SF6 LeakCheck P1:p is designed for the location, leak testing and measurement of SF6 leaks in high voltage electrical switchgear.
The revolutionary SF6 leak detector rapidly detects leaks down to 1 x 10-8 ml/sec, with a response and clear down of less than 1 second.
The instrument’s award winning Negative Ion Capture (NIC) technology with non-radioactive source eliminates problems of registration, storage and transportation.
The LeakCheck P1:p SF6 leak detector is unaffected by large leaks. The detector will continue to remain uncontaminated even after exposure to 100% SF6 gas.
Designed for fixed continuous SF6 area monitoring, the AreaCheck P2 with 12-point network controller rapidly detects low-level SF6 leaks.
The fixed SF6 leak detector utilises relay output for immediate awareness of detected leaks, and presents no cross sensitivity with any other gas or moisture in the air. The AreaCheck P2 has no filter problems due to its minimum air intake (compared to pump operated systems).
Instrument setup is carried out easily via a computer or network interface, allowing optimal protection from unauthorised access. The SF6 AreaCheck P2 has a built in low flow alarm and self-diagnostic testing.
The instrument’s serviceable components are comprised in the user exchangeable SmartSensor, with a lifetime of up to 12 months. Measuring stations are maintenance-free, ensuring instrument downtime is minimised.
The SF6 leak detector can be effectively used as a stand-alone instrument or with the P2 network controller and up to eleven other SF6 AreaCheck P2s.
The ideal low cost SF6 leak detector
The SF6 GasCheck 6000 leak detector is a great device for mobile SF6 leak detection. In practical use, it has a detection threshold of 1x10-6 mbar l/s, which makes it perfectly suitable for simple leak detection applications on SF6 switchgear.
The easy to use, processor controlled instrument features both an audible alarm and an LED bar graph display, letting you know if a small, medium or big leak has been detected.
The leak detector automatically compensates all ambient influences like temperature changes or movement of air in the room. Intelligent control sets up the instrument appropriately for the ambient situation.