Automatic self-contained fire extinguishing system
December 2013
IS & Ex
The Pyrorack is a fully automatic, self-contained fire extinguishing system for use in applications such as telecommunications cabinets, banking, computer rooms, IT networks, CCTV equipment racks, website servers, hosting equipment and public address system racks. Designed specifically for 48 cm racking systems, the Pyrorack detects a fire using the coincidence detection method and extinguishes the fire in less than 10 seconds after detection.
The use of the Pyrorack in cabinets ensures that the equipment is being protected close to the potential source of the risk, with the fire being detected at an early stage. This eliminates the necessity of discharging large and costly amounts of fire extinguishant.
It has first and second stage fire and volt-free contacts, with manual or automatic modes selectable and built-in battery backup.
For more information contact Sam Wright, AST Africa, +27 (0)11 949 1157, , www.astafrica.com
Further reading:
Certified safe power for hazardous industrial environments
Conical Technologies
IS & Ex
When working in high-risk environments like oil and gas, petrochemical plants or other hazardous industrial zones, safety isn’t just important, it’s essential. That’s why Traco Power developed the TIB-EX series of DIN rail power supplies, purpose-built to deliver reliable power even in the toughest conditions.
Read more...
Parker strengthens explosion safety
IS & Ex
Parker Hannifin has announced that its 37 mm Ex d m coils have attained new ATEX and IECEx Type Examination Certificates according to the latest explosion protection standards.
Read more...
New modules for distributed integration of intrinsically safe signals
Beckhoff Automation
IS & Ex
Beckhoff provides a compact acquisition solution for intrinsically safe signals up to zone 0/20 with the IP67-protected EtherCAT Box modules of the EPX series.
Read more...
Stopping the sparks from flying
IS & Ex
Whenever electrical equipment is required for use in hazardous environments they must be designed with intrinsic safety in mind. Darren Barratt, product sales manager at alarm and event management specialist, Omniflex outlines the importance and key aspects of intrinsic safety design.
Read more...
Control and monitoring with only one device
Pepperl+Fuchs
IS & Ex
Pepperl+Fuchs has expanded its portfolio of K-System isolated barriers for DIN rail mounting (power rail) with the KCD2-SCS interface module. As the first 2-channel AI/AO intrinsic safety barrier with dual function, the module can be configured individually for analogue input or output control signals.
Read more...
Hazardous area solutions
Extech Safety Systems
IS & Ex
SEW-EURODRIVE is revolutionising industrial automation with advanced gear units, decentralised drives and the energy-efficient MOVIGEAR system.
Read more...
Field service regime key for effective PDS/CPS operation
IS & Ex
While their primary objective is to ensure the safety of people, proximity detection system and collision prevention system installations also have a direct bearing on other critical parameters such as equipment availability and productivity.
Read more...
World’s first 5G smartphone for ATEX and IECEx zone 1/21
Extech Safety Systems
IS & Ex
i.safe MOBILE has launched the world’s first 5G smartphone for ATEX and IECEx zone 1/21. The intrinsically safe mobile device, which was also developed for use in 5G campus networks, offers companies great flexibility thanks to its wide range of possible applications, especially in the automation sector.
Read more...
Fully Ex-certified access point solutions for wireless communication
Pepperl+Fuchs
IS & Ex
Pepperl+Fuchs now offers a wireless access point solution that is fully certified in accordance with ATEX/IECEx standards, and forms the basis for end-to-end Wi-Fi communication in hazardous areas.
Read more...
Secure, digital communication in potentially explosive atmospheres
Pepperl+Fuchs
IS & Ex
Consistently digitalised processes in the smart factory are a matter of course today, but not in potentially explosive atmospheres. The systems and devices used in these areas must have optimal protection mechanisms to ensure maximum safety.
Read more...