Standard Particle and Cleaning Kit
Kit used to remove particles and foreign matter from medical gas pipes and confirm that the line operates safely; 75 / 150 Lpm flow, HTM 02-01…
Precision device developed for leak-tightness checks and pressure-loss measurement; used on gas and liquid lines, with a light body that is operated with one hand.
The 66.1142 is a precision instrument used to test systems for leak tightness and to measure the pressure loss that occurs in lines carrying gas or liquid. It delivers accurate and reliable readings, and its robust, durable construction makes it a frequent choice for medical and industrial gas installations.
The body, made from quality materials, offers long-lasting and safe use. Its ergonomic design allows the device to be used comfortably with one hand, while its small size and low weight make it easy to carry during field work. Because it can be adapted to different connection types, it can serve on a variety of gas and liquid lines.
| Measurement | Pressure drop and leak tightness testing |
|---|---|
| Line Types | Gas and liquid lines (industrial and medical gas systems) |
| Handling | One-handed use, portable |
For every device you purchase we set up an installation, training and after-sales support plan. Contact our teams for preventive maintenance contracts, spare parts and clinical application support.
Kit used to remove particles and foreign matter from medical gas pipes and confirm that the line operates safely; 75 / 150 Lpm flow, HTM 02-01…
NIST probes whose thread size and connection design vary by gas; they connect only to the matching medical gas outlet and prevent mix-ups between…
BS probes shaped separately for each gas type that fit only the matching medical gas outlet; they prevent incorrect connections and help improve…
Kit for testing and calibrating BS-type terminal units; includes two pressure guns, a vacuum gun and an impact-resistant case for field use.
Test kit that verifies the vacuum and flow performance of operating theatre anaesthetic gas scavenging systems during commissioning and periodic…