X-Am 8000

VN00144 X-am 8000 Multi-Gas Detector, IREX, H2-HC, O2, CO-H2Comp by Draeger

Clearance measurement was never this easy and convenient: The 1 to 7 gas detector detects toxic and flammable gases as well as vapors and oxygen all at once – either in pump or diffusion mode. Innovative signaling design and handy assistant functions ensure complete safety throughout the process.

Multi-gas detector

• 1- to 7 gas detection device
• for clearance measurement
• detection of toxic and combustible gases as well as vapors and oxygen

Specially designed for use with a pump, optimized for clearance measurement

The Draeger X-am® 8000 is equipped with a very powerful pump. It can be connected with hoses of up to 45 meters in length. A pump adapter makes it easy to switch between diffusion and pump mode at any time. This means the pump is only operated when you actually need it. That saves energy, reduces wear and tear, and extends the lifespan of the pump.

Handy and durable, the Draeger X-am® 8000 is intuitive to operate single-handedly using three function keys. The easy-to-read color display clearly lays out all the information for you.

The multi-gas detector also features advanced software functions including change of measurement gas for PID, CatEx and IR sensor during operation. This is based on an on-board library and a convenient assistant to hide unused sensor channels and adapt the flexible instrument to the measurement task.

Standard accessories include a sturdy shoulder strap so you can comfortably carry the X-am 8000. Thanks to its compact and robust construction, the device can withstand even the harshest conditions.

Clearance measurement, release and documentation in no time

The X-am 8000 effectively supports various applications with specially developed assistant functions that guide you through each process step by step. During clearance measurement, for example, the smart assistant calculates the necessary flooding time for the device and probe (FKM hose) based on parameters such as measuring gases, temperature limits, and the indicated hose length. Additionally, customer defined flooding times are also possible.

When monitoring for potentially high methane concentrations, an optional automatic measurement range switch makes it easier to take a reading: If the Cat-Ex sensor measures values above 100 % LEL, the display switches to the range of 0 to 100 vol %. A similar function to measure in % LEL and vol % simultaneously is also available for the IR EX ES sensor.

The DraegerSensor CatEx 125 PR Gas offers a special variant for the measuring gas methane, which enables measurements in the ppm range. The performance of selected sensors has been verified by an external approval body within the scope of the measurement performance approval (EN 60079-29-1) for combustible gases and vapors including methane, propane and n-nonane.

An additional useful tool is CSE Connect. It combines an app, specially designed for the X-am 8000, with a cloud-computing solution. Measuring jobs can be quickly and easily transferred to the app using an online application. An optional Bluetooth® module in the Draeger X-am 8000 enables measured values to be transferred automatically to the CSE Connect app. You can also easily and conveniently use the app to create measurement reports. This saves time and helps you manage your measuring tasks during clearance measurements more efficiently.

Clear signaling design

The signal system of the Draeger X-am 8000 is based on a clear color code, in accordance with the requirements of EN 60079-29-1, EN 45544-1 and EN 50104:

• Red light = gas alarm
• Yellow light = device-related alarm, e.g. low battery
• Green light = device is ready for use

The green glow of the D-Light allows you to see from a distance whether the device has been properly tested and is ready for use.

In case of an alarm, the X-am 8000 alerts you with colorful warning LEDs, a loud horn (100 dB(A) at a distance of 30 cm), and clearly palpable vibration. Optionally, four preset hazard symbols are available for the display which explicitly indicate the presence of explosive or toxic gas hazards, for example. This allows the user to easily recognize the type of hazard based purely on the symbol displayed.

The X-am 8000 is equipped with an impact detection system. The event report indicates whenever severe mechanical impacts have occurred that might result in functional impairments of the device or the sensors. These are also documented in the data logger. With this information, a device operator can specifically check the device. The instrument can also be locked after a detected impact as well.

Economical Fleet Management

Bumptest and calibration are carried out simply and quickly using the Draeger X-dock® calibrating station. Its low test gas consumption keeps operating costs to a minimum.

Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify devices in your fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Specialist for high and low hydrocarbon concentrations

To measure hard-to-detect hydrocarbons, you can fit the Draeger X-am 8000 with one of two high-performance PID sensors. The PID HC covers a measurement range of 0 to 2,000 ppm (isobutene). The PID LC ppb is particularly suited for a measurement range of 0 to 10 ppm (isobutene) with a high resolution in the range below 1 ppm.

For benzene-specific measurements, the X-am 8000 can be used with a pre-tube. The advantage: You only need one measuring device for this application, which significantly reduces the costs of purchasing, maintaining and transporting devices in use. The use of pre-tubes is supported by a built-in assistant.

Inductive charging protects against wear and tear

The X-am 8000 features inductive charging. This makes it easier to operate and increases the lifespan of the device. Issues like corrosion and contact problems in the charging cradle are a thing of the past. You can charge (outside of explosion-hazard zones) and measure at once, e.g, when using inside vehicles or on machinery.

The charging cradles can connect with one another, take up minimal space, and are compatible with existing Draeger X-am® series cradles.

VN00145 X-am 8000 Multi-Gas Detector, PID-HC, LEL, O2, CO-LC, H2S-LC by Draeger

Clearance measurement was never this easy and convenient: The 1 to 7 gas detector detects toxic and flammable gases as well as vapors and oxygen all at once – either in pump or diffusion mode. Innovative signaling design and handy assistant functions ensure complete safety throughout the process.

Multi-gas detector

• 1- to 7 gas detection device
• for clearance measurement
• detection of toxic and combustible gases as well as vapors and oxygen

Specially designed for use with a pump, optimized for clearance measurement

The Draeger X-am® 8000 is equipped with a very powerful pump. It can be connected with hoses of up to 45 meters in length. A pump adapter makes it easy to switch between diffusion and pump mode at any time. This means the pump is only operated when you actually need it. That saves energy, reduces wear and tear, and extends the lifespan of the pump.

Handy and durable, the Draeger X-am® 8000 is intuitive to operate single-handedly using three function keys. The easy-to-read color display clearly lays out all the information for you.

The multi-gas detector also features advanced software functions including change of measurement gas for PID, CatEx and IR sensor during operation. This is based on an on-board library and a convenient assistant to hide unused sensor channels and adapt the flexible instrument to the measurement task.

Standard accessories include a sturdy shoulder strap so you can comfortably carry the X-am 8000. Thanks to its compact and robust construction, the device can withstand even the harshest conditions.

Clearance measurement, release and documentation in no time

The X-am 8000 effectively supports various applications with specially developed assistant functions that guide you through each process step by step. During clearance measurement, for example, the smart assistant calculates the necessary flooding time for the device and probe (FKM hose) based on parameters such as measuring gases, temperature limits, and the indicated hose length. Additionally, customer defined flooding times are also possible.

When monitoring for potentially high methane concentrations, an optional automatic measurement range switch makes it easier to take a reading: If the Cat-Ex sensor measures values above 100 % LEL, the display switches to the range of 0 to 100 vol %. A similar function to measure in % LEL and vol % simultaneously is also available for the IR EX ES sensor.

The DraegerSensor CatEx 125 PR Gas offers a special variant for the measuring gas methane, which enables measurements in the ppm range. The performance of selected sensors has been verified by an external approval body within the scope of the measurement performance approval (EN 60079-29-1) for combustible gases and vapors including methane, propane and n-nonane.

An additional useful tool is CSE Connect. It combines an app, specially designed for the X-am 8000, with a cloud-computing solution. Measuring jobs can be quickly and easily transferred to the app using an online application. An optional Bluetooth® module in the Draeger X-am 8000 enables measured values to be transferred automatically to the CSE Connect app. You can also easily and conveniently use the app to create measurement reports. This saves time and helps you manage your measuring tasks during clearance measurements more efficiently.

Clear signaling design

The signal system of the Draeger X-am 8000 is based on a clear color code, in accordance with the requirements of EN 60079-29-1, EN 45544-1 and EN 50104:

• Red light = gas alarm
• Yellow light = device-related alarm, e.g. low battery
• Green light = device is ready for use

The green glow of the D-Light allows you to see from a distance whether the device has been properly tested and is ready for use.

In case of an alarm, the X-am 8000 alerts you with colorful warning LEDs, a loud horn (100 dB(A) at a distance of 30 cm), and clearly palpable vibration. Optionally, four preset hazard symbols are available for the display which explicitly indicate the presence of explosive or toxic gas hazards, for example. This allows the user to easily recognize the type of hazard based purely on the symbol displayed.

The X-am 8000 is equipped with an impact detection system. The event report indicates whenever severe mechanical impacts have occurred that might result in functional impairments of the device or the sensors. These are also documented in the data logger. With this information, a device operator can specifically check the device. The instrument can also be locked after a detected impact as well.

Economical Fleet Management

Bumptest and calibration are carried out simply and quickly using the Draeger X-dock® calibrating station. Its low test gas consumption keeps operating costs to a minimum.

Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify devices in your fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Specialist for high and low hydrocarbon concentrations

To measure hard-to-detect hydrocarbons, you can fit the Draeger X-am 8000 with one of two high-performance PID sensors. The PID HC covers a measurement range of 0 to 2,000 ppm (isobutene). The PID LC ppb is particularly suited for a measurement range of 0 to 10 ppm (isobutene) with a high resolution in the range below 1 ppm.

For benzene-specific measurements, the X-am 8000 can be used with a pre-tube. The advantage: You only need one measuring device for this application, which significantly reduces the costs of purchasing, maintaining and transporting devices in use. The use of pre-tubes is supported by a built-in assistant.

Inductive charging protects against wear and tear

The X-am 8000 features inductive charging. This makes it easier to operate and increases the lifespan of the device. Issues like corrosion and contact problems in the charging cradle are a thing of the past. You can charge (outside of explosion-hazard zones) and measure at once, e.g, when using inside vehicles or on machinery.

The charging cradles can connect with one another, take up minimal space, and are compatible with existing Draeger X-am® series cradles.

VN00368 X-am 8000 Multi-Gas Detector, with Pump 6851882 CO2 IR RFID by Draeger

Clearance measurement was never this easy and convenient: The 1 to 7 gas detector detects toxic and flammable gases as well as vapors and oxygen all at once – either in pump or diffusion mode. Innovative signaling design and handy assistant functions ensure complete safety throughout the process.

Multi-gas detector

• 1- to 7 gas detection device
• for clearance measurement
• detection of toxic and combustible gases as well as vapors and oxygen

Specially designed for use with a pump, optimized for clearance measurement

The Draeger X-am® 8000 is equipped with a very powerful pump. It can be connected with hoses of up to 45 meters in length. A pump adapter makes it easy to switch between diffusion and pump mode at any time. This means the pump is only operated when you actually need it. That saves energy, reduces wear and tear, and extends the lifespan of the pump.

Handy and durable, the Draeger X-am® 8000 is intuitive to operate single-handedly using three function keys. The easy-to-read color display clearly lays out all the information for you.

The multi-gas detector also features advanced software functions including change of measurement gas for PID, CatEx and IR sensor during operation. This is based on an on-board library and a convenient assistant to hide unused sensor channels and adapt the flexible instrument to the measurement task.

Standard accessories include a sturdy shoulder strap so you can comfortably carry the X-am 8000. Thanks to its compact and robust construction, the device can withstand even the harshest conditions.

Clearance measurement, release and documentation in no time

The X-am 8000 effectively supports various applications with specially developed assistant functions that guide you through each process step by step. During clearance measurement, for example, the smart assistant calculates the necessary flooding time for the device and probe (FKM hose) based on parameters such as measuring gases, temperature limits, and the indicated hose length. Additionally, customer defined flooding times are also possible.

When monitoring for potentially high methane concentrations, an optional automatic measurement range switch makes it easier to take a reading: If the Cat-Ex sensor measures values above 100 % LEL, the display switches to the range of 0 to 100 vol %. A similar function to measure in % LEL and vol % simultaneously is also available for the IR EX ES sensor.

The DraegerSensor CatEx 125 PR Gas offers a special variant for the measuring gas methane, which enables measurements in the ppm range. The performance of selected sensors has been verified by an external approval body within the scope of the measurement performance approval (EN 60079-29-1) for combustible gases and vapors including methane, propane and n-nonane.

An additional useful tool is CSE Connect. It combines an app, specially designed for the X-am 8000, with a cloud-computing solution. Measuring jobs can be quickly and easily transferred to the app using an online application. An optional Bluetooth® module in the Draeger X-am 8000 enables measured values to be transferred automatically to the CSE Connect app. You can also easily and conveniently use the app to create measurement reports. This saves time and helps you manage your measuring tasks during clearance measurements more efficiently.

Clear signaling design

The signal system of the Draeger X-am 8000 is based on a clear color code, in accordance with the requirements of EN 60079-29-1, EN 45544-1 and EN 50104:

• Red light = gas alarm
• Yellow light = device-related alarm, e.g. low battery
• Green light = device is ready for use

The green glow of the D-Light allows you to see from a distance whether the device has been properly tested and is ready for use.

In case of an alarm, the X-am 8000 alerts you with colorful warning LEDs, a loud horn (100 dB(A) at a distance of 30 cm), and clearly palpable vibration. Optionally, four preset hazard symbols are available for the display which explicitly indicate the presence of explosive or toxic gas hazards, for example. This allows the user to easily recognize the type of hazard based purely on the symbol displayed.

The X-am 8000 is equipped with an impact detection system. The event report indicates whenever severe mechanical impacts have occurred that might result in functional impairments of the device or the sensors. These are also documented in the data logger. With this information, a device operator can specifically check the device. The instrument can also be locked after a detected impact as well.

Economical Fleet Management

Bumptest and calibration are carried out simply and quickly using the Draeger X-dock® calibrating station. Its low test gas consumption keeps operating costs to a minimum.

Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify devices in your fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Specialist for high and low hydrocarbon concentrations

To measure hard-to-detect hydrocarbons, you can fit the Draeger X-am 8000 with one of two high-performance PID sensors. The PID HC covers a measurement range of 0 to 2,000 ppm (isobutene). The PID LC ppb is particularly suited for a measurement range of 0 to 10 ppm (isobutene) with a high resolution in the range below 1 ppm.

For benzene-specific measurements, the X-am 8000 can be used with a pre-tube. The advantage: You only need one measuring device for this application, which significantly reduces the costs of purchasing, maintaining and transporting devices in use. The use of pre-tubes is supported by a built-in assistant.

Inductive charging protects against wear and tear

The X-am 8000 features inductive charging. This makes it easier to operate and increases the lifespan of the device. Issues like corrosion and contact problems in the charging cradle are a thing of the past. You can charge (outside of explosion-hazard zones) and measure at once, e.g, when using inside vehicles or on machinery.

The charging cradles can connect with one another, take up minimal space, and are compatible with existing Draeger X-am® series cradles.

NA10684 X-site Live Kit w/o Gateway,no radiation det by Draeger

Real-time scalable area monitoring. Benefit from up to 7 toxic and combustible gas detection plus radiation sensors in a convenient, easy to carry case. Remote visibility with unsurpassed communications capability enabled by FirstNet® integration.

Live, Unthrottled Gas Detection and Radiation Data when you need it most, with FirstNet® Integration

Monitor a scene from anywhere. Data from each monitoring point is relayed real-time to a central monitoring station and to any experts you choose. Area monitoring is achieved through a comprehensive simple to operate robust wireless system. Chemical and radiological data is relayed through a gateway with local and redundant broadband connectivity. The Lifeline Smart Gateway includes a FirstNet® Ready router providing Public Safety priority and preemption should events require. Additionally, robust internet broadband connectivity helps ensure internet system coverage. Software displays live and historical meter readings with corresponding map-based location information. All collected data is standardized for interoperability with Federal and commercial systems.

With up to 7 gases readable at once and with a large sensor selection, configure your area monitor to handle a wide range of gas hazards. Sensors include PID, CatEx LEL, IR LEL, O₂, CO and H₂S.

Live Gas and Radiation Data

Live gas and radiation detection data helps First Responders stay safe by providing immediate remote hazardous environmental data. This information can be sent to subject matter experts and even agencies such as the EPA so that they have immediate knowledge of hazards.

Save Time and Money

Further benefits of live data: Immediately know environmental conditions. By having faster access to data, more teams know what the exact situation is and can prepare ahead of time. Personnel do not have to leave the hot zone to share data. Reduce First Responder footprint at events through greater knowledge of the hazard and faster response. Faster sharing of information can shorten the hazardous event and return the situation to normal more rapidly. Use as a preventative tool could eliminate the event from happening.

Use the Included X-am 8000 Gas Detector as a Personal Monitor

Area monitors often sit unused for long time periods. Have the area monitoring capabilities when you need them. When you don't need the area monitor, simply remove the X-am 8000 and SmartLINC from the kit and use it as a personal monitor. Similarly, the radiation detector may also be removed.

Compliance with Presidential Policy Directive – PPD-8

This directive is aimed at strengthening the security and resilience of the United States through systematic preparation. In compliance with this, the X-site Live knows where the data is coming from, what it is, the state of the instrument and other information.

Continuity of Operations

Ensure that essential functions continue to be performed during a wide range of emergencies by knowing live environmental conditions with the confidence of having redundant wireless connectivity. Potentially offset fines, litigation or penalties.

Toxic Twin Algorithm Helps Increase Firefighter Safety During Overhaul

Draeger's patented toxic twins alarm function enables the area monitoring kit (or just the X-am 8000 when used in standalone mode as a personal monitor) to measure CO and HCN against a combined threshold, which increases firefighter safety during overhaul. A combined threshold is used because measuring the combination of CO and HCN individually does not reflect the synergistic but harmful effect that the two chemicals produce when both are present. The instrument will show an A1 or A2 alarm for the HCN+ channel when the combined levels of CO and HCN exceed safe levels. This capability is present when both CO and HCN sensors are selected at purchase.

Radiation Detection

Discretely included in each kit and developed in collaboration with First Responders and state and federal law enforcement. Use the built-in directionality feature to find the location of a radiation source.

Integrate with your Weatherpack® Weather Station to Predict Toxic Plumes

Available pluming software allows you to map the plumes, identifying areas at risk. This can in turn drive actions such as evacuations and emergency personnel actions.

Economical Fleet Management

Gas detector bumptests and calibrations are carried out simply and quickly using the Draeger X-dock® calibration station. Its low test gas consumption keeps operating costs to a minimum. Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify the devices in the fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Integrate with 3rd party equipment

Other instruments can also be integrated into the X-site Live solution. Examples of these include Draeger series X-am instruments, FLIR radiation detection instruments, particle size instruments and others. Check with your Draeger Sales Representative for more information.

NA10686 X-site Live Kit without Gateway by Draeger

Real-time scalable area monitoring. Benefit from up to 7 toxic and combustible gas detection plus radiation sensors in a convenient, easy to carry case. Remote visibility with unsurpassed communications capability enabled by FirstNet® integration.

Live, Unthrottled Gas Detection and Radiation Data when you need it most, with FirstNet® Integration

Monitor a scene from anywhere. Data from each monitoring point is relayed real-time to a central monitoring station and to any experts you choose. Area monitoring is achieved through a comprehensive simple to operate robust wireless system. Chemical and radiological data is relayed through a gateway with local and redundant broadband connectivity. The Lifeline Smart Gateway includes a FirstNet® Ready router providing Public Safety priority and preemption should events require. Additionally, robust internet broadband connectivity helps ensure internet system coverage. Software displays live and historical meter readings with corresponding map-based location information. All collected data is standardized for interoperability with Federal and commercial systems.

With up to 7 gases readable at once and with a large sensor selection, configure your area monitor to handle a wide range of gas hazards. Sensors include PID, CatEx LEL, IR LEL, O₂, CO and H₂S.

Live Gas and Radiation Data

Live gas and radiation detection data helps First Responders stay safe by providing immediate remote hazardous environmental data. This information can be sent to subject matter experts and even agencies such as the EPA so that they have immediate knowledge of hazards.

Save Time and Money

Further benefits of live data: Immediately know environmental conditions. By having faster access to data, more teams know what the exact situation is and can prepare ahead of time. Personnel do not have to leave the hot zone to share data. Reduce First Responder footprint at events through greater knowledge of the hazard and faster response. Faster sharing of information can shorten the hazardous event and return the situation to normal more rapidly. Use as a preventative tool could eliminate the event from happening.

Use the Included X-am 8000 Gas Detector as a Personal Monitor

Area monitors often sit unused for long time periods. Have the area monitoring capabilities when you need them. When you don't need the area monitor, simply remove the X-am 8000 and SmartLINC from the kit and use it as a personal monitor. Similarly, the radiation detector may also be removed.

Compliance with Presidential Policy Directive – PPD-8

This directive is aimed at strengthening the security and resilience of the United States through systematic preparation. In compliance with this, the X-site Live knows where the data is coming from, what it is, the state of the instrument and other information.

Continuity of Operations

Ensure that essential functions continue to be performed during a wide range of emergencies by knowing live environmental conditions with the confidence of having redundant wireless connectivity. Potentially offset fines, litigation or penalties.

Toxic Twin Algorithm Helps Increase Firefighter Safety During Overhaul

Draeger's patented toxic twins alarm function enables the area monitoring kit (or just the X-am 8000 when used in standalone mode as a personal monitor) to measure CO and HCN against a combined threshold, which increases firefighter safety during overhaul. A combined threshold is used because measuring the combination of CO and HCN individually does not reflect the synergistic but harmful effect that the two chemicals produce when both are present. The instrument will show an A1 or A2 alarm for the HCN+ channel when the combined levels of CO and HCN exceed safe levels. This capability is present when both CO and HCN sensors are selected at purchase.

Radiation Detection

Discretely included in each kit and developed in collaboration with First Responders and state and federal law enforcement. Use the built-in directionality feature to find the location of a radiation source.

Integrate with your Weatherpack® Weather Station to Predict Toxic Plumes

Available pluming software allows you to map the plumes, identifying areas at risk. This can in turn drive actions such as evacuations and emergency personnel actions.

Economical Fleet Management

Gas detector bumptests and calibrations are carried out simply and quickly using the Draeger X-dock® calibration station. Its low test gas consumption keeps operating costs to a minimum. Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify the devices in the fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Integrate with 3rd party equipment

Other instruments can also be integrated into the X-site Live solution. Examples of these include Draeger series X-am instruments, FLIR radiation detection instruments, particle size instruments and others. Check with your Draeger Sales Representative for more information.

NA10816 X-site Live Kit 2.0 w/ 5 Year FirstNet by Draeger

Real-time scalable area monitoring. Benefit from up to 7 toxic and combustible gas detection plus radiation sensors in a convenient, easy to carry case. Remote visibility with unsurpassed communications capability enabled by FirstNet® integration.

Live, Unthrottled Gas Detection and Radiation Data when you need it most, with FirstNet® Integration

Monitor a scene from anywhere. Data from each monitoring point is relayed real-time to a central monitoring station and to any experts you choose. Area monitoring is achieved through a comprehensive simple to operate robust wireless system. Chemical and radiological data is relayed through a gateway with local and redundant broadband connectivity. The Lifeline Smart Gateway includes a FirstNet® Ready router providing Public Safety priority and preemption should events require. Additionally, robust internet broadband connectivity helps ensure internet system coverage. Software displays live and historical meter readings with corresponding map-based location information. All collected data is standardized for interoperability with Federal and commercial systems.

With up to 7 gases readable at once and with a large sensor selection, configure your area monitor to handle a wide range of gas hazards. Sensors include PID, CatEx LEL, IR LEL, O₂, CO and H₂S.

Live Gas and Radiation Data

Live gas and radiation detection data helps First Responders stay safe by providing immediate remote hazardous environmental data. This information can be sent to subject matter experts and even agencies such as the EPA so that they have immediate knowledge of hazards.

Save Time and Money

Further benefits of live data: Immediately know environmental conditions. By having faster access to data, more teams know what the exact situation is and can prepare ahead of time. Personnel do not have to leave the hot zone to share data. Reduce First Responder footprint at events through greater knowledge of the hazard and faster response. Faster sharing of information can shorten the hazardous event and return the situation to normal more rapidly. Use as a preventative tool could eliminate the event from happening.

Use the Included X-am 8000 Gas Detector as a Personal Monitor

Area monitors often sit unused for long time periods. Have the area monitoring capabilities when you need them. When you don't need the area monitor, simply remove the X-am 8000 and SmartLINC from the kit and use it as a personal monitor. Similarly, the radiation detector may also be removed.

Compliance with Presidential Policy Directive – PPD-8

This directive is aimed at strengthening the security and resilience of the United States through systematic preparation. In compliance with this, the X-site Live knows where the data is coming from, what it is, the state of the instrument and other information.

Continuity of Operations

Ensure that essential functions continue to be performed during a wide range of emergencies by knowing live environmental conditions with the confidence of having redundant wireless connectivity. Potentially offset fines, litigation or penalties.

Toxic Twin Algorithm Helps Increase Firefighter Safety During Overhaul

Draeger's patented toxic twins alarm function enables the area monitoring kit (or just the X-am 8000 when used in standalone mode as a personal monitor) to measure CO and HCN against a combined threshold, which increases firefighter safety during overhaul. A combined threshold is used because measuring the combination of CO and HCN individually does not reflect the synergistic but harmful effect that the two chemicals produce when both are present. The instrument will show an A1 or A2 alarm for the HCN+ channel when the combined levels of CO and HCN exceed safe levels. This capability is present when both CO and HCN sensors are selected at purchase.

Radiation Detection

Discretely included in each kit and developed in collaboration with First Responders and state and federal law enforcement. Use the built-in directionality feature to find the location of a radiation source.

Integrate with your Weatherpack® Weather Station to Predict Toxic Plumes

Available pluming software allows you to map the plumes, identifying areas at risk. This can in turn drive actions such as evacuations and emergency personnel actions.

Economical Fleet Management

Gas detector bumptests and calibrations are carried out simply and quickly using the Draeger X-dock® calibration station. Its low test gas consumption keeps operating costs to a minimum. Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify the devices in the fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Integrate with 3rd party equipment

Other instruments can also be integrated into the X-site Live solution. Examples of these include Draeger series X-am instruments, FLIR radiation detection instruments, particle size instruments and others. Check with your Draeger Sales Representative for more information.

NA10987 X-site Live Kit, SmartLINC, Rad, Black Case by Draeger

Real-time scalable area monitoring. Benefit from up to 7 toxic and combustible gas detection plus radiation sensors in a convenient, easy to carry case. Remote visibility with unsurpassed communications capability enabled by FirstNet® integration.

Live, Unthrottled Gas Detection and Radiation Data when you need it most, with FirstNet® Integration

Monitor a scene from anywhere. Data from each monitoring point is relayed real-time to a central monitoring station and to any experts you choose. Area monitoring is achieved through a comprehensive simple to operate robust wireless system. Chemical and radiological data is relayed through a gateway with local and redundant broadband connectivity. The Lifeline Smart Gateway includes a FirstNet® Ready router providing Public Safety priority and preemption should events require. Additionally, robust internet broadband connectivity helps ensure internet system coverage. Software displays live and historical meter readings with corresponding map-based location information. All collected data is standardized for interoperability with Federal and commercial systems.

With up to 7 gases readable at once and with a large sensor selection, configure your area monitor to handle a wide range of gas hazards. Sensors include PID, CatEx LEL, IR LEL, O₂, CO and H₂S.

Live Gas and Radiation Data

Live gas and radiation detection data helps First Responders stay safe by providing immediate remote hazardous environmental data. This information can be sent to subject matter experts and even agencies such as the EPA so that they have immediate knowledge of hazards.

Save Time and Money

Further benefits of live data: Immediately know environmental conditions. By having faster access to data, more teams know what the exact situation is and can prepare ahead of time. Personnel do not have to leave the hot zone to share data. Reduce First Responder footprint at events through greater knowledge of the hazard and faster response. Faster sharing of information can shorten the hazardous event and return the situation to normal more rapidly. Use as a preventative tool could eliminate the event from happening.

Use the Included X-am 8000 Gas Detector as a Personal Monitor

Area monitors often sit unused for long time periods. Have the area monitoring capabilities when you need them. When you don't need the area monitor, simply remove the X-am 8000 and SmartLINC from the kit and use it as a personal monitor. Similarly, the radiation detector may also be removed.

Compliance with Presidential Policy Directive – PPD-8

This directive is aimed at strengthening the security and resilience of the United States through systematic preparation. In compliance with this, the X-site Live knows where the data is coming from, what it is, the state of the instrument and other information.

Continuity of Operations

Ensure that essential functions continue to be performed during a wide range of emergencies by knowing live environmental conditions with the confidence of having redundant wireless connectivity. Potentially offset fines, litigation or penalties.

Toxic Twin Algorithm Helps Increase Firefighter Safety During Overhaul

Draeger's patented toxic twins alarm function enables the area monitoring kit (or just the X-am 8000 when used in standalone mode as a personal monitor) to measure CO and HCN against a combined threshold, which increases firefighter safety during overhaul. A combined threshold is used because measuring the combination of CO and HCN individually does not reflect the synergistic but harmful effect that the two chemicals produce when both are present. The instrument will show an A1 or A2 alarm for the HCN+ channel when the combined levels of CO and HCN exceed safe levels. This capability is present when both CO and HCN sensors are selected at purchase.

Radiation Detection

Discretely included in each kit and developed in collaboration with First Responders and state and federal law enforcement. Use the built-in directionality feature to find the location of a radiation source.

Integrate with your Weatherpack® Weather Station to Predict Toxic Plumes

Available pluming software allows you to map the plumes, identifying areas at risk. This can in turn drive actions such as evacuations and emergency personnel actions.

Economical Fleet Management

Gas detector bumptests and calibrations are carried out simply and quickly using the Draeger X-dock® calibration station. Its low test gas consumption keeps operating costs to a minimum. Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify the devices in the fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Integrate with 3rd party equipment

Other instruments can also be integrated into the X-site Live solution. Examples of these include Draeger series X-am instruments, FLIR radiation detection instruments, particle size instruments and others. Check with your Draeger Sales Representative for more information.

NA10989 X-site Live Kit, SmartLINC,Rad, 2YR FirstNet by Draeger

Real-time scalable area monitoring. Benefit from up to 7 toxic and combustible gas detection plus radiation sensors in a convenient, easy to carry case. Remote visibility with unsurpassed communications capability enabled by FirstNet® integration.

Live, Unthrottled Gas Detection and Radiation Data when you need it most, with FirstNet® Integration

Monitor a scene from anywhere. Data from each monitoring point is relayed real-time to a central monitoring station and to any experts you choose. Area monitoring is achieved through a comprehensive simple to operate robust wireless system. Chemical and radiological data is relayed through a gateway with local and redundant broadband connectivity. The Lifeline Smart Gateway includes a FirstNet® Ready router providing Public Safety priority and preemption should events require. Additionally, robust internet broadband connectivity helps ensure internet system coverage. Software displays live and historical meter readings with corresponding map-based location information. All collected data is standardized for interoperability with Federal and commercial systems.

With up to 7 gases readable at once and with a large sensor selection, configure your area monitor to handle a wide range of gas hazards. Sensors include PID, CatEx LEL, IR LEL, O₂, CO and H₂S.

Live Gas and Radiation Data

Live gas and radiation detection data helps First Responders stay safe by providing immediate remote hazardous environmental data. This information can be sent to subject matter experts and even agencies such as the EPA so that they have immediate knowledge of hazards.

Save Time and Money

Further benefits of live data: Immediately know environmental conditions. By having faster access to data, more teams know what the exact situation is and can prepare ahead of time. Personnel do not have to leave the hot zone to share data. Reduce First Responder footprint at events through greater knowledge of the hazard and faster response. Faster sharing of information can shorten the hazardous event and return the situation to normal more rapidly. Use as a preventative tool could eliminate the event from happening.

Use the Included X-am 8000 Gas Detector as a Personal Monitor

Area monitors often sit unused for long time periods. Have the area monitoring capabilities when you need them. When you don't need the area monitor, simply remove the X-am 8000 and SmartLINC from the kit and use it as a personal monitor. Similarly, the radiation detector may also be removed.

Compliance with Presidential Policy Directive – PPD-8

This directive is aimed at strengthening the security and resilience of the United States through systematic preparation. In compliance with this, the X-site Live knows where the data is coming from, what it is, the state of the instrument and other information.

Continuity of Operations

Ensure that essential functions continue to be performed during a wide range of emergencies by knowing live environmental conditions with the confidence of having redundant wireless connectivity. Potentially offset fines, litigation or penalties.

Toxic Twin Algorithm Helps Increase Firefighter Safety During Overhaul

Draeger's patented toxic twins alarm function enables the area monitoring kit (or just the X-am 8000 when used in standalone mode as a personal monitor) to measure CO and HCN against a combined threshold, which increases firefighter safety during overhaul. A combined threshold is used because measuring the combination of CO and HCN individually does not reflect the synergistic but harmful effect that the two chemicals produce when both are present. The instrument will show an A1 or A2 alarm for the HCN+ channel when the combined levels of CO and HCN exceed safe levels. This capability is present when both CO and HCN sensors are selected at purchase.

Radiation Detection

Discretely included in each kit and developed in collaboration with First Responders and state and federal law enforcement. Use the built-in directionality feature to find the location of a radiation source.

Integrate with your Weatherpack® Weather Station to Predict Toxic Plumes

Available pluming software allows you to map the plumes, identifying areas at risk. This can in turn drive actions such as evacuations and emergency personnel actions.

Economical Fleet Management

Gas detector bumptests and calibrations are carried out simply and quickly using the Draeger X-dock® calibration station. Its low test gas consumption keeps operating costs to a minimum. Its reporting function and numerous other useful features make the X-dock Manager PC software a smart addition to any fleet management operation. To identify the devices in the fleet, you can either use tried and tested barcodes or an integrated RFID transponder.

Integrate with 3rd party equipment

Other instruments can also be integrated into the X-site Live solution. Examples of these include Draeger series X-am instruments, FLIR radiation detection instruments, particle size instruments and others. Check with your Draeger Sales Representative for more information.

8321880 X-dock 5300 (X-am 125) by Draeger

Automatic bump tests, calibration, reduced test gas consumption, short testing times, and comprehensive documentation come standard in this new device from Draeger, the experts in gas detection.

Work smarter, work safer

The X-dock® engineered advantage all starts with intuitive touchscreen operation at the master controller station where up to three test routines can be configured. Testing is as simple as inserting your Draeger gas detection instrument and closing the lid. The X-dock® immediately detects all sensor combinations and automatically tests and adjusts when all of the required test gases are connected. All generated data is documented in the database.

Comprehensive documentation

All of the relevant data from the test is collected for detailed evaluations providing you with the tools for unparalleled analytics. The report wizard can be used to create customized reports and calibration certificates can be printed right at the stations via PostScript-compatible USB printers. Also documented are items such as instrument operational status and name of tester.

Convenience and control

The X-dock® Manager software produces a detailed evaluation of the data in the calibration system and gas detection instruments and presents the information in various graphics and statistical models—providing you with a comprehensive overview of all results. Multiple X-dock® systems can be connected in a network giving all users access to data in a central database.

Configurations for every need

The Draeger X-dock® on all sitings comes in multiple configurations to allow for flexibility, depending on the type of detection instrumentation being used.

The X-dock® 5300 includes a master controller with a module for a single gas detection instrument in the X-am® or Pac family of products. The X-dock® 6300 and 6600 versions can be configured freely. They consist of a master controller and can be expanded with up to 10 modules for X-am® 1/2/5000 and/or Pac single gas detection instruments. For the X-am 8000 it can be expanded to with up to 5 modules.

Reduced test gas use means reduced costs

With a reduced gas flow (300 mL/min instead of 500 mL/min = 40% decrease) per module, you save money on test gases. Short testing times also reduce the overall maintenance requirements. Draeger's patent pending innovative valve concept only needs one pump, which means less wear on parts for you. The valves automatically switch the test gases and the fresh air source as well.

Time is money. You save both with the X-dock®

Up to 10 modules can be connected to the X-dock®, allowing you to test gas detection instruments simultaneously or independently of each other. The automatic bump test also saves time, because the test only takes 8 to 15 seconds. All Draeger test gas cylinders are already stored in the database—just enter the part number to automatically fill the fields required for the gas configuration, eliminating the need for manual data entry.

Further Benefits

• Touchscreen operation at the master controller station
• Up to three configurable test routines
• Automatic permeability tests
• Automatic tests of all alarm elements (acoustic, visual and vibration alarms)
• Optional charging function for X-am®
• Easy to replace seal cartridge
• 12V operation (e.g., in vehicles) vailable
• Can be subsequently expanded with up to max. 10 modules (X-dock® 6300/6600)
• Sensor performance testing

8321881 X-dock 5300 (PAC) by Draeger

Automatic bump tests, calibration, reduced test gas consumption, short testing times, and comprehensive documentation come standard in this new device from Draeger, the experts in gas detection.

Work smarter, work safer

The X-dock® engineered advantage all starts with intuitive touchscreen operation at the master controller station where up to three test routines can be configured. Testing is as simple as inserting your Draeger gas detection instrument and closing the lid. The X-dock® immediately detects all sensor combinations and automatically tests and adjusts when all of the required test gases are connected. All generated data is documented in the database.

Comprehensive documentation

All of the relevant data from the test is collected for detailed evaluations providing you with the tools for unparalleled analytics. The report wizard can be used to create customized reports and calibration certificates can be printed right at the stations via PostScript-compatible USB printers. Also documented are items such as instrument operational status and name of tester.

Convenience and control

The X-dock® Manager software produces a detailed evaluation of the data in the calibration system and gas detection instruments and presents the information in various graphics and statistical models—providing you with a comprehensive overview of all results. Multiple X-dock® systems can be connected in a network giving all users access to data in a central database.

Configurations for every need

The Draeger X-dock® on all sitings comes in multiple configurations to allow for flexibility, depending on the type of detection instrumentation being used.

The X-dock® 5300 includes a master controller with a module for a single gas detection instrument in the X-am® or Pac family of products. The X-dock® 6300 and 6600 versions can be configured freely. They consist of a master controller and can be expanded with up to 10 modules for X-am® 1/2/5000 and/or Pac single gas detection instruments. For the X-am 8000 it can be expanded to with up to 5 modules.

Reduced test gas use means reduced costs

With a reduced gas flow (300 mL/min instead of 500 mL/min = 40% decrease) per module, you save money on test gases. Short testing times also reduce the overall maintenance requirements. Draeger's patent pending innovative valve concept only needs one pump, which means less wear on parts for you. The valves automatically switch the test gases and the fresh air source as well.

Time is money. You save both with the X-dock®

Up to 10 modules can be connected to the X-dock®, allowing you to test gas detection instruments simultaneously or independently of each other. The automatic bump test also saves time, because the test only takes 8 to 15 seconds. All Draeger test gas cylinders are already stored in the database—just enter the part number to automatically fill the fields required for the gas configuration, eliminating the need for manual data entry.

Further Benefits

• Touchscreen operation at the master controller station
• Up to three configurable test routines
• Automatic permeability tests
• Automatic tests of all alarm elements (acoustic, visual and vibration alarms)
• Optional charging function for X-am®
• Easy to replace seal cartridge
• 12V operation (e.g., in vehicles) vailable
• Can be subsequently expanded with up to max. 10 modules (X-dock® 6300/6600)
• Sensor performance testing

8321900 X-dock 6300 by Draeger

Automatic bump tests, calibration, reduced test gas consumption, short testing times, and comprehensive documentation come standard in this new device from Draeger, the experts in gas detection.

Work smarter, work safer

The X-dock® engineered advantage all starts with intuitive touchscreen operation at the master controller station where up to three test routines can be configured. Testing is as simple as inserting your Draeger gas detection instrument and closing the lid. The X-dock® immediately detects all sensor combinations and automatically tests and adjusts when all of the required test gases are connected. All generated data is documented in the database.

Comprehensive documentation

All of the relevant data from the test is collected for detailed evaluations providing you with the tools for unparalleled analytics. The report wizard can be used to create customized reports and calibration certificates can be printed right at the stations via PostScript-compatible USB printers. Also documented are items such as instrument operational status and name of tester.

Convenience and control

The X-dock® Manager software produces a detailed evaluation of the data in the calibration system and gas detection instruments and presents the information in various graphics and statistical models—providing you with a comprehensive overview of all results. Multiple X-dock® systems can be connected in a network giving all users access to data in a central database.

Configurations for every need

The Draeger X-dock® on all sitings comes in multiple configurations to allow for flexibility, depending on the type of detection instrumentation being used.

The X-dock® 5300 includes a master controller with a module for a single gas detection instrument in the X-am® or Pac family of products. The X-dock® 6300 and 6600 versions can be configured freely. They consist of a master controller and can be expanded with up to 10 modules for X-am® 1/2/5000 and/or Pac single gas detection instruments. For the X-am 8000 it can be expanded to with up to 5 modules.

Reduced test gas use means reduced costs

With a reduced gas flow (300 mL/min instead of 500 mL/min = 40% decrease) per module, you save money on test gases. Short testing times also reduce the overall maintenance requirements. Draeger's patent pending innovative valve concept only needs one pump, which means less wear on parts for you. The valves automatically switch the test gases and the fresh air source as well.

Time is money. You save both with the X-dock®

Up to 10 modules can be connected to the X-dock®, allowing you to test gas detection instruments simultaneously or independently of each other. The automatic bump test also saves time, because the test only takes 8 to 15 seconds. All Draeger test gas cylinders are already stored in the database—just enter the part number to automatically fill the fields required for the gas configuration, eliminating the need for manual data entry.

Further Benefits

• Touchscreen operation at the master controller station
• Up to three configurable test routines
• Automatic permeability tests
• Automatic tests of all alarm elements (acoustic, visual and vibration alarms)
• Optional charging function for X-am®
• Easy to replace seal cartridge
• 12V operation (e.g., in vehicles) vailable
• Can be subsequently expanded with up to max. 10 modules (X-dock® 6300/6600)
• Sensor performance testing

8321901 X-dock 6600 by Draeger

Automatic bump tests, calibration, reduced test gas consumption, short testing times, and comprehensive documentation come standard in this new device from Draeger, the experts in gas detection.

Work smarter, work safer

The X-dock® engineered advantage all starts with intuitive touchscreen operation at the master controller station where up to three test routines can be configured. Testing is as simple as inserting your Draeger gas detection instrument and closing the lid. The X-dock® immediately detects all sensor combinations and automatically tests and adjusts when all of the required test gases are connected. All generated data is documented in the database.

Comprehensive documentation

All of the relevant data from the test is collected for detailed evaluations providing you with the tools for unparalleled analytics. The report wizard can be used to create customized reports and calibration certificates can be printed right at the stations via PostScript-compatible USB printers. Also documented are items such as instrument operational status and name of tester.

Convenience and control

The X-dock® Manager software produces a detailed evaluation of the data in the calibration system and gas detection instruments and presents the information in various graphics and statistical models—providing you with a comprehensive overview of all results. Multiple X-dock® systems can be connected in a network giving all users access to data in a central database.

Configurations for every need

The Draeger X-dock® on all sitings comes in multiple configurations to allow for flexibility, depending on the type of detection instrumentation being used.

The X-dock® 5300 includes a master controller with a module for a single gas detection instrument in the X-am® or Pac family of products. The X-dock® 6300 and 6600 versions can be configured freely. They consist of a master controller and can be expanded with up to 10 modules for X-am® 1/2/5000 and/or Pac single gas detection instruments. For the X-am 8000 it can be expanded to with up to 5 modules.

Reduced test gas use means reduced costs

With a reduced gas flow (300 mL/min instead of 500 mL/min = 40% decrease) per module, you save money on test gases. Short testing times also reduce the overall maintenance requirements. Draeger's patent pending innovative valve concept only needs one pump, which means less wear on parts for you. The valves automatically switch the test gases and the fresh air source as well.

Time is money. You save both with the X-dock®

Up to 10 modules can be connected to the X-dock®, allowing you to test gas detection instruments simultaneously or independently of each other. The automatic bump test also saves time, because the test only takes 8 to 15 seconds. All Draeger test gas cylinders are already stored in the database—just enter the part number to automatically fill the fields required for the gas configuration, eliminating the need for manual data entry.

Further Benefits

• Touchscreen operation at the master controller station
• Up to three configurable test routines
• Automatic permeability tests
• Automatic tests of all alarm elements (acoustic, visual and vibration alarms)
• Optional charging function for X-am®
• Easy to replace seal cartridge
• 12V operation (e.g., in vehicles) vailable
• Can be subsequently expanded with up to max. 10 modules (X-dock® 6300/6600)
• Sensor performance testing

6810881 Sensor, XXS O2 by Draeger

A small sensor - a giant step into the future: The new DraegerSensor XXS is remarkably compact, and boasts an even higher performance than the competition.

Electrochemical sensor XXS

?
• monitoring of toxic gases and lack of oxygen
?
• compatible with: Pac series and X-am family
?
• measuring range: in vol.-% and ppm

Excellent long-term stability and short response times

Excellent long-term stability and short response times contribute to the user being rapidly and reliably warned about dangerous gases.

Constant development

The continuing development of recognized electrochemical principles and a combination of new miniaturized design elements has made it possible to drastically reduce the volume and weight of the sensors.

High sensitivity and improved gas selectivity

The DraegerSensor XXS stands out thanks to its high sensitivity and improved gas selectivity.

Internal development

All the sensors are developed and manufactured by Draeger, ensuring the highest quality and top measurement performance. When used together with Draeger developed gas detection devices, the full performance of the sensors is realized.

6810884 Sensor, XXS NO2 by Draeger

A small sensor - a giant step into the future: The new DraegerSensor XXS is remarkably compact, and boasts an even higher performance than the competition.

Electrochemical sensor XXS

?
• monitoring of toxic gases and lack of oxygen
?
• compatible with: Pac series and X-am family
?
• measuring range: in vol.-% and ppm

Excellent long-term stability and short response times

Excellent long-term stability and short response times contribute to the user being rapidly and reliably warned about dangerous gases.

Constant development

The continuing development of recognized electrochemical principles and a combination of new miniaturized design elements has made it possible to drastically reduce the volume and weight of the sensors.

High sensitivity and improved gas selectivity

The DraegerSensor XXS stands out thanks to its high sensitivity and improved gas selectivity.

Internal development

All the sensors are developed and manufactured by Draeger, ensuring the highest quality and top measurement performance. When used together with Draeger developed gas detection devices, the full performance of the sensors is realized.

6810885 Sensor, XXS SO2 by Draeger

A small sensor - a giant step into the future: The new DraegerSensor XXS is remarkably compact, and boasts an even higher performance than the competition.

Electrochemical sensor XXS

?
• monitoring of toxic gases and lack of oxygen
?
• compatible with: Pac series and X-am family
?
• measuring range: in vol.-% and ppm

Excellent long-term stability and short response times

Excellent long-term stability and short response times contribute to the user being rapidly and reliably warned about dangerous gases.

Constant development

The continuing development of recognized electrochemical principles and a combination of new miniaturized design elements has made it possible to drastically reduce the volume and weight of the sensors.

High sensitivity and improved gas selectivity

The DraegerSensor XXS stands out thanks to its high sensitivity and improved gas selectivity.

Internal development

All the sensors are developed and manufactured by Draeger, ensuring the highest quality and top measurement performance. When used together with Draeger developed gas detection devices, the full performance of the sensors is realized.