RUBBER BELLOWS general

RUBBER BELLOWS general Our rubber compensators are made from various elastomers and provide the flexible element in pipework that is indispensable in todays technically advanced plant and machinery installations. By using the best quality proven rubber compounds and a construction based on many years of experience, our rubber compensators are produced to a high quality standard to guarantee maximum safety and performance. The rubber compensators provide: - ompensation of thermal or mechanical movement of pipework in axial, lateral or angular directions. - Absorption and isolation of vibration combined with damping of pipework borne sound transmission. - Reduction of pressure pulses in pipework. - Flexible joint faces which provide built-in sealing within the compensator construction (see installation instruction). - ompensation for pipework misalignment on flexibly mounted installations. Our rubber compensators are available in 5 standard constructions, type 1 A, type 1 S, SB, 3K / 3K2 and 4K each available in different rubber qualities, so that the correct rubber compensator can be selected for every kind of medium and temperature. Next to that the high pressure compensators are available. SPEIFIATIONS rubber compensators IDENTIFIATION MARKING INNER LINING OUTSIDE OVER RUBBER OMPOSITION Yellow Ring Nitrile hloroprene Especially resistant for outside weather type 1A, 1S and SB (SB type Neoprene) conditions, as well as oil, age, ozone and flame resisting. For fresh-, cold-, or seawater, all known fuels and petrol-benzolmixtures 50:50. Temp. range water: 40 Temp. range oil: -40 + 70. + 90. Red Ring EPDM EPDM Especially resistant for outside weather conditions as well as ageing. Hot-water constructions for heating installations with safe usage temperatures of 100. Temp. range: -40 + 100. HP EPDM EPDM Especially resistant for outside weather conditions as well as ageing. Hot-water construction for heating installations with safe usage temperatures of 130. Not in 1S and SB execution. Temp. range: 40 Temp. range: -40 + 110. (10 bar). + 130. (6 bar). Green Ring Hypalon hloroprene Especially resistant for outside weather (SB type Neoprene) conditions, as well as oil, age, ozone and flame resisting. Acid resistant rubber which can be used for most acids. However quote the substance and the operating temperature. Temp. range: -40 + 90. White Ring Butyl hloroprene Especially resistant for outside weather conditions, as well as oil age, ozone and flame resisting. For drinking water, food and alcoholic beverages, also with fat containing foods (for example oil). Not in SB execution. Temp. range: -40 + 90. 1

TEHNIAL DATA AND DIMENSIONS compensator type 1A The standard expansion joints type 1A combine high flexibility with a short overall length. Pressure rating 16 bar (10 bar * ) working pressure, a test pressure of 25 bar (16 bar * ) and a burst pressure of over 60 bar (30 bar* ) guaranteed. ( * For compensators larger than NB 200). The permissible working pressure is determined by the bellows, also a higher temperature of the medium and the type of flanges used have an influence. The special flow-assisting convoluted shape of the bellow minimises detrimental turbulance of the medium and pressure loss. High tensile strength textile cord plies combined with proven syntethic rubber mixes guarantee maximum reliability and an extended working life. The standard units are supplied ready for installation with rotatable galvanised steel flanges to DIN ND 10 at each end. Other drillings ND 6 and ND 16 etc. are available as alternative flange materials. ARTILE ODE * OMPENSATOR ALLOWABLE EFFETIVE WEIGHT MIN. MAX. DIMENSIONS DISPLAEMENTS BELLOWS AREA PRESSURE (abs) PRESSURE KR025G110A000 25 KR032G110A000 32 KR040G110A000 40 KR050G110A000 50 Ø A Ø B Ø AXIAL LATERAL ANGULAR (mm) (mm) (mm) (mm) (mm) ( ) (cm 2 ) (kg) (kpa) (MPa) 72 130-30/+30 ±30 ±30 23 1.9 20 1.6 72 130-30/+30 ±30 ±30 23 2.0 20 1.6 79 130-30/+30 ±30 ±30 30 3.5 20 1.6 89 130-30/+30 ±30 ±30 39 4.3 20 1.6 KR065G110A000 65 104 130-30/+30 ±30 ±30 51 5.5 20 1.6 KR080G110A000 80 120 130-30/+30 ±30 ±25 68 6.2 30 1.6 KR100G110A000 100 139 130-30/+30 ±30 ±20 114 7.7 40 1.6 KR125G110A000 125 164 130-30/+30 ±30 ±15 157 8.7 60 1.6 KR150G110A000 150 189 130-30/+30 ±30 ±15 211 11.3 60 1.6 KR200G110A000 200 237 130-30/+30 ±30 ±10 358 16.2 70 1.0 KR250G110A000 250 289 130-30/+30 ±30 ±10 551 20.5 70 1.0 KR300G110A000 300 338 130-30/+30 ±30 ±10 804 24.0 80 1.0 KR350G110A000 350 390 200-40/+35 ±35 ±8 1100 34.0 80 1.0 KR400G110A000 400 455 200-40/+35 ±35 ±8 1375 37.5 80 1.0 KR500G110A000 500 555 200-40/+35 ±35 ±8 2185 47.0 80 1.0 KR600G110A000 600 670 200-40/+35 ±35 ±8 3080 76.0 80 1.0 KR700G110A000 700 770 250-40/+35 ±35 ±6 4800 130.0 90 1.0 KR800G110A000 800-250 -40/+35 ±35 ±6 5440 176.0 90 1.0 KR900G110A000 900-300 -40/+40 ±40 ±5 7100 - - 1.0 KR1000G110A000 1000-300 -40/+40 ±40 ±5 8700 - - 1.0 * Yellow ring with ND10-DIN2501 flanges The 1A rubber expansion joints are produced with a vulcanised steel ply reinforcement, the profiled rubber sealing rings at both ends, locate in a special channel in the flanges to guarantee a perfect seal. If the packingface of the pipework is not smooth, separate packing rings can be used. The type 1A expansion joints have been type approved by Germanisher Lloyd. Excellent fluid and structure-born noise insulation is obtained with the textile cord plies and synthetic rubber construction. øa øb Average installed insulation is about 25 db, a figure which is further improved by compressed installation. ompensator Type 1A 2

ompensator Type 1S TEHNIAL DATA AND DIMENSIONS compensator type 1S ARTILE ODE * OMPENSATOR ALLOWABLE EFFETIVE WEIGHT MIN. MAX. DIMENSIONS DISPLAEMENTS BELLOWS AREA PRESSURE (abs) PRESSURE KR025G110S000 25 61 160 Ø A Ø B Ø AXIAL LATERAL ANGULAR (mm) (mm) (mm) (mm) (mm) ( ) (cm 2 ) (kg) (kpa) (MPa) -30/+30 ±30 ±35 24 1.6 20 1.6 The special expansion joints type 1S combine high flexibility with a larger overall length (160 mm). Pressure rating 16 bar working pressure, a test pressure of 24 bar and a burst pressure of over 48 bar guaranteed. The permissible working pressure is determined by the bellows, also a higher temperature of the medium and the type of flanges used have an influence. The special flow-assisting convoluted shape of the bellow minimises detrimental turbulance of the medium and pressure loss. KR032G110S000 32 61 160 KR040G110S000 40 77 160 KR050G110S000 50 90 160 KR070G110S000 70 (65) 105 160 KR080G110S000 80 114 160 KR100G110S000 100 141 160 KR125G110S000 125 168 160 KR150G110S000 150 196 160 KR200G110S000 200 252 160-30/+30 ±30 ±35 24 1.9 20 1.6-30/+30 ±30 ±35 24 3.5 30 1.6-30/+30 ±30 ±30 33 4.4 30 1.6-30/+30 ±30 ±25 57 5.6 40 1.6-30/+30 ±30 ±22 71 6.3 50 1.6-30/+30 ±30 ±18 118 7.8 50 1.6-30/+30 ±30 ±16 165 8.9 60 1.6-30/+30 ±30 ±14 227 11.8 60 1.6-30/+30 ±30 ±10 398 17.0 60 1.6 * Yellow ring with ND10-DIN2501 flanges High tensile strength textile cord plies combined with proven syntethic rubber mixes guarantee maximum reliability and an extended working life. The standard units are supplied ready for installation with rotatable galvanised steel flanges to DIN ND 10 at each end. Other drillings ND 6 and ND 16 etc. are available as alternative flange materials. The 1S rubber expansion bellows are produced with a vulcanised steel ply reinforcement, the profiled rubber sealing rings at both ends, locate in a special channel in the flanges to guarantee a perfect seal. If the packingface of the pipework is not smooth, separate packingrings can be used. øa øb The type 1S expansion joints have been type approved by Germanisher Lloyd. Excellent fluid and structure-born noise insulations is obtained with the textile cord plies and synthetic rubber construction. Average installed insulation is about 25 db, a figure which is further improved by compressed installation. ompensator Type 1S 3

TEHNIAL DATA AND DIMENSIONS compensator type SB The type SB rubber expansion joints are primarily designed to allow for the movements in pipework which occur due to thermal changes. Thus they relieve stresses and protect machinery or equipment attached to the pipework and lengthening the life of the whole installation. The type SB combine flexibility with a short overall length (185 mm). Pressure rating 16 bar working pressure, a test pressure of 24 bar and a burst pressure of over 48 bar guaranteed. The permissible working pressure is determined by the bellows, also a higher temperature of the medium and the type of flanges used have an influence. ARTILE ODE * OMPENSATOR ALLOWABLE MIN. MAX. DIMENSIONS DISPLAEMENTS PRESSURE (abs) WORKPRESS. A B AXIAL LATERAL ANGULAR (mm) (mm) (mm) (mm) (mm) ( ) (kpa) (MPa) KE032G110B000 32 70 125-13/+9 ±13 ±15 35 1.6 KE040G110B000 40 70 125-13/+9 ±13 ±15 35 1.6 KE050G110B000 50 88 125-13/+9 ±13 ±15 35 1.6 KE065G110B000 65 107 125-13/+9 ±13 ±15 35 1.6 KE080G110B000 80 119 125-13/+9 ±13 ±15 35 1.6 KE100G110B000 100 154 125-13/+9 ±13 ±15 35 1.6 KE125G110B000 125 183 125-13/+9 ±13 ±15 35 1.6 KE150G110B000 150 214 125-13/+9 ±13 ±15 35 1.6 KE200G110B000 200 264 125-13/+9 ±13 ±15 35 1.6 KE250G110B000 250 324 125-13/+9 ±13 ±10 35 1.6 KE300G110B000 300 373 125-13/+9 ±13 ±10 35 1.6 * Yellow ring with ND10-DIN2501 flanges High tensile strength nylon cord plies combined with proven syntethic rubber mixes guarantee maximum reliability and an extended working life. The standard units are supplied ready for installation with rotatable galvanised steel flanges to DIN ND 10 at each end. The SB rubber expansion bellows are produced with a vulcanised steel reinforcement, the profiled rubber sealing rings at both ends, locate in a special channel in the flanges to guarantee a perfect seal. If the packingface of the pipework is not smooth, separate packingrings can be used. øa øb ompensator Type SB 4

TEHNIAL DATA flameguards ARTILE ODE* A (mm) VB025A11 25 VB032A11 32 VB040A11 40 VB050A11 50 VB065A11 65 VB080A11 80 VB100A11 100 VB125A11 125 VB150A11 150 VB200A11 200 VB250A11 250 VB300A11 300 * class F30 Flameguards protect the compensator for overheating. Flame tests have proven a compensator to withstand 800 for over 30 minutes at 5 bar waterpressure. Pressure test afterwards up to 65 bar showed no damage to the compensator. Three types of flameguards are available which protect the compensator for 30, 90 or 120 minutes against flames, according to DIN4102 class F30, F90 and F120. øa Flameguards 5

INSTALLATION INSTRUTIONS allowable movements type 1A / 1S / SB The compensator should be installed in the neutral (). Length to enable the maximum use of the displacement capability. L max L min It should be noted that the stated allowable displacements are limited when applied in 2 or more directions at the same time. For instance: Built in length 130 mm 140 mm 150 mm Allowable lateral movement 20 mm 10 mm 5 mm L max Influence of temperature on allowable displacements and pressure. The given data for displacements and pressures are valid for 32-300 mm Nominal Bore at 50. For higher temperatures the values should be reduced to: 75 % of the mentioned value for 50-70 60 % of the mentioned value for 70-100 ALULATED LIFETIME AT VARIOUS TEMPERATURES WORKING TEMPERATURE INTERMITTENT USE MAX. 300 HRS/YEAR ONTINUOUS USE 0-30 12 years 6 years 30-50 9 years 4.5 years 50-70 7 years 3.5 years 70-90 5 years 2.5 years 90-100 2 years 1.2 years 6

INSTALLATION INSTRUTIONS type 1A / 1S / SB Separate back-up rings are not necessary if the packing face of the contra flanges of the pipework is smooth. Welding neck flanges according to the illustration are preferred for this reason, see table. If not, separate packing rings at the seal surface can be used, see illustration. øa WELDING NEK FLANGE, A. TO DIN 2632, ND10 ARTILE ODE Ø A (mm) FS025N10S33 25 FS032N10S33 32 FS040N10S33 40 FS050N10S33 50 FS065N10S33 65 FS080N10S33 80 FS100N10S33 100 FS125N10S33 125 FS150N10S33 150 FS200N10S33 200 FS250N10S33 250 FS0300N10S33 300 Bolts can be inserted from either side. The end of the bolt should not come into contact with the bellows. The bolt length should be selected to provide a minimum clearance under load of 15 mm between bolt end and rubber bellow, otherwise there is a risk of damage, see illustration. 15 mm 7

Tighten the bolts working diagonally across, fixing the spanner inside and tightening outside so as to avoid tool damage to the rubber section. Do not overtighten the bolts, as this will crush the sealing ring and cause leakages (work to the recommended bolt torques). OMPENSATOR DIMENSIONS FROM / TO BOLT TORQUE PN 10 FLANGE (mm) (Nm) NB / ND / DN 32-80 40-60 NB / ND / DN 100-200 60-80 NB / ND / DN 250-300 80-100 INSTALLATION INSTRUTIONS type 1A / 1S / SB The distance from the compensator to the first fixed point or pipeguide should not * * be larger than 4 x pipe diameter (L 1 ). The distance between pipeguides and fixed points in horizontal pipework should not be greater than 14 x pipe diameter (L 2 ). * L1 L1 L2 * L3 Only one expansion bellow is to be used between two fixed points. * * L1 The distance between pipeguides and fixed L1 points in vertical pipework should not be * * greater than 20 x pipe diameter (L 3 ). See illustrations. Tie-bar limiters can be used to absorb pressure loads on a machine house of a pump for example from the reactionforce of the expansion joint. * * 8

TYPE 3K / 3K2 general specification As an addition to the flanged compensator range, the 3K and 3K2 rubber expansion joints have been designed especially to provide small, low weight expansion joints which are both very flexible and simple to install. The 3K ranges accommodate misalignment, axial and lateral pipework movements and dramatically reduce the transmission of noise, vibration and shock. The expansion joints marked with a yellow ring are manufactured in black nitrile rubber, reinforced with synthetic fabric to achieve a high mechanical strength. They are suitable for use with cooling water, fuel and lubrication oil pipework systems up to 90. The red ring marked expansion joints are manufactured in black EPDM rubber reinforced with Aramide fabric to achieve high strength at elevated temperatures. They are suitable for use with hot (cooling) water installations up to 130. The burst pressure safety factor is 5 times the working pressure of 4 bar. The minimum workpressure (absolute) is 70 kpa and can be lowered by fitting a vacuum support ring. The working pressures are guaranteed by using the recommended powerclamps according to the table. Both executions have been type approved by Germanischer Lloyd. TEHNIAL DATA AND DIMENSIONS compensator type 3K ARTILE ODE* OMPENSATOR DIMENSIONS ALLOWABLE DISPLAEMENTS Ø A Ø B Ø D1 AXIAL LATERAL ANGULAR (mm) (mm) (mm) (mm) (mm) (mm) ( ) KV025.0G1000 25.0 35 55 140-15/+7 ±10 7 KV032.0G1000 32.0 45 55 140-15/+7 ±11 7 øa øb KV033.7G1000 33.7 47 55 140-15/+7 ±12 7 KV038.0G1000 38.0 50 50 140-15/+7 ±12 7 KV042.4G1000 42.4 55 60 160-19/+9 ±14 7 KV044.5G1000 44.5 58 60 160-19/+9 ±14 7 D1 KV048.3G1000 48.3 61 60 160-19/+9 ±14 7 KV054.0G1000 54.0 67 60 160-19/+9 ±14 7 KV060.3G1000 60.3 73 70 180-19/+9 ±14 7 KV063.5G1000 63.5 74 70 180-19/+9 ±14 7 KV076.1G1000 76.1 89 70 180-19/+9 ±14 7 KV088.9G1000 88.9 102 95 225-20/+10 ±15 7 KV108.0G1000 108.0 125 100 250-25/+12 ±16 7 KV114.3G1000 114.3 131 100 250-25/+12 ±16 7 KV115.8G1000 115.8 133 100 250-25/+12 ±16 7 See separate table for clamp dimensions. KV139.7G1000 139.7 157 100 250-25/+12 ±16 7 KV168.3G1000 168.3 185 100 250-30/+14 ±21 7 * Yellow ring without clamps 9

TEHNIAL DATA AND DIMENSIONS compensator type 3K2 ARTILE ODE* OMPENSATOR DIMENSIONS ALLOWABLE DISPLAEMENTS Ø A Ø B Ø D2 AXIAL LATERAL ANGULAR (mm) (mm) (mm) (mm) (mm) (mm) ( ) KV025.0G2000 25.0 35 55 225-30/+14 ±20 14 KV032.0G2000 32.0 45 55 225-30/+14 ±24 14 KV033.7G2000 33.7 47 55 225-30/+14 ±24 14 øa øb KV038.0G2000 38.0 50 50 225-30/+14 ±24 14 D2 KV042.4G2000 42.4 55 60 225-38/+18 ±28 14 KV044.5G2000 44.5 58 60 225-38/+18 ±28 14 KV048.3G2000 48.3 61 60 225-38/+18 ±28 14 KV054.0G2000 54.0 67 60 225-38/+18 ±28 14 KV060.3G2000 60.3 73 70 285-38/+18 ±28 14 KV063.5G2000 63.5 74 70 285-38/+18 ±28 14 KV076.1G2000 76.1 89 70 285-38/+18 ±28 14 KV088.9G2000 88.9 102 95 360-40/+24 ±30 14 KV108.0G2000 108.0 125 100 400-50/+24 ±32 14 KV114.3G2000 114.3 131 100 400-50/+24 ±32 14 KV115.8G2000 115.8 133 100 400-50/+24 ±32 14 See separate table for clamp dimensions. KV139.7G2000 139.7 157 100 400-50/+24 ±32 14 KV168.3G2000 168.3 185 100 415-60/+28 ±42 14 * Yellow ring without clamps INSTALLATION INSTRUTIONS type 3K / 3K2 At maximal nominal length or lateral displace ments, the allowed angular misalignment is 50 % of the value mentioned in the table. L max L min Install the rubber expansion joint where it is easily accessible for inspection. ( ) L L max 10

max./min. diam. DATA AND DIMENSIONS power clamp M6 x 45 20 ARTILE ODE MINIMUM DIAMETER MAXIMUM DIAMETER ø ø KSK030D000 30 40 KSK040D000 40 50 KSK045D000 45 55 KSK050D000 50 60 KSK055D000 55 65 KSK060D000 60 70 KSK065D000 65 75 KSK070D000 70 80 KSK075D000 75 85 KSK080D000 80 90 KSK085D000 85 95 KSK090D000 90 100 KSK095D000 95 105 KSK100D000 100 110 KSK105D000 105 115 KSK110D000 110 120 KSK115D000 115 125 KSK120D000 120 130 KSK125D000 125 135 KSK130D000 130 140 KSK135D000 135 145 KSK140D000 140 150 KSK145D000 145 155 KSK150D000 150 160 KSK155D000 155 165 KSK160D000 160 170 KSK165D000 165 175 KSK170D000 170 180 11

TYPE 4K general specification As an addition to the 3K compensator range, the 4K multiple bellow expansion joints with support rings have been designed especially to provide small, low weight expansion joints which combine flexibility and high medium temperature with simple installation. The expansion joints are manufactured in brown synthetic rubber, with a black inner liner, reinforced with synthetic fabric to achieve a high mechanical strength. They are suitable for use with cooling water, fuel and lubrication oil pipework systems up to 220. The 4K ranges accommodate misalignment, axial and lateral pipework movements and reduce the transmission of noise, vibration and shock. The burst pressure safety factor is 3 times the working pressure of 4 bar. The minimum workpressure (absolute) is 80 to 90 kpa, depending on compensator size and can be lowered by fitting vacuum support rings. The mentioned pressures are guaranteed by using the recommended (stainless steel) clamps according to the table. TEHNIAL DATA AND DIMENSIONS compensator ARTILE ODE* OMPENSATOR DIMENSIONS ALLOWABLE DISPLAEMENTS Ø A Ø B D AXIAL LATERAL ANGULAR (mm) (mm) (mm) (mm) (mm) (mm) ( ) type 4K KD033.7S000 33.7 39.4 45 175 ±10 KD048.3S000 48.3 54.0 45 175 ±14 KD060.3S000 60.3 66.0 45 195 ±14 KD063.5S000 63.5 69.2 45 195 ±14 KD076.1S000 76.1 81.8 45 195 ±14 KD088.9S000 88.9 94.6 45 195 ±18 ±10 45 ±14 45 ±14 30 ±14 30 ±14 30 ±18 30 D øa øb ompensator Type 4K 12

ARTILE ODE DIAMETER RANGE (mm) KSK025W230 32-44 KSK030W230 38-50 KSK040W230 44-56 KSK045W230 50-65 KSK050W230 58-75 KSK060W230 68-85 KSK080W230 77-95 D 7 12 See separate table for clamp dimensions. stainless steel clamp INSTALLATION INSTRUTIONS type 4K At maximal nominal length or lateral displacements, the allowed angular misalignment is 50 % of the value mentioned in the table. L max L min Install the rubber expansion joint where it is easily accessible for inspection. ( ) L L max 13

TEHNIAL DATA vacuum support rings Table: minimum pressures of compensator with stainless steel vacuum support ring. ARTILE ODE A WITHOUT VAUUM SUPPORT RING WITH VAUUM SUPPORT RING kpa (abs) kpa (abs) KRV050R 50 20 0 KRV065R 65 20 0 KRV080R 80 30 0 KRV100R 100 40 10 KRV125R 125 60 20 KRV150R 150 60 20 KRV200R 200 70 20 KRV250R 250 70 20 KRV300R 300 80 20 Vacuum support rings allow for higher vacuum in the compensator according to the table. The stainless steel construction can be installed afterwards in the types 1A/ 1S and SB compensators as shown. Nylon vacuum support rings can be supplied as installed in the compensator. A Vacuum support rings 14

TEHNIAL DATA AND DIMENSIONS high pressure compensator type 0260 A b s 50 26 450 1.5 70 28 600 1.5 80 29 210 1.5 80 29 600 1.5 80 29 800 1.5 100 30 500 1.5 100 30 600 1.5 100 30 800 1.5 150 40 1000 2.0 Inner lining: Nitrile, resistant to fresh-, cooling- or seawater up to 90. and the usual fuels, lubricants and petrol-benzol mixtures, 50:50. Outer lining: hloroprene, oilresistant, ageing and weather conditions. Inlays: Synthetic fibres, with high tensile strength and resistant to rot. b O-ring: NBR, 70 shore ± 5 Nominal pressure: 50 bar Test pressure: 75 bar Burst pressure: 150 bar Flanges are not suited for burst pressure tests. Minimum pressure (abs): Lower as 20 kpa A s Flange O-Ring Sealface Inner Lining Support ore Inlays Outer Lining Type 0260 15

TEHNIAL DATA AND DIMENSIONS high pressure compensator angled type 0265 A b s 32 26 300 1,5 40 26 300 1,5 50 26 300 1,5 70 28 350 1,5 70 28 400 1,5 80 29 350 1,5 80 29 380 x 488 1,5 80 29 386 x 465 1,5 100 30 380 1,5 150 40 500 2,0 Inner lining: Nitrile, resistant to fresh-, cooling- or seawater upto 90. and the usual fuels, lubricants and petrol-benzol mixtures, 50:50. Outer lining: hloroprene, oilresistant, ageing and weather conditions. Inlays: Synthetic fibres, with high tensile strength and resistant to rot. b A O-ring: NBR, 70 shore ± 5 s Nominal pressure: 50 bar Test pressure: 75 bar Burst pressure: 150 bar Flanges are not suited for burst pressure tests. Minimum pressure (abs): Lower as 20 kpa Flange O-Ring Sealface Outer Lining Inlays Support ore Inner Lining Type 0265 16

TEHNIAL DATA AND DIMENSIONS high pressure compensator angled type 0220 A b 32 18 300 40 18 300 50 18 300 70 18 350 80 18 350 100 20 380 125 22 420 150 24 500 200 26 600 Inner lining: Synthetic rubber, resistant to fresh-, cooling- or seawater up to 90 and the usual fuels, lubricants and petrolbenzol mixtures 50:50. Outer lining: Synthetic rubber, resistant to oil, ageing and weather as well as flame resistant. Inlays: Synthetic fibres with high tensile strength and resistant to rot. b A O-ring: NBR, 70 shore ± 5 Nominal pressure: 50 bar Test pressure: 75 bar Burst pressure: 150 bar Flanges are not suited for burst pressure tests. Minimum pressure (abs): Lower as 20 kpa Flange Sealface Outer Lining Inner Lining Inlays Support Tube Type 0220 17

Type 0216 TEHNIAL DATA AND DIMENSIONS pressure compensator angled type 0216 A b 32 18 300 40 18 300 50 18 300 70 18 350 80 18 350 100 20 380 125 22 420 150 24 500 200 26 500 Inner lining: Synthetic rubber, resistant to fresh-, cooling- or seawater up to 90 and the usual fuels, lubricants and petrolbenzol mixtures 50:50. Outer lining: Synthetic rubber, resistant to oil, ageing and weather as well as flame resistant. Inlays: Synthetic fibres with high tensile strength and resistant to rot. b A Nominal pressure: 16 bar Test pressure: 25 bar Burst pressure: 50 bar Minimum pressure (abs): Lower as 20 kpa Flange O-Ring Sealface Outer Lining Inner Lining Inlays Support Tube Type 0216 18

TEHNIAL DATA d flange dimensions PN6, DIN2501 PN10, DIN2501 PN16, DIN2501 ø A ø D ø K n ø d ø D ø K n ø d ø D ø K n ø d 20 90 65 4 11 105 75 4 14 105 75 4 14 25 100 75 4 11 115 85 4 14 115 85 4 14 32 120 90 4 14 140 100 4 18 140 100 4 18 40 130 100 4 14 150 110 4 18 150 110 4 18 50 140 110 4 14 165 125 4 18 165 125 4 18 K 65 160 130 4 14 185 145 4 18 185 145 4 18 80 190 150 4 18 200 160 8 18 200 160 8 18 100 210 170 4 18 220 180 8 18 220 180 8 18 D 125 240 200 8 18 250 210 8 18 250 210 8 18 150 265 225 8 18 285 240 8 22 285 240 8 22 175* 295 255 8 18 315 270 8 22 315 270 8 22 These tables comprises the main dimensions of standard flanges. Other flange-dimensions are also available. 200 320 280 8 18 340 295 8 22 240 295 12 22 250 375 335 12 18 395 350 12 22 405 355 12 26 300 440 395 12 22 445 400 12 22 460 410 12 26 350 490 445 12 22 505 460 16 22 520 470 16 26 400 540 495 16 22 565 515 16 26 580 525 16 30 450* 595 550 16 22 615 565 20 26 640 585 20 30 500 645 600 20 22 670 620 20 26 715 650 20 33 600 755 705 20 26 780 725 20 30 840 770 20 36 700 860 810 24 26 895 840 24 30 910 840 24 36 800 975 920 24 30 1015 950 24 33 1025 950 24 39 900 1075 1020 24 30 1115 1050 28 33 1125 1050 28 39 1000 1175 1120 28 30 1230 1160 28 36 1255 1170 28 42 1100* 1290 1230 28 33 1345 1270 32 36 1370 1280 32 42 1200 1405 1340 32 33 1455 1380 32 39 1485 1390 32 48 1300* 1520 1450 32 36 1565 1485 36 39 1585 1490 36 48 1400 1630 1560 36 36 1675 1590 36 42 1685 1590 36 48 1500* 1730 1660 36 36 1795 1705 40 42 1830 1690 40 56 1600 1830 1760 40 36 1915 1820 40 48 1930 1820 40 56 1800 2045 1970 44 39 2115 2020 44 48 2130 2020 44 56 2000 2265 2180 48 42 2325 2230 48 48 2345 2230 48 62 2200 2475 2390 52 42 2550 2440 52 56 2555 2440 52 62 2400 2685 2600 56 42 2760 2650 56 56 not according to DIN standard 2600 2905 2810 60 48 2960 2850 60 56 not according to DIN standard 2800 3115 3020 64 48 3180 3070 64 56 not according to DIN standard 3000 3315 3220 68 48 3405 3290 68 62 not according to DIN standard * not according to DIN standard 19

TEHNIAL DATA flange dimensions d D K ASA150LB ASA300LB BS, TAB. E ø A ø D ø K n ø d ø D ø K n ø d ø D ø K n ø d 20 98.4 70.0 4 16 117.5 82.5 4 19 102.0 73.0 4 13 25 108.0 79.4 4 16 124.0 89.0 4 19 114.0 82.6 4 13 32 117.5 89.0 4 16 133.0 98.4 4 19 121.0 87.4 4 13 40 127.0 98.4 4 16 155.6 114.0 4 22 133.4 98.6 4 13 50 152.4 120.6 4 19 165.0 127.0 8 19 152.4 114.0 4 16 65 178.0 140.0 4 19 190.5 149.0 8 22 165.0 127.0 4 16 80 190.5 152.4 4 19 209.5 168.0 8 22 184.0 146.0 4 16 100 228.6 190.5 8 19 254.0 200.0 8 22 216.0 178.0 8 16 125 254.0 216.0 8 22 279.4 235.0 8 22 254.0 209.6 8 16 150 279.4 241.0 8 22 317.5 270.0 12 22 279.4 235.0 8 19 200 343.0 298.4 8 22 381.0 330.0 12 25 336.6 292.0 8 19 250 406.4 362.0 12 25 444.5 387.0 16 29 406.4 355.6 12 19 300 482.6 432.0 12 25 521.0 451.0 16 32 457.0 406.4 12 22 350 533.4 476.0 12 29 584.0 514.0 20 32 527.0 470.0 12 22 400 597.0 540.0 16 29 648.0 572.0 20 35 578.0 521.0 12 22 450 635.0 578.0 16 32 711.0 629.0 24 35 641.0 584.0 16 22 500 699.0 635.0 20 32 775.0 686.0 24 35 705.0 641.0 16 22 600 813.0 749.0 20 35 914.0 813.0 24 41 826.0 756.0 16 25 700 870.0 806.0 24 35 972.0 876.0 28 44 - - - - 800 984.0 914.0 28 35 1092.0 997.0 28 48 - - - - 900 1168.0 1068.0 32 41 1270.0 1168.0 32 54 - - - - 1000 1346.0 1257.0 36 41 1448.0 1340.0 36 54 - - - - VG 85 228 VG 85 387, BL.1 BRS 85 011, BL.4 ø A ø D ø K n ø d ø D ø K n ø d ø D ø K n ø d 25 - - - - - - - - 92 68 4 14 32 - - - - 75 58 6 6.6 100 76 6 14 40 108 84 6 11 85 68 6 6.6 108 84 6 14 50 120 96 6 11 95 78 6 6.6 120 96 6 14 70 140 116 8 11 120 100 8 9.0 140 116 8 14 80 150 126 8 11 130 112 8 9.0 150 126 8 14 100 172 148 10 11 155 135 8 9.0 172 148 10 14 125 200 176 10 11 180 160 8 9.0 200 176 10 14 150 226 202 12 11 - - - - 226 202 12 14 175 264 240 14 11 - - - - 278 248 12 18 200 288 264 16 11 - - - - 304 274 16 18 250 340 316 20 11 - - - - 356 326 20 18 300 392 368 24 11 - - - - 422 386 20 23 20