After the successful presentation of the LF 20 KatS with the integrated hydraulic swimming pump at Interschutz 2015, the Albert Ziegler GmbH has demon-strated various usage possibilities of this pump. The location of the fire brigade of Mülheim an der Ruhr has offered optimal geographic conditions for this. On September 4th and 5th, 2015, demonstrations of the LF 20 KatS and the Ziegler hydraulic swimming pump took place at the fire brigade of Mülheim an der Ruhr. An increasing number of meteorological events with numerous floodings as a result of heavy rain gave the impulse for this innovation developed by Ziegler. The LF 20 KatS provides the optimal basis to integrate the Ziegler hydraulic pump in the compartment. This vehicle also contains the proven Ziegler ALPAS super-structure, the airbag and belt pretensioning System Z-Protec, the ambient lighting Z-UB4K with the Top-Integro as well as a portable fire pump PFPN 10-1500 Ziegler Ultra Power 4 in the lowered compartment. In addition, the vehicle has a Ziegler hygiene Board PUSH and 8 removable car-tridges for the relocation of hoses while driving. New is that the hydraulic pump system can be used to transport water to the centrifugal fire pump of the vehicle. Due to the inlet pressure the performance can be doubled. In operation without pressure this pump can deliver up to 10,000 liter of water per minute along with the vehicle pump, the portable fire pump Ziegler UP 4 and a submersible sewage pump ATP20R. In addition, the hydraulic pump allows the usage to remove water from large deep or inaccessible waters without alarming special devices. Furthermore, it is perfectly suited for applications with moderate water consumption where alerting of specialized equipment would not be justified. The hydraulic pump is installed compactly between the compartments in the front of the body. This pump has hydraulic hoses each of a length of 30 m. With a hydraulic hose reel the hoses are rolled up electrically. Ziegler discusses two modes of operation of the pump. One way is to use the pump in series with the pump of the vehicle. It is fed with inlet pressure in the vehicle pump and a large amounts of wa-ter under pressure can be pumped up. Water extraction can be located 30 m away from the vehi-cle. Large differences in height between vehicle and open waters do not constitute any obstacle. The second mode is to use the hydraulic pump parallel to the vehicle pump. Thereby a a maximum flow rate can be achieved. The water extraction can also be located 30 m away from the vehicle. The pump can be used in many ways. One possibility would be for example flooding, where a max-imum flow rate is necessary. Furthermore, the hydraulic pump allows not only the water extraction, but also the operation without pressure from great depths of up to 30 m. Unfavorable or difficult ac-cessible terrain represent no obstacles. In addition, with the hydraulic pump a maximum pressure to deliver water over long distances or to supply turrets with great performance can be achieved. Water extraction from a bridge that extends 11 meters above the Ruhr has aroused great interest among the participants of the demonstration. The fire brigade Mülheim an der Ruhr, Ibbenbüren, Duisburg, representatives of the fire brigades of Velbert, Wesel and Wesseling and Polish delega-tions were on-site during the demonstrations. At the second demonstration, an exercise of the vol-untary fire brigade of Mülheim at the harbour of the river Ruhr was carried out. Especially, the hose laying over longer distance with three inch-hoses and the maximum pressure support has ensured attention. In summary, it can be highlighted that placing the hydraulic pump in standard firefighting vehicles does not lead to any space or weight problems. With respect to the performance, the pre-pressure of the pump allows delivery of 4000 l/min water through a vehicle fire pump with 2000 l/min. In ad-dition, the system is ready for usage very quick and can easily be installed by only 2 firefighters, so that no request for special vehicles with removable loaders, trailers or other equipment is neces-sary. With regard to the logistics, there is a further advantage that ordinary hoses can be used to transport the water.

In one of Norway’s largest oil fields Autronica today announced that the AUTRO SAFE® Integrated Fire and Gas Detection System has been selected by Statoil for its operations in the Johan Sverdrup oil field in the North Sea. Autronica Fire and Security AS, a leading provider in safety solutions for the marine and oil & gas segment, is a part of UTC Building & Industrial Systems, a unit of United Technologies Corp. (NYSE:UTX). As part of the four-year framework agreement, one of the most significant in the brand’s history, Autronica will provide AUTRO SAFE fire and gas detection systems to Statoil’s offshore installations in the oil field. The agreement includes options for 2 plus 2 years and for supplying systems to the nearby Johan Castberg, Peregrino and Snorre fields. Installation of the detection systems, which will be developed and manufactured by Autronica in Norway, will begin in early 2016. “We are thrilled to play an important role in protecting Statoil’s operations in one of the North Sea’s largest oil fields,” said Frode Lund, managing director, Autronica. “This high-profile win confirms Autronica’s position as a long-term and reliable partner in the oil and gas segment around the world.”

Archives contain highly combustible materials like paper and cardboard For a building that is both a historic monument and houses millions of records – mostly on paper- fire protection is of utmost importance. Fires in libraries and archives cause two types of damage: material loss of the collections and perhaps the building and, social damage. Society has suffered some extraordinary losses from ancient times to the present, from the fire at the Alexandria Library to the fire at the Library of the Academy of Sciences in the former Soviet Union. Archives cannot be replaced. Once they have been destroyed, they are lost forever. Opened in 1900, the Archive of Serbia is the country’s national archive, located in Belgrade. The current building was dedicated in 1928 to house and protect documents and other materials produced by state bodies and organizations of Serbia before 1918, as well as documents produced during and after World War II. Although the National Archive was heavily damaged during World War II, the archives still hold a large amount of information dating back to early medieval times – over ten kilometres of historical records in 972 archives and 51 collections. By definition, archives contain highly combustible materials like paper and cardboard. Tightly packed shelves positioned closely together accelerate the progress of any fire and even small amounts of smoke and soot can damage ancient and valuable documents. Water, used to extinguish the fire, can also cause a lot of damage. To avoid as much damage as possible, early warning fire detection is essential. When called in to design, install and commission a new fire protection system for the Archive of Serbia, Apollo’s partner, TVI Ltd in Belgrade, specified Apollo’s XP95 optical smoke detectors and XP95 heat detectors. Vladimir Zrnić from TVI said: “Designing a fire detection system for the archive was challenging and interesting at the same time. We knew that the air would not be completely clear and that rising temperatures had to be detected extremely early to avoid fire spreading rapidly as it would in a room filled with very old, and therefore very dry, paper. “The XP95 Heat Detector from Apollo monitors temperature by using a single thermistor which provides a count output proportional to the external air temperature. The standard heat detector will report an alarm at a temperature as low as 55 degrees Celsius, whereas the XP95 Optical Smoke Detector works using the light scatter principle and is ideal for applications where slow-burning or smouldering fires are likely. Both are ideally suited for this project.” Overall, more than 80 devices were installed covering ten software zones in the four-storey building. Fire suppression systems cover three floors of the four-storey building with an overall floor space of 5000m2. Special considerations to be taken into account included the above average dust levels and very high ceilings. In combination with heating and ventilation systems, which can cause stratification, high rooms can be challenging for detection systems. A large number of high shelves were potential obstacles and could delay the detection of fire and smoke. For more information on Apollo Fire Detectors visit www.apollo-fire.co.uk

Final phase of the transition to the UN’s Global Harmonised System has started June saw the start of the final phase of the United Nations sponsored programme to harmonise the chemical warning symbols found on many industrial and household products on a global basis. As a result, the warning labels on many products used in industry have changed. Stuart Longworth, Chairman of the Chemical Hazards Communication Society, says the changes will benefit industry and consumers, "The UN’s Global Harmonised System aims to harmonise the symbols and warning statements used on the labels on a global basis. They will make life easier for businesses when they import and export products, and consumers when they travel because eventually there will be only one set of symbols to deal with throughout most of the world." The labels are commonly found on numerous products used across a wide range of industries and alert users to the hazards associated with chemicals in the products to enable them to take appropriate care when using them. The design of the new symbols comprises a white diamond with red borders containing a black pictogram. Some are similar to the previous versions and are easily recognised, but several are new. To help users familiarise themselves with the new labels, the Chemical Hazards Communication Society (CHCS) has created a handy guide which can be downloaded from a specially created website at http://www.understandthelabel.org.uk. To give industry and consumers time to adapt to this new system, manufacturers have been able to continue using the "old" warning labels over a transitional period. The timing of the switch depends on whether the chemical is a pure substance or a component in a mixture. Labels for substances have already been harmonised. The deadline for mixtures, which will include many products used in industry, was 1st June 2015, although products already labelled with the "old" warning symbols and on the shelves on that date can continue to be supplied until 1st June 2017.

For enhanced learning Tyco Fire Protection Products has introduced L.I.V.E. (Local Instructional Valve Experience), an interactive, mobile unit for use in training demonstrations of the company’s fire system valves. Designed to educate customers about Tyco’s valve capabilities, L.I.V.E. is a purpose-built, fully self-contained riser manifold demonstration unit for Tyco’s Model DPV-1, Model AV-1 and DV-5 valves. L.I.V.E. training displays travel around Europe to Tyco’s network of TechXchange training facilities as well as customers’ own locations, on request. By demonstrating valve setting and testing procedures, the unit showcases the functional and operational capabilities of Tyco’s most advanced valves. The hands-on exercise and interaction with expert trainers improves customers’ training experience, while the system also offers portability and ease of use. Highlighting the importance of Tyco’s fire system valves to its fire protection solutions, the L.I.V.E. training initiative demonstrates the company’s ability to combine global capabilities with local expertise for an enhanced customer service. DPV-1 dry pipe valves are used to automatically control the flow of water into dry pipe fire protection sprinkler systems upon operation of one or more automatic sprinklers. Model AV-1 alarm valves are intended for use in wet pipe (automatic sprinkler) fire protection systems, while DV-5 deluge valves are used as automatic water control valves in deluge fire protection systems. Tyco’s TechXchange programme provides customers with the latest industry knowledge and training to gain maximum advantage in their market sector. Web-based live sessions, interactive e-learning programmes, and live training sessions at Tyco’s state-of-the-art TechXchange academies are available to cater for different learning styles. The L.I.V.E. display units will form part of the on-site face-to-face seminars to optimise the effectiveness of customers’ training. For more information about Tyco’s L.I.V.E. training demonstrations, contact your local sales representative or email: firevalves@tyco-bspd.com. To learn more about Tyco’s fire system valves, visit www.tyco-fire.com.

Specification Attachment: Safety Cushion_EN.pdf Teaser: Fast rescue from heights up to 25 metres (80 ft.)  Vetter safety cushions provide fast help when space is restricted at the rescue site or when facades are inaccessible to aerial ladder trucks. That way, you are ideally equipped even for difficult operational situations. Quickly set up and easily transported, the Vetter SP 16 and SP 25 safety cushions make it easier to gain access to the rear sides or courtyards of buildings. Our safety cushions also offer a safe solution for the rescue of trapped rescue personnel. Since 2014 the SP 16 is the only standardized safety cushion in germany. So protect yourselves and all affected people in case of rescue from extremely heights and trust our jump cushions. Neon-yellow side walls improve the visibility of our safety cushions at night or in bad weather. The landing areas are psychologically optimised: the blue circle − developed with experienced psychologist Prof. Horst Schuh − has been shown to reduce the crippling fear experienced by the jumper. Our safety cushions have been tested by an independent institution in accordance with or based on the DIN 14151 T 1 and T 3. This standard requires elaborate testing including many drop tests with different falling weights and drop positions. To measure impact deceleration, a kind of crash test with dummies is especially important. After all, it is most essential to prevent jumping persons from hitting too hard, breaking through to the ground, or even bouncing back from out of the cushion. In short: Only with a certified safety cushion, you protect a jumping person and your rescue team optimally from avoidable injuries. www.vetter.de

For advanced metallurgies in fire protection equipment Pentair Engineered Solutions has obtained UL listing and FM Approval on its line of fire pumps with advanced metallurgies. This means industrial users located offshore, near shore and between shores now have a greatly needed defense against salt and brackish water corrosion that has historically wreaked havoc on their pumping equipment. It also designates Pentair as the first to market with a broad line of UL/FM pumps using advanced metallurgies. The corrosive effects of salt and brackish water, high pH, sand, etc., can put traditional cast iron and carbon steel fire pumps out of commission in only a few months. Without the corrosion-resistance provided by the advanced metallurgies, operators must choose between making costly pump system repairs or suffering lengthy shut downs and lost production time. Pentair’s recent approval gives operators the ability to combine the design, performance and quality standards of fire pumps built and tested per NFPA 20, UL, and FM, with the advanced metallurgies specifically selected to combat corrosion, extend pump service life and maximize uptime. The UL/FM Approval of these pumps also means industrial users now have a complete line of Pentair fire protection pumps (to 5000 gallons per minute) from which to choose. Advanced metallurgies available for use in all major components of split case and vertical turbine pumps include 316 Stainless Steel, Duplex and Super Duplex Stainless Steel, as well as Nickel-Aluminum-Bronze. Advanced Metallurgies Also Benefit Marine Pumping Applications Pentair advanced metallurgies apply to marine applications, benefitting marine architects, municipal users, and port authorities as well. In addition to the UL/FM Approval, these pumps have also satisfied ABS, Lloyd’s, and Bureauveritas standards. Benefits To Fresh Water Tank Users Often, operations located near saltwater sources are forced to avoid readily available seawater due to its corrosive effects on carbon steel and cast iron based pumping equipment — opting instead to pump fresh water into holding tanks on premises. Pentair’s line of fire protection pumps utilizing advanced metallurgies offers the more cost-effective option of utilizing unlimited brackish water resources, as well as avoiding the need for holding tanks and the larger footprints they entail.

London City Airport is the only airport to be located in the M25 London City Airport has recently opened a new simulation training room, mirroring its fire system which features panels from leading manufacturer, Advanced. Opened in 1987, the airport, situated at the former Royal Docks in Newham, is the only airport to be located within the M25. Servicing over 3.6 million passengers annually, the airport has ten operating airlines that travel to over 45 destinations. The complex is already protected by Advanced MxPro panels and the new training room will allow staff to learn their use and explore various scenarios in a controlled and isolated environment. The training room incorporates a two loop MxPro 4 panel and graphic package that will allow the staff to receive necessary training in the use of the airport systems. MxPro panels were originally selected due to their reputation for outstanding quality, reliability and ease of use. Robin Kemp, Advanced’s sales manager for the south east region, commented: “With Advanced panels already installed in London City Airport, the addition of the training room and the MxPro 4 panel for training purposes allows staff at the airport to be trained in the latest aspects of fire safety. In a 24-hour facility, it’s hard to do training using the main system, so this means that all types of incident can be mocked up without inconveniencing passengers.” MxPro is the fire industry’s leading multiprotocol fire solution, offering customers a choice of two panel ranges, four detector protocols and a completely open installer network that enjoys free training and support. MxPro panels can be used in single loop, single panel format or easily configured into multi-loop, high speed, 200 panel networks covering huge areas and thousands of field devices. MxPro 4 is fully compliant with EN54 Parts 2 and 4, and backed up with Advanced’s renowned customer care and technical support. The MxPro 5 is Advanced’s highest performance analogue panel. It is EN54 2, 4 & 13 approved and is backward compatible with MxPro 4, offering long-term security for MxPro customers. Advanced is a world leader in the development and manufacture of intelligent fire systems. The legendary performance, quality and ease-of-use of its products sees Advanced specified in locations all over the world, from single panel installations to large multi-site networks. Advanced’s products include complete fire detection systems, multi-protocol fire panels, extinguishing control, fire paging and false alarm management systems. More details can be found on the website at www.advancedco.com.

Two new innovations from Interschutz  Vetter, the leading manufacturer of emergency pneumatics presented two trade fair innovations during Interschutz 2015: With the S.Tec 12 Lifting Bags the company is putting a lifting bag on the market with 12-bar technology as the very first pneumatic rescue technology supplier. The Connectable Bags C.Tec with 10 bar operating pressure were also presented. Combining three bags can create lifting heights of up to 2.10 metres (82 inches). First lifting bag with 12-bar technology "With our new S.Tec 12 Lifting Bags we are able to boost the lifting force of our tried and tested 8-bar bags by an additional 50 percent on the identical area of one square metre", according to Karina Geuenich, Product Manager at Vetter. That means for the first time, loads of up to 102 tons can be safely lifted. The low insertion height of merely 25 millimetres (0.98 inches) make them especially flat, letting them fit into even the most narrow gaps and openings. On top of that, the limited space is better utilised in the rescue vehicle. „To make it even easier for the rescue services to identify the lifting bags in the vehicle, the new S.Tec 12 Lifting Bags are marked on both sides next to the connection valve with the main technical data“, explains Ms. Geuenich. All the bags in this series are compatible with the Vetter 8 and 10 bar filling accessories. And there’s another strong argument in favour of the S.Tec 12 Lifting Bags: According to Vetter, the three specially developed sizes make it the only supplier on the market at this time that lets fire brigades exactly meet the DIN 14530 and 14555 equipment standards. The standards specify the minimum requirements for lifting bags with 100 kN, 200 kN and 500 kN. Vetter completely covers these with its sizes V 10, V 20 and V 50. Versatile combination of lifting bags without tools Three different sizes, 560 mm to nearly 1,350 mm diameter, 16 possible combinations – The figures reveal what is important to Vetter in its new Connectable Bags C.Tec: Versatility. Every required lift height during deployment in natural catastrophes or collapsed buildings can be achieved with flexibility. That makes up to 2.1 metres (82 inches) feasible when combining the three largest Connectable Bags. According to Vetter, it has reached the highest lifting heights in the connectable lifting bag segment. The lifting bags can also be used individually, of course. And the rescue services onsite will appreciate something else too: „Our new lifting bags can be combined with a connection plate tool-free. That saves valuable time at the operation site, space in the vehicles and minimises the training expenditure“, says Ms. Geuenich. Based on the intelligent connection plate technology, after combining the connections they all automatically face the same direction. The process was tested and certified by an independent testing institute. Result: It is the safest connection technique on the market. The Connectable Bags C.Tec from Vetter are compatible with the company’s 10-bar system, which simplifies investment planning. That facilitates continued use of previously acquired systems. Just as with all lifting bags from Vetter, the newly presented products are exclusively „Made in Germany“. Before delivery, they are put through individual tests with dated test seals and have a safety factor of at least 4:1. Vetter consequently continues its reliable and tested safety concept along with its high quality standard. Both products were tested by an independent testing institute in accordance with DIN 13731:2008 and have been certified as lifting bag systems for fire brigades and rescue services compliant with the safety and performance requirements. The S.Tec 12 Lifting Bags and the Connectable Bags C.Tec are immediately available individually and in sets through trade partners. Vetter GmbH, Blatzheimer Straße 10-12, 53909 Zülpich, Germany www.vetter.de

Chiefs from Texas and Virginia win the awards The International Association of Fire Chiefs (IAFC) and Pierce Manufacturing Inc., an Oshkosh Corporation (NYSE: OSK) company, announced the 2015 winners of the annual “Fire Chief of the Year” awards at Fire-Rescue International (FRI), the annual conference of the IAFC. Volunteer Fire Chief, Dr. Charles Addington II, of Wolfforth Fire & EMS in Wolfforth, Texas and career Fire Chief, Dan Eggleston, of the Albemarle County Department of Fire Rescue in Charlottesville, Virginia are this year’s recipients. Winners (selected by a committee appointed by the IAFC) are honored for their dedication and leadership in fire and emergency services. Sponsored by Pierce, the 20th annual awards were presented during FRI’s general session at Atlanta’s Georgia World Congress Center. “With these awards, we recognize the accomplishments and leadership of Chief Dan Eggleston and Chief Charles Addington, as well as their contributions to their departments and communities and the fire service,” said Jim Johnson, Oshkosh Corporation executive vice president and president of the Fire & Emergency segment and Pierce Manufacturing. “Pierce is honored to again participate in this important event; we are happy to join with the fire service to pay tribute to these remarkable leaders.” Career Fire Chief Honoree – Dan Eggleston of the Albemarle County Department of Fire Rescue in Charlottesville, Virginia Chief Dan Eggleston exemplifies the consummate fire service professional committed to excellence. His leadership and service with the Albemarle County Department of Fire Rescue can best be described as the ongoing exploration and implementation of best practices. He has contributed to the fire service in myriad ways – including teaching and publishing – at the local, regional, national and international level. His service has demonstrated a dedication to other fire service professionals as well as to the recruitment of a new generation of such professionals. For the last 13 years, Eggleston has served as Fire Rescue Chief – overseeing 14 fire rescue stations and 750 career and volunteer personnel of this combination department – for the historic Virginia County of Albemarle. Under Chief Eggleston’s leadership, a collective of volunteer and combination departments have been unified into a high performing combination career/volunteer fire rescue system that provides cost-effective comprehensive public safety services to the county’s diverse population of approximately 100,000 residents in an area of 726 square miles. Automatic and mutual aide agreements with surrounding jurisdictions, state/federal agencies, and private partners have been established under the Chief’s direction, as have career and professional development initiatives. Chief Eggleston’s work as a board member of the International Association of Fire Chiefs, since 2013, and as a board member of its Volunteer & Combination Officers Section (VCOS), since 2007, illustrates his comprehensive contribution to the fire service. Just one example of that work is Chief Eggleston’s facilitation of the Firefighter Cancer Support Network summit that resulted in the 2013 publication of “Taking Action Against Cancer in the Fire Service”, a white paper dedicated to reducing the incidence of cancer in firefighters. Chief Eggleston’s 37-year tenure with the fire service in Virginia includes his service as Fire Chief/Emergency Manager for the City of Franklin and, before that, his service with the Chesterfield Fire Department where he began his fire service career as a firefighter in 1978. Volunteer Fire Chief Honoree – Dr. Charles Addington II of Wolfforth Fire & EMS in Wolfforth, Texas The accomplishments of Chief Charles Addington II reflect a truly unique individual whose career is epitomized by excellence and a drive to serve his community, region, and state as a fire chief, physician, medical director, mayor, teacher and businessman. He joined Wolfforth Fire and EMS in 1996. He is currently in his 20th year with the department and 15th as its fire chief. The Wolfforth Fire Department was established in 1954 and provides fire and rescue services to the City of Wolfforth – with a population of about 3,670 (at the 2010 census) and a 3.1 square mile area – as well as an 88 square mile area in Southwest Lubbock County. The fire department currently consists of 28 dedicated volunteers. In 2004, the all-volunteer Wolfforth Volunteer Emergency Medical Service that had been established in 1977 was incorporated with the Wolfforth Volunteer Fire Department; it became a paid, full-time service in October 2006. Also Dr. Addington was named its Firefighter of the Year in 2001. He is the Chief of the Wolfforth Fire Academy, which trains sixty plus students each year using the curriculum of the Texas Commission on Fire Protection. Chief Addington is a member of the Texas Association of Fire Chiefs, the International Association of Fire Chiefs, the Texas State Firefighters’ and Fire Marshals’ Association – EMS Advisory Board as well as numerous other professional medical organizations. In 2012, Chief Addington completed the four-year National Fire Academy Executive Fire Officer Program in two and one-half years. He has also completed the Texas A&M Fire Service Chief Executive Officer course. Addington is a doctor with a medical practice in Wolfforth. He is also a licensed paramedic, the chief of a regional HAZMAT team, the Medical Director for: South Plains EMS (30 counties); Lubbock Fire Department; the emergency room at Lubbock Heart Hospital; Lubbock County STAR Team (Special Tactics & Rescue); and the Lubbock Police Department SWAT Team. He also serves as medical director for 1800 students and 600 guest instructors for the Texas A&M Engineering Extension Services Annual School Program. The Chief previously served on the Wolfforth City Council and currently serves as its mayor. He is also the president and owner of Addington Buffalo Company, LLC. Chief Addington is a true leader for the community of Wolfforth.