Aspirating Smoke Detectors (ASD)
Aspiration/High Sensitivity Smoke Detection System is a highly sensitive active smoke detection which continually samples the room environment throught pipe netwrk for smoke particles. Using laser or high power LED technology with a self intelligence of self calibration to suit the environment, nuisance alarms are limited. Also suitable for Archives, Cold Storage, Warehouse, Pulp & Paper Production.
Why Aspirating Smoke Detection?
Early warning of fire
Restricted area detection
Suppression System Enhancement
Large open area detection
Unobtrusive detection
Dusty and Humid area detection
Inaccessible area detection
Uniquely flexible
The benefits of our early-warning fire systems:
- Ultra-fast smoke detection and intervention options
- Scalable to meet every need
- Maximum cost-effectiveness
- Extremely easy to use
- Robust and durable
- Based on many years of experience
- Developed in Switzerland, made in Germany
- Everything from a single source
SecuriSmoke ASD: ultra robust and highly sensitive
Robust and low-noise, with pinpoint reactions to even the slightest presence of smoke: SecuriSmoke ASD aspirating smoke detectors meet the highest standards and rank among the world’s leading early fire detection devices. Benefiting from universally accepted certifications, our aspirating smoke detectors are in successful use world-wide. Dust-proof and resistant to strong jets of water, they boast minimal noise and are perfect for even the most sensitive environments.
INTRODUCTION TO SECURITON
The function of electronic data processing centres has become increasingly important in recent decades, as they are now equated with the nerve centres of the modern world.
To avoid potential consequential damage to these critical facilities that may arise in the early stages of a fire, it is imperative to equip the IT infrastructure with a well-functioning early fire detection system that is tailored to customer needs and the customer’s environment.
Such consequential damage, which usually does not have an immediate effect, can be caused, for example, by corrosive gases due to impermissible temperatures within circuits and the cable connections of electrical and electronic components. These gases occur long before a conventional fire alarm system is able to detect a fire.