • 95% O2+1% N2+4% Ar |
|
| Welding Gases | Stack/Flue Gas Mixes | Laser Gas Mixes |
| • C-2 (2% CO2+98% Ar) • C-8 (8% CO2+92% Ar) • C-10 (10% CO2+90% Ar) • C-15 (15% CO2+85% Ar) • C-20 (20% CO2+80% Ar) • C-25 (25% CO2+75% Ar) • C-50 (50% CO2+50% Ar) • C-75 (75% CO2+25% Ar) • He-25 (25% He+75% Ar) • He-50 (50% He+50% Ar) • He-75 (75% He+25% Ar) • He-90 (90% He+10% Ar) • A1025 (90% He+7.5% Ar+2.5% CO2) • Stargon CS (90% Ar+8% CO2+2% O2) |
• 2.5% O2+10.8% CO2+85.7% N2+1% Ar • 2.9% O2+14% CO2+82.1% N2+1% Ar • 3.7% O2+15% CO2+80.3% N2+1% Ar • 7% O2+12% CO2+80% N2+1% Ar • 10% O2+9.5% CO2+79.5% N2+1% Ar • 13% O2+7% CO2+79% N2+1% Ar |
• 4.5% CO2+13.5% N2+82% He • 6% CO2+14% N2+80% He • 7% CO2+14% N2+79% He • 9% CO2+15% N2+76% He • 9.4% CO2+19.25% N2+71.35% He • 9% Ne+91% He |
Verify flow rates for gases mixed on-site. Create 20 mixes tailored to your exact application needs.
Mixing and remetering custom laser gas mixes with Alicat’s COMPOSER™