Description
The X-zone 5500 915MHz, designed and manufactured by Draeger, is a portable wireless gas detection system intended for use in hazardous environments, such as industrial sites, chemical plants, oil rigs, and confined spaces. It is particularly beneficial in providing real-time monitoring of gas concentrations and ensuring worker safety by detecting the presence of harmful gases.
1. Product Overview:
The X-zone 5500 is a highly advanced, robust, and portable device that integrates with Draeger’s family of gas detectors to provide continuous monitoring. It operates on the 915 MHz frequency band, making it a part of the wireless communication network that allows remote monitoring of multiple gas detection points across large areas. The 24Ah battery ensures long-lasting power, making the system ideal for extended usage in environments where constant monitoring is critical.
2. Key Features:
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Wireless Connectivity (915 MHz):
The 915 MHz frequency is a popular choice for long-range wireless communication, ensuring reliable transmission of data across large or obstructed areas. The X-zone 5500 communicates with other connected Draeger devices, including personal gas detectors, to send real-time information to a central monitoring station. -
Gas Detection and Monitoring:
It supports the detection of a wide range of gases, such as oxygen (O2), carbon monoxide (CO), hydrogen sulfide (H2S), and combustible gases (LEL - Lower Explosive Limit). When hazardous gas concentrations are detected, the device triggers alarms to warn workers and safety personnel. -
Long Battery Life (24Ah):
The device is powered by a large 24Ah rechargeable battery, which offers up to several days of continuous operation, depending on environmental conditions and usage patterns. This long battery life minimizes the need for frequent recharging or battery replacement, making it suitable for extended shifts or remote locations. -
Rugged and Durable Design:
The X-zone 5500 is built to withstand harsh environments. It is designed to be IP65 rated, meaning it is resistant to dust and water ingress. It can operate in extreme temperatures and challenging conditions, such as in explosive atmospheres, making it ideal for oil, gas, and chemical industries. -
Real-time Data and Alerts:
It provides real-time updates on gas concentrations, which can be viewed by users on connected devices or control stations. The device is equipped with visual, audible, and vibrating alarms that activate when gas levels exceed preset safety thresholds. These alarms help prevent accidents and ensure immediate actions can be taken to mitigate risks. -
Remote Monitoring and Integration:
The X-zone 5500 can be integrated into broader safety systems or connected to Draeger’s specific monitoring platforms. This allows managers and safety teams to oversee and analyze multiple devices in real time, regardless of the location of the detectors. -
Ease of Use:
The device is designed with a user-friendly interface that simplifies setup, configuration, and operation. Its intuitive controls and displays help minimize user error and ensure accurate data capture.
3. Applications:
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Industrial Safety:
The X-zone 5500 is widely used in various industries like oil and gas, mining, chemical manufacturing, and petrochemical industries. It ensures that workers in confined spaces or high-risk areas are protected from gas exposure. -
Confined Space Monitoring:
The device is ideal for monitoring confined spaces, where gas hazards may accumulate without being easily detectable. The wireless capability ensures that remote teams can monitor these spaces without being physically present. -
Emergency Response:
In the event of a gas leak or a hazardous incident, the X-zone 5500 helps emergency response teams quickly assess the situation and make informed decisions about evacuation or intervention.
4. Specifications:
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Detection:
Supports the detection of gases like oxygen (O2), hydrogen sulfide (H2S), carbon monoxide (CO), and combustible gases (LEL). -
Communication:
Wireless communication via 915 MHz frequency. -
Battery:
Powered by a 24Ah rechargeable lithium battery. -
Operating Temperature:
Typically ranges from -20°C to +50°C (-4°F to +122°F), with some variations depending on environmental conditions. -
Durability:
IP65 rated for dust and water resistance, and certified for use in explosive atmospheres (ATEX, IECEx). -
Weight:
Relatively lightweight, typically around 2.5-3 kg (5.5-6.6 lbs), which ensures ease of transport and deployment. -
Alarms:
Includes audible (95 dB), visual (flashing lights), and vibrating alarms to warn of dangerous gas levels.
5. Safety Certifications:
The X-zone 5500 meets several key safety standards to ensure reliable operation in hazardous environments, such as:
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ATEX Certification: Compliance with European safety standards for equipment used in explosive atmospheres.
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IECEx: Certification for use in explosive environments globally.
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UL (Underwriters Laboratories): Certified for safety in various industries.
6. Advantages:
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Wireless capability enhances flexibility and simplifies system integration.
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Long battery life (24Ah) reduces the need for frequent battery changes.
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Real-time data transmission enables more proactive safety measures.
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Rugged construction ensures reliability in harsh work environments.
7. Conclusion:
The X-zone 5500 915MHz, 24Ah by Draeger is a state-of-the-art wireless gas detection system that offers robust safety solutions for workers in hazardous environments. It combines real-time gas monitoring, long-lasting battery life, and wireless data transmission to enhance operational efficiency and safety. Whether you're working in confined spaces, dealing with dangerous industrial chemicals, or need to monitor gas levels in remote locations, the X-zone 5500 provides a comprehensive and reliable solution.
More Info
Portable Wireless Gas Detection System for Hazardous Area Monitoring
The X-zone 5500 915MHz, 24Ah by Draeger is a portable wireless gas detection system designed for hazardous-area gas monitoring and remote visibility. Safety coordinators, confined space supervisors, and emergency response teams typically use this gas detector to track gas concentrations in real time. This ATEX, IECEx, and UL certified equipment features 915 MHz wireless connectivity and an IP65-rated enclosure.
Industry Applications and Professional Use
Oil & Gas Work Environments
Site supervisors and maintenance technicians typically use the X-zone 5500 when work areas may contain hazardous atmospheres or changing gas concentrations. Crews often deploy it around wells, process units, and shutdown work to support real-time gas monitoring across wide zones. The portable wireless gas detection system helps teams monitor conditions without placing workers directly in the hazard area.
Chemical Manufacturing Facilities
Industrial hygienists and safety coordinators commonly use this wireless detector during inspection, turnaround, and monitoring tasks. Chemical plants often need multi-point gas detection and remote monitoring to track oxygen, carbon monoxide, hydrogen sulfide, and combustible gases. The device supports industrial safety programs that rely on fast alarm indicators and clear field-deployable device placement.
Mining Operations
Mining crews often rely on the X-zone 5500 for portable gas detection in enclosed or poorly ventilated work areas. Supervisors typically place it where gas concentrations may change during drilling, maintenance, or equipment checks. Its rugged design supports hazardous atmospheres and routine use in demanding field conditions.
Construction and Utilities
Construction supervisors and utility crews commonly use this gas monitor during excavation, trenching, and service work near confined spaces. Workers often need continuous monitoring when site conditions change through the day. This Draeger portable monitor supports industrial safety practices where wireless visibility and alarm response matter.
Emergency Services
Emergency response teams use the device for rapid field review of suspected leaks or unsafe atmospheres. It supports quick assessment when responders need real-time gas monitoring before entry decisions. The long-lasting rechargeable lithium battery helps teams maintain coverage during extended incidents.
Technical Specifications and Product Features
Understanding Product Standards
Gas detection equipment depends on communication range, battery runtime, and enclosure durability because teams often work in changing environments. This model combines 915 MHz wireless connectivity with a 24Ah rechargeable lithium battery and IP65 protection. Those features support remote monitoring, multi-gas detection, and practical use in industrial safety programs.
| Specification | What It Means | Practical Benefit |
|---|---|---|
| ATEX, IECEx, UL | Certified for use in specified hazardous and explosive atmospheres | Helps teams select equipment for regulated industrial environments |
| 915 MHz wireless connectivity | Supports wireless communication across connected monitoring points | Enables remote monitoring and wider site visibility |
| 24Ah rechargeable lithium battery | Provides extended operating time between charges | Supports long shifts and field-deployable use |
| IP65 | Offers dust resistance and water ingress resistance | Fits harsh industrial conditions and outdoor work |
| Audible 95 dB, visual flashing lights, vibrating alarms | Multi-mode alarm indicators for changing gas levels | Improves alert visibility and response awareness |
Use Case Scenarios and Applications
Confined Space Entry Monitoring
Crews commonly place the X-zone 5500 outside or near confined spaces to monitor gas concentrations before and during entry. Wireless data lets supervisors review conditions without crowding the entry point. This approach supports confined spaces work where teams need continuous awareness and remote monitoring.
Oil and Gas Worksites
Field teams often use this portable wireless gas detection system around processing equipment, temporary work zones, and shutdown areas. The IP65 design and battery runtime support outdoor use in rugged conditions. Workers benefit from a portable monitor that can remain active during extended shifts.
Chemical Plant Inspection Tasks
Inspectors commonly use the device during planned checks when they need real-time gas monitoring at multiple points. The system integrates with a monitoring platform for broader oversight. That setup supports fast communication when gas concentrations change during routine work.
Emergency Response Assessments
Responders often deploy the X-zone 5500 during leak investigations or incident assessment. The alarm indicators and wireless detector design help teams review hazardous atmospheres quickly. It fits field-deployable use where crews need portable gas detection and clear status updates.
Ideal Applications and Work Environments
Where This Portable Wireless Gas Detection System Excels
- Confined space entry: The wireless monitor supports remote visibility of gas levels before and during entry.
- Oil and gas maintenance: IP65 durability and long battery runtime suit demanding outdoor work.
- Chemical plant inspection: Real-time gas monitoring helps teams track changing conditions across work zones.
- Emergency response assessments: Portable deployment supports rapid checks in hazardous atmospheres.
Professional Applications
Workers Who Rely on This Equipment
- Safety coordinators: They use the monitor to oversee gas detection programs and site alarms.
- Confined space supervisors: They position it to support entry monitoring and remote visibility.
- Maintenance technicians: They use it during service work in industrial areas with changing gas levels.
- Industrial hygienists: They rely on it for hazard review and exposure awareness.
- Emergency response teams: They deploy it during incident assessment and leak investigation.
- Site supervisors: They monitor work zones and coordinate responses to alarm conditions.
Complete Safety Equipment Solutions
Complementary Safety Gear
The X-zone 5500 works alongside other equipment for a more complete industrial safety setup. Teams often combine gas detection with respiratory protection, eye protection, hearing protection, and hand protection because hazardous atmospheres may require multiple layers of control. All Safety commonly supports these layered systems for field-deployable work programs.
Recommended Equipment Combinations
- Confined space entry: Portable wireless gas detection system + respirators + safety glasses + gloves
- Industrial inspection: Gas detector + hearing protection + gloves
- Emergency response: Wireless detector + respirators + safety glasses
Selection Guide and Product Suitability
When to Choose This Product
Choose this monitor when you need real-time gas monitoring in confined spaces or other hazardous atmospheres. It also performs well when your team needs 915 MHz wireless connectivity for remote monitoring across larger sites. The 24Ah battery adds value for extended shifts and field-deployable work.
Key Evaluation Factors
- Wireless coverage across the work area
- Battery runtime for your shift length
- Required gas detection and alarm features
- Site conditions that call for IP65 protection
Limitations and Alternative Considerations
This product is not suitable for tasks that do not require portable gas detection or wireless monitoring. Some specialized programs may need different monitoring platform features or fixed installation equipment. Available from All Safety with standard, expedited, or overnight shipping to suit project timelines.
Daily Use and Maintenance
Workplace Integration
Use the X-zone 5500 when crews need hazardous-area monitoring during extended work shifts or routine inspections. Place it per manufacturer instructions as part of a wireless gas monitoring network, and verify that the 915 MHz wireless connectivity links properly with connected devices. Teams commonly deploy it in industrial sites, chemical plants, oil rigs, and confined spaces.
Care and Replacement Guidelines
Follow manufacturer instructions for inspection, including functional checks, alarm checks, battery condition, and enclosure review. Clean the exterior and sensor areas per manufacturer instructions, and store the unit in a dry, controlled environment. Replace components per manufacturer specifications when calibration, battery, or sensor performance declines.