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BECKER´s 100% oil-free rotary vane pumps. ... best in class by technology. BECKER´s 100% oil-free rotary vane pumps. Existing product lines - UL approval - wide range motors - blast air coolers (compressors & combined pumps)
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BECKER´s 100% oil-free rotary vane pumps ... best in class by technology
BECKER´s 100% oil-free rotary vane pumps • Existing product lines- UL approval- wide range motors- blast air coolers (compressors & combined pumps) • BECKER vanes - comparison to competition (technology, packaging)- BECKER vane marking against grey market parts • optional VARIAIR UNITS • Advantage BECKER
BECKER´s 100% oil-free rotary vane pumpsExisting product lines
BECKER´s 100% oil-free rotary vane pumpsUL approval T 4. series (UL-file # E 212337) • all pumps from T 4.10 to T 4.40 will be UL/CSA approved • 3-phase motors - wide range voltage I: 190-255 / 330-440 V 50 Hz 190-290 / 330-500 V 60 Hz - Japan version: 210/365 V ± 10% 50/60 Hz • 1-phase motors95-105 V ± 5% 50/60 HZ* 110-120 V ± 5% 50/60 HZ* 200-220 V ± 5% 50/60 Hz* 220-240 V ± 5% 50/60 Hz* * for T 4.25 T 4.40 50 Hz and 60 Hz separately
BECKER´s 100% oil-free rotary vane pumpsUL approval T 4. series (UL-file # E 212337) • the following pumps have recently already passed UL approval: G010572 T 4.40 DSK 1-ph. 220 V ±10% 60 HZ G012207 VT 4.40 c/w 3-ph. wide range voltage I motor G012213 DT 4.40/K 3-ph. wide range voltage I motor G012911 T 4.40 DSK 3-ph. wide range voltage I motor G012229 VT 4.16 1-ph. 200-220 V+-5% 50/60 Hz G012230 VT 4.16 1-ph. 220-240 V+-5% 50/60 Hz G012732 DT 4.16 1-ph. 200-220 V+-5% 50/60 Hz G012697 DT 4.16 1-ph. 220-240 V+-5% 50/60 Hz • previously there were already approved under the same code:
wide range voltage I:190-255 / 330-440 V 50 Hz190-290 / 330-500 V 60 Hz motor capacity flange installed kW frame size 2,4 / 3,0 B5 / 250 3,0 / 3,5 B5 / 250 4,0 / 4,8 B5 / 250 5,5 / 6,4 B5 / 300 7,8 / 9,3 B5 / 300 BECKER´s 100% oil-free rotary vane pumpswide range motors KVT / KDT / DVT 3. series & TLF series wide range voltage II:340-430 / 588-745 V 50 Hz 340-500 / 590-865 V 60 Hz motor capacity flange installed kW frame size 5,5 / 6,4 B5 / 300 7,8 / 9,3 B5 / 300
BECKER´s 100% oil-free rotary vane pumpsblast air coolers e.g. T 4.40 DSK vs. Pico KLT 40 also available for:DTLF 250/K and DVTLF 250/K
BECKER´s 100% oil-free rotary vane pumpscomparison to competition • carbon with raisin no pure carbon • cylinder is machined (honing) to reach optimal friction with the vane after short running in time • no damage by vanes even after breackage BECKERcompetition
BECKER´s 100% oil-free rotary vane pumpscomparison to competition Rietschle ThomasBecker
851663 BG 21 BECKER WN 124-034 851663 BG 21 BECKER WN 124-034charge no. material manufacturer drawing no. What else do you find in the market?BG21 = Becker Standard BG26 = Pure Carbon, developed by GBB, problems at high vacuum operation BG28 = Pure Carbon (Rietschle Thomas and eventually Busch) BG24 = similar to Becker Standard, but different supplier, no field experience Note: Sometimes there is also no description at all or a printed description whereas ours is laser marked! BECKER´s 100% oil-free rotary vane pumpsvane marking against grey market parts for internal use only!
BECKER´s 100% oil-free rotary vane pumpsoptional VARIAIR UNITS • Speed range between 500 to 1100 (1700) rpm (25-60 Hz) • Regulating range > 100% • Soft start less strain on mechanical components • Reduced maintenance • Reduced noise level • Energy optimised operation e.g. VAU KVT 3. series
Becker 100% oil-free rotary vane pumpsadvantages BECKER • longer life time of vanes • easy and quick checking and changing of vanes • no damage by vanes even after breackage • easy access to integrated vacuum/inlet filter • about 1/3 less parts compared to similar pumps • life-time greased bearings 80 m³/h
Becker 100% oil-free rotary vane pumpsHow to sell? • please concentrate on the benefits to the customer (cost of ownership) • wearing parts do not necessarily mean more maintenance or higher maintenance costs • easy and robust design with only one shaft • could be fixed on side in case of failure ( “field serviceability”) • integrated inverter increases value of the product and increases maintenance intervals