What is the difference between the Tiger XT and the Tiger XTL?

The main difference between the Tiger XTL and the Tiger XT is the detection range and sensitivity. The Tiger XT detects from 1 ppb to 20,000 ppm, while the Tiger XTL works from 0.1 ppm to 5,000 ppm. The XT is geared towards trace detection; the XTL is for standard industrial applications in ppm. Additionally, another feature of the Pid XTL is that it does not allow lamps greater than 10.6 eV. and has a lifespan of 2 to 3 years. The 11.7 eV lamp for Pid XT is geared towards compounds with a high ionization potential, such as Formaldehyde, methanol, acrylonitrile, among others, and is very sensitive to humidity: its lifespan is 1 to 6 months. The lamps for Pid XT and XTL are mainly used for the detection and measurement of VOCs (volatile organic compounds). The Pid XTL does not allow lamps greater than 10.6 eV. and has a lifespan of 2 to 3 years. The 11.7 eV lamp for Pid XT is geared towards compounds with a high ionization potential, such as Formaldehyde, methanol, acrylonitrile, among others. The 11.7 eV lamp for Pid XT is very sensitive to humidity and its lifespan is 1 to 6 months. The lamps for Pid XT and XTL are mainly used for the detection and measurement of VOCs (volatile organic compounds). Additionally, another feature of the Pid XTL is that it does not allow lamps greater than 10.6 eV. and has a lifespan of 2 to 3 years. The 11.7 eV lamp for Pid XT is geared towards compounds with a high ionization potential, such as Formaldehyde, methanol, acrylonitrile, among others. The 11.7 eV lamp for Pid XT is very sensitive to humidity and its lifespan is 1 to 6 months. The lamps for Pid XT and XTL are mainly used for the detection and measurement of VOCs (volatile organic compounds).

Does the Tiger XTL detect compounds in ppb?

No. The Tiger XTL measures from 0.1 ppm, so it is not suitable when detection at parts per billion (ppb) levels is required.

What applications is the Tiger XT recommended for?

The Tiger XT is recommended for environmental studies, contaminated soil investigations, vapor monitoring (soil gas), vapor intrusion, and applications where high sensitivity at very low levels is needed.

When is the Tiger XTL enough?

The Tiger XTL is suitable for general industrial applications, on-site safety control or detection of medium and high concentrations of VOCs where ppb sensitivity is not required.

Does the Tiger XT have greater data logging capacity than the Tiger XTL?

Yes. The Tiger XT offers greater configuration options and data logging, making it more suitable for technical work, audits, and documented environmental studies.

What is the best PID detector for vapor intrusion investigations?

The best PID detector for vapor intrusion studies is one that allows measuring volatile organic compounds (VOCs) at very low concentrations, in the ppb range. The Tiger XT is a particularly suitable option because it measures from 1 ppb to 20,000 ppm, allowing detection of trace contaminants in soil gas studies, sub-slab monitoring, and indoor air quality evaluations associated with vapor intrusion. In contrast, the Tiger XTL starts at 0.1 ppm, which may not offer the necessary sensitivity when regulatory reference values are at low ppb levels.

What is the difference between the Tiger XT and the Tiger XTL?

The main difference between the Tiger XTL and the Tiger XT is the detection range and sensitivity. The Tiger XT detects from 1 ppb to 20,000 ppm, while the Tiger XTL works from 0.1 ppm to 5,000 ppm. The XT is geared towards trace detection; the XTL is for standard industrial applications in ppm. Additionally, another feature of the Pid XTL is that it does not allow lamps greater than 10.6 eV. and has a lifespan of 2 to 3 years. The 11.7 eV lamp for Pid XT is geared towards compounds with a high ionization potential, such as Formaldehyde, methanol, acrylonitrile, among others, and is very sensitive to humidity: its lifespan is 1 to 6 months. The lamps for Pid XT and XTL are mainly used for the detection and measurement of VOCs (volatile organic compounds). The Pid XTL does not allow lamps greater than 10.6 eV. and has a lifespan of 2 to 3 years. The 11.7 eV lamp for Pid XT is geared towards compounds with a high ionization potential, such as Formaldehyde, methanol, acrylonitrile, among others. The 11.7 eV lamp for Pid XT is very sensitive to humidity and its lifespan is 1 to 6 months. The lamps for Pid XT and XTL are mainly used for the detection and measurement of VOCs (volatile organic compounds). Additionally, another feature of the Pid XTL is that it does not allow lamps greater than 10.6 eV. and has a lifespan of 2 to 3 years. The 11.7 eV lamp for Pid XT is geared towards compounds with a high ionization potential, such as Formaldehyde, methanol, acrylonitrile, among others. The 11.7 eV lamp for Pid XT is very sensitive to humidity and its lifespan is 1 to 6 months. The lamps for Pid XT and XTL are mainly used for the detection and measurement of VOCs (volatile organic compounds).

Does the Tiger XTL detect compounds in ppb?

No. The Tiger XTL measures from 0.1 ppm, so it is not suitable when detection at parts per billion (ppb) levels is required.

What applications is the Tiger XT recommended for?

The Tiger XT is recommended for environmental studies, contaminated soil investigations, vapor monitoring (soil gas), vapor intrusion, and applications where high sensitivity at very low levels is needed.

When is the Tiger XTL enough?

The Tiger XTL is suitable for general industrial applications, on-site safety control or detection of medium and high concentrations of VOCs where ppb sensitivity is not required.

Does the Tiger XT have greater data logging capacity than the Tiger XTL?

Yes. The Tiger XT offers greater configuration options and data logging, making it more suitable for technical work, audits, and documented environmental studies.

What is the best PID detector for vapor intrusion investigations?

The best PID detector for vapor intrusion studies is one that allows measuring volatile organic compounds (VOCs) at very low concentrations, in the ppb range. The Tiger XT is a particularly suitable option because it measures from 1 ppb to 20,000 ppm, allowing detection of trace contaminants in soil gas studies, sub-slab monitoring, and indoor air quality evaluations associated with vapor intrusion. In contrast, the Tiger XTL starts at 0.1 ppm, which may not offer the necessary sensitivity when regulatory reference values are at low ppb levels.

PID Tiger XTL Low Cost 5.000 ppm

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PID Tiger XTL Low Cost 5.000 ppm

PID Tiger XTL Low Cost 5.000 ppm

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Volatile organic compound leak detection till 5,000ppm. TIGER LT is an entry-level portable VOC detector that provides fast, accurate and reliable results, no matter the challenge of its environment.

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The PID Tiger XTL Low Cost 5,000 ppm is a portable volatile organic compound (VOC) gas detector, designed to measure concentrations up to 5,000 ppm with precision and speed. This instrument is ideal for industrial, environmental, and safety applications, where detecting flammable or toxic gases is critical for personnel protection and process control.

Its compact and robust design enables reliable work in the field and demanding industrial environments. Equipped with advanced PID sensors, the Tiger XTL offers immediate detection, visual and audible alarms, and simple handling, making it accessible even to operators without prior experience.

This equipment is widely used by chemical industries, laboratories, environmental consultancies, and industrial safety services, providing representative and reliable measurements of volatile gases in various environments.

VOC detection up to 5,000 ppm
Advanced PID technology for accurate measurement
Portable, lightweight, and durable design
Visual and audible alarms for critical concentrations
Easy-to-read digital display
Easy to use, calibrate and maintain

Monitoring of volatile organic compounds (VOCs) in industry
Industrial safety and risk prevention
Environmental laboratories and control
Leak detection in chemical facilities
Environmental consultants and field technicians

The PID Tiger XTL Low Cost 5,000 ppm uses PID (Photoionization Detector) sensors to ionize the VOCs present in the air, generating an electric signal proportional to the gas concentration.

The results are displayed on a digital screen in real-time, and the device activates visual and audible alarms when predefined safety levels are exceeded. Its portable and durable design allows reliable field or industrial work, providing accurate and representative measurements for process control and personnel safety.

What is the difference between the Tiger XT and the Tiger XTL?
Does the Tiger XTL detect compounds in ppb?
What applications is the Tiger XT recommended for?
When is the Tiger XTL enough?
Does the Tiger XT have greater data logging capacity than the Tiger XTL?
What is the best PID detector for vapor intrusion investigations?

FAQs

What is the difference between the Tiger XT and the Tiger XTL?
Does the Tiger XTL detect compounds in ppb?
What applications is the Tiger XT recommended for?
When is the Tiger XTL enough?
Does the Tiger XT have greater data logging capacity than the Tiger XTL?
What is the best PID detector for vapor intrusion investigations?

Fast and reliable measurement of volatile gases
Portable and easy to transport for fieldwork
Immediate alarms for personnel protection
Robust and durable design for demanding environments
Economical and efficient for industrial and environmental monitoring applications
Easy handling and maintenance for operators of any level

PID Tiger XTL Low Cost 5.000 ppm

PID Tiger XTL Low Cost 5.000 ppm

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