Electric Vibrator NEG

Transcription

1 Copenhagen Vibrator Products Electric Vibrator NEG 230V / 400V 50Hz / Circular Vibration Hygienic Design Stainless Steel End-caps Available in ATEX IP 66-7 F Protection Available in Stainless Steel Available in other voltages & Hz NEG electric vibrators is widely used in all industries, for handling products and materials in many situations, like emptying silos and hoppers, feeding, sieving, transport, conveying and compaction 2 Poles 230V /400V 3-phase Rpm./min. 50 Hz / page Poles 230V /400V 3-phase Rpm./min. 50 Hz / page Poles 230V /400V 3-phase Rpm./min. 50 Hz / page Poles 230V /400V 3-phase Rpm./min. 50 Hz / page 8-9 Other Versions page 10 Motor Brake page 10 Frequency Converter page 11 Motor Starters page 12

2 2 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Working Moment [cmkg] Centrifugal Force [N] EEx II ** NEG E Size Materials 50 Hz 50 Hz 50/ 50 Hz Power input [Kw] Nominal Current 50 Hz NEG 5020* 0,39 0, ,035 0,035 0,15 0,15 60 Alu - NEG 5050* 0,91 0, ,045 0,045 0,16 0,16 NEG Alu 1,272 1, ,12 0,12 0,27 0,23 NEG Alu 2,4 2, ,18 0,18 0,35 0,30 NEG ,2 3, NEG Alu 6,02 4, T3, T4 0,26 0,27 0,60 0,50 NEG Alu 9,97 6, T3, T4 0,45 0,50 0,80 0,75 NEG Alu 15,59 10, T3, T4 0,65 0,685 1,10 1,00 NEG ,8 13, Alu NEG ,0 16, T3, T4 1 1,2 1,75 1,75 NEG ,6 20, T3,T4 1,4 1,45 2,3 2,0 140 Alu NEG ,8 25, T3 2,0 2,0 3,3 2,9 NEG ,0 25, T3 2,2 2,2 3,5 3,0 150 GGG NEG ,0 30, T3 2,2 2,2 3,5 3,0 NEG ,6 43, ,8 3,8 6,2 5,4 170 GGG NEG ,5 54, ,0 4,0 6,5 5,6 NEG GGG 126,0 88, ,5 5,5 9,2 8,0 NEG GGG 179,0 123, ,0 9,3 18,0 13,0 Unbalances In each end of the vibrator s shaft, is adjustable unbalances mounted, which will create the rotating vibrations and nominal frequency according to the rotation speed. The unbalances can be either increased or decreased and will influence on the working moment of the vibrator. *Protection IP 65 XL Unbalance XM Unbalance XS Unbalance 2

3 I II III Dimensions of 2 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Weight [Kg.] Dimensions 50 Hz A B C D E F G H I L M N n ² Unbalances [Amount of Discs] NEG ,20 2, NEG ,45 2,45 I , XL 18 NEG ,9 4,9 II NEG ,9 5,8 II 207 NEG ,5 6,3 II NEG ,2 10,0 II NEG ,3 16,1 II , XLs XM XM XM 4 NEG ,6 21,6 III , XM 4 NEG ,5 23,4 III XM 4 NEG ,0 24,0 II 4 NEG ,3 32,8 12/8 NEG ,1 33, , / XLs NEG / NEG /12 NEG / XLs NEG /12 NEG XS 4 NEG , XS 4 3

4 4 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Working Moment [cmkg] Centrifugal Force [N] EEx II ** NEG E Size Materials 50 Hz 50 Hz 50/ 50 Hz Power input [Kw] Nominal Current 50 Hz NEG ,4 2, Alu NEG ,2 4, ,085 0,095 0,21 0,20 NEG Alu 16,84 11, T4 0,17 0,17 0,41 0,40 NEG ,64 22, Alu NEG ,80 32, T3, T4 0,30 0,35 0,60 0,60 NEG Alu 57,18 41, T3, T4 0,525 0,665 0,92 0,98 NEG Alu 75,0 52, T4 0,55 0,68 0,95 0,95 NEG , T3,T4 0,9 1,05 1,45 1,5 NEG Alu 142,8 97, T3,T4 1,1 1,2 2,0 1,9 NEG , ,35 1,45 2,5 2,3 NEG ,4 134, T3,T4 1,6 1,7 3,2 3,0 160 Steel NEG ,0 171, ,9 2,0 3,8 3,5 NEG ,6 206, T3,T4 2,2 2,5 3,9 3,9 170 Steel NEG ,2 234, ,5 2,8 4,8 4,65 NEG Steel 396,8 272, T3 3,6 3,4 6,0 5,0 NEG Steel 523,8 364, ,0 6,0 10,5 9,0 NEG Steel 652,0 452, ,0 8,0 11,6 11,5 NEG Steel 669,2 492, ,5 8,5 12,2 12,0 NEG ,8 633, ,0 10,5 17,5 15,5 200 Steel NEG ,8 825, ,0 12,0 20,0 20,0 4

5 II III Dimensions of 4 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Weight [Kg.] NEG ,1 5,8 Dimension 50 Hz A B C D E F G H I L M N n ² II 207 NEG ,3 6, NEG ,8 11,8 II NEG ,7 19, II NEG ,7 21, XM Unbalances [Amount of Discs] XS XS 4 NEG ,4 28,4 III , XS 4 NEG ,2 32,7 III XS 4 4 NEG ,8 41, NEG ,3 45, ,5 129 NEG NEG NEG ,5 NEG NEG / / XS XS XS 4 NEG XS 4 NEG XS 4 NEG XS 4 NEG VI , XS 4 NEG NEG VI XS 4 5

6 6 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Working Moment [cmkg] Centrifugal Force [N] EEx II ** NEG E Size Materials 50 Hz 50 Hz 50/ 50 Hz Power input [Kw] Nominal Current 50 Hz NEG ,02 6, Alu NEG ,84 16, ,12 0,135 0,30 0,30 NEG Alu 32,64 32, T4 0,185 0,205 0,50 0,50 NEG Alu 57,18 41, T4 0,35 0,38 0,72 0,68 NEG Alu 75,0 52, T4 0,35 0,38 0,75 0, NEG Alu 90,7 66, ,42 0,46 0,79 0,77 NEG ,2 111, ,68 0,76 1,4 1,4 T3,T4 NEG Alu 202,0 142, ,75 0,75 1,7 1,5 NEG ,2 187, ,95 1,0 1,8 1,7 NEG ,8 192, T3,T4 1,1 1,3 2,2 2,2 160 Alu NEG ,4 263, ,5 1,77 3,0 2,8 NEG ,2 323, T3 1,96 2,1 4,1 3, GGG NEG ,4 400, ,2 2,4 4,5 4,3 NEG ,4 467, T3,T4 2,5 3,0 5,1 5,0 180 GGG NEG ,0 587, ,2 3,6 6,5 6,0 NEG ,4 658, T3 3,8 4,0 7,0 6,5 NEG GGG 1.008,8 706, ,8 3,9 7,0 7,1 NEG ,8 795, ,3 5,0 8,2 8,1 NEG GGG 1.216,6 795, ,0 5,9 10,0 9,8 NEG ,4 993, ,0 7,5 9,6 13,0 195 GGG NEG , , ,5 8,2 14,0 12,9 NEG GGG 1.734, , ,6 8,0 13,5 12,4 NEG GGG 2.199, , ,0 9,5 16,3 15,0 NEG , , ,6 11,3 19,0 18,0 205 GGG NEG , , ,0 13,7 24,5 23,0 6

7 II III Dimensions of 6 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Weight [Kg.] Dimension 50 Hz A B C D E F G H I L M N n ² Unbalances [Amount of Discs] NEG ,0 10, XM NEG ,7 12,7 307 II XM NEG ,5 20,5 II XS 4 NEG ,9 27,9 III XS 4 NEG ,1 33,6 NEG ,1 35,1 III , XS 4 NEG / /103 NEG , XS NEG NEG / /130 NEG / /168, XS 4 NEG / / NEG XS 4 NEG NEG XS 4 NEG NEG XS 4 NEG NEG VI , XS 4 NEG NEG XS 4 NEG VI , XS 4 NEG VI XS 4 NEG VIII NEG XS 4 7

8 8 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Working Moment [cmkg] Centrifugal Force [N] EEx II ** NEG E Size Materials 50 Hz 50 Hz 50/ 50 Hz Power input [Kw] Nominal Current 50 Hz NEG Alu 32,64 32, T3 0,23 0,25 0,85 0,76 NEG Alu 56,8 56, T3 0,35 0,38 1,10 1,05 NEG Alu 75,0 75, T4 0,28 0,30 0,60 0,68 NEG ,4 142, T3 0,4 0,45 1,2 1,2 140 Alu NEG ,0 195, T3,T4 0,4 0,5 1,4 1,3 NEG Alu 292,8 292, T3 0,95 1,1 2,2 2,2 NEG GGG 464,2 464, T3 1,5 1,79 4,1 4,2 NEG ,4 696, T3 2,0 2,3 5,4 5,2 180 GGG NEG ,0 857, ,5 3,0 6,0 6,0 NEG ,4 964, T3 2,8 3,35 6,5 6,5 190 GGG NEG , , T3 4,0 4,3 8,2 7,85 NEG GGG 1.439, , ,9 5,8 9,9 9,5 NEG GGG 2.478, , ,8 7,5 13,2 12,0 NEG GGG 2.763, ,6 8,3 14,0 13,5 NEG , , ,2 9,6 21,0 19,5 205 GGG NEG , , ,4 11,2 22,0 20,0 NEG GGG 5.726, , ,5 16,2 26,5 28,0 8

9 II III Dimensions of 8 Poles 230V / 400V 3-phase Rpm./min. 50 Hz / Model Weight [Kg.] Dimension Unbalances [Amount of Discs] 50 Hz A B C D E F G H I L M N n ² NEG ,5 20,5 II XS 4 NEG ,0 28,0 III , XS 4 NEG ,6 34,6 III , XS 4 NEG ,5 NEG XS 4 NEG , XS 4 NEG XS 4 NEG NEG XS 4 NEG NEG XS 4 NEG XS 4 NEG VI , XS 4 NEG VI XS 4 NEG VIII NEG XS 4 NEG VIII XS 4 9

10 Special Version with Reduced Duty Time Applications NEG electric external vibrators are designed for continuous operation with 100% duty time. In addition, special versions with reduced duty times are available. The reduced duty time allows the use of smaller units possible with the same power output. Design and functioning principle Special vibrators with larger unbalances can be used for intermittent or short-time operation. Despite smaller unit size they deliver the same centrifugal forces as the next housing size up. NEG with reduced duty times are built according to the customer's requirements, to enable individual solutions. Special Version with CC Unbalances Applications The special version with CC unbalances are used when two different unbalance settings need to be available during operation. Design and functioning principle In order to use the CC unbalances, a suitable electric switching circuit is required so that the NEG can be operated in both directions. When the NEG rotes in one direction it operates with e.g. maximum unbalance. When the direction of rotation changes, the outer unbalance disc automatically turns through a specified angle against the inner unbalance disc, creating a reduced unbalance setting (picture below). The CC unbalances are built according to the customer's requirements and allow a sec- Special Version NEG S in Stainless Steel Applications NEG S electric external vibrators can be used wherever the surfaces are subject to particular requirements for chemical resistance. An important feature of the NEG S series is its modular construction. This enables economical production of even the smallest of series in various steel materials. The protection class IP 66 (protection from dust entry and water flooding) allows cleaning with power jets and aggressive cleaning agents. Design and functioning principle All internal components of the stainless steel vibrators come from the established NEG series and are thus production proved. Even the standard version of the NEG S has a surface quality of 6,3 μm and therefore satisfies the requirements for the chemical and pharmaceutical industries. A higher surface quality can easily be provided if required, e.g. for the food industry. Stainless steel housings are generally heavier than the standard housings. The greater mass must therefore be considered in the layout stage. BZ Motor Brake Voltage [Volt] Protection Class Max. Nominal Power BZ 30 BZ 70 BZ 200 1~230 V or 3~ 50/ IP 23 5 kw / 5,5 kw 10 kw / 11 kw 26 kw / 28 kw Applications BZ Braking devices are used for efficient deceleration of running vibrators, to a quick standstill. It is often necessary to brake the rotating vibrators fast on vibration tables or conveyers to avoid resonance in the application. The BZ Braking device offers a very efficient braking in a very compact design. Design & Function Upon activation of the brake, the load-resistant power electronics changes direction of the electronic rotational field, and decelerates the vibrators instantly. The momentarily high braking currents, are easily tolerated by the vibrator. The BZ braking device is only suitable for mains frequency of 50 Hz or. It is not permitted to bed operated in conjunction with a frequency converter. Operation temperature is 0º C. to +40º C. 10

11 NFU & NFI Frequency Converter SRF Frequency Control Applications The SRF, NFU and NFI frequency controls is widely used for speed control (frequency) of electric vibrators. Some applications require certain frequencies, or the option to change frequency for different loads or materials. These frequency converters with simple and compact design, is the best solution for complete control of your application. Design and Function Low-loss power electronic allows the operation at input voltages with high tolerances. These great frequency converters generates 3-phase voltages with variable frequency of 0 to 100 Hz The frequency converters is delivered with all necessary operation and installation manuals. Permissible temperature: 0º C to +40º C Model Supply Voltage [Volt] Power Input [Kw]I Max Motor~ Current Size (B x H x D) SRF / 4,8 0,75 4,8 1 ~ V 300 x 400 x 200 SRF / 6,9 1,1 6,9 50 / SRF / 11 2,2 11,0 400 x 500 x 250 SRF / 2,3 0,75 2,3 SRF / 4,1 1,5 4,1 SRF / 5,5 2,2 5,5 SRF / 9,5 3 ~ V 4,0 9,5 SRF / 14,3 50 / 5,50 14,3 SRF / 17 7,50 17,0 SRF / 27,7 11,00 27,7 SRF / 33 15,00 33,0 Model NFU / 3,3 Supply Voltage [Volt] Power Input [Kw]I Max Motor~ Current 0,4 3,3 NFU / 4,8 0,75 4,8 NFU / 6,9 1 ~ V 50 / 1,1 6,9 NFU / 8,0 1,5 8,0 400 x 500 x x 600 x 300 Size (B x H x D) 210 x240 x x 297 x 192 NFU / 11 2,2 11,0 230 x 340 x 208 NFU / 1,5 0,4 1,5 NFU / 2,3 0,75 2,3 NFU / 3,0 3 ~ V 1,1 3,0 NFU / 4,1 50 / 1,5 4,1 NFU / 5,5 2,2 5,5 NFU / 9,5 4,0 9,5 400 x 500 x x 340 x 208 SRF Control installed in a IP 54 enclosure with a colour touch panel NFI Frequency converter for installation in customer s own control enclosure. NFU Frequency converter with IP 54 protection, for direct vibrator connection and full speed control and start & stop activation. 11

12 For Start & Stop activation for electric vibrator For 1 unit three phase 400V AC 50/60 HZ NEG Vibrator For safety applications Build-in Circuit-breaker and Thermal Protection Product No. Thermal protection adjustment range ,16-0,25 A ,25-0,40 A ,40-0,63 A ,63-1,00 A ,00-1,60 A ,60-2,50 A ,50-4,00 A ,00-6,30 A ,00-10,00 A ,00-14,00 A ,00-18,00 A ,00-23,00 A For Start & Stop activation for electric vibrators For 1 or 2 units single phase 230V AC 50/60 HZ NEA Vibrators For 1 or 2 units three phase 400V AC 50/60 HZ NEG Vibrators Can not be used for motor-protection Product No. Power Rating 50/60 HZ Max. Current Enclosure Size (Width x Height x Depth) Weight [Kg.] x 400V~ 9 88 x 166 x 128,5 0, x 400V~ x 166 x 128,5 0, x 400V~ x 201 x 153,5 1, x 400V~ x 201 x 153,5 1, x 400V~ x 201 x 153,5 1, x 230V~ 9 88 x 166 x 128,5 0,92 Copenhagen Vibrator Products Phone info@luftvibrator.dk Ringstedvej 540 DK-4632 Bjæverskov 12