How to make CHP and community heating schemes more effective for both landlords and customers is the subject of a free half-day seminar in central London on Friday 15th June 2018.
UK lighting controls manufacturer, DANLERS Limited are proud to announce the launch of an extensive range of wireless lighting controls based on Qualified Bluetooth Mesh empowered by SILVAIR Lighting Firmware.
A Display Energy Certificate (DEC) is designed to show the energy performance of public buildings.
Public Sector organisations with buildings exceeding 250m2 that are frequently visited by the public are obliged to display a valid energy certificate and have an up to date Recommendation Report (RR). Failure to do so could result in penalties.
Community and district heating specialist Switch2 Energy has welcomed proposals to regulate the heat network sector by the Competition and Markets Authority (CMA).
Armstrong Fluid Technology has announced the launch of a new line of high-efficiency fire pumps offering superior flow performance with lower installation and lifecycle costs, outstanding durability and ease of maintenance.
Building on Armstrong’s well-established presence in the UK fire suppression market, the new Armstrong 4600F range of Horizontal Split Case pumps meets and exceeds the requirements of NFPA, in addition to the standards set by fire protection testing laboratories such as UL, ULC and FM.
A major advantage of the new range is that it provides customers with valuable opportunities to reduce installation and lifecycle costs. As the pumps feature a more efficient design, they require smaller driver selections and controllers. So in addition to reducing footprint, the pumps draw less power overall when meeting demand, and can be supported by lower-rated electrical components. These benefits can result in cost savings of up to 20%.
The development of the new Armstrong 4600F pump range has also focused on simplifying and speeding up installation. As the suction and discharge centrelines are fully aligned, piping can be completed prior to pump delivery to reduce installation times, cutting labour costs and providing opportunities to shorten project schedules. As the pump shafts and related parts are identical for both right and left hand configurations, the new models can be reconfigured on-site if needed, to rotate in the opposite direction.
The Armstrong 4600F models are also designed to improve ease of maintenance after installation. The compact footprint provides more space around the pump for the engineer to access the equipment. The innovative tilted parting casing enables the rotating elements to be removed without disturbing the piping, and the three-piece gland seal enables the packing to be changed without removing the rotating assembly. Reassembly and commissioning times are therefore much shorter, and the requirements for multiple engineers and lifting equipment for maintenance tasks are minimised.
Lastly, the new fire pump models offer outstanding durability. The oversized stainless steel shaft is rated for a minimum of 5000 run hours, whilst sealed, permanently-greased bearings prevent seizing. Precision engineering also contributes to the long wear life of the new models. The pump’s double suction impeller improves flow performance, stabilising flow to prevent unnecessary wear to the pump body and key components. In addition the externally-mounted combination bearing and seal housing minimises shaft deflection.
Solutions for fire safety have been a key focus for Armstrong since 1975. The company’s service to the industry includes long-standing memberships with AFSA, NFPA and LPCB, as well as participation in numerous committees and boards. The launch of the Armstrong 4600F Series extends the company’s portfolio of fire pumps to a wider range of applications than ever before, with models ideal for new construction, packaged fire systems and retrofit installations up to 13,250 l/min (50Hz) and 15,150 l/min (60Hz).
The models are being released in two phases, with half available immediately and the remaining products joining the range later in the year.