Unique modular design:
One of the advantages of the BF-SC series Scania engines is its unique modular design. All engines are manufactured from the same basic components. The main difference is the number of cylinders-5 cylinders, 6 cylinders or 8 cylinders. Since each engine is manufactured from the same basic components, spare parts inventory can be easily controlled. At the same time, after-sales service personnel are also easier to perform maintenance and faster parts supply. For customers, more availability of spare parts means more guarantee and shorter repair time. Based on the successful experience of the past 100 years, we firmly believe that from the moment you choose Scania, Scania will become your reliable partner.
Lower applicable costs One of Scania's design concepts is to reduce operating costs. The lubricant replacement cycle is 60% longer than most engines, up to 400 hours. It uses an efficient and finer centrifugal oil bypass filter. Maintenance only, no replacement required, greatly reducing the demand for engine running supplies. Lower engine fuel consumption, applications and continuous power generation are the main response markets for the Baifa-SC series.
Engine Electronic Management and Pump Nozzle System-Economical and environmentally friendly Scania Engine Electronic Management System (EMS), which is designed to be used in heavy loads and more demanding operating environments while maintaining high reliability, and Can effectively reduce exhaust emissions and fuel consumption.
适用于所有中小型工业应用 Standby power applications: suitable for all small and medium industrial applications
矿山、电站、农场、油气田、港口、移动电源车、租赁电源、重型机械设备、高空应用、极端环境应用、泵应用、体育赛事应用、工厂用电源。 Main power applications: mines, power stations, farms, oil and gas fields, ports, mobile power vehicles, leased power supplies, heavy machinery and equipment, high-altitude applications, extreme environment applications, pump applications, sports events applications, factory power supplies.
|Unit Type||Power 50HZ||engine model||Technical Documents|
|Standby power||Continuous power|
|BF-SC275||275KVA||250KVA||DC09 73A 02-21||Download pdf technical parameters|
|BF-SC350||330KVA||300KVA||DC09 73A 02-23||Download pdf technical parameters|
|BF-SC360||357KVA||325KVA||DC09 073A 02-24||Download pdf technical parameters|
|BF-SC415||415KVA||380KVA||DC13 073A 02-21||Download pdf technical parameters|
|BF-SC450||450KVA||400KVA||DC12 59A 10-33A||Download pdf technical parameters|
|BF-SC500||500KVA||450KVA||DC12 59A 10-34A||Download pdf technical parameters|
|BF-SC550||550KVA||500KVA||DC16 45A 10-30A||Download pdf technical parameters|
|BF-SC600||600KVA||550KVA||DC16 44A 10-27A||Download pdf technical parameters|
|BF-SC625||625KVA||562.5KVA||DC16 44A 10-27A||Download pdf technical parameters|
|Unit Type||Power 60HZ||engine model||Technical Documents|
|Standby power||Continuous power|
|BF-SC275-60||310KVA||280KVA||DC09 73A 02-21||Download pdf technical parameters|
|BF-SC300-60||330KVA||306KVA||DC09 65A 10-94||Download pdf technical parameters|
|BF-SC350-60||356KVA||330KVA||DC09 73A 02-23||Download pdf technical parameters|
|BF-SC400-60||435KVA||385KVA||DC12 59A 10-32A||Download pdf technical parameters|
|BF-SC450-60||460KVA||435KVA||DC12 59A 10-33A||Download pdf technical parameters|
|BF-SC550-60||550KVA||500KVA||DC16 45A 10-30A||Download pdf technical parameters|
|BF-SC600-60||600KVA||550KVA||DC16 44A 10-27A||Download pdf technical parameters|
|BF-SC650-60||650KVA||600KVA||DC16 46A 10-28||Download pdf technical parameters|
|BF-SC700-60||700KVA||638KVA||DC16 46A 10-29||Download pdf technical parameters|