Crowcon Xgard Type 1 Carbon Monoxide - Safety Gear Store
Require Install, Commissioning, Calibration or Servicing?
Safety Gear Store are able to install, commission and service your fixed gas detection system. We offer a professional service from fully trained, certified and manufacturer approved engineers, we are also one of the only suppliers with engineers that carry spares in their vehicles to ensure a quick and efficient service that will enable you to continue using your facility.For more information on what we offer please visit one of the below pages:
Fixed Gas Detection System Install and Commissioning
Fixed Gas Detection System Calibration and Servicing
XG1-N1-01-AM Carbon monoxide 0-1000ppm CO
The Xgard range is a comprehensive selection of fixed point gas detectors that meet the diverse requirements for gas detection in industries throughout the world. This includes many water treatment, oil and gas, power, research facility and manufacturing installations.
Overview:
Intrinsically Safe (I.S.) or Flameproof (Exd) versions are available, with case options comprising high-grade alloy, stainless steel or chemically resistant GRN polymer. Certifications include IECEx, ATEX, UL and GOST-R.
Low cost of ownership
- Designed for easy installation and maintenance – keeps costs down
- Three junction box options – designed to make replacement of sensors and sinters extremely simple. Spare sensors simply plug-in
- Many spare parts are common to all Xgard models – keeps spares holding requirements to a minimum
Flexible installation options
- Designed for either wall or ceiling mounting – no need for additional brackets
- Can accommodate M20, 1/2″ NPT or 3/4″ NPT cable glands – suits all site requirements
- High temperature models are available for hot environments (up to 150oc)
- Accessories are available for duct mounting and sampling applications as well as remote gassing – simple sensor checking
Wide range of sensors
- Poison resistant pellistors, for all flammable detection needs including hydrocarbons, hydrogen, ammonia, jet fuel, leaded petrol and vapours containing halogens
- Electrochemical sensors are used to detect a vast range of toxic gases and oxygen
- Thermal conductivity sensors are available to monitor % volume concentrations of gases
Rugged and reliable
- Manufactured using a choice of three materials: glass reinforced nylon, highly durable aluminium with a tough polyester coating, or 316 stainless steel for ultimate corrosion resistance – designed to operate even in the harshest environments
- Spray deflectors and weatherproof caps are available for use in areas subject to regular wash-downs, or offshore environments
- All models have been validated to the functional safety standard IEC 61508 (SIL 1 to SIL 3)
Specifications:
| Type 1 | Type 2 | Type 3 | Type 4 | Type 5 | Type 6 | |
| Size | 156 x 166 x 111mm (6.1 x 6.5 x 4.3 inches) | 195 x 166 x 111mm (7.6 x 6.5 x 4.3 inches) | 156 x 166 x 111mm (6.1 x 6.5 x 4.3 inches) | |||
| Weight | Nylon: 0.5 kgAlloy: 1kg (2.2lbs)316 S/S: 3.1kg (6.8lbs) | Aluminium: 1kg (2.2lbs)Stainless steel: 3.1kg (6.8lbs) | 1.5 kg (3.3lbs) | Aluminium: 1kg (2.2lbs) Stainless steel: 3.1kg (6.8lbs) | ||
| Enclosure material | ATEX certified: Glass reinforced nylon or 316 S/SUL Certified: Aluminium or 316 S/S | Aluminium or 316 Stainless Steel | Aluminium | Aluminium or 316 Stainless Steel | ||
| Ingress protection | IP65 | IP54 | IP65 | |||
| Cable entries | 1 x M20, 1/2 “NPT or 3/4 NPT* on right-side | |||||
| Terminations | 0.5 to 2.5mm2 | |||||
| Sensor type | Electrochemical | Catalytic bead | 316 S/S sensor housing with catalytic beads | Catalytic bead | Thermal conductivity | |
| Operating temperature | -40 to +50 °C(-40 to 122 °F)(sensor dependant) | -20 to +50°C (-4 to 122°F) | -40 to +80°C(-40 to 176°F) | -20 to +150°C (-4 to 302°F) | -40 to +55°C (-40 to 131°F) | +10 to +55°C (50 to 301°F) |
| Humidity | 10 to 95% RH non-condensing | 0-99% RH non-condensing | 0-90% RH | |||
| Repeatability Zero drift | <2% FSD (Typical)<2% FSD per Month (Typical) | |||||
| Response time | T90 <15s OxygenT90 <30s to 120s Toxic(sensor dependant) | T90 <15s (Typical) | ||||
| Operating voltage | 8-30V dc | 2.0V dc +/- 0.1V (Typical) | 10-30V dc | |||
| Power requirements | 24mA maximum | 300mA (Typical) | 50mA at 24V dc 1.2W | |||
| Electrical output | 2- wire 4-20mA (current sink) | 3- wire mV bridgeTypical signal: 12-15mV/ %LEL CH4 | 3- wire mV bridgeTypical signal: >10mV/%LEL CH4 | 3- wire 4-20mA (current sink or source) | ||
| Approvals | ATEX: II 1 GExia IIC T4 Ga(Tamb -40 to +55°C)UL/cUL: Class I, Div. 1Groups A, B, C, DIECExGOST-R | ATEX: II 2GDExd IIC T6 Gb (Tamb -40 to +50°C)UL: Class I, Div. 1Groups B, C, DIECExGOST-R | ATEX: II 2 GDExd IIC T4 Gb(Tamb -40 to +80°C)Exd IIC T6 Gb (Tamb -40 to +50°C)Ex tb IIICT180°C DbUL: Class I, Div. 1Groups B, C, DIECExGOST-R | ATEX: II 2 GDExd IIC T3 Gb (Tamb -40 to +150°C) | ATEX: II 2 GDExd IIC T6 Gb (Tamb -40 to +50°C)Exd IIC T4 Gb (Tamb -40 to +80°C)Ex tb IIICT180°C DbUL: Class I, Div. 1Groups B, C, DIECExGOST-R | |
| EMC compliance | EN 50270 FCC Part 15 ICES- 003 | |||||
*3/4 ” cable entry only available on aluminium juntion boxes.
Sensors available are:
XG1-N1-01-FM | Acetylene 0-100%LEL |
XG1-N1-01-SJ | Ammonia 0-1000ppm NH3 (-20C min) |
XG1-N1-01-SG | Ammonia 0-100ppm NH3 (-20C min) |
XG1-N1-01-AR | Ammonia 0-100ppm NH3 (-40C min) |
XG1-N1-01-FQ | Ammonia 0-25%LEL NH3 |
XG1-N1-01-SH | Ammonia 0-250ppm NH3 (-20C min) |
XG1-N1-01-SI | Ammonia 0-500ppm NH3 (-20C min) |
XG1-N1-01-SF | Ammonia 0-50ppm NH3 (-20C min) |
XG1-N1-01-AS | Arsine 0-1ppm AsH3 |
XG1-N1-01-AT | Bromine 0-3ppm Br2 |
XG1-N1-01-BL | Butane 0-100% LEL C4H10(IR) |
XG1-N1-01-FG | Butane 0-100%LEL |
XG1-N1-01-KG | Butene 0-100% LEL C4H8(IR) |
XG1-N1-01-CY | Carbon dioxide 0-2% volume CO2(IR) |
XG1-N1-01-HG | Carbon dioxide 0-5% volume CO2(IR) |
XG1-N1-01-AM | Carbon monoxide 0-1000ppm CO |
XG1-N1-01-AI | Carbon monoxide 0-100ppm CO |
XG1-N1-01-AN | Carbon monoxide 0-2000ppm CO |
XG1-N1-01-AJ | Carbon monoxide 0-200ppm CO |
XG1-N1-01-AK | Carbon monoxide 0-250ppm CO |
XG1-N1-01-AZ | Carbon monoxide 0-300ppm CO |
XG1-N1-01-AL | Carbon monoxide 0-500ppm CO |
XG1-N1-01-AH | Carbon monoxide 0-50ppm CO |
XG1-N1-01-SE | Chlorine 0-100ppm Cl2 |
XG1-N1-01-SB | Chlorine 0-10ppm Cl2 |
XG1-N1-01-SC | Chlorine 0-20ppm Cl2 |
XG1-N1-01-SZ | Chlorine 0-3ppm Cl2 |
XG1-N1-01-SD | Chlorine 0-50ppm Cl2 |
XG1-N1-01-SA | Chlorine 0-5ppm Cl2 |
XG1-N1-01-AX | Chlorine dioxide 0-1ppm ClO2 |
XG1-N1-01-AY | Diborane 0-1ppm B2H6 |
XG1-N1-01-FP | EDC 0-100%LEL |
XG1-N1-01-FE | Ethane 0-100%LEL |
XG1-N1-01-CT | Ethanol 0-100% LEL C2H5OH(IR) |
XG1-N1-01-FB | Ethanol 0-100%LEL |
XG1-N1-01-BP | Ethylene 0-100% LEL C2H4(IR) |
XG1-N1-01-FC | Ethylene 0-100%LEL |
XG1-N1-01-TC | Ethylene oxide 0-100ppm C2H4O |
XG1-N1-01-TA | Ethylene oxide 0-10ppm C2H4O |
XG1-N1-01-TB | Ethylene oxide 0-50ppm C2H4O |
XG1-N1-01-TD | Fluorine 0-1ppm F2 |
XG1-N1-01-TE | Germane 0-2ppm GeH4 |
XG1-N1-01-CU | Hexane 0-100% LEL C6H14(IR) |
XG1-N1-01-FY | Hexane 0-100%LEL |
XG1-N1-01-FA | Hydrogen 0-100%LEL |
XG1-N1-01-TQ | Hydrogen 0-20000ppm (0-50% LEL) H2 |
XG1-N1-01-AQ | Hydrogen 0-2000ppm H2 |
XG1-N1-01-AP | Hydrogen 0-200ppm H2 |
XG1-N1-01-FS | Hydrogen 0-25%LEL |
XG1-N1-01-TF | Hydrogen 0-40000ppm (0-100% LEL) H2 |
XG1-N1-01-SW | Hydrogen chloride 0-10ppm HCl |
XG1-N1-01-SX | Hydrogen chloride 0-25ppm HCl |
XG1-N1-01-TG | Hydrogen chloride 0-5ppm HCl |
XG1-N1-01-SY | Hydrogen cyanide 0-25ppm HCl |
XG1-N1-01-AV | Hydrogen fluoride 0-10ppm HF |
XG1-N1-01-AG | Hydrogen sulphide 0-1000ppm H2S |
XG1-N1-01-AC | Hydrogen sulphide 0-100ppm H2S |
XG1-N1-01-TJ | Hydrogen sulphide 0-10ppm H2S |
XG1-N1-01-AD | Hydrogen sulphide 0-200ppm H2S |
XG1-N1-01-TK | Hydrogen sulphide 0-20ppm H2S |
XG1-N1-01-AE | Hydrogen sulphide 0-250ppm H2S |
XG1-N1-01-AA | Hydrogen sulphide 0-25ppm H2S |
XG1-N1-01-AF | Hydrogen sulphide 0-300ppm H2S |
XG1-N1-01-AB | Hydrogen sulphide 0-50ppm H2S |
XG1-N1-01-TI | Hydrogen sulphide 0-5ppm H2S |
XG1-N1-01-FV | hydrogen: 0-10% vol. in air |
XG1-N1-01-FT | hydrogen: 0-20% vol. in nitrogen |
XG1-N1-01-TBA | hydrogen: 0-25% vol. in nitrogen |
XG1-N1-01-TBA | hydrogen: 0-30% vol. in nitrogen |
XG1-N1-01-TBA | hydrogen: 0-5% vol. in air |
XG1-N1-01-TBA | hydrogen: 0-50% vol. in air |
XG1-N1-01-FU | hydrogen: 0-50% vol. in nitrogen |
XG1-N1-01-FK | IPA 0-100%LEL |
XG1-N1-01-FR | Jet Fuel 0-100%LEL |
XG1-N1-01-CV | LPG 0-100% LEL(IR) |
XG1-N1-01-FW | LPG 0-100%LEL |
XG1-N1-01-BJ | Methane 0-100% LEL CH4(IR) |
XG1-N1-01-FD | Methane 0-100%LEL |
XG1-N1-01-BC | Methanol 0-100% LEL CH3OH(IR) |
XG1-N1-01-FL | Methanol 0-100%LEL |
XG1-N1-01-SP | Nitric oxide 0-100ppm NO |
XG1-N1-01-SN | Nitric oxide 0-25ppm NO |
XG1-N1-01-SO | Nitric oxide 0-50ppm NO |
XG1-N1-01-SM | Nitrogen dioxide 0-100ppm NO2 |
XG1-N1-01-SK | Nitrogen dioxide 0-10ppm NO2 |
XG1-N1-01-SL | Nitrogen dioxide 0-50ppm NO2 |
XG1-N1-01-OA | Oxygen 0-25% vol O2 |
XG1-N1-01-HA | Ozone 0-1ppm O3 |
XG1-N1-01-CX | Pentane 0-100% LEL C5H12(IR) |
XG1-N1-01-FI | Pentane 0-100%LEL |
XG1-N1-01-FN | Petrol Vapour (leaded) 0-100%LEL |
XG1-N1-01-FF | Petrol Vapour (unleaded) 0-100%LEL |
XG1-N1-01-TN | Phosgene, 0-1ppm |
XG1-N1-01-TM | Phosphine 0-1ppm PH3 |
XG1-N1-01-BN | Propane 0-100% LEL C3H8(IR) |
XG1-N1-01-FH | Propane 0-100%LEL |
XG1-N1-01-TP | Silane 0-1ppm SiH4 |
XG1-N1-01-ST | Sulphur dioxide 0-100ppm SO2 |
XG1-N1-01-SQ | Sulphur dioxide 0-10ppm SO2 |
XG1-N1-01-SR | Sulphur dioxide 0-20ppm SO2 |
XG1-N1-01-SV | Sulphur dioxide 0-250ppm SO2 |
XG1-N1-01-SS | Sulphur dioxide 0-50ppm SO2 |
XG1-N1-01-FJ | Toluene 0-100%LEL |
XG1-N1-01-FO | VCM 0-100%LEL |
XG1-N1-01-TO | Volatile organics 0-100ppm VO |
- Spray deflector - C01052 - For outdoor installations and protection from water sprays, for example in water treatment or food processing plants. Includes accessory adaptor. (Not suitable for use with Xgard Type 4)
- Sun shield - C011063 - Protects against excessive heat build-up due to direct sunlight. Supplied with fixing rivets
- Collector Cone - C01051 - For aiding detection of light gases such as methane. 38cm/15″ Dia. Includes accessory adaptor. (Not suitable for use with Xgard Type 4)
- Weatherproof cap - C01442 - For offshore or other extremely wet environments. Includes accessory adaptor. (Not suitable for use with Xgard Type 4)
- Flow adaptor - C01339 - For use where a gas sample is being piped to the detector.
- Calibration adaptor - C03005 - To enable calibration gas to be applied to the detector. One adaptor can be used for several detectors.
- Duct mounting kit - S011918 - Allows sampling within tubes and ducts. Stainless steel plate with 6mm remote calibration fitting. Maximum duct airflow: 6 metres per second. (Not compatible with Stainless Steel Xgard or Xgard Type 4.)
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