Agilent Electronic GC Leak Detector

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The Agilent CrossLab CS Electronic GC Leak Detector provides a state-of-the-art solution for detecting leaks in the tubing and connections of GC and GC/MS instruments. It ensures leak-free operation across various gases, including hydrogen, nitrogen, and helium, helping to prevent safety hazards, reduced sensitivity, lower productivity, and shorter consumable lifespans.
Its innovative cartridge design integrates two essential GC monitoring functions – leak detection and flow rate measurement – into a single, portable handheld system with the bundle option. Its versatility also makes it ideal for other analytical techniques such as LC/MS and ICP-MS.
Features
- Dual functionality in one device: The Agilent CrossLab Cartridge System (CS) is the only handheld system that integrates two critical GC flow path monitoring tasks - leak detection and flow rate measurement - into a single device with the bundle option
- Fast and sensitive leak detection: Quickly detect leaks in under two seconds with a sensitivity of 0.003 mL/min for helium, ensuring precise monitoring
- Improved lab safety and efficiency: By promptly identifying leaks, this detector minimises risks, preserves consumable lifetimes, and optimises lab productivity
- Intuitive and portable design: Lightweight and handheld, it features an easy-to-read OLED display and an audible alarm, for hassle-free operation
- Environmentally conscious: Certified with the ACT label, this device supports sustainable lab practices by reducing waste and promoting environmental responsibility
- Flexible power options: Operates on AA batteries or USB power, offering convenience in various lab settings
Specifications
Agilent Electronic GC Leak Detector | |
Sensitivity* | Helium 0.003 mL/min in atmosphere |
Operating Temperature Range | 0 to 45°C (non-condensing) |
Storage Temperature Range | –15 to 50°C |
Power | Three AA batteries (alkaline) or USB power |
Display | 128 × 64 pixels monochrome with 16 gray scales |
* When verified with calibrated leak source at ambient temperature of 20 to 26 °C at standard atmospheric pressure