Description

Description

Portable Multi Gas Detector - Dräger X-pid® 9500 | Dräger

Dräger X-pid® 9500
The selective PID gas measurement device is ideal for users who frequently test for hazardous toxic substances. Benzene, butadiene and other volatile organic compounds (VOCs) are carcinogenic even in the smallest concentrations. Selective measurement is necessary because other gases and vapors are often also present. The gas measurement device allows for short test times and lab-quality results.

Two modes for an efficient measurement strategy
Seeker mode is a wide-range measurement for pre-testing and localizing measurement points. It allows continuous, direct-reading measurement of the total concentration of all VOCs present. Seeker mode is similar to using a single-PID gas measurement device.

Analysis mode allows selective measurement for monitoring specific toxic compounds. Predefined target compounds can be precisely measured in seconds. Analysis mode is similar to gas chromatography analyzes conducted in the laboratory.

Up to 90% faster
The Dräger X-pid 9500 requires no preparation and is ready to use after a brief start-up phase. Selective measurement in Analysis mode takes only a few seconds. A benzene measurement starts with the push of a button and is completed in only 30 seconds. After another 60 seconds, the device is ready to measure for benzene again. Compared with other detection systems, the Dräger X-pid 9500 saves considerable time and enables further monitoring to be undertaken. Simultaneous measurement of other compounds, like benzene and butadiene, further reduces testing times.

Cost savings
Because no consumables are used to take measurements, operating costs can be reduced. For users with high measurement needs, the Dräger X-pid 9500 quickly pays for itself. For example, it requires no pretubes, also making it easier to use and preventing user errors. On the basis of 200 measurements per year, the Dräger X-pid 9500 is generally more cost-effective than comparable measurement systems.

High selectivity for greater safety
The selective measurement mode Analysis relies on technology which separates individual compounds present in mixed gases. This makes it possible to conduct a compound-specific measurement for benzene, even if other VOCs like toluene and xylene are also present in high concentrations. Cross-sensitivities for benzene are reduced to a minimum. This reduces the number of false-positive measurement results and false alarms.

Reliable performance under tough conditions
The influence on measurement results by environmental factors like variable ambient temperature or high humidity are reduced to a minimum. The sensor unit maintains a constant temperature above the ambient air temperature and separates water vapor from the target compounds. This ensures reliable measurements under tough environmental conditions.

Low detection limits
Concentrations of toxic compounds in the air at work sites must not exceed threshold limit values. Mandatory time-weighted averages in the low ppb to ppm range need to be performed for carcinogenic vapors like benzene. The Dräger X-pid 9500 is optimized for measuring in this concentration range and detects benzene starting at 50 ppb.

Intuitive handling with mobile app
The sensor unit is controlled and the measurement data processing is conducted by a mobile app installed on an explosion-proof smartphone (delivery includes both). The large touchscreen and familiar user interface elements are easy to use. This makes the sophisticated technology accessible to a broad group of users. No prior knowledge or extensive training is required.

Lab-quality measurement results
The gas measurement device is based on gas chromatography (GC) and photoionization detection (PID) technologies. These technologies, used widely in laboratories, have a high acceptability due to their excellent analytical performance. The Dräger X-pid 9500 brings these technologies directly to the hazardous area of any production site.

Simple functional test and calibration
The functional test with the test gas isobutylene and toluene is done in just two minutes and the Dräger X-pid 9500 is ready to use. During the test the user is guided through the user interface step-by-step. The calibration is completed within about four minutes.

Software Interfaces
The GasVision 7 software is a Windows-based software with which you can professionally visualize and evaluate the data logger of your Dräger X-pid. It is also possible to create an Excel-based export for further analyses.

The Dräger CSE Connect software solution digitizes the exchange of information during clearance measurement procedures. The data transfer between the smartphone app and the web application takes place via a cloud connection. The Dräger X-pid 9500 communicates directly with the app. This helps you to manage your measuring tasks safely and at the same time cost-effectively.

with sensor unit, control unit with pre-installed mobile app, test gas adapter,
power supplies and charging cables

More Info

Portable Multi Gas Detector for Rapid VOC and Benzene Analysis

Industrial hygienists, safety coordinators, and environmental technicians working in refineries, chemical plants, and field assessment teams rely on the Portable Multi Gas Detector Drager X-pid 9500 to perform fast, selective VOC and benzene measurements. The Drager X-pid 9500 is a portable multi gas detector designed for selective PID and gas chromatography (GC)-level analysis to support spot checks, leak detection and clearance measurements.

Industry Applications and Professional Use

Oil & Gas Work Environments

Field technicians and leak survey teams typically use the Drager X-pid 9500 during pipeline patrols and refinery turnarounds to locate VOC sources and measure benzene and butadiene quickly. Seeker mode helps operators rapidly localize leaks while Analysis mode provides compound-specific readings for targeted follow-up.

Chemical Manufacturing

Process safety and maintenance crews commonly use this portable multi gas detector for routine monitoring around storage tanks, loading racks, and production lines. The selective PID capability reduces cross-sensitivities and supports faster decision-making during containment and troubleshooting tasks.

Environmental Monitoring

Environmental technicians and consultants often use the Drager X-pid 9500 for soil vapor surveys and site assessments where VOC speciation matters. Gas chromatography-based selectivity and low ppb detection support assessments that require lab-quality discrimination of contaminants.

Utilities and Emergency Services

Utility crews and emergency responders commonly deploy the device for rapid area screening during incidents and clearance measurements in confined-space entry operations. The included explosion-proof smartphone and cloud connectivity with GasVision 7 and CSE Connect support incident documentation and data transfer.

Technical Specifications and Product Features

Understanding Product Standards

Technical features like selective PID, integrated GC technology, rapid benzene analysis, and rugged sensor temperature control make the unit suitable for demanding industrial use. These specifications help workers obtain compound-specific results with shorter test cycles and reduced need for consumables.

What does PID and GC technology mean?

Photoionization detection (PID) provides sensitive VOC screening while the gas chromatography (GC)-based Analysis mode separates and quantifies specific compounds, improving selectivity for carcinogenic vapors like benzene. This combination allows selective PID readings that approach laboratory-level speciation in the field.

Specification	What It Means	Practical Benefit
Selective PID and gas chromatography (GC)	Combines PID sensitivity with GC separation for compound-specific analysis	Reduces false positives and enables targeted benzene and VOC speciation
Seeker mode / Analysis mode	Seeker provides wide-range total VOC screening; Analysis delivers selective compound measurement	Speeds localization with Seeker and confirms specific toxins with Analysis
Detects benzene starting at 50 ppb; benzene measurement in ~30 seconds	Low ppb sensitivity and fast cycle times for benzene testing	Supports regulatory spot checks and clearance tasks with quick results
No consumables / no pretubes required	Operates without exchangeable sampling tubes or frequent parts	Reduces operating costs and simplifies field procedures

Use Case Scenarios and Applications

Outdoor Leak Detection

In pipeline and tank farm inspections, crews use Seeker mode for broad-area sweeps then switch to Analysis mode for compound-specific identification. The device's portability and fast benzene analysis allow teams to confirm hazardous VOCs with minimal downtime.

Indoor Routine Monitoring

Maintenance technicians perform quick spot-checks in process areas and around valves using the explosion-proof smartphone control and app interface. Short functional tests and rapid calibrations help integrate checks into daily rounds.

Continuous or Repeated Spot Monitoring

For operations requiring repeated sampling, the X-pid 9500 supports fast turnaround times between benzene measurements and simultaneous monitoring of multiple compounds. Cloud connectivity lets teams log and review trends across shifts.

Clearance Measurements and Confined-Space Checks

During confined-space entry and tank cleaning, responders use the device for low-ppb sensitivity clearance readings and app-based logging to document safe entry conditions per company procedures. Functional tests guide pre-entry verification steps.

Ideal Applications and Work Environments

Where This Portable Multi Gas Detector Excels

Refinery leak detection: Fast Seeker sweeps plus Analysis mode enable selective benzene and butadiene identification on site.
Confined-space entry and tank cleaning: Low ppb sensitivity and app logging support clearance procedures and documentation.
Environmental site assessment: GC-level selectivity and VOC speciation help with soil vapor surveys and remediation planning.
Plant routine monitoring: Quick functional tests and short calibration times reduce downtime during routine checks.

Professional Applications

Workers Who Rely on This Equipment

Industrial hygienists: Use selective PID and GC analysis for exposure assessments and compliance testing.
Safety coordinators: Perform clearance measurements and document results with the supplied app and cloud transfer.
Maintenance technicians: Conduct leak localization and rapid spot checks during routine inspections.
Environmental technicians: Run soil vapor surveys and VOC speciation surveys in remediation and monitoring projects.
Emergency responders: Use fast-screening Seeker mode and Analysis mode for incident response and area assessment.

Complete Safety Equipment Solutions

Complementary Safety Gear

The Portable Multi Gas Detector Drager X-pid 9500 works alongside other instruments and PPE to form a layered safety approach in hazardous atmospheres. Combining measurement tools, respiratory protection, and calibration equipment helps teams make informed decisions in the field.

Recommended Equipment Combinations

Leak survey: X-pid 9500 + portable gas detectors + gas sampling pumps + calibration gas and accessories
Confined-space entry: X-pid 9500 + personal gas monitors + respirators + communication gear
Environmental sampling: X-pid 9500 + soil vapor probes + gas sampling pumps + calibration gas

Selection Guide and Product Suitability

When to Choose This Product

Choose the Drager X-pid 9500 when you need selective PID measurements with GC-level discrimination for VOCs and benzene in low ppb ranges. It performs well for rapid spot checks, clearance measurements, and environmental speciation tasks where lab-quality selectivity in the field matters. The lack of consumables and short calibration times favor busy operations requiring frequent testing.

Key Evaluation Factors

Detection limits required (e.g., detects benzene starting at 50 ppb)
Need for compound selectivity versus total VOC screening (Seeker vs Analysis)
Field ruggedness and explosion-proof smartphone control
Data management needs including GasVision 7 and CSE Connect cloud connectivity

Limitations and Alternative Considerations

This device is not described as a substitute for laboratory confirmation in all regulatory contexts and may not specify detection ranges for every compound of interest; consider a full laboratory GC analysis for regulatory confirmation. Available from All Safety with standard, expedited, or overnight shipping to suit project timelines.

Daily Use and Maintenance

Workplace Integration

Technicians typically use the supplied control unit and explosion-proof smartphone app to start measurements, select Seeker or Analysis mode, and upload results via cloud connectivity. For routine inspections, teams often pair short functional tests with task logging to maintain traceable records.

Care and Replacement Guidelines

Perform the two-minute functional test with isobutylene or toluene and routine inspections per manufacturer instructions before site work; follow calibration intervals recommended by the manufacturer. Replace sensors, batteries, and wear parts according to manufacturer specifications and after failed bump tests or end-of-life indicators, and store the unit in a dry, climate-controlled location.

Ordering and Delivery

Contact All Safety to configure the Drager X-pid 9500 package with the sensor unit, control unit, explosion-proof smartphone, test gas adapter, and required power supplies and cables. Ask about calibration gas kits, service plans, and software licensing for GasVision 7 and CSE Connect during order placement.

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Draeger

Portable Multi Gas Detector - Draeger X-pid 9500 | Draeger

Description

Portable Multi Gas Detector for Rapid VOC and Benzene Analysis