Tag: Fuel injection

WITH one of the largest fuel injection workshops in the whole of Oceania, United Fuel Injections prides itself on an outstanding level of customer service, professionalism and the highest calibre of experienced, expertly trained staff. The business is focused around four key pillars – turbocharger sales and services, light automotive, heavy diesel and high-performance. United Fuel Injection managing director Ken Ringrose said that it was all down to experience. “Key to our ability to deliver the results that we do is our vast wealth of experience and knowledge, we’ve been doing it for 45 years,” he said. “You can’t teach that. “It can only be learnt through many years of experience.” Typically, a turbocharger remanufacture will involve the stripping down...

RECONDITIONING a heavy diesel engine places a weighty burden of responsibility on the machine shop carrying out the work. Each component in these engines is expensive and must be stripped, cleaned and machined to exacting tolerances in order for the rebuilt engine to give many thousands more hours of trouble-free operation. In most instances, the downtime costs resulting from an engine failing in a large haul truck or excavator can approach the cost of the engine itself. So the stakes are high and only the most experienced and trusted engineering workshops earn the right to bring these iron behemoths back to life year after year. The Australian Mining Review recently visited R Moore and Sons Diesel Engineers, in Kewdale, WA....

THE Australian mining industry is tough. It’s tough on the miners, tough on the equipment, and it’s tough on the machines that keep it running. These machines have to be heavy duty, reliable and precision-engineered to stand up to the testing conditions they are faced with every minute of operation time. This means sub-standard equipment simply doesn’t cut it. The best equipment is expensive – and rightly so. When the engine reaches the end of its service life, the cost of replacement can be daunting. Remanufacturing engines has always been the best option. Recycling the parts is good for the environment and, more importantly, it is very good for the hip pocket. Remanufacturing a worn out engine is a highly...

EXPOSED hot exhaust manifolds, pipes, mufflers and turbocharger housings are a safety hazard. A glowing turbo exhaust housing can reach well in excess of 800 deg C, which far exceeds the flash point of diesel and even heavy engine oil. Any such fluid leaking or spraying onto such a surface will result in a significant fire that can jeopardise expensive machinery and worker safety. The answer is to cover those dangerously hot components with a custom-fitted thermal blanket to insulate them from ignition sources and maintenance personnel. Pyrotek designs and fabricates a wide range of thermal blankets and exhaust covers for use in the mining and oil and gas industries. Mine-approved covers Pyrotek’s mine-approved covers are made to meet strict...

FROM design and manufacture to installation of heavy-duty exhaust systems, Aletek specialises in tailor-made solutions for diesel engine applications for the underground mining sector. The company is committed to tackling the issue of DPM (Diesel Particulate Matter) and exposure to harmful emissions for underground workers. It offers a specialised range of DPF (Diesel Particular Filters) and Emission Control Solutions to directly address this problem. Continual exposure to diesel emissions is hazardous and may result in long-term health problems and the risk of developing cancer. DPM has been labelled as ‘the next asbestos’, and in 2012 diesel emissions were classified as a Class 1 carcinogen by the World Health Organisation.   Small particles, big problem In response to addressing the issue...

WHEN it comes to measuring serious torque and horsepower, a chassis dyno doesn’t cut the mustard. It takes a water brake engine dyno to pull down 5000lb/ft and hold that torque for accurate measurement and testing. What is a dynamometer? Water brake dynamometers have been around for decades and they basically work on the principle that water cannot be compressed; therefore if the engine is forced to work harder and harder driving a water pump that applies more and more resistance, in theory the dyno should be capable of stalling the engine. As the engine works to overcome the load placed on it by the water brake, Newton’s law of equal and opposite reaction is put into practice and all...