Calibration gas cylinders Calibration gas cylinders for the calibration or the periodical checkings of the gas detectors

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1 Calibration gas cylinders Calibration gas cylinders for the calibration or the periodical checkings of the gas detectors KEY FEATURES and BENEFITS Etensive range of standard and custom mitures Blended gravimetrically for maimum accuracy Cylinders are compliant with appropriate current European standards and legislation Certificate of analysis automatically provided Portable, convenient and easy to use Comprehensive range of gas handling equipment and accessories No rental charges TECHNICAL FEATURES Custom and standard gas mitures and pure gases are available from GazDetect in a range of lightweight, aluminium non-refillable cylinders, ideal for applications where portability is essential. Gas mitures are blended gravimetrically generally according to the principals of ISO6142. They ensure miture accuracy, optimum stability and maimum shelf life. These gas mitures are primarily used for checking and calibrating the function of detectors and instruments used in the following applications: Flammable gas detection Toic gas detection Refrigerant gas detection Ethanol breath testing Gas chromatography Food atmosphere analysis Medical gas analysis Environmental monitoring The portfolio of available miture types cover the whole range from simple LEL binary mitures through to laboratory standards featuring comple blends of multiple components at low ppm levels. As well as carrying etensive stocks of commonly used mitures (especially those associated with gas detection applications) we can blend components to provide a tailored solution for special miture requests in days. Because every pre-mi blend for non-refillable cylinders is individually certified and cross referenced every time it is used, traceability to National Standards, as well as full manufacturing traceability is assured.

2 Acetylene (C2H2) 0.5 % Acetylene // Air ±2% 60, Any concentration between 0.1% and 0.91% Acetylene // Air 60 Ammonia (NH3) 25 ppm Ammonia // Nitrogen ±5% 50 ppm Ammonia // Nitrogen ±5% 100 ppm Ammonia // Nitrogen ±2% 500 ppm Ammonia // Nitrogen ±2% 1000 ppm Ammonia // Nitrogen ±2% 0.5 % Ammonia // Nitrogen ±2% 1 % Ammonia // Nitrogen ±2%, Any concentration between 5 ppm and 1000ppm Ammonia // Nitrogen Argon (Ar) 100 % Argon "Premier" (5.0) N/A 60 Benzene (C6H6) 5 ppm Benzene // Air ±10% 60 Butane (C4H10) 0.4 % Butane // Air ±2% % Butane // Air ±2% % Butane // Air ±2% % Butane // Air ±2% % Butane // Air ±2% 60, Any concentration between 0.1% and 0.9% Butane // Air ±2% 60 Iso-Butane (I-C4H10) 0.75 % Iso-Butane // Air ±2% % Iso-Butane // Air ±2% % Iso-Butane // Nitrogen ±2% 60 Iso-Butylene (I-C4H8) 8 ppm Iso-Butylene // Air ±10% ppm Iso-Butylene // Air ±2% ppm Iso-Butylene // Air ±2% 60 Carbon Dioide (CO2) 500 ppm Carbon Dioide // Air ±2% ppm Carbon Dioide // Air ±2% ppm Carbon Dioide // Air ±2% 60 1 % Carbon Dioide // Air ±2% % Carbon Dioide // Air ±2% 60 2 % Carbon Dioide // Air ±2% 60 3 % Carbon Dioide // Air ±2% 60 5 % Carbon Dioide // Air ±2% % Carbon Dioide // Air ±2% % Carbon Dioide // Air ±2% % Carbon Dioide (3.0) N/A 60, Any concentration between 0.1% and 40% Carbon Dioide Carbon Monoide (CO) 20 ppm Carbon Monoide // Air ppm Carbon Monoide // Air ±5% ppm Carbon Monoide // Air ±2% ppm Carbon Monoide // Air ±2% 60

3 200 ppm Carbon Monoide // Air ±2% ppm Carbon Monoide // Air ±2% ppm Carbon Monoide // Air ±2% ppm Carbon Monoide // Air ±2% ppm Carbon Monoide // Air ±2% 60 1 % Carbon Monoide // Air ±2% 60 5 % Carbon Monoide // Air ±2% 60, Any concentration between 5 ppm and 3% Carbon Monoide // Air ±2% 60 Chlorine (Cl2) 5 ppm Chlorine // Nitrogen ±10% 10 ppm Chlorine // Nitrogen ±10% 20 ppm Chlorine // Nitrogen ±10% 50 ppm Chlorine // Nitrogen ±5% Ethane (C2H6 100 % Ethane (2.5) N/A 60 Ethanol (C2H6O) 130 ppm Ethanol // Nitrogen ±2% ppm Ethanol // Nitrogen ±2% ppm Ethanol // Nitrogen ±2% 36 Ethylene (C2H4) 1000 ppm Ethylene // Air ±2% 60 1 % Ethylene // Air ±2% % Ethylene // Air ±2% % Ethylene (2.5) psig ±2% 60, Any concentration between 0.1% and 1.35 % Ethylene // Air ±2% 60 Ethylene Oide (ETO) (C2H4O) 10 ppm Ethylene Oide // Air ±2% ppm Ethylene Oide // Air ±2% 6 Helium (He) 100 % Helium "Premier" (5.0) N/A 60 Heptane (C7H16) 0.2% Heptane // Air ±2% % Heptane // Air ±2% % Heptane // Air ±2% % Heptane // Air ±2% 60 Heane (C6H14) 1000 ppm Heane // Air ±2% % Heane // Air ±2% 60, Any concentration between 0.1% and 05% Heane // Air ±2% 60 Hydrogen (H2) 100 ppm Hydrogen // Air ±2% ppm Hydrogen // Air ±2% ppm Hydrogen // Air ±2% % Hydrogen // Air ±2% % Hydrogen // Air ±2% % Hydrogen // Air ±2% % Hydrogen // Air ±2% % Hydrogen // Air ±2% 60

4 1% Hydrogen // Air ±2% % Hydrogen // Air ±2% % Hydrogen // Air ±2% 60 2% Hydrogen // Air ±2% % Hydrogen "Premier Plus" (5.0) ±2% 60 Hydrogen Chloride (HCl) 5 ppm Hydrogen Chloride // Nitrogen ±10% 10 ppm Hydrogen Chloride // Nitrogen ±10% 20 ppm Hydrogen Chloride // Nitrogen ±10% 25 ppm Hydrogen Chloride // Nitrogen ±5% 50 ppm Hydrogen Chloride // Nitrogen ±5% Hydrogen Cyanide (HCN) 5 ppm Hydrogen Cyanide // Nitrogen ±5% 10 ppm Hydrogen Cyanide // Nitrogen ±5% 20 ppm Hydrogen Cyanide // Nitrogen ±5% 25 ppm Hydrogen Cyanide // Nitrogen ±5% Hydrogen Sulphide (H2S) 5 ppm Hydrogen Sulphide // Nitrogen ±10% ppm Hydrogen Sulphide // Nitrogen ±10% ppm Hydrogen Sulphide // Nitrogen ±10% ppm Hydrogen Sulphide // Nitrogen ±10% ppm Hydrogen Sulphide // Nitrogen ±5% ppm Hydrogen Sulphide // Nitrogen ±5% ppm Hydrogen Sulphide // Nitrogen ±5% ppm Hydrogen Sulphide // Nitrogen ±5% ppm Hydrogen Sulphide // Nitrogen ±2% ppm Hydrogen Sulphide // Nitrogen ±2% ppm Hydrogen Sulphide // Nitrogen ±2% ppm Hydrogen Sulphide // Nitrogen ±2% ppm Hydrogen Sulphide // Nitrogen ±2% 18 1% Hydrogen Sulphide // Nitrogen ±2% 18 Methane (CH4) 100 ppm Methane // Air ±2% ppm Methane // Air ±2% % Methane // Air ±2% 60 1% Methane // Air ±2% % Methane // Air ±2% % Methane // Air ±2% % Methane // Air ±2% 60 2% Methane // Air ±2% % Methane // Air ±2% % Methane // Air ±2% 60 3% Methane // Nitrogen ±2% 60 5% Methane // Nitrogen ±2% 60 8% Methane // Nitrogen ±2% 60 10% Methane // Nitrogen ±2% 60 20% Methane // Nitrogen ±2% 60 50% Methane // Nitrogen ±2% 60 50% Methane // Carbon dioyde ±2% 60 60% Methane // Carbon dioyde ±2% % Methane (2.5) ±2% 60, Any concentration between 5 ppm et 2.5% Methane // Air or Nitrogen or Carbon dioyde ±2% 60

5 Nitric Oide (NO) 10 ppm Nitric Oide // Nitrogen ±10% 25 ppm Nitric Oide // Nitrogen ±5% 50 ppm Nitric Oide // Nitrogen ±5% 100 ppm Nitric Oide // Nitrogen ±2% 500 ppm Nitric Oide // Nitrogen ±2% 1000 ppm Nitric Oide // Nitrogen ±2% 4000 ppm Nitric Oide // Nitrogen ±2% Nitrogen (N2) 100% Nitrogen "Technical" (5.0) N/A 60 Nitrogen Dioide (NO2) 5 ppm Nitrogen Dioide // Nitrogen ±10% 6 10 ppm Nitrogen Dioide // Nitrogen ±10% ppm Nitrogen Dioide // Nitrogen ±2% ppm Nitrogen Dioide // Nitrogen ±2% 6 Nitrous Oide (N2O) 100 ppm Nitrous Oide // Nitrogen ±2% ppm Nitrous Oide // Nitrogen ±2% 60 1% Nitrous Oide // Nitrogen ±2% 60 Oygen (O2) 100 ppm Oygen // Nitrogen ±2% % Oygen // Nitrogen ±2% 60 1% Oygen // Nitrogen ±2% 60 2% Oygen // Nitrogen ±2% 60 4% Oygen // Nitrogen ±2% 60 5 % Oygen // Nitrogen ±2% 60 8% Oygen // Nitrogen ±2% 60 10% Oygen // Nitrogen ±2% 60 15% Oygen // Nitrogen ±2% 60 18% Oygen // Nitrogen ±2% % Oygen // Nitrogen ±2% % Oygen // Nitrogen ±2% % Oygen // Nitrogen ±2% 60, Any concentration between 0.1% and 21% Oygen // Nitrogen ±2% 60 Pentane (C5H) 0.7 % Pentane // Air ±2% 60, Any concentration between 0.1% and 0.7% Pentane // Air ±2% 60 Phosphine (PH3) 0.5 ppm Phosphine // Nitrogen ±10% 5 ppm Phosphine // Nitrogen ±10% 10 ppm Phosphine // Nitrogen ±10% Propane (C3H8) 0.1% Propane // Air ±2% % Propane // Air ±2% % Propane // Air ±2% % Propane // Air ±2% % Propane // Air ±2% 60 1% Propane // Air ±2% % Propane // Air ±2% 60 50% Propane // Nitrogen ±2% % Propane (2.5) ±2% 60, Any concentration between 5 ppm and 1.1% Propane // Air or Nitrogen ±2% 60

6 Propylene (C3H6) 1% Propylene // Air ±2% 60 Refrigerant R34YF 1000 ppm R34YF // Air ±2% 60 Refrigerant R ppm R3 // Air ±2% 60 Refrigerant R134A 500 ppm R134A // Air ±2% ppm R134A // Air ±2% ppm R134A // Air ±2% 60 Refrigerant R ppm R14 // Air ±2% 60 Refrigerant R143A 1000 ppm R143A // Air ±2% 60 Refrigerant R ppm R22 // Air ±2% ppm R22 // Air ±2% ppm R22 // Air ±2% 60 Refrigerant R ppm R23 // Air ±2% 60 Refrigerant R404A 500 ppm R404A // Air ±2% ppm R404A // Air ±2% ppm R404A // Air ±2% 60 Refrigerant R407A 1000 ppm R407A // Air ±2% 60 Refrigerant R407C 1000 ppm R407C // Air ±2% 60 Refrigerant R410A 1000 ppm R410A // Air ±2% ppm R410A // Air ±2% 60 Refrigerant R422D 1000 ppm R422D // Air ±2% 60 Refrigerant R ppm R507 // Air ±2% ppm R507 // Air ±2% 60 Silane (SiH4) 5 ppm Silane // Nitrogen ±10% 10 ppm Silane // Nitrogen ±10% 15 ppm Silane // Nitrogen ±10% Sulphur Dioide (SO2) 10 ppm Sulphur Dioide // Nitrogen ±10% * 20 ppm Sulphur Dioide // Nitrogen ±10% * 100 ppm Sulphur Dioide // Nitrogen ±2% * 2000 ppm Sulphur Dioide // Nitrogen N/A *, Any concentration between 5ppm and 2000 ppm Sulphur Dioide // Nitrogen N/A *

7 Sulphur Heafluoride (SF6) 500 ppm Sulphur Heafluoride // Air ±2% ppm Sulphur Heafluoride // Air ±2% 60 1 % Sulphur Heafluoride // Air ±2% % Sulphur Heafluoride (4.0) N/A 60 Toluene (C7H8) 100 ppm Toluene // Air ±2% ppm Toluene // Air ±2% 60 Vinyl Chloride (VCM) (C2H3Cl) 10 ppm Vinyl Chloride // Nitrogen ±10% 60 * validity of ± 3 months according to the various storage durations Upon request, numerous gas mitures which are not present in this document are available such as: butadiene, butene, propanol, acetone, cycloheane, cyclopentane, isobutene, ylene... Contact us for any particular request. MULTIGAS CYLINDERS Number of gases 2 gas 09 % Butane / 18% Oygen // Nitrogen 2.5% Methane / 18% Oygen // Nitrogen 0.7 % Pentane / 18 % Oygen // Nitrogen ±2% ±2% ±2% gas 100 ppm Carbon monoide / 2.5 % Methane / 18 % Oygen // Nitrogen 25 ppm Hydrogen sulfide / 2.5 % Methane / 18.5 % Oygen // Nitrogen ±2% 60 4 gas 20 ppm H2S / 60 ppm CO / % CH4 / 15 % O2 // N2 (mie MSA) 25 ppm H2S / 100 ppm CO / 2.2 % CH4 / 18 % O2 // N2 (mie BW) 25 ppm H2S / 100 ppm CO / 2.5 % CH4 / 18 % O2 // N2 25 ppm H2S / 100 ppm CO / 0.7 % Pentane / 18 % O2 // N gas 25 ppm H2S / 100 ppm CO / 5000 ppm CO2 / 2.5 % CH4 / 18 % O2 // N2 25 ppm H2S / 100 ppm CO / 2 % CO2 / 2.5 % CH4 / 20.9 % O2 // N

8 FEATURES of the CYLINDERS Typical Cylinder Gas Capacity Water Capacity (litres) Pressure : Bar (PSIG) 34 (500) 34 (500) 68 (1000) Size : H Ø mm Empty Weight (Kg) Valve Outlet 5/8 18 UNF C10 Regulatory compliance EN205* * It is a requirement of EN205 that non-refillable cylinders feature a non-refillable valve in accordance with EN13340 FLOW REGULATORS Fied Flow Regulator (Plated Brass) for non-corrosive gases. These units are preset to deliver gas at a fied flow rate of 0.5 litres / minute (other fied flow rates are also available upon request). The pressure gauge shows the canister contents. Fied Flow Regulator (Stainless Steel) for use with highly corrosive gas mitures like HCN, Cl2, HCl and NH3. These units are preset to deliver gas at a fied flow rate of 0.5 litres / minute (other fied flow rates are also available upon request). The pressure gauge shows the canister contents. S-Flow Valve offering more precise setting of adjustable flow rates. It features an integral flow adjustment valve and a clearly marked graduated flow meter for ease of use, and a pressure gauge indicating canister contents. A short length of polyeurethane tubing is supplied Demand Flow Regulator (Plated Brass) for non-corrosive gases designed for instruments fitted with a pump. The regulator flow matches that demanded by the instrument. The pressure gauge shows the canister contents Demand Flow Regulator (Stainless Steel) for use with highly corrosive gas mitures like HCN, Cl2, HCl and NH3 designed for instruments fitted with a pump. The regulator flow matches that demanded by the instrument. The pressure gauge shows the canister contents ACCESSORIES Hard carrying case for 2 cylinders (any size) Soft carrying case for three cylinders or two cylinders Recycling tool for used disposable calibration gas cylinders