Juegos (Industriales)

Safety and Efficiency in the Heart of Glaciers

The Essential System for Crevasse Rescue and Self-Evacuation, Designed to Provide a Fast and Technical Response to Falls in Icy Terrain. A Vital Companion for Adventurers Exploring Extreme Natural Environments.

The Crevasse Rescue Kit Contains Everything Needed to Set Up a Haul System or Rope Ascent in the Event of a Fall into a Crevasse. This Kit is Essential for Glacier Travel, Whether on Skis or on Foot, Focusing on Lightweight Performance and Operational Efficiency under Critical Conditions. Its Professional Design Allows Intuitive Handling, Ensuring that Safety Remains the Highest Priority in Demanding Natural Environments.

Key Features

Complete Kit Specifically Designed for Crevasse Rescue Maneuvers and Rope Ascension.

Versatile Compatibility with Ropes Ranging from 8 to 11 mm in Diameter.

Ultralight Components that Reduce Overall Weight during Extended Expeditions.

International CE and UIAA Certifications Ensuring the Highest Safety Standards.

Includes Premium Components such as the Micro Traxion Progress-Capture Pulley and the Tibloc Ascender.

Mechanical Flow Meter with Back-Run Stop: Scientific Precision for Hydraulic Monitoring

The industry standard for exact water flow quantification in plankton nets and stationary applications, ensuring rigorous data integrity through integrated back-run stop technology.

The Mechanical Flow Meter with back-run stop is a specialized precision instrument designed for the most demanding oceanographic and limnological research. Its primary application is the accurate determination of the volume of water passing through a plankton net, although its robust design also makes it ideal for stationary monitoring in rivers and outfalls. By utilizing a three-blade impeller directly coupled to a non-resetting five-digit counter, the device provides a reliable mechanical record of every revolution during deployment.

Engineered for vertical operations, the "back-run stop" feature is critical for maintaining sample integrity, as it prevents the counter from registering reverse movements that could skew results. Constructed from a high-performance combination of plastic and titanium, the flow meter offers exceptional durability and corrosion resistance in aquatic environments. With a constant hydraulic pitch of 0.3 meters per revolution, researchers can easily convert mechanical counts into precise towing distances and volumetric data, ensuring that every expedition yields high-quality scientific evidence.

Key Features

Integrated Back-Run Stop: Specifically designed for vertical deployments to ensure the counter only records forward flow.

Precision Engineering: Features a three-blade impeller coupled to a five-digit mechanical counter.

Robust Materials: Built with titanium and technical plastics for maximum resistance in saline and freshwater environments.

Versatile Deployment: Suitable for both towed equipment like plankton nets and stationary flow monitoring.

High Accuracy: Delivers measurements within ± 5% in the primary range of 0.6 to 10 m/s.

Easy Installation: Features a triple-point nose piece connection for secure mounting inside net rings.

Simplified Calculations: Standardized 0.3 m hydraulic pitch allows for rapid determination of filtered water volume.

Product ID	438 115
Length	205 mm
Body Diameter	32 mm
Impeller Diameter	75 mm
Materials	Plastic, Titanium
Measuring Range	0.3 to 10 m/s
Accuracy (0.6 - 10 m/s)	± 5%
Accuracy (0.3 - 0.6 m/s)	± 10%
Hydraulic Pitch	0.3 m per revolution
Counter Range	99,999 revolutions
Weight in Air	145 g