Ion Science SF6 P1 XTL HighSENSE Gas Leak Detector

The Ion Science SF6 P1 XTL HighSENSE is an advanced gas leak detector designed to identify SF6 leaks with unmatched accuracy and reliability. Engineered for industries requiring precise monitoring, this high-sensitivity tool delivers exceptional performance in detecting even the smallest leaks, ensuring safety and compliance.

Key Features:

• HighSENSE Technology: Delivers outstanding sensitivity for detecting minute SF6 leaks.
• Robust Design: Durable and lightweight for demanding industrial environments.
• Intuitive Interface: Easy-to-use controls with real-time digital display for accurate readings.
• Versatile Power Options: Rechargeable battery ensures prolonged operation.
• Alarm System: Visual and audible alerts for immediate identification of leaks.

Applications:

Ideal for use in power plants, gas-insulated substations, and industrial environments where SF6 gas is utilized. Ensures safety, operational efficiency, and compliance with environmental standards.

Specifications:

Feature	Detail
Sensitivity	Ultra-sensitive HighSENSE sensor
Detection Range	Low ppm to high concentrations
Power Supply	Rechargeable battery or AC input
Weight	Lightweight for portability
Alarm Type	Audible and visual indicators

Package Includes:

• SF6 P1 XTL HighSENSE detector
• Rechargeable battery pack
• AC power adapter
• Carrying case
• User manual

Benefits:

• Ensures quick and precise identification of SF6 leaks, minimizing environmental impact.
• Reduces downtime and improves operational efficiency.
• User-friendly design allows technicians of all levels to operate effectively.

Resources and Certifications:

• Datasheet

Accessories:

• Replacement sensors
• Extended battery packs
• Calibration kits

More Options for You:

• Explore the Ion Science SF6 AreaCheck P2 for stationary monitoring.
• Check out the Portable SF6 Leak Detector for on-the-go needs.

Extra Information:

Covered by a standard manufacturer warranty. Custom calibration services are available upon request.