INDUSTRIAL VIBRATORS

Transcription

1 INDTRIA VIBRATORS TH WORDWID ADR IN VIBRATION THNOOGY

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3 Intro ompany profile 4 Technical features 6 Standard specifications 7 The OI vibrator range 8 ertifications 9 How to choose a motovibrator 10 V standard range 2 poles 12 4 poles 14 6 poles 16 8 poles 18 2 poles single phase 20 IRO 22 V D Direct urrent 24 V- increased safety 2 poles 26 4 poles 28 6 poles 30 8 poles 32 V-D explosion-proof 2 and 4 poles 34 6 and 8 poles 36 V hi-stroke milling 8 and 10 poles 38 Installation ounting 40 How to change vibration intensity 42 Technical drawings Drawings extra page 3

4 Worldwide leader in vibration technology OI is the world s top selling manufacturer of lectric and Pneumatic Vibrators. A high level of customer service is guaranteed through 18 OI Trading Subsidiaries, 36+ local warehouses and 3 manufacturing plants worldwide. OUR 3 DIVISIONS PROVID TORS WITH OPTIA SOUTIONS FOR A RQUIRNTS INDTRIA VIBRATORS FOW AIDS ONRT ONSOIDATION lectric motovibrators for vibrating equipments omprehensive range of electric and pneumatic vibrators to solve any problem of flowability Internal concrete vibrators and converters for reliable and efficient concrete compaction 4

5 Originally specialising in immersion vibrators for concrete consolidation, OI is now the worldwide leader in vibration technology, with a complete range of electric and pneumatic internal and external vibrators. By supplying competitive, high quality products for wide-ranging applications, OI combines performance and reliability by adapting to the ever-changing market. A strong believer in innovation, OI is constantly striving to be ahead of the opposition. As a global player in industrial vibration technology, the key focus of OI s business strategy is rapid stock delivery, any time, anywhere in the world. xcellent customer service is of pivotal importance: the company guarantees quick order processing and customers worldwide can enjoy access to the same high quality product and services. OI has access to credible expertise when it comes to finding suitable solutions to customers requests. A team of engineers specialised in designing efficient, reliable and safe solutions backed by a globally certified management. OI provide their customers with state-ofthe-art equipment and the blueprint for the next generation of products is already in progress. 5

6 THNIA FATURS QUAITY World class materials lass F insulation Durable sealing Premium bearings Strong body design - F designed Vacuum insulation FA analysis 3D quality check FFIINY Optimised power/weight ratio S1 continuous duty service Optimized electric design RIABIITY PT thermistor 130 Specific grease retaining device Tropicalised standard IP66 protection lass F insulation FXIBIITY asy mass adjustment Various voltages and frequencies available asy access to the terminal box ultiple eye-bolts 6

7 Standard specifications RANG Specification Standard Increased Safety xplosion-proof Hi-stroke illing Power supply Three-phase from 12V to 690V. 50Hz or ; Single phase 110V and 220V 50Hz. Three-phase motors are designed for inverter application Three-phase from 230V to 460V. 50Hz or Three-phase from 230V to 690V. 50Hz or. All motors are designed for inverter application from 20Hz to base frequency Time rating ontinuous duty (S1) Protection structure echanical protection IP66 according to I Bearings Ball bearings from size IRO to 50. Roller bearings from size 60 to 110 Ball bearings from size 10 to 50. Roller bearings from size 60 to 90 Roller bearings oating colour Footprint Polyester powder coating. Standard colour RA Special corrosion resistant painting available on request on Standard range only ompatibility with the main competitor s footprint on request Installation and operating environment Ambient temperature: -20 to +40. Up to +55 available on request Ambient temperature: -20 to +40 For indoor and outdoor use Ambient temperature: -20 to +40. Up to +55 available on request Ambient temperature: -20 to +40 Standards supported onformity with uropean Directive ow voltage 2014/35/U achine directive 2006/42/ ATX 2014/34/U ass covers Aluminium for motors from size 10 to size 50 and size 100, 105, 110. ild steel for size 60 to size 91. Stainless steel AISI 304 for direct current motovibrators Aluminium for motors from size 10 to size 50. ild Steel for size 60 to size 91 AISI 304 Stainless Steel Steel Windings and 8 poles threephase asynchronous motor from size 10 to 110; 2 poles single phase from size 10 to and 8 poles three-phase asynchronous motor 8 and 10 poles three-phase asynchronous motor lass F insulating materials (155 ). Vacuum impregnated windings; PT thermistor 130 standard from size 60 Flanges Grey cast iron up to size 80. Ductile cast iron from size 100 Frame Aluminium up to size 50. Ductile cast iron from size 60 Shaft ccentric masses Steel alloy highly resistant ompletely adjustable 7

8 frame The OI Vibrator Range shaft rotor flange bearing fixed mass adjustable mass mass cover Providing centrifugal force up to 26,000 kgs and with multiple voltage options OI s range of electric motovibrators covers several fields of application in every country as well as many different industrial sectors: from food to mining, from foundry to recycling and more. OI s electric motovibrators are designed and manufactured using the latest technologies and premium quality materials and components. otor bodies, bearing flanges and shafts are FA designed and manufactured using first grade Aluminium alloy, cast iron and steel alloy to withstand heavy duty applications and guarantee safe operation in any condition. Vacuum impregnated windings and class F insulating materials enhance reliability and durability. Top quality bearings and an efficient grease retaining system assure long lasting performance and low noise generation. Adjustable eccentric masses allow easy fine tuning of the ax centrifugal force provided by the motor. Several certifications for use in hazardous environments are available in the OI range to match the most demanding specification worldwide. ATX ZONS AIDNTA RISK OASIONA RISK ONSTANT RISK V Standard 3Ph, 1Ph V Direct urrent V Increased Safety V xplosion Proof V Standard 3Ph, 1Ph V Increased Safety V xplosion Proof DT Zone 22 Zone 21 Zone 20 x II1D x II2D x II3D GAS Zone 2 Zone 1 Zone 0 x II1G x II2G x II3G V Increased Safety V xplosion Proof V Increased Safety V xplosion Proof 8

9 U U ertifications Standard range SIZ SIZ 100, 105, 110 IRO 1-PH onformity with uropean Directive - ow voltage 2014/35/U achine Directive 2006/42/; ATX 2014/34/U - U U SA22.2 NO ATGORY RTIFIATIONS INTRNATIONA STANDARD GAS DT ATX zone 21 lass II Div.2 N , N n/a II2D x tb III Tx Db IP66 Ix , Ix n/a x tb III Tx Db IP66 Temperature range -20/+40 * T D , U , U SA , SA , SA n/a lass II Div.2 Groups F, G T4 * xtended temperature range up to 55 available on request. Tx = T100 up to size 30 included; Tx= T135 from size 40 up. V D Range: II 3D x tc IIIc T100 IP66 Increased safety range SIZ onformity with uropean Directive - ow voltage 2014/35/U achine Directive 2006/42/ - ATX 2014/34/U ATGORY RTIFIATIONS INTRNATIONA STANDARD GAS DT ATX zone 1-21 lass II Div.2 (dust) lass I Div.2 (gas) N , N II 2G x eb II T3 Gb II2D x tb III Tx Db IP66 Ix , Ix x eb II T3 Gb x tb III Tx Db IP66 Temperature range -20/+40 T D , U , U SA , SA , SA lass I Div.2 Group A, B,, D T3 lass II Div.2 Groups F, G T4 Tx = T100 up to size 30 included; Tx= T135 from size 40 up. xplosion proof range SIZ onformity with uropean Directive - ow voltage 2006/95/ /108/ achine Directive 2006/42/ - ATX 94/9/ - U U U SA22.2 NO ATGORY RTIFIATIONS INTRNATIONA STANDARD GAS DT N , N , N ATX II2G x db IIB T3 n/a ATX zone 1-21 lass II Div.2 Ix , Ix , Ix U , U 674 SA , SA , SA , SA Ix x db IIB T3 ASS I Div.1 Group, D T3 IP66 n/a n/a 9

10 How to choose a motovibrator 1. hoose rpm and the amplitude e (0 - peak) suitable for your application: ircular vibration inear vibration Application processes Revolutions Per inute Vibration 50Hz ircular inear rpm e (mm) in. ax. onveying Separation / Screening / Sizing Positioning / Feeding Filter cleaning Silo/hopper emptying Fluid beds Bin activators ompacting oncrete consolidation 3, , , , , , hoose an V from the tables of the following pages and use its Wm into this formula: e = 5 n Wm n mot vm e n Wm mot vm = amplitude of vibration 0-peak (mm) = number of vibrating motors = working moment (kgcm) = motor weight = vibrating machine weight (without material and motors) 10

11 3. heck the obtained value e : If it is similar to the required one (step 1) the V model is correct. If it is not similar to the required one (step 1) repeat the process (step 2) with a different V model. For tips on installation see section page 40 Important VOTAG Delta / Star Frequency (Hz) ountry Several voltages are available to match local electric specifications worldwide both at 50Hz and. All OI motors can be operated with double voltage by simply changing the connections inside the terminal box from Star to Delta or vice-versa. Three-phase Vs with double rated voltage: (Star) High Voltage - Factory preset (Delta) ow Voltage Vs with (Delta) : (Delta) ow Voltage - Factory preset (Star) High Voltage / / / Japan and Saudi Arabia urope and most of Asian ountries 230 / 460 * 60 A 330 / 575 * 60 anada / Brazil / South Africa (Delta) 50 South Africa (Delta) 60 Brazil 575 (Delta) * 60 anada / (Delta) 50 urope and most of Asian ountries 460 (Delta) * 60 A 115 (Single-phase) 60 A and anada 115 (Single-phase) 50 Variuous 220 (Single-phase) 60 Brazil For details about Star and Delta connections see page (Single-phase) 50 * Voltage Tolerance: % urope and most of Asian ountries 11

12 V STANDARD RANG 2 POS /3600 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia/In able Gland lass II Div.2 II 2D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric V 60/3-10A0 V 60/36-10A T V 100/3-10A0 V 100/36-10A T V 200/3-20A0 V 200/36-20A T4 100 Temp. lass Temp. lass V 200/3-23A0 V 200/36-23A T V 300/3-30A0 V 300/36-30A T V 400/3-30A0 V 400/36-30A T V 500/3-40A0 V 500/36-40A T V 700/3-40A0 V 700/36-40A T V 800/3-50A0 V 800/36-50A T V 1200/3-50A0 V 1200/36-50A0 1,005 1, T V 1300/3-50A0 V 1300/36-50A0 1,355 1, T V 1300/3-51A0 V 1300/36-51A0 1,355 1, T V 1600/3-60A0 V 1600/36-60A0 1,601 1, T V 2000/3-60A0 V 2000/36-60A0 2,027 1, T V 2300/3-60A0 V 2300/36-60A0 2,302 2, T V 3200/3-75A1 V 3200/36-75A1 3,252 3, T V 4000/3-75A1 V 4000/36-75A1 4,033 4, T V 5000/3-75A1 V 5000/36-75A1 5,009 5, T4 135 A max. (Δ) V 6500/3-85A0 V 6500/36-85A0 6,510 6, T V 9000/3-85A0 V 9000/36-85A0 9,025 9, T V 6500/3-86A0 V 6500/36-86A0 6,510 6, T V 9000/3-86A0 V 9000/36-86A0 9,025 9, T4 135 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 12 II2D x tb III Tx Db IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N

13 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing ) Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n V 60/3-10A0 V 60/36-10A0 A1 10A V 100/3-10A0 V 100/36-10A0 A1 10A V 200/3-20A0 V 200/36-20A0 B1 20A ultiple Footprint V 200/3-23A0 V 200/36-23A0 G 23A ultiple Footprint V 300/3-30A0 V 300/36-30A0 1 30A ultiple Footprint V 400/3-30A0 V 400/36-30A0 1 30A V 500/3-40A0 V 500/36-40A0 D1 40A V 700/3-40A0 V 700/36-40A0 D1 40A V 800/3-50A0 V 800/36-50A0 D1 50A V 1200/3-50A0 V 1200/36-50A0 D1 50A V 1300/3-50A0 V 1300/36-50A0 D1 50A V 1300/3-51A0 V 1300/36-51A0 D1 51A V 1600/3-60A0 V 1600/36-60A0 D1 60A V 2000/3-60A0 V 2000/36-60A0 D1 60A V 2300/3-60A0 V 2300/36-60A0 D1 60A V 3200/3-75A1 V 3200/36-75A1 D1 75A V 4000/3-75A1 V 4000/36-75A1 D1 75A V 5000/3-75A1 V 5000/36-75A1 D1 75A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD V 6500/3-85A0 V 6500/36-85A0 D1 85A V 9000/3-85A0 V 9000/36-85A0 D1 85A V 6500/3-86A0 V 6500/36-86A0 D1 86A V 9000/3-86A0 V 9000/36-86A0 D1 86A NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77 13

14 V STANDARD RANG 4 POS /1800 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (Kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia/In able Gland lass II Div.2 II 2D 50Hz 50 Hz 60 Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric Temp. lass Temp. lass V 40/15-10A0 V 40/18-10A T V 90/15-20A0 V 90/18-20A T V 90/15-23A0 V 90/18-23A T V 200/15-30A0 V 200/18-30A T V 400/15-40A0 V 400/18-40A T V 500/15-40A0 V 500/18-40A T V 300/15-50A0 V 300/18-50A T V 300/15-51A0 V 300/18-51A T V 700/15-50A0 V 700/18-50A T V 710/15-50A0 V 710/18-50A T V 950/15-50A0 V 950/18-50A T V 1100/15-50A0 V 1100/18-50A0 1,114 1, T V 1100/15-51A0 V 1100/18-51A0 1,102 1, T V 1400/15-60A0 V 1400/18-60A0 1,364 1, T V 1700/15-60A0 V 1700/18-60A0 1,725 1, T V 2400/15-60A0 V 2400/18-60A0 2,358 2, T V 2500/15-70A0 V 2500/18-70A0 2,557 2, T V 3000/15-70A0 V 3000/18-70A0 3,124 3, T V 3800/15-75A0 V 3800/18-75A0 3,853 3, T V 4300/15-75A0 V 4300/18-75A0 4,312 4, T V 5500/15-80A0 V 5500/18-80A0 5,495 5, T4 135 A max. (Δ) V 7200/15-85A0 V 7200/18-85A0 7,246 7, T V 9000/15-85A0 V 9000/18-85A0 9,020 9, T V 7200/15-86A0 V 7200/18-86A0 7,286 7, T V 9000/15-86A0 V 9000/18-86A0 9,106 9, T V 10000/15-90A0 V 10000/18-90A0 10,052 10, T V 10000/15-91A0 V 10000/18-91A0 10,499 10, T V 11500/15 V 11500/18 11,779 11, T , V 14500/15 V 14500/18 14,352 15, T4 135 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% xcept for model V 1100/ /18 ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 14 II2D x tb III Tx Db IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N

15 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50 Hz 60 Hz 50Hz 50Hz n ultiple Footprint V 40/15-10A0 V 40/18-10A0 A 10A V 90/15-20A0 V 90/18-20A0 B 20A ultiple Footprint V 90/15-23A0 V 90/18-23A0 G 23A ultiple Footprint V 200/15-30A0 V 200/18-30A0 30A V 400/15-40A0 V 400/18-40A0 D1 40A V 500/15-40A0 V 500/18-40A0 D1 40A V 300/15-50A0 V 300/18-50A0 D1 50A V 300/15-51A0 V 300/18-51A0 D1 51A V 700/15-50A0 V 700/18-50A0 D1 50A V 710/15-50A0 V 710/18-50A0 D1 50A V 950/15-50A0 V 950/18-50A0 D1 50A V 1100/15-50A0 V 1100/18-50A0 D1 50A V 1100/15-51A0 V 1100/18-51A0 D1 51A V 1400/15-60A0 V 1400/18-60A0 D1 60A V 1700/15-60A0 V 1700/18-60A0 D1 60A V 2400/15-60A0 V 2400/18-60A0 D1 60A V 2500/15-70A0 V 2500/18-70A0 D1 70A V 3000/15-70A0 V 3000/18-70A0 D1 70A V 3800/15-75A0 V 3800/18-75A0 D1 75A V 4300/15-75A0 V 4300/18-75A0 D1 75A V 5500/15-80A0 V 5500/18-80A0 1 80A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD V 7200/15-85A0 V 7200/18-85A0 D1 85A V 9000/15-85A0 V 9000/18-85A0 D1 85A V 7200/15-86A0 V 7200/18-86A0 D1 86A V 9000/15-86A0 V 9000/18-86A0 D1 86A V 10000/15-90A0 V 10000/18-90A0 1 90A V 10000/15-91A0 V 10000/18-91A0 1 91A V 11500/15 V 11500/ V 14500/15 V 14500/ NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77 15

16 V STANDARD RANG 6 POS /1200 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (Kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia/In able Gland lass II Div.2 II 2D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) 50Hz etric (460V) Temp. lass Temp. lass V 50/1-30A0 V 50/12-30A T V 100/1-30A0 V 100/12-30A T V 200/1-40A0 V 200/12-40A T V 300/1-50A0 V 300/12-50A T V 500/1-50A0 V 500/12-50A T V 510/1-50A0 V 510/12-50A T V 800/1-60A0 V 800/12-60A T V 1100/1-60A0 V 1100/12-60A0 1,048 1, T V 1500/1-60A0 V 1500/12-60A0 1,590 1, T V 1600/1-70A0 V 1600/12-70A0 1,673 1, T V 2100/1-70A0 V 2100/12-70A0 2,083 2, T V 2200/1-70A0 V 2200/12-70A0 2,239 2, T V 2600/1-75A0 V 2600/12-75A0 2,610 2, T V 3000/1-75A0 V 3000/12-75A0 3,017 3, T V 3700/1-75A0 V 3700/12-75A0 3,797 3, T V 3800/1-80A0 V 3800/12-80A0 3,799 3, T V 4700/1-80A0 V 4700/12-80A0 4,681 4, T V 5200/1-85A0 V 5200/12-85A0 5,192 5, T , V 6500/1-85A0 V 6500/12-85A0 6,506 6, T4 135 A max. (Δ) 1, V 8000/1-85A0 V 8000/12-85A0 8,018 7, T , ,165.2 V 9000/1-85A0 V 9000/12-85A0 8,936 9, T , V 8000/1-86A0 V 8000/12-86A0 8,007 7, T , ,165.2 V 9000/1-86A0 V 9000/12-86A0 8,923 9, T , ,240.0 V 10000/1-90A0 V 10000/12-90A0 9,986 9, T , ,647.4 V 13000/1-90A0 V 13000/12-90A0 13,009 13, T , ,240.0 V 10000/1-91A0 V 10000/12-91A0 10,067 9, T , ,433.0 V 11400/1-91A0 V 11400/12-91A0 11,485 11, T , ,647.4 V 13000/1-91A0 V 13000/12-91A0 12,904 13, T ,253 1,550 V 12000/1 V 12000/12 12,580 12, T ,634 1,856 V 15000/1 V 15000/12 14,706 14, T ,220 2,147 V 17500/1 V 17500/12 17,980 17, T ,632 2,525 V 19500/1 V 19500/12 20,285 20, T ,067 2,622 V 22000/1 V 22000/12 22,711 21, T ,572 3,163 V 25000/1 V 25000/12 25,532 25, T4 135 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 16 II2D x tb III Tx Db IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N

17 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD ultiple Footprint V 50/1-30A0 V 50/12-30A0 30A ultiple Footprint V 100/1-30A0 V 100/12-30A0 30A V 200/1-40A0 V 200/12-40A0 D1 40A V 300/1-50A0 V 300/12-50A0 D1 50A V 500/1-50A0 V 500/12-50A0 D1 50A V 510/1-50A0 V 510/12-50A0 D1 50A V 800/1-60A0 V 800/12-60A0 D1 60A V 1100/1-60A0 V 1100/12-60A0 D1 60A V 1500/1-60A0 V 1500/12-60A0 D1 60A V 1600/1-70A0 V 1600/12-70A0 D1 70A V 2100/1-70A0 V 2100/12-70A0 D1 70A V 2200/1-70A0 V 2200/12-70A0 D1 70A V 2600/1-75A0 V 2600/12-75A0 D1 75A V 3000/1-75A0 V 3000/12-75A0 D1 75A V 3700/1-75A0 V 3700/12-75A0 D1 75A V 3800/1-80A0 V 3800/12-80A0 D1 80A V 4700/1-80A0 V 4700/12-80A0 D1 80A V 5200/1-85A0 V 5200/12-85A0 D1 85A V 6500/1-85A0 V 6500/12-85A0 D1 85A V 8000/1-85A0 V 8000/12-85A0 D1 85A V 9000/1-85A0 V 9000/12-85A0 D1 85A V 8000/1-86A0 V 8000/12-86A0 D1 86A V 9000/1-86A0 V 9000/12-86A0 D1 86A V 10000/1-90A0 V 10000/12-90A0 1 90A V 13000/1-90A0 V 13000/12-90A0 1 90A V 10000/1-91A0 V 10000/12-91A0 1 91A V 11400/1-91A0 V 11400/12-91A0 1 91A V 13000/1-91A0 V 13000/12-91A0 1 91A V 12000/1 V 12000/ , V 15000/1 V 15000/12 H V 17500/1 V 17500/12 H 105 1, V 19500/1 V 19500/12 H 105 1, V 22000/1 V 22000/12 H 110 1, V 25000/1 V 25000/12 H 110 1, NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77 17

18 V STANDARD RANG 8 POS - 750/900 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (Kgcm) entrifugal Force Weight Input Power (kw) 50Hz 50Hz 50Hz 50Hz 50Hz Nominal urrent A max. (Y) 50Hz (400V) (460V) Ia/In able Gland 50Hz etric lass II Div V 150/075-40A0 V 150/090-40A T V 250/075-50A0 V 250/090-50A T V 400/075-50A0 V 400/090-50A T V 650/075-60A0 V 650/090-60A T V 900/075-60A0 V 900/090-60A T V 1300/075-70A0 V 1300/090-70A , T V 2100/075-75A0 V 2100/090-75A0 1, T V 3100/075-80A0 V 3100/090-80A0 2,137 3, T V 3800/075-80A0 V 3800/090-80A0 2,633 3, T V 4200/075-85A0 V 4200/090-85A0 2,920 4, T ,165.2 V 5300/075-85A0 V 5300/090-85A0 3,660 5, T ,435.9 V 6500/075-85A0 V 6500/090-85A0 4,510 6, T4 135 A max. (Δ) 2,200.4 V 10000/075-90A0 V 10000/090-90A0 6,911 9, T ,311.0 V 10000/075-91A0 V 10000/090-91A0 7,258 10, T ,835 2,553 V 12000/075 V 12000/090 8,904 11, T ,713 3,220 V 14000/075 V 14000/090 11,661 14, T ,401 3,920 V 17000/075 V 17000/090 13,822 17, T ,857 4,999 V 22000/075 V 22000/090 18,395 22, T ,857 NA V 26000/090-26, T4 135 Temp. lass II 2D Temp. lass SIZ 40A0 SIZ 50A0 SIZ 60A0 UP TO SIZ (NOT (INUDD) INUDD) masses = 50Hz masses adjusted at 70% 100% ABOV SIZ (INUDD) (NOT INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 18 II2D x tb III Tx Db IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N

19 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) 50Hz Drawing Size 50Hz- 50Hz- A B Ø G Holes D F H I N V 150/075-40A0 V 150/090-40A0 D1 40A V 250/075-50A0 V 250/090-50A0 D1 50A V 400/075-50A0 V 400/090-50A0 D1 50A V 650/075-60A0 V 650/090-60A0 D1 60A V 900/075-60A0 V 900/090-60A0 D1 60A V 1300/075-70A0 V 1300/090-70A0 D1 70A V 2100/075-75A0 V 2100/090-75A0 D1 75A V 3100/075-80A0 V 3100/090-80A0 D1 80A V 3800/075-80A0 V 3800/090-80A0 D1 80A V 4200/075-85A0 V 4200/090-85A0 D1 85A V 5300/075-85A0 V 5300/090-85A0 D1 85A V 6500/075-85A0 V 6500/090-85A0 D1 85A V 10000/075-90A0 V 10000/090-90A0 1 90A V 10000/075-91A0 V 10000/090-91A0 1 91A V 12000/075 V 12000/ , V 14000/075 V 14000/090 H 105 1, V 17000/075 V 17000/090 H 105 1, V 22000/075 V 22000/090 H 110 1, NA V 26000/090 H 110 1, n HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77 19

20 V STANDARD RANG 2 POS SING-PHAS /3600 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (Kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max able Gland apacitor * lass II Div.2 II 2D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (230V ) (115V) etric 50Hz (230V) (115V) Temp. lass Temp. lass V 60/3-10A0 V 60/36-10A / T V 100/3-10A0 V 100/36-10A T V 200/3-20A0 V 200/36-20A T V 200/3-23A0 V 200/36-23A T V 300/3-30A0 V 300/36-30A T4 100 * NOT: apacitor not supplied with vibrator (to be ordered separately) SIZ 10A0 SIZ20A0 SIZ 30A0 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 20 II2D x tb III Tx Db IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N

21 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n V 60/3-10A0 V 60/36-10A0 A1 10A V 100/3-10A0 V 100/36-10A0 A1 10A V 200/3-20A0 V 200/36-20A0 B1 20A ultiple Footprint V 200/3-23A0 V 200/36-23A0 G 23A ultiple Footprint V 300/3-30A0 V 300/36-30A0 30A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77 21

22 V STANDARD RANG IRO /3600 rpm T D THR-PHAS TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max able Gland For lass II Div.2 For 50Hz II3D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (230V) 50Hz (400V) (460V) etric Temp. lass Temp. lass IRO T IRO T4 100 SING-PHAS TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max able Gland * For lass II Div.2 For 50Hz II3D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (230V) (115V) etric Temp. lass Temp. lass IRO T IRO T IRO T IRO T4 100 SIZ 23A0 NOT: apacitor integrated in the cable UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 22 II2D x tb III Tx Db IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N

23 I I F A I A H F B ØN F H B ØN D D DINSIONA SPIFIATIONS (mm) Drawing IRO 41 F DINSIONA SPIFIATIONS (mm) A B Ø G Holes D F H I N Drawing A B Ø G Holes D F H I N 50Hz 50Hz 50Hz N ultiple Footprint IRO 21 F ultiple Footprint 50Hz 50Hz 50Hz N ultiple Footprint IRO 3 F ultiple Footprint IRO 6 I ultiple Footprint IRO 21 F ultiple Footprint IRO 41 F HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77 23

24 V STANDARD RANG D DIRT URRNT rpm TRIA SPIFIATIONS RTIFIAT Wm (kgcm) rpm entrifugal Force Weight Input Power (kw) Nominal urrent A max able Gland II3D 1.0 V 50 D 12 3, V 50 D 24 3, V 120 D 12 3, V 120 D 24 3, V 202 D 12 3, V 202 D 24 3, V 500 D 24 3, V 1500 D 24 3,000 1, SIZ 23A0 SIZ 40A0 SIZ 50A0 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 24»» II2D II3D x tb tc III Tx IP66 Db IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 22) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I N , I N

25 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Size A B Ø G V 50 D 12 A 10A ultiple Footprint Holes D F H I N V 50 D 24 A 10A V 120 D 12 G 23A ultiple Footprint N V 120 D 24 G 23A V 202 D 12 G 23A V 202 D 24 G 23A V 500 D A V 1500 D A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77 25

26 V- INRASD SAFTY 2 POS /3600 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia/In able Gland lass II x e Div.2 II 2G II 2D 50Hz 50Hz 50Hz 50Hz (Kg) (Kg) 50 Hz 60 Hz 50Hz (400V) 50Hz etric (460V) V 200/3X-20A0 V 200/36X-20A T4 T3 100 t Temp. lass Temp. lass Temp. lass V 200/3X-23A0 V 200/36X-23A T4 T V 300/3X-30A0 V 300/36X-30A T4 T V 400/3X-30A0 V 400/36X-30A T4 T V 500/3X-40A0 V 500/36X-40A T4 T V 700/3X-40A0 V 700/36X-40A T4 T V 800/3X-50A0 V 800/36X-50A T4 T V 1200/3X-50A0 V 1200/36X-50A0 1,005 1, T4 T V 1300/3X-50A0 V 1300/36X-50A0 1,355 1, T4 T V 1300/3X-51A0 V 1300/36X-51A0 1,355 1, T4 T V 1600/3X-60A0 V 1600/36X-60A0 1,601 1, T4 T V 2000/3X-60A0 V 2000/36X-60A0 2,027 1, T4 T V 2300/3X-60A0 V 2300/36X-60A0 2,302 2, T4 T V 3200/3X-75A1 V 3200/36X-75A1 3,252 3, T4 T V 4000/3X-75A1 V 4000/36X-75A1 4,033 4, T4 T3 135 SIZ 40A0 SIZ 50A0 SIZ 60A0 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 26 II 2D x tb III Tx Db IP66 II 2G x eb II T3 Gb quipment and protective system intended for use in potentially explosive atmospheres (Zone 21 - Zone 1) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N , I N

27 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n V 200/3X-20A0 V 200/36X-20A0 B1 20A ultiple Footprint V 200/3X-23A0 V 200/36X-23A0 G 23A ultiple Footprint V 300/3X-30A0 V 300/36X-30A0 1 30A ultiple Footprint V 400/3X-30A0 V 400/36X-30A0 1 30A V 500/3X-40A0 V 500/36X-40A0 D1 40A V 700/3X-40A0 V 700/36X-40A0 D1 40A V 800/3X-50A0 V 800/36X-50A0 D1 50A V 1200/3X-50A0 V 1200/36X-50A0 D1 50A V 1300/3X-50A0 V 1300/36X-50A0 D1 50A V 1300/3X-51A0 V 1300/36X-51A0 D1 51A V 1600/3X-60A0 V 1600/36X-60A0 D1 60A V 2000/3X-60A0 V 2000/36X-60A0 D1 60A V 2300/3X-60A0 V 2300/36X-60A0 D1 60A V 3200/3X-75A1 V 3200/36X-75A1 D1 75A V 4000/3X-75A1 V 4000/36X-75A1 D1 75A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass I, Div.2 Group A, B,, D T3 lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77, SA 22.2 N

28 V- INRASD SAFTY 4 POS /1800 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia / In able Gland x e lass II Div.2 II 2G II 2D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) 50Hz etric t Temp. (460V) lass Temp. lass Temp. lass V 200/15X-30A0 V 200/18X-30A T4 T V 400/15X-40A0 V 400/18X-40A T4 T V 500/15X-40A0 V 500/18X-40A T4 T V 300/15X-50A0 V 300/18X-50A T4 T V 300/15X-51A0 V 300/18X-51A T4 T V 700/15X-50A0 V 700/18X-50A T4 T V 710/15X-50A0 V 710/18X-50A T4 T V 950/15X-50A0 V 950/18X-50A T4 T V 1100/15X-50A0 V 1100/18X-50A0 1,114 1, T4 T V 1100/15X-51A0 V 1100/18X-51A0 1,102 1, T4 T V 1400/15X-60A0 V 1400/18X-60A0 1,364 1, T4 T V 1700/15X-60A0 V 1700/18X-60A0 1,725 1, T4 T V 2400/15X-60A0 V 2400/18X-60A0 2,358 2, T4 T V 2500/15X-70A0 V 2500/18X-70A0 2,557 2, T4 T V 3000/15X-70A0 V 3000/18X-70A0 3,124 3, T4 T V 3800/15X-75A0 V 3800/18X-75A0 3,853 3, T4 T V 4300/15X-75A0 V 4300/18X-75A0 4,312 4, T4 T V 5500/15X-80A0 V 5500/18X-80A0 5,495 5, T4 T3 135 A max. (Δ) V 7200/15X-85A0 V 7200/18X-85A0 7,246 7, T4 T V 9000/15X-85A0 V 9000/18X-85A0 9,020 9, T4 T V 7200/15X-86A0 V 7200/18X-86A0 7,286 7, T4 T V 9000/15X-86A0 V 9000/18X-86A0 9,106 9, T4 T V 10000/15X-90A0 V 10000/18X-90A0 10,052 10, T4 T V 10000/15X-91A0 V 10000/18X-91A0 10,499 10, T4 T3 135 SIZ 70A0 SIZ 75A0 SIZ 80A0 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% xcept for model V 1100/ /18 ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 28 II 2D x tb III Tx Db IP66 II 2G x eb II T3 Gb quipment and protective system intended for use in potentially explosive atmospheres (Zone 21 - Zone 1) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N , I N

29 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n ultiple Footprint V 200/15X-30A0 V 200/18X-30A0 30A V 400/15X-40A0 V 400/18X-40A0 D1 40A V 500/15X-40A0 V 500/18X-40A0 D1 40A V 300/15X-50A0 V 300/18X-50A0 D1 50A V 300/15X-51A0 V 300/18X-51A0 D1 51A V 700/15X-50A0 V 700/18X-50A0 D1 50A V 710/15X-50A0 V 710/18X-50A0 D1 50A V 950/15X-50A0 V 950/18X-50A0 D1 50A V 1100/15X-50A0 V 1100/18X-50A0 D1 50A V 1100/15X-51A0 V 1100/18X-51A0 D1 51A V 1400/15X-60A0 V 1400/18X-60A0 D1 60A V 1700/15X-60A0 V 1700/18X-60A0 D1 60A V 2400/15X-60A0 V 2400/18X-60A0 D1 60A V 2500/15X-70A0 V 2500/18X-70A0 D1 70A V 3000/15X-70A0 V 3000/18X-70A0 D1 70A V 3800/15X-75A0 V 3800/18X-75A0 D1 75A V 4300/15X-75A0 V 4300/18X-75A0 D1 75A V 5500/15X-80A0 V 5500/18X-80A0 1 80A V 7200/15X-85A0 V 7200/18X-85A0 D1 85A V 9000/15X-85A0 V 9000/18X-85A0 D1 85A V 7200/15X-86A0 V 7200/18X-86A0 D1 86A V 9000/15X-86A0 V 9000/18X-86A0 D1 86A V 10000/15X-90A0 V 10000/18X-90A0 1 90A V 10000/15X-91A0 V 10000/18X-91A0 1 91A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass I, Div.2 Group A, B,, D T3 lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77, SA 22.2 N

30 V- INRASD SAFTY 6 POS /1200 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia / In able Gland x e lass II Div.2 II 2G II 2D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) Temp. 50Hz etric t (460V) lass Temp. lass Temp. lass V 50/1X-30A0 V 50/12X-30A T4 T V 100/1X-30A0 V 100/12X-30A T4 T V 200/1X-40A0 V 200/12X-40A T4 T V 300/1X-50A0 V 300/12X-50A T4 T V 500/1X-50A0 V 500/12X-50A T4 T V 510/1X-50A0 V 510/12X-50A T4 T V 800/1X-60A0 V 800/12X-60A T4 T V 1100/1X-60A0 V 1100/12X-60A0 1,048 1, T4 T V 1500/1X-60A0 V 1500/12X-60A0 1,590 1, T4 T V 1600/1X-70A0 V 1600/12X-70A0 1,673 1, T4 T V 2100/1X-70A0 V 2100/12X-70A0 2,083 2, T4 T V 2200/1X-70A0 V 2200/12X-70A0 2,239 2, T4 T V 2600/1X-75A0 V 2600/12X-75A0 2,610 2, T4 T V 3000/1X-75A0 V 3000/12X-75A0 3,017 3, T4 T V 3700/1X-75A0 V 3700/12X-75A0 3,797 3, T4 T V 3800/1X-80A0 V 3800/12X-80A0 3,799 3, T4 T V 4700/1X-80A0 V 4700/12X-80A0 4,681 4, T4 T V 5200/1X-85A0 V 5200/12X-85A0 5,192 5, T4 T , V 6500/1X-85A0 V 6500/12X-85A0 6,506 6, T4 T3 135 A max. (Δ) 1, V 8000/1X-85A0 V 8000/12X-85A0 8,018 7, T4 T , ,165.2 V 9000/1X-85A0 V 9000/12X-85A0 8,936 9, T4 T , V 8000/1X-86A0 V 8000/12X-86A0 8,007 7, T4 T , ,165.2 V 9000/1X-86A0 V 9000/12X-86A0 8,923 9, T4 T , ,240.0 V 10000/1X-90A0 V 10000/12X-90A0 9,986 9, T4 T , ,647.4 V 13000/1X-90A0 V 13000/12X-90A0 13,009 13, T4 T , ,240.0 V 10000/1X-91A0 V 10000/12X-91A0 10,067 9, T4 T , ,433.0 V 11400/1X-91A0 V 11400/12X-91A0 11,485 11, T4 T3 135 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 30 II 2D x tb III Tx Db IP66 II 2G x eb II T3 Gb quipment and protective system intended for use in potentially explosive atmospheres (Zone 21 - Zone 1) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N , I N

31 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n ultiple Footprint V 50/1X-30A0 V 50/12X-30A0 30A ultiple Footprint V 100/1X-30A0 V 100/12X-30A0 30A V 200/1X-40A0 V 200/12X-40A0 D1 40A V 300/1X-50A0 V 300/12X-50A0 D1 50A V 500/1X-50A0 V 500/12X-50A0 D1 50A V 510/1X-50A0 V 510/12X-50A0 D1 50A V 800/1X-60A0 V 800/12X-60A0 D1 60A V 1100/1X-60A0 V 1100/12X-60A0 D1 60A V 1500/1X-60A0 V 1500/12X-60A0 D1 60A V 1600/1X-70A0 V 1600/12X-70A0 D1 70A V 2100/1X-70A0 V 2100/12X-70A0 D1 70A V 2200/1X-70A0 V 2200/12X-70A0 D1 70A V 2600/1X-75A0 V 2600/12X-75A0 D1 75A V 3000/1X-75A0 V 3000/12X-75A0 D1 75A V 3700/1X-75A0 V 3700/12X-75A0 D1 75A V 3800/1X-80A0 V 3800/12X-80A0 D1 80A V 4700/1X-80A0 V 4700/12X-80A0 D1 80A V 5200/1X-85A0 V 5200/12X-85A0 D1 85A V 6500/1X-85A0 V 6500/12X-85A0 D1 85A V 8000/1X-85A0 V 8000/12X-85A0 D1 85A V 9000/1X-85A0 V 9000/12X-85A0 D1 85A V 8000/1X-86A0 V 8000/12X-86A0 D1 86A V 9000/1X-86A0 V 9000/12X-86A0 D1 86A V 10000/1X-90A0 V 10000/12X-90A0 1 90A V 13000/1X-90A0 V 13000/12X-90A0 1 90A V 10000/1X-91A0 V 10000/12X-91A0 1 91A V 11400/1X-91A0 V 11400/12X-91A0 1 91A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass I, Div.2 Group A, B,, D T3 lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77, SA 22.2 N

32 V- INRASD SAFTY 8 POS - 750/900 rpm T D TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia / In able Gland lass II x e Div.2 II 2G II 2D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric t 33.4 V 150/075X-40A0 V 150/090X-40A T4 T V 250/075X-50A0 V 250/090X-50A T4 T V 400/075X-50A0 V 400/090X-50A T4 T V 650/075X-60A0 V 650/090X-60A T4 T V 900/075X-60A0 V 900/090X-60A T4 T V 1300/075X-70A0 V 1300/090X-70A , T4 T V 2100/075X-75A0 V 2100/090X-75A0 1, T4 T V 3100/075X-80A0 V 3100/090X-80A0 2,137 3, T4 T V 3800/075X-80A0 V 3800/090X-80A0 2,633 3, T4 T V 4200/075X-85A0 V 4200/090X-85A0 2,920 4, T4 T ,165.2 V 5300/075X-85A0 V 5300/090X-85A0 3,660 5, T4 T ,435.9 V 6500/075X-85A0 V 6500/090X-85A0 4,510 6, T4 T3 135 A max. (Δ) 2,200.4 V 10000/075X-90A0 V 10000/090X-90A0 6,911 9, T4 T ,311.0 V 10000/075X-91A0 V 10000/090X-91A0 7,258 10, T4 T3 135 Temp. lass Temp. lass Temp. lass SIZ 80A0 SIZ 86A0 SIZ 91A0 UP TO SIZ 60 (NOT INUDD) masses = 50Hz masses adjusted at 100% masses 50Hz masses adjusted at 70% ABOV SIZ 60 (INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 32 II 2D x tb III Tx Db IP66 II 2G x eb II T3 Gb quipment and protective system intended for use in potentially explosive atmospheres (Zone 21 - Zone 1) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I , I N , I N , I N

33 Technical drawings in the last page DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz- 50Hz- n V 150/075X-40A0 V 150/090X-40A0 D1 40A V 250/075X-50A0 V 250/090X-50A0 D1 50A V 400/075X-50A0 V 400/090X-50A0 D1 50A V 650/075X-60A0 V 650/090X-60A0 D1 60A V 900/075X-60A0 V 900/090X-60A0 D1 60A V 1300/075X-70A0 V 1300/090X-70A0 D1 70A V 2100/075X-75A0 V 2100/090X-75A0 D1 75A V 3100/075X-80A0 V 3100/090X-80A0 D1 80A V 3800/075X-80A0 V 3800/090X-80A0 D1 80A V 4200/075X-85A0 V 4200/090X-85A0 D1 85A V 5300/075X-85A0 V 5300/090X-85A0 D1 85A V 6500/075X-85A0 V 6500/090X-85A0 D1 85A V 10000/075X-90A0 V 10000/090X-90A0 1 90A V 10000/075X-91A0 V 10000/090X-91A0 1 91A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. T D»» lass I, Div.2 Group A, B,, D T3 lass II Div.2 Group F, G T4 onform to U ,U , U , U , SA , SA , SA 22.2 N 100, SA 22.2 N 77, SA 22.2 N

34 V-D XPOSION-PROOF 2 POS /3600 rpm TRIA SPIFIATIONS Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia / In able Gland 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric V 800/3D-50A0 V 800/36D-50A /4 NPT V 1300/3D-50A0 V 1300/36D-50A0 1,355 1, /4 NPT V 1600/3D-60A0 V 1600/36D-60A0 1,601 1, /4 NPT V 2000/3D-60A0 V 2000/36D-60A0 2,027 1, /4 NPT V 2300/3D-60A0 V 2300/36D-60A0 2,302 2, /4 NPT V 3200/3D-75A0 V 3200/36D-75A0 3,252 3, /4 NPT V 4000/3D-75A0 V 4000/36D-75A0 4,033 4, /4 NPT POS /1800 rpm TRIA SPIFIATIONS Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia/In able Gland 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric V 700/15D-50A0 V 700/18D-50A /4 NPT V 1100/15D-50A0 V 1100/18D-50A0 1,114 1, /4 NPT V 1400/15D-60A0 V 1400/18D-60A0 1,364 1, /4 NPT V 1700/15D-60A0 V 1700/18D-60A0 1,725 1, /4 NPT V 2400/15D-60A0 V 2400/18D-60A0 2,358 2, /4 NPT V 2500/15D-70A0 V 2500/18D-70A0 2,557 2, /4 NPT V 3000/15D-70A0 V 3000/18D-70A0 3,124 3, /4 NPT V 3800/15D-75A0 V 3800/18D-75A0 3,853 3, /4 NPT V 3811/15D-75A0 V 3811/18D-75A0 2,425 3, /4 NPT V 4300/15D-75A0 V 4300/18D-75A0 4,312 4, /4 NPT V 5500/15D-80A0 V 5500/18D-80A0 5,495 5, /4 NPT 110 SIZ 50A0 UP TO SIZ 50 (INUDD) masses = 50Hz masses adjusted at 70% xcept for model V 1100/15D /18D ABOV SIZ 50 (NOT INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 34 II 2G x db IIB T3 ompliance with ssential Health and Safety Requirements I N , I N , I N

35 I I X A Y A F H B F H ØN B ØN D D DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n V 800/3D-50A0 V 800/36D-50A0 X 50A V 1300/3D-50A0 V 1300/36D-50A0 X 50A V 1600/3D-60A0 V 1600/36D-60A0 X 60A V 2000/3D-60A0 V 2000/36D-60A0 X 60A V 2300/3D-60A0 V 2300/36D-60A0 X 60A V 3200/3D-75A0 V 3200/36D-75A0 Y 75A V 4000/3D-75A0 V 4000/36D-75A0 Y 75A DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n V 700/15D-50A0 V 700/18D-50A0 X 50A V 1100/15D-50A0 V 1100/18D-50A0 X 50A V 1400/15D-60A0 V 1400/18D-60A0 X 60A V 1700/15D-60A0 V 1700/18D-60A0 X 60A V 2400/15D-60A0 V 2400/18D-60A0 X 60A V 2500/15D-70A0 V 2500/18D-70A0 Y 70A V 3000/15D-70A0 V 3000/18D-70A0 Y 70A V 3800/15D-75A0 V 3800/18D-75A0 Y 75A V 3811/15D-75A0 V 3811/18D-75A0 Y 75A V 4300/15D-75A0 V 4300/18D-75A0 Y 75A V 5500/15D-80A0 V 5500/18D-80A0 Y 80A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. lass I, Div.1 Group, D T3 IP66 onform to U , U 674, SA , SA , SA ,, SA

36 V-D XPOSION-PROOF 6 POS /1200 rpm TRIA SPIFIATIONS Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia/In able Gland 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric 91.9 V 500/1D-50A0 V 500/12D-50A /4 NPT V 800/1D-60A0 V 800/12D-60A /4 NPT V 1100/1D-60A0 V 1100/12D-60A0 1,048 1, /4 NPT V 1500/1D-60A0 V 1500/12D-60A0 1,590 1, /4 NPT V 1600/1D-70A0 V 1600/12D-70A0 1,673 1, /4 NPT V 2100/1D-70A0 V 2100/12D-70A0 2,083 2, /4 NPT V 2600/1D-75A0 V 2600/12D-75A0 2,610 2, /4 NPT V 3000/1D-75A0 V 3000/12D-75A0 3,017 3, /4 NPT V 3800/1D-80A0 V 3800/12D-80A0 3,799 3, /4 NPT V 4700/1D-80A0 V 4700/12D-80A0 4,681 4, /4 NPT POS - 750/900 rpm TRIA SPIFIATIONS Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia/In able Gland 50Hz 50Hz 50Hz 50Hz- 50Hz 50Hz (400V) (460V) 50Hz etric 56.9 V 250/075D-50A0 V 250/090D-50A /4 NPT V 400/075D-50A0 V 400/090D-50A /4 NPT V 650/075D-60A0 V 650/090D-60A /4 NPT V 900/075D-60A0 V 900/090D-60A /4 NPT V 1300/075D-70A0 V 1300/090D-70A , /4 NPT V 2100/075D-75A0 V 2100/090D-75A0 1,468 2, /4 NPT V 3100/075D-80A0 V 3100/090D-80A0 2,137 3, /4 NPT V 3800/075D-80A0 V 3800/090D-80A0 2,633 3, /4 NPT 110 SIZ 60A0 UP TO SIZ 50 (INUDD) masses = 50Hz masses adjusted at 70% ABOV SIZ 50 (NOT INUDD) Specific masses for To convert kg into Newton: N = 9.81 kg 36 II 2G x db IIB T3 ompliance with ssential Health and Safety Requirements I N , I N , I N

37 I I X A Y A F H B F H ØN B ØN D D DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz 50Hz n V 500/1D-50A0 V 500/12D-50A0 X 50A V 800/1D-60A0 V 800/12D-60A0 X 60A V 1100/1D-60A0 V 1100/12D-60A0 X 60A V 1500/1D-60A0 V 1500/12D-60A0 X 60A V 1600/1D-70A0 V 1600/12D-70A0 Y 70A V 2100/1D-70A0 V 2100/12D-70A0 Y 70A V 2600/1D-75A0 V 2600/12D-75A0 Y 75A V 3000/1D-75A0 V 3000/12D-75A0 Y 75A V 3800/1D-80A0 V 3800/12D-80A0 Y 80A V 4700/1D-80A0 V 4700/12D-80A0 Y 80A DINSIONA SPIFIATIONS (mm) Drawing Holes Size A B Ø G D F H I N 50Hz 50Hz- 50Hz- n V 250/075D-50A0 V 250/090D-50A0 X 50A V 400/075D-50A0 V 400/090D-50A0 X 50A V 650/075D-60A0 V 650/090D-60A0 X 60A V 900/075D-60A0 V 900/090D-60A0 X 60A V 1300/075D-70A0 V 1300/090D-70A0 Y 70A V 2100/075D-75A0 V 2100/090D-75A0 Y 75A V 3100/075D-80A0 V 3100/090D-80A0 Y 80A V 3800/075D-80A0 V 3800/090D-80A0 Y 80A HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. lass I, Div.1 Group, D T3 IP66 onform to U , U 674, SA , SA , SA ,, SA

38 V HI-STROK IING 8 POS rpm TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Y) Ia / In able Gland II3D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric Temp. lass V 1200/075 NA 1, V 1400/075 NA 1, POS - 600/720 rpm TRIA SPIFIATIONS RTIFIAT Wm (kgcm) entrifugal Force Weight Input Power (kw) Nominal urrent A max. (Δ) Ia / In able Gland II3D 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz (400V) (460V) 50Hz etric Temp. lass V 1200/060 V 1200/ , V 1400/060 V 1400/ , SIZ 60 - IING masses = 50Hz masses adjusted at 100% To convert kg into Newton: N = 9.81 kg 38 II3D x tc III Tx IP66 quipment and protective system intended for use in potentially explosive atmospheres (Zone 22) - Directive 2014/34/U ompliance with ssential Health and Safety Requirements I

39 I A H H1 1 B ØN D Drawing DINSIONA SPIFIATIONS (mm) A B Ø G Holes D 1 F H H1 I N Size 50Hz 50Hz 50Hz N V 1200/075 NA V 1400/075 NA DINSIONA SPIFIATIONS (mm) Drawing A B Ø G Holes D 1 F H H1 I N Size 50Hz 50Hz 50Hz N V 1200/060 V 1200/ V 1400/060 V 1400/ HI-STROK IING XPOSION-PROOF INRASD SAFTY STANDARD Notes: NOT: Dimensions with coarse degree of accuracy related to UNI 22768/1 This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OI knowledge or is obtained from sources believed to be accurate. OI therefore assumes no legal responsibility. Declaration of conformity type B according to: 2014/35/U /42/ - N

40 INSTAATION ounting The base plate surface where the vibrator motor is mounted has an allowable tolerance of 0.25mm (0.01in), so that the surfaces rest uniformly against each other to avoid internal tension that may cause breakage of the foot of the vibrator motor. Use 8.8 type bolts, 8.0 type nuts and flat washers belonging to category A N ISO 7089 / The graph below shows the correct torque settings for the different bolt sizes used on the motor vibrators. otor / achine interface Screw Washer lamping torque etric Imperial etric Imperial UNI 6592 Flat washer (Nm) (ftlb) 6 1/4" 6.4 x 12 1/4" /16" 8.4 x 16 5/16" /8" 10.5 x 20 3/8" /2" 13 x 24 1/2" /8" 17 x 30 5/8" /16" 21 x 37 13/16" /8" 23 x 39 7/8" /16" 25 x 44 15/16" " 28 x 50 1" /8" 37 x /8" 1,864 1, /8 37 x /8 2,850 2,102 FIXING Smooth through borehole + screw + flat washer + nut and counternut SURFA FATNSS TORAN Recommended plate thickness: H ØS ØS Tapped threaded borehole + screw + flat washer ax 0.25mm (0.01in) AHIND & NOT PAINTD SUPPORT PAT H 40

41 lectrical connection Verify that the voltage and frequency supply match the ones indicated on the rating plate of the electric vibrator. If the motor is operated via a variable frequency drive do not run it under 20 Hz and not over the rated frequency. Insert the power cable through the cable gland. The lead-in wires have to be of the eyelet-type, pre-insulated, with a bore that suits the terminals of the junction box in order to prevent overheating of the wire. Use only conductors that have a suitable cross-section. onnect the lead wires to the pins (as shown in the diagram below) and tighten them with the specified torque. Do not forget to fix the earthing cable to the provided studs ompulsory connection! Before closing the junction box make sure that the cover gasket is properly fitted in order to keep the specified IP protection. For more details on motor installation refer to product manuals. Junction box nuts tightening torque Screw Nm ftlb Y TRINA ONNTIONS HIGH VOTAG ptc P2 P1 OW VOTAG Δ W2 U2 V2 W2 U2 V2 ptc P2 P U1 V1 W1 U1 V1 W heck Nominal urrent column label to know the factory preset connection of each motor. Overload protection All electric vibrators T be connected to a suitable external overload protection. When using two electric vibrators in sync, each of them has to be connected to an external overload protection that must be interlocked to make sure both motors are stopped if one fails. Always use a thermal-magnetic type motor protection, with delayed cut-off, to avoid stopping the motor during start-up when the current draw is higher than the rated running current for a few seconds. ut-off of the overload protection should be set at a maximum of +10% of the rated current. 41

42 HOW TO HANG TH VIBRATION INTNSITY Adjustable masses - Type A ASSS AT 100% ADJTD ASSS INORRTY ADJTD ASSS 2 TIPS TO ORRTY ADJT ASSS: Rotate the mass following the design on the plate: from the thicker tip towards the thin tip S Hz Rotate the masses in the opposite direction to the cable gland. left side of the motor. for sizes up to 60 left side right side Adjustable masses - Type B The fissure in the mass indicates the degree of adjustment. Rotate the mass following the design on the plate: from the thicker tip towards the thin tip. 0% S Hz 100% ASSS AT 100% ADJTD ASSS 42

43 Adjustable masses - Type (blade masses) ASSS AT 100% ADJTD ASSS For technical information on the regulation of blade masses refer to the Use and aintenance anual.! Warning: DO NOT grease new motors before installation. OI motors with roller bearings leave the factory filled with the right quantity of grease while those with ball bearing do not need any lubrication. A THNIA DRAWINGS

44 A A1 B B1 D1 1 H 1 G H I D F A NØ B I F D H A B ØN A B ØN I H F D ØN A B D I H F B D I A A H F ØN H F I D A A A B ØN A B ØN D H F I A B ØN D H F I A ØN B D F H I A A B ØN I H F D A B H I F D NØ

45 WHN YOU ND IT, WHR YOU ND IT. TH WORDWID ADR IN VIBRATION THNOOGY OI Headquarters OI worldwide Via analazzo, edolla (O) - Italy info@olivibra.com OI Australia OI Benelux OI Brazil OI hina OI France OI Germany OI India OI Italy OI alta OI iddle ast OI Nordic OI Russia Oouth Africa Opain OI Thailand OI Turkey OI UK OI A IVN 04/18 RV12