Types and operating description
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2 Types and operating description Flexible jaw and pin & bush couplings ROTEX Flexible jaw and pin & bush couplings NORM -NORM Technical data Selection of standard IEC motors Type AR, two-part Type AR for taper clamping bush Type ADR, three-part Types BTA, SBA with brake drum, brake disk Type ADR-SB with brake disk for stop brake Type AZR, standard drop-out center design coupling -NORM REVOLEX REVOLEX ROTEX 23
3 FLEXIBLE JAW AND PIN & BUSH COUPLINGS TYPES AND OPERATING DESCRIPTION Properties of flexible jaw and pin & bush couplings Product ROTEX -NORM REVOLEX Type Torsionally fl exible jaw-type coupling Torsionally fl exible pin & bush coupling Properties Torsionally fl exible Damping vibrations Maintenance-free Axial plug-in Shear type Fail-safe Compensating for misalignment Types Variant diversity very high average average high Special features Extensive basic programme available from stock while customized solutions can be realized Basic programme available from stock Basic programme available from stock Extensive programme, ideal for customized solutions, for applications with high performances Applications/core industries Manifold applications, applicable in all industries Pump industry, industrial gearboxes Chemical pumps, high-pressure pumps,... Industrial gearboxes, conveyor systems, industrial fans, ropeways, agitators, generators,... Surface Allover machining, very good dynamic properties Shell surface machined Shell surface machined Allover machining, very good dynamic properties Torque range TKN [Nm] Min Max Max. circumferential speed v [m/s] Cast EN-GJL (dynamic balancing) Steel + cast EN-GJS (dynamic balancing) Hub materials available Steel (semi-finished product)» customized solutions available Cast iron (GJL)» subject to mould Nodular iron (GJS)» subject to mould Aluminium semi-finished product (Al-H)» customized solution available Aluminium diecast (Al-D) Stainless steel Corrosion-protected types Spiders / elastomers Material T-PUR, PA, PEEK, Hytrell,... NBR (up to size 180) T-PUR (from size 200) NBR NR, NBR NBR electrically insulating Degree of hardness fl exible to torsionally rigid fl exible fl exible fl exible Temperature range in C, min. / max. (standard) - 50 / / / / + 80 Temperaturbereich in C, min. / max. (Sonder) - 50 / / / / + 80 Standard On request 24
4 FLEXIBLE JAW AND PIN & BUSH COUPLINGS TYPES AND OPERATING DESCRIPTION Product finder of jaw and pin & bush couplings ROTEX Flexible jaw and pin & bush couplings Product ROTEX -NORM REVOLEX Type Torsionally fl exible jaw-type coupling Torsionally fl exible pin & bush coupling Geometries Design compact short short short Mass moment of inertia low average high average Shaft distance dimension low / average low low low Types (extract) Elastomers can be disassembled radially» with no need of displacing driving/driven side Intermediate shaft types» bridging larger shaft distances AFN, A-H, S-H, ZR, DF, DNF, CF-H ADR, ADR-SB PKD standard ZR, ZWN customized Standard spacers mm to 250 mm ZS-DKM-H AZR PKA customized Shaft-to-shaft connection standard standard standard standard Flange-to-shaft connection CF, CFN customized Flange-to-fl ange connection» particularly short mounting lengths DF, DNF customized Double-cardanic» compensating for big displacements» lower restoring forces ZS-DKM-H, ZR, ZWN Certifications/type examinations -NORM ATEX UL-listed GOST R/ GOST TR DNV/GL ABS Bureau Veritas LR RS CLASS CCS Standard On request REVOLEX 25
![-NORM Technical data Rated torque TKN Torque [Nm] Maximum torque TKmax. Vibratory torque TKW Max.](/docs-images/92/110369668/images/5-1.jpg "speed [1/min] with V=35 m/s 28 40 80 16 9650 -NORM Technical data Twist angle with Torsion spring stiffness Cdyn. [Nm/rad] Max. permissible displacement [mm] TKN TKmax. 1.0 TKN 0.75 TKN 0.")
5 -NORM Technical data Rated torque TKN Torque [Nm] Maximum torque TKmax. Vibratory torque TKW Max. speed [1/min] with V=35 m/s NORM Technical data Twist angle with Torsion spring stiffness Cdyn. [Nm/rad] Max. permissible displacement [mm] TKN TKmax. 1.0 TKN 0.75 TKN 0.5 TKN 0.25 TKN axial Ka radial Kr angular Kw 0,52x10 4 0,332x10 4 0,187x10 4 0,09x10 4 ± 1,0 0,20 1, ,782x10 4 0,9x10 4 0,282x10 4 0,135x10 4 ± 1,0 0,25 1,4 4,5 6, ,35x10 4 0,864x10 4 0,489x10 4 0,234x10 4 ± 1,0 0,25 1, ,63x10 4 1,68x10 4 0,947x10 4 0,453x10 4 ± 1,0 0,25 1, ,99x10 4 1,91x10 4 1,08x10 4 0,516x10 4 ± 1,5 0,30 1, ,85x10 4 2,46x10 4 1,39x10 4 0,664x10 4 ± 1,5 0,30 2, ,76x10 4 4,31x10 4 2,32x10 4 1,17x10 4 ± 1,5 0,30 2,2 4,0 5, ,18x10 4 5,22x10 4 2,7x10 4 1,41x10 4 ± 1,5 0,35 2, ,29x10 4 7,84x10 4 4,06x10 4 2,12x10 4 ± 1,5 0,40 2, ,31x ,51x10 4 7,x10 4 4,19x10 4 ± 1,5 0,40 3, ,16x ,07x ,14x10 4 6,24x10 4 ± 1,5 0,45 3, ,82x ,98x ,89x10 4 9,46x10 4 ± 3,0 0,50 3, ,23x ,55x ,4x ,67x10 4 ± 3,0 0,60 4, ,5 3,5 102,3x ,28x ,52x ,65x10 4 ± 3,0 0,60 4, x ,7x ,85x ,3x10 4 ± 3,0 0,60 5, ,1x ,4x ,82x ,07x10 4 ± 3,0 0,65 6, ,1x ,4x ,79x ,07x10 4 ± 3,0 0,65 6, ,5x ,2x ,24x ,2x10 4 ± 4,0 0,65 7, ,8x x ,7x ,84x10 4 ± 4,0 0,70 8, ,9x ,3x ,6x ,9x10 4 ± 4,0 0,70 9, ,8x ,4x ,2x ,5x10 4 ± 4,0 0,85 11, ,1x ,1x ,9x ,2x10 4 ± 4,0 0,95 12,2 Displacement with n = 1500 rpm Radial and angular displacements may occur simultaneously. The combined sum of displacements must not exceed the values listed in the table. If requested, coupling is dynamically balanced (semi-key balancing G 6.3 with 1500 rpm). For circumferential speeds exceeding V = 20 m/s, dyn. balancing is recommended. Material/Hardness Perbunan [NBR]/78 Shore-A Permanent temperature range [ºC] -30 to + 80 Max. temperature (short time) [ºC] -50 to Operating range General engineering Pump industry ATEX applications Chemical industry Standard applications of average elasticity Resistant to Axial displacement Ka Radial displacement Kr Angular displacement Kw Lmax./min = L + Ka [mm] Gasoline, diesel Acids, bases Tropics (Salt) water (hot/cold) Oils, greases Propane, butane Natural gas, city gas 1 [degrees] Kw = Smax. SMin. [mm] Assembly instructions With assembly the coupling halves must be mounted such that the coupling and shaft are flush. Alignment has to be done such that the radial and angular displacement is as small as possible. The service life of coupling and bearings is extended by accurate alignment. Steps must be taken to ensure that the alignment will not change during all operating conditions. Shaft displacement which cannot be avoided must not exceed the figures specified in the table. Winkeliger und radialer Versatz können zugleich auftreten. The combined sum of displacements must not exceed the values listed in the table. See KTR mounting instructions, KTR standard 510 at our homepage General information about the elastomer Elastomer ring Viton [FKM] 60 Shore-A for the high-temperature range on request Elastomer ring NBR 78 Shore-A REVOLEX -NORM ROTEX Flexible jaw and pin & bush couplings 61
6 -NORM Selection of standard IEC motors -NORM -Couplings for standard IEC motors, protection IP 54/IP 55 (elastomer ring 78 Shore-A) A. C. motor 50 Hz Shaft end dxl [mm] Motor output n= 3000 rpm 2 poles - NORM Motor output n= 1500 rpm 4 poles - NORM Motor output n= 0 rpm 6 poles Output P Torque coupling Output P Torque coupling Output P Torque 2-pole 4, 6, 8 pole [kw] T [Nm] size [kw] T [Nm] size [kw] T [Nm] 56 9 x 20 0,09 0,32 0,06 0,43 0,037 0,43 0,12 0,41 0,09 0,64 0,045 0, x x x 40 0,18 0,62 0,12 0,88 0,06 0,7 0,25 0,86 0,18 1,3 0,09 1,1 - NORM coupling size Motor output n= 750 rpm 8 poles Output P [kw] 0,37 1,3 0,25 1,8 0,18 2 0,09 1,4 Torque T [Nm] - NORM coupling size 0,55 1,9 0,37 2,5 0,25 2,8 0,12 1,8 0,75 2,5 28/32 0,55 3,7 28/32 0,37 3,9 28/32 0,18 2,5 28/32 1,1 3,7 0,75 5,1 0,55 5,8 0,25 3,5 90S 1,5 5 1,1 7,5 0,75 8 0,37 5,3 24 x 50 90L 2,2 7,4 1,5 10 1,1 12 0,55 7,9 L 28 x ,8 2,2 15 0, , , M ,2 22 1, S 38 x 80 5,5 18 7, , M 7,5 160M 42 x , , , , L 18, M 180L 48 x L 55 x 110 7, , , S , x x M M 60 x x S x M S M x x L x x x x x x x The coupling selection is based on an ambient temperature up to 30 C. For the selection there is a minimum safety factor of 2 of the max. coupling torque (TKmax.). A detailed selection is possible according to catalogue, page 11 et seqq. Drives with periodical torque curves must be selected according to DIN 740 part 2. If requested, KTR will perform the selection. Torque T = rated torque according to Siemens catalogue M /
![LAR l1 s DH D dh N G t Mass moment of inertia [kgm²] 3) 28 40 80 30 59 28 3 69 46 36,5 12 M5 7 0,0004 0,9 32 60 120 35 68 32 4 78 53 41,5 14 M8 7 0,0008 1,4 38 90 180 40 80 38 4 87 62 50 19,5 M8 10](/docs-images/92/110369668/images/7-3.jpg "0,0016 2,0 42 150 300 45 88 42 4 96 69 55,5 20 M8 10 0,0026 2,7 48 220 440 50 101 48 5 106 78 64 24 M8 15 0,0042 3,7 55 300 600 60 115 55 5 118 90 73 29 M8 14 0,0070 5,5 60 410 820 65 125 60 5 129 97")
7 -NORM AR Two-part ROTEX Flexible jaw and pin & bush couplings For legend of pictogram please refer to flapper on the cover NORM NORM Type AR of type AR 1 = standard hub (GJL) 2 = elastomer ring (up to size 180: NBR 78 Sh-A; from size 200: T-PUR 84 Sh-A) Elastomer ring (part 2) Dimensions [mm] torque [Nm] Max. finish General Thread for setscrews bore Ød 2) TKN TKmax. LAR l1 s DH D dh N G t Mass moment of inertia [kgm²] 3) ,5 12 M5 7 0,0004 0, ,5 14 M8 7 0,0008 1, ,5 M8 10 0,0016 2, ,5 20 M8 10 0,0026 2, M8 15 0,0042 3, M8 14 0,0070 5, M8 15 0,0112 6, M ,0174 8, ,5 M ,028 13, ,5 M ,052 19, M ,090 23, M ,160 31, M ,317 38, M ,570 55, ,5 M ,030 92, ,5 M , , ,5 M , , M , , M , , M , , M , , M , ,6 AR 3) weight [kg] REVOLEX Standard material Perbunan (NBR) 78 Shore-A, size double tooth elastomers. For selection see page 10 et seqq. 2) Bores H7 with keyway to DIN 6885 sheet 1 [JS9] and thread for setscrews on the feather keyway 3) Referring to average bore 63
![Length SW bush TA d1;d2 l1;l2 [inch] [mm] [mm] [Nm] d1;d2 l1;l2 [inch] [mm] [mm] [Nm] 32 1108 25 25,5 1 /₄ 13 3 5,7 75 2517 60 52,5 1 /₂ 25 6 42 1210 32 31,0 3 /₈ 16](/docs-images/92/110369668/images/8-3.jpg "5 20 85 2517 60 46,5 1 /₂ 25 6 48 1610 40 30,0 3 /₁₆ 16 5 20 3030 75 82 ⁵/₈ 32 8 90 1615 40 42,5 3 /₈ 16 5 20 90 3020 75 52,0 ⁵/₈ 32 8 92 60 2012 50 38,5 ⁷/₁₆ 22 6 31")
8 -NORM AR For taper clamping bush For legend of pictogram please refer to fl apper on the cover 80 TB1 TB2 -NORM for taper clamping bush Fixing screws Taper Dimensions [mm] Fixing screws Taper Dimensions [mm] for taper clamping bush for taper clamping bush clamping clamping max. Length SW bush TA max. Length SW bush TA d1;d2 l1;l2 [inch] [mm] [mm] [Nm] d1;d2 l1;l2 [inch] [mm] [mm] [Nm] ,5 1 /₄ , ,5 1 /₂ ,0 3 /₈ ,5 1 /₂ ,0 3 /₁₆ ⁵/₈ ,5 3 /₈ ,0 ⁵/₈ ,5 ⁷/₁₆ ,0 1 /₂ ,5 1 /₂ ,5 ⁵/₈ Each 2 fastening screws except for 3535/ fi xing screws. Coupling type TB1 screwing on cam side - TB2 screwing on collar side Combination possible! Please order our separate data sheet M Ordering example: -NORM 38 AR Ø38 Ø30 Coupling size Type Finish bore Finish bore 64
![used on driving side Torque of elastomer ring [Nm] -NORM Type ADR Dimensions [mm] Max.](/docs-images/92/110369668/images/9-3.jpg "fi nish bore 2) General Thread for setscrew TKN TKmax d1 d2 LADR l1; l2 s DH D D1 dh N M W G t t1 TA [Nm] 38 90 180 40 34 80 38 4 87 62 48 50 19,5 11,0 12 M8 10 7 10 42 150 300 45 38 88 42 4 96 69 54")
9 -NORM ADR Three-part ROTEX Flexible jaw and pin & bush couplings For legend of pictogram please refer to fl apper on the cover D 3D -NORM Displacement : Type ADR (Three-part) 1 = Standard hub* (GJL) 2 = Elastomer ring (up to size 180 NBR 78 Sh-A; from size 200: T-PUR 84 Sh-A) 3D = Flange hub (up to size 180: GJS; from size 200: steel) 4D = cam ring (GJL) * To be preferably used on driving side Torque of elastomer ring [Nm] -NORM Type ADR Dimensions [mm] Max. fi nish bore 2) General Thread for setscrew TKN TKmax d1 d2 LADR l1; l2 s DH D D1 dh N M W G t t1 TA [Nm] ,5 11,0 12 M , ,0 16 M ,7 16 M ,7 15 M ,2 14 M ,7 11 M ,5 27,8 16 M ,5 33,7 18 M ,5 26 M ,5 28 M ,5 30 M ,0 35 M ,5 47,0 59 M ,5 65,0 43 M ,5 79,0 33 M M M M M M M x l [mm] Number z Pitch z x angle Classification of cylinder screws DIN EN ISO D4 [mm] TA [Nm] 3) M x l [mm] Number z Pitch z x angle D4 [mm] TA [Nm] 3) 38 M6x16 5 5x M16x40 8 8x M8x16 5 5x M20x40 8 8x M8x20 6 6x M20x50 8 8x M8x20 6 6x M20x55 9 9x M8x20 6 6x M20x x M10x20 6 6x M20x x M10x25 6 6x M24x x M12x25 6 6x M27x x M16x30 6 6x M30x x M16x30 6 6x M30x x Standard material Perbunan (NBR) 78 Shore-A, size double tooth elements. For selection see page 10 et seqq. 2) Bore H7 with feather keyway DIN 6885 sheet 1 [JS9] with thread for setscrews 3) Screw tightening torques acc. to 8.8 REVOLEX Ordering example: -NORM 65 ADR d1=ø55 d2=ø60 Coupling size Type Finish bore Finish bore 65
![Dimensions [mm] [Nm] Maximum fi nish bore D; D1 DH D2 D3 z M1 l1; l2 s L TKN TKmax.](/docs-images/92/110369668/images/10-2.jpg "d1 d2 d3 38 90 180 40 34 38 87 61 75 5 x 72 M6 38 4 80 42 150 300 45 38 42 96 68 82 5 x 72 M8 42 4 90 48 220 440 50 44 48 106 77 92 6 x 60 M8 48 5 101 55 300 600 60 50 55 118 88 104 6 x 60 M8 55 5")
10 -NORM BTA and SBA With brake drum/brake disk for brake stop For legend of pictogram please refer to fl apper on the cover 80 1Nd 7N 4D 3D 2 1Nd 15N 4D 3D 2 1 z= number z= number Flange hub 3D+4D interchangeable with standard hub 1 Brake drum type ADR-BTA Brake disk type ADR-SBA With standard hub type WAR-BTA or AR-SBA -NORM Type AR-BTA, AR-SBA, ADR-BTA and ADR-SBA Torque of elastomer ring Dimensions [mm] [Nm] Maximum fi nish bore D; D1 DH D2 D3 z M1 l1; l2 s L TKN TKmax. d1 d2 d x 72 M x 72 M x 60 M x 60 M x 60 M x 60 M x 60 M x 60 M x 60 M x 60 M x 45 M x 45 M x 45 M x 40 M x 36 M NORM size ØDBxB brake drum 2) For dimension ØD, ØD1 please refer to our company catalogue on page 64 and 65 -NORM Type BTA Speed rpm with - NORM size Dimensions [mm] C v= 60 m/s 3) 160x x x x ,5-3, x ,5 9, x x x Standard material Perbunan [NBR], for selection see page 10 et seqq. 2) Steel 3) Dynamic balancing required ØAxG brake disk 2) -NORM Type SBA Speed rpm with v= 60 Dimensions [mm] N m/s 3) 200x12,5 13, x12,5 13,75 14,75 18, x , x ,541, x ,541, x x x25 43,5,559,566,583,5 101, x25,559,566,583,5 101, Other sizes on request 66 Ordering example: -NORM 38 ADR-BTA Ø200 x 75 d2=ø32 NnD d3=ø25 NnD Coupling size Type Ø brake drum Component with fi nish bore Component with fi nish bore
![Nx = Coupling fl ange -NORM Type ADR-SB Torque of elastomer ring [Nm] Max.](/docs-images/92/110369668/images/11-3.jpg "fi nish bore [mm] Dimensions [mm] Thread for setscrew TKN TKmax d2 d3 DH N l2 s l11 l12 DF l7 l20 LADR-SB D1 E G t1/t2 TA [Nm] 55 300 600 50 60 118 150 55 5 54,7 136,5 88 24,0 135")
![[Nm] M2 x l Number TA z2 [Nm] 55 250 450 M8x20 6 10 M8x20 6 25 60 250 500 M8x20 6 10 M8x20 6 25 65 315 500 M8x55 6 35 M10x20 6 75 315 560 M10x60 6 69 M10x25 6 85 355 560 M10x60 6](/docs-images/92/110369668/images/11-8.jpg "69 M12x25 6 86 90 400 710 M12x65 6 120 M16x30 6 210 400 800 M12x65 6 120 M16x30 6 210 110 450 900 M16x75 8 295 M16x40 8 210 125 450 900 M16x75 8 295 M20x40 8 410 140 500 900 M20x80")
![8 410 M20x50 8 410 160 560 900 M20x90 9 410 M20x55 9 410 Standard material Perbunan [NBR], for selection see page 10 et seqq.](/docs-images/92/110369668/images/11-9.jpg "2) Steel 3) For circumferential speeds exceeding 20 m/s (referring to outside diameter ØDH) dynamic balancing is necessary.")
11 -NORM ADR-SB With brake disk for brake stop ROTEX Flexible jaw and pin & bush couplings For legend of pictogram please refer to fl apper on the cover 80 4Nx 15Nx 3N 2 4D 3D -NORM Type ADR-SB with brake disk 2 = Elastomer ring 3D = Flange hub 4.D = Cam ring 3N = Driving fl ange 15Nx = Brake disk 4.Nx = Coupling fl ange -NORM Type ADR-SB Torque of elastomer ring [Nm] Max. fi nish bore [mm] Dimensions [mm] Thread for setscrew TKN TKmax d2 d3 DH N l2 s l11 l12 DF l7 l20 LADR-SB D1 E G t1/t2 TA [Nm] ,7 136, , , ,8 M ,2 136, , , ,3 M ,7 136, , , ,3 M ,0 136, , , ,0 M ,7 136, , , ,8 M ,5 136, , , ,5 M ,5 177, , , ,5 M ,5 177, , , ,5 M ,5 182, , , ,5 M ,0 182, , , ,5 M ,0 182, , , ,5 M Selection of brake disks and cylinder screws Cylinder screws DIN EN ISO 4762 for brake disk Cylinder screws DIN EN ISO 4762 for fl ange hub/cam ring ØA brake disk [mm]/ 30 mm thick 2) 3) Tightening torque M1 x l Number TA Tightening torque z1 [Nm] M2 x l Number TA z2 [Nm] M8x M8x M8x M8x M8x M10x M10x M10x M10x M12x M12x M16x M12x M16x M16x M16x M16x M20x M20x M20x M20x M20x Standard material Perbunan [NBR], for selection see page 10 et seqq. 2) Steel 3) For circumferential speeds exceeding 20 m/s (referring to outside diameter ØDH) dynamic balancing is necessary. Maximum circumferential speed = 60 m/s (referring to the diameter of brake disk ØA) Other sizes on request. REVOLEX Ordering example: -NORM 75 ADR-SB Ø500 x 30 3D d2 - Ø60 NnD 4Nx d3 - Ø70 NnD Coupling size Type Brake disk ØA/width Component with fi nish bore Component with fi nish bore 67
![finish bore General 2) [mm] TKN TKmax Ød1 LAZR l2 l3 s l4 DH DF M Mxl TA [Nm] G t 28 32 38 42 48 55 60 65 75 85 90 Mass moment of inertia 3) [kgm²] 170,5 0,0020 2,4 40 80 30 35 3 1 69 46 26 M6x18 14](/docs-images/92/110369668/images/12-3.jpg "M5 7 140 210 69,5 0,0030 2,9 170 0,0042 3,2 60 120 35 35 4 1 78 53 26 M6x18 14 M8 7 140 210 69 0,0062 3,9 184 0,0048 4,3 90 180 40 42 4 1 87 62 33 M6x20 14 M8 10 140 224 69 0,0068 5,1 190 0,0094 5,1")
12 -NORM AZR Standard drop-out center design coupling For legend of pictogram please refer to flapper on the cover 80 4N 3N 2 3N 4N : Type AZR 2 = Elastomer ring (NBR 78 Sh-A) 3N = Driving flange (GJL) 4.N = Coupling flange (Steel) -NORM Type AZR Drop-out Elastomer ring Dimensions [mm] center (Teil 2) Torque [Nm] Thread for setscrew length* L Max. finish bore General 2) [mm] TKN TKmax Ød1 LAZR l2 l3 s l4 DH DF M Mxl TA [Nm] G t Mass moment of inertia 3) [kgm²] 170,5 0,0020 2, M6x18 14 M ,5 0,0030 2, ,0042 3, M6x18 14 M ,0062 3, ,0048 4, M6x20 14 M ,0068 5, ,0094 5, M6x20 14 M ,0128 6, ,0170 6, , ,5 M6x20 14 M ,0216 7, , ,5 M8x25 35 M8 14 0, ,8 AZR weight 3) [kg] 0,0188 9, , , , , , ,5 M8x25 35 M8 15 0, , , , , , , ,5 M8x25 35 M , , , , , , , ,5 M10x30 69 M ,8 25, , , , , , ,5 M10x30 69 M , , , , , , , ,5 M12x M , , ,3566, , , M12x M , , , ,2 Standard material Perbunan [NBR] 78 Shore-A, selection see page 10 et seqq. 2) Bores H7 with keyway to DIN 6885 sheet 1 [JS9] and thread for setscrews on the feather keyway 3) Referring to average bore **For other extendable lengths (L=120/160/195/215) it is possible to combine two driving flanges 3N with various lengths. (As an example: driving flanges -NORM 85 for extendable length 140 and 250 result in an extendable length of 195 mm (140 mm mm = 390 mm 390 mm/2 = 195 mm) Ordering example: -NORM 42 AZR 140 Ø38 Ø42 Coupling size Type Drop-out center length L Finish bore Finish bore 68
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