Hydraulic cylinders are devices which convert fluids power into mechanical force or motion. This force or motion will be in a straight line.

Transcription

1 HYDRAUIC CYINDERS Hydraulic Cylinders Hydraulic cylinders are devices which convert fluids power into mechanical force or motion. This force or motion will be in a straight line. EIC-J-1-0 Graphic Symbol CE Series Hydraulic Cylinders CE-Type standard hydraulic cylinders (small bore series) have a variety of applications in various fields. Specification Model Number CE-_ - -1B Cylinder Bore mm, 63, 80, 1, 1 Surge Pressure Kgf/cm 2 Allowable Withstand 210 (105) * (105) *1 (70) *1 Operating Pressure Kgf/cm 2 Max. Min. Operating Speed mm/sec Max. Min. *1 In case of B type mounting, pressure will be as given in ( ). *2 Surge Pressure should be kept within acceptable range. *3 Stroke should be determined according to buckling strength. Obtain the max. stroke according to the buckling strength from the chart given in the page11. Max. Stroke mm 1200 * Ambt. Temp Range 0 C 3 0 * * -10 ~ *3 Stroke Tolerance Ref Table-1 Tolerance of Stroke [Table 1] Stroke mm ~ ~ 2 2 ~ 6 6 ~ 0 Tolerance mm J Hydraulic Cylinders Hydraulic Cylinders 1

2 HYDRAUIC CYINDERS Model Number Designation F- CE -A - B -1 B Max. operating Special Series Cylinder ocation of Stroke Design* Design Mounting Rod Type Pressure Series Number Bore mm Kgf/cm 2 Cushion mm Number Std. F: Applicable CE: for CE Type Phosphate standard Ester Type hydraulic Fluids (Omit if not cylinder required) A, B, FA, FB 63, 80 TA, TC, 1 CA 1 B: Heavy Duty Type C: Standard Type 1 : 1 B: With cushion at both ends R: With cushion at rod end H: With cushion at head end N: No cushion provided Ex: mm For different stroke length requirement, refer to rating table on page 3 to * Design Numbers subjected to change from to 39 but installation dimensions remain same. Mounting Name of Mounting Type Illustration of Mounting type Name of Mounting Type Illustration of Mounting type A: Foot Mounting Side ugs B: Foot Mounting Side End Angle TA: Rod Trunnion TC: Intermediate Trunnion FA: Rod Rectangular Flange CA: Cap detachable eye/clevis FB: Cap/Head Rectangular Flange Care in Application 1 Air Bleeding : Air Bleed screws are provided at head and rod side to remove any air entrapped in the oil chamber. Turn the screw anti-clockwise to remove air. After air removal turn the screw clockwise to close the screw. 2 Cushion : Cylinder cushion are often provided at both ends of the cylinder to slow down near the end of the stroke and prevent the piston from hammering against the end cap. 3 Cushion Adjust Valve : Turn the screw clockwise for longer cushioning time and turn screw anti-clockwise for shorter cushion time. Cushion Position Effective ength of Cushion Head Side mm Rod Side mm Cylinder Bore mm Hydraulic Cylinders

3 V W AA HYDRAUIC CYINDERS A : Foot Mounting Side ugs Type The positions of connecting port and cushion adjusting screw can not be altered. The position of air vent is indicated in the illustration as the standard. However it is changeable to other position. When required to install the air vent at any other position, please specify it by the following positional numbers ( II III & IV ) I R.SQ 'F' Width Across Flats Connecting Ports 'P' BSP.F Thd. H Air Vent S + Stroke N + Stroke Cushion Adj. Screw Q IV 'X' Dia. 4 Places II 'A' Thd. D Dia. Ce6 Dia. 2xPitch E Y K Z B G J M T III o BB Dia. knock pin hole 4 Places U + Stroke K M Calculate the approximate weight using the formula below. Weight = Basic Weight + Added Weight Per Stroke of mm x Stroke Model Number CEA-C A B C D M14,P CEA-B M18,P CEA-B M22,P CEA-63B M26,P CEA-80B M33,P CEA-B M42,P CEA-1B M55,P E F G H J K M N 6 14 CEA-C M18,P CEA-63C M22,P CEA-80C M26,P CEA-C M33,P CEA-1C M42,P CEA-1C CEA-1B M,P M65,P P Q R S T 3/ / / / / Weight (Approx.) Kg Model Number U V W X Y Z AA BB o. Basic Added Weight Wt/ mm J CEA-C CEA-B CEA-C CEA-B CEA-63C CEA-63B CEA-80C CEA-80B CEA-C CEA-B CEA-1C CEA-1B CEA-1C CEB-1B ± ± ± ± ± ± ± Hydraulic Cylinders Foot Mounting Side ugs Type 3

4 HYDRAUIC CYINDERS B : Foot Mounting Side End Angles Type The standard positions are as indicated in the illustration I. However it can be changed to other ones when required to install at any other position. Please specify the following positional numbers ( II III & IV ) provided. The relative position of connecting port and cushion adjusting screw can not be altered. IV Y W V I 'F' Width Across Flats 'A' Thd. II B 2xPitch Q U T R SQ. o III D Dia. Ce6 Dia. M H N + Stroke G E Z J Connecting Ports 'P' BSP.F Thd. Air Vent Cushion Adjusting Screw K 2 places T S + Stroke X Dia. x Thru. 4 Places U Calculate the approximate weight using the formula below. Weight = Basic Weight + Added Weight Per Stroke of mm x Stroke Model Number A B C D CEB-C M14,P CEB-B M18,P CEB-C M18,P CEB-B M22,P CEB-63C M22,P CEB-63B M26,P CEB-80C M26,P CEB-80B M33,P E F G H J K CEB-C M33,P CEB-B M42,P CEB-1C M42,P CEB-1B M55,P CEB-1C M,P CEB-1B M65,P M N P Q R S T 94 3/ / / / / Weight (Approx.) Kg Model Number U V W X Y Z o. Basic Added Weight Wt/ mm CEB-C CEB-B CEB-C CEB-B CEB-63C CEB-63B CEB-80C CEB-80B CEB-C CEB-B CEB-1C CEB-1B CEB-1C CEB-1B ± ± ± ± ± ± ± Foot Mounting Side End Angles Type

5 HYDRAUIC CYINDERS FA : Rod Rectangular Flange Type The standard positions are as indicated in the illustration I. However it can be changed to other ones when y required to install at any other position. Specify the following positional numbers( II III & IV) provided. The relative position of connecting port and cushion adjusting screw can not be altered. I T U 'X' Dia. x Thru. 4 Places Y H 'F' Width Across Flats 'A' Thd. N + Stroke Connecting Ports 'P' BSP.F Thd. Air Vent IV W V R SQ. II Ze6 Dia. III D Dia. Ce6 Dia. 2xPitch E B G J o K Cushion Adjusting Screw S + Stroke Q Calculate the approximate weight using the formula below. Weight = Basic Weight + Added Weight Per Stroke of mm x Stroke Model Number CEFA-C A M14, P1.5 B C D E CEFA-B M18, P CEFA-C M18, P CEFA-B M22, P CEFA-63C M22, P CEFA-63B M26, P CEFA-80C M26, P CEFA-80B M33, P CEFA-C CEFA-B M42, P CEFA-1C CEFA-1B M55, P CEFA-1C CEFA-1B F G H J K N 14 M33, P M42, P M, P M65, P P Q R S T 3/ / / / / Weight (Approx.) Kg Model Number U V W X Y Z o. Basic Added Weight Wt/ mm J CEFA-C CEFA-B CEFA-C CEFA-B CEFA-63C CEFA-63B CEFA-80C CEFA-80B CEFA-C CEFA-B CEFA-1C CEFA-1B CEFA-1C CEFA-1B Hydraulic Cylinders Rod Rectangular Flange Type 5

6 HYDRAUIC CYINDERS FB : Head Rectangular Flange Type The standard positions are as indicated in the illustration. I However it can be changed to other ones when required to install at any other position. Please specify the following positional numbers ( II III & IV ) provided. The relative position of connecting port and cushion adjusting screw can not be altered. I U 'X' Dia. x Thru. 4 Places 'F' Width Across Flats 'A' Thd. Air Vent H N + Stroke Q Y Connecting Ports 'P' BSP.F Thd. IV W V R SQ. II +0.1 Z 0 Dia. D Dia. Ce6 Dia. 2xPitch B E G J K Cushion Adjusting Screw M III Calculate the approximate weight using the formula below. Weight = Basic Weight + Added Weight Per Stroke of mm x Stroke S + Stroke o Model Number A B C D E CEFB-C M14, P CEFB-B M18, P CEFB-C M18, P CEFB-B M22, P CEFB-63C M22, P CEFB-63B M26, P CEFB-80C M26, P CEFB-80B M33, P F G H J K M N P Q R S T / / / / CEFB-C M33, P / CEFB-B M42, P CEFB-1C M42, P CEFB-1B M55, P CEFB-1C M, P CEFB-1B M65, P Weight (Approx.) Kg Model Number U V W X Y Z o. Basic Added Weight Wt/ mm CEFB-C CEFB-B CEFB-C CEFB-B CEFB-63C CEFB-63B CEFB-80C CEFB-80B CEFB-C CEFB-B CEFB-1C CEFB-1B CEFB-1C CEFB-1B Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Head Rectangular Flange Type

7 HYDRAUIC CYINDERS TA : Rod Side Trunnion Type The position of connecting port and cushion adjusting screw cannot be altered except those indicated in the illustration. The position of air vent is as indicated in the illustration I as the standard. However it is changeable to other position, when required to install the air vent at any other position. Please specify it by the following positional numbers ( II III & IV) Connecting Ports I 'P' BSP.F Thd. Air Vent Z Y H N + Stroke X W X 'F' Width Across Flats. 'A' Thd. IV T Ve8 Dia Q 'R' SQ. III II D Dia. Ce6 Dia. 2xPitch E B G J K Cushion Adjusting M Screw S + Stroke U Calculate the approximate weight using the formula below. o Weight = Basic Weight + Added Weight Per Stroke of mm x Stroke Model Number A B C D CETA-C M14, P E F G H J K M N P Q R S T 6 14 CETA-B M18, P CETA-C M18, P CETA-B M22, P CETA-63C M22, P CETA-63B M26, P CETA-80C M26, P CETA-80B M33, P CETA-C M33, P CETA-B M42, P / / / / / CETA-1C M42, P CETA-1B M55, P CETA-1C M, P CETA-1B M65, P Weight (Approx.) Kg Model Number U V W X Y Z AA o. Basic Added Weight Wt/ mm J CET A-C CET A-B CET A-C CET A-B CET A-63C CET A-63B CET A-80C CET A-80B CET A-C CET A-B CET A-1C CET A-1B CET A-1C CET A-1B Hydraulic Cylinders Rod Side Trunnion Type 7

8 HYDRAUIC CYINDERS TC : Intermediate Trunnion Type The standard positions are as indicated in the illustration I. However it can be changed to other ones when required to install at any other position. Please specify the following positional numbers ( II III & IV) provided. The relative position of connecting port and cushion adjusting screw can not be altered. X I Z W Y X 'F' Width Across Flats Connecting Ports 'P' BSP.F Thd. H N + Stroke Air Vent. 'A' Thd. IV T Ve8 Dia 'R' SQ. III II 2xPitch B Calculate the approximate weight using the formula below. Weight = Basic Weight + Added Weight Per Stroke of mm x Stroke D Dia. Ce6 Dia. E G J K Q M Stroke o S + Stroke U Cushion Adjusting Screw Model Number A B C D CETC-C M14, P E F G H J K M N P Q R S T 6 14 CETC-B M18, P CETC-C M18, P CETC-B M22, P CETC-63C M22, P CETC-63B M26, P CETC-80C M26, P CETC-80B M33, P CETC-C M33, P CETC-B M42, P / / / / / CETC-1C M42, P CETC-1B M55, P CETC-1C M, P CETC-1B M65, P Weight (Approx.) Kg Model Number U V W X Y Z AA o. Basic Added Weight Wt/ mm CETC-C CETC-B CETC-C CETC-B CETC-63C CETC-63B CETC-80C CETC-80B CETC-C CETC-B CETC-1C CETC-1B CETC-1C CETC-1B /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke /2Stroke Intermediate Trunnion Type

9 HYDRAUIC CYINDERS CA : Head Detachable Clevis Type The standard positions are as indicated in the illustration I. However it can be changed to other ones when required to install at any other position. Please specify the following positional numbers ( II III & IV) provided. The relative position of connecting port and cushion adjusting screw can not be altered. 'F' Width Across Flats 'A' Thd. H Connecting Ports 'P' BSP.F Thd. N + Stroke Cushion Adjusting Screw 2 places Air Vent W R "Q" I R SQ. VH10 Dia. II IV D Dia. Ce6 Dia. 2xPitch E B G J K T -0.1 U -0.3 M S + Stroke III o Calculate the approximate weight using the formula below. Weight = Basic Weight + Added Weight Per Stroke of mm x Stroke Model Number A B C D CECA-C M14, P CECA-B M18, P CECA-C M18, P CECA-B M22, P CECA-63C M22, P CECA-63B M26, P CECA-80C M26, P CECA-80B M33, P E F G H J K M N P Q R S T / / / / CECA-C M33, P / CECA-B M42, P CECA-1C M42, P CECA-1B M55, P CECA-1C M, P CECA-1B M65, P Weight (Approx.) Kg Model Number U V W o. Basic Added Weight Wt/ mm J CECA-C CECA-B CECA-C CECA-B CECA-63C CECA-63B CECA-80C CECA-80B CECA-C CECA-B CECA-1C CECA-1B CECA-1C CECA-1B Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Stroke Hydraulic Cylinders Head Detachable Clevis Type 9

10 HYDRAUIC CYINDERS Theoretical Output Theoretical output means an output calculated by neglecting all output is proportional to pressure. The theoretical output pressure at levels other than 10 & 1 Kgf/cm 2 should be obtained by a proportional calculation based on the output at pressure of 10 Kgf/cm 2. Piston Area Theoretical Output Kgf Model cm Speed Ratio At pressure of 10 Kgf/cm At pressure of 1 Kgf/cm Nu mbers Head Side Rod Side Forward : Reverse Forward Reverse Forward Reverse CE_ -C CE_ -C CE_ -63C CE_ -80C : CE_ -C CE_ -1C CE_ -1C CE_ -B CE_ -B CE_ -63B CE_ -80B : CE_ -B CE_ -1B CE_ -1B Max. Stroke Vs. Buckling Strength How to obtain Max. Stroke 1 Obtain the co-efficient of end n from the table 1 on page Obtain the max. installation length applying the values of cylinder bore, rod dia., pressure co-efficient of end. etc. to the following chart which is given in the next page. 3 Obtaining the installation length o at the time of retraction from the external dimensional drawing. Obtain the maximum stroke S using the formula S = o. Example When using the standard cylinder of which cylinder bore is mm, rod dia is 56 mm & support type is TC (Intermediate Trunnion type) at pressure of 80 Kgf/cm 2, the maximum stroke becomes as follows: From following chart n = 1 = 1980 (Approx.) From the external dimensional drawing o = 2 + S/2 Therefore S = o = 1980 (2 + S/2) The maximum stroke is 11 mm S ~11 ~ mm (Approx.) 10 Hydraulic Cylinders

11 HYDRAUIC CYINDERS Max. Installation ength Vs. Cylinder Bore. 000 n = n = 1 n = 2 n = x 10³ Max. Installation ength mm Rod Dia. mm Pressure Kgf/cm² 10 oad (Approx.) Kgf Cylinder Bore mm Table - 1 Support Type Operating Condition Coefficient of End n Support Type Operating Condition Coefficient of End n A- Type B- Type S o S o S o 4 S FA- Type S o o TA- Type FB- Type S S S TA- Type S o o TC- Type S o o o J 4 S = o S = Stroke mm = Installation ength at a time of Expansion o = installation ength at a time of Retraction 1 & o = mm Note: Obtain o from the externational dimensional drawing Hydraulic Cylinders S o 4 CA- Type S o Hydraulic Cylinders 11

12 M.R. Enterprises 2013 Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra Tel: mrenterprisespune26@gmail.com Standard Hydraulic Cylinder range

13 WECOME / CONTENTS Catalogue Contents Welcome to the M.R. Enterprises standard range of hydraulic cylinders. This catalogue is designed to give a snapshot of the hydraulic cylinder range available from M.R. Enterprises. It s purpose is to give an idea of standard cylinder dimensions & mounting options for the information of Original Equipment Manufacturers, machinery designers & hydraulic equipment users in general. WECOME & CATAOGUE CONTENTS page 1-2 WEDED SPHERICA BEARING MOUNTED CYINDERS page 2-3 THREADED SPHERICA BEARING MOUNTED CYINDERS page 3-4 FRONT FANGE MOUNTED CYINDERS page 4-5 M.R. specialising Enterprises are bespoke hydraulic cylinder manufacturers REAR CEVIS MOUNTED CYINDERS page 5-6 in fast delivery, cost-effective hydraulic cylinder solutions in quantities from one-off to batch work. We produce cylinders from mm to 2mm bore, with a huge range of mounting options as standard, and the engineering capability to produce any cylinder configuration to suit the needs of the client. We can design for you, or work to your drawings and specifications. Our standard range of cylinders has a working pressure of 210 bar. Also available is our Heavy Duty range, rated to work at 3 bar, designed to operate in the most arduous of conditions. REAR PIN MOUNTED CYINDERS page 6-7 FORKED CEVIS MOUNTED CYINDERS page 7-8 ATERNATIVE MOUNTINGS & HYDRAUIC CYINDER FORCES TABE page 8-9 Cylinders can be fitted with a range of electronic position sensing devices, from simple proximity sensors signalling extremities of stroke, to internally fitted infinite resolution linear transducers with a variety of output options. Please feel free to download this catalogue and incorporate our cylinder designs into your machinery. If you do not see exactly what you are looking for please do not hesitate to contact us, our design team are always on hand to assist you in any way possible Download M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: mrenterprisespune26@gmail.com Any Scan the code above Questions? If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

14 WEDED SPHERICA BEARING MOUNTED CYINDERS Cylinder Dimensions A range of cylinders mounted on self-aligning spherical bearings, welded Bore DIA Rod DIA A B C D E F G H I J K to the rear of the cylinder body and rod-end. Suitable for cylinders with Carbon Steel rod material /4 BSP /8 BSP E H Ref A + Stroke K B C /8 BSP Feed ports G /8 BSP ØI ØI /8 BSP J ØF Our bespoke cylinders are designed with Solidworks and AutoCad, all cylinders supplied fully tested. Certificates available upon D request /2 BSP 1/2 BSP 82 Download Maximum working pressure 210 bar. Test pressure 0 bar unless otherwise stated. All cylinders can be used as Double Acting OR Single Acting pull / Single Acting push. Cylinders can be supplied with sintered bronze breathers fitted to ports for single acting applications. Cylinder material: ST52.3 DOM and CDS tube DIN2393 I.S.O. H8 & H9 Rod material: Standard Grade EN8 DIN UNI CK45, Hard Chrome Plated, minimum microns Alternative rod materials available: Chrome plated Stainless Steel grades 431S29T / 316 / 4; NIKROM 3 Headbush material: Cast Iron - UNI07 G unless otherwise stated Bore diameters available from mm to 2mm. 3 bar Heavy Duty range of cylinders and alternative rod and bore combinations available Data given illustrates standard sizes. Bespoke manufacturing options are always available, call or for further details. All data is given in good faith but without responsibility and may be subject to change without notice, all dimensions in mm M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: mrenterprisespune26@gmail.com Any Questions? Scan the code above If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

15 THREADED SPHERICA BEARING MOUNTED CYINDERS Cylinder Dimensions A range of cylinders mounted on self-aligning spherical bearings, welded to the rear of the cylinder body, threaded at the rod-end. Suitable for cylinders with stainless steel rod material Bore DIA Rod DIA 20 A B C D E F G H I J K 38 1/4 BSP /8 BSP E H Ref A + Stroke K B C /8 BSP Feed ports G /8 BSP ØI ØI /8 BSP ØF /2 BSP J Our bespoke cylinders are designed with Solidworks and AutoCad, all cylinders supplied fully tested. Pop Certificates out featu r available e upon box, request key info point could go here? D /2 BSP 82 Maximum working pressure 210 bar. Test pressure 0 bar unless otherwise stated. Cylinder material: ST52.3 DOM and CDS tube DIN2393 I.S.O. H8 & H9 Rod material: Standard Grade EN8 DIN UNI CK45, Hard Chrome Plated, minimum microns Alternative rod materials available: Chrome plated Stainless Steel grades 431S29T / 316 / 4; NIKROM 3 Headbush material: Cast Iron - UNI07 G unless otherwise stated Bore diameters available from mm to 2mm. 3 bar Heavy Duty range of cylinders and alternative rod and bore combinations available Download Data given illustrates standard sizes. Bespoke manufacturing options are always available, call or for further details. All data is given in good faith but without responsibility and may be subject to change without notice, all dimensions in mm M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: mrenterprisespune26@gmail.com Any Questions? Scan the code above If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

16 FRONT FANGE MOUNTED CYINDERS Cylinder Dimensions A range of cylinders mounted on a circular front flange, with a male threaded Bore DIA Rod DIA A B C D E F G H I J K rod-end M16X /4 BSP M16X1.5 M20X /8 BSP A + Stroke K J B C PCD I 137 M20X1.5 M24X /8 BSP M27X2.0 Feed ports G Thread D M20X1.5 M24X /8 BSP M27X2.0 ØF ØE ØH Front Flange - 70 bore 4 holes ØH on PCD I Front Flange 80 - bore 6 holes ØH on PCD I M24X2.0 M27X /8 BSP M27X /2 BSP M33X2.0 Our bespoke cylinders are designed with Solidworks and AutoCad, all cylinders supplied Pop fully out feature tested. Certificates x available p upon bo, key info oint request could go here? M27X M33X /2 BSP M39X2.0 Maximum working pressure 210 bar. Test pressure 0 bar unless otherwise stated. Cylinder material: ST52.3 DOM and CDS tube DIN2393 I.S.O. H8 & H9 Rod material: Standard Grade EN8 DIN UNI CK45, Hard Chrome Plated, minimum microns Alternative rod materials available: Chrome plated Stainless Steel grades 431S29T / 316 / 4; NIKROM 3 Headbush material: Cast Iron - UNI07 G unless otherwise stated Bore diameters available from mm to 2mm. 3 bar Heavy Duty range of cylinders and alternative rod and bore combinations available Download Data given illustrates standard sizes. Bespoke manufacturing options are always available, call or for further details. All data is given in good faith but without responsibility and may be subject to change without notice, all dimensions in mm M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: mrenterprisespune26@gmail.com Any Questions? Scan the code above If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

17 REAR CEVIS MOUNTED CYINDERS Cylinder Dimensions A range of cylinders mounted on a welded rear male clevis (sometimes Bore DIA Rod DIA A B C D E F G H I J K called a Pad-eye), with a male threaded rod-end M16X1.5 1/4 BSP A + Stroke 178 M16X1.5 M20X1.5 3/8 BSP E H ref Feed ports G K B C 202 M20X1.5 M24X2.0 M27X /8 BSP ØI D Thread 202 M20X1.5 M24X /8 BSP 32. M27X2.0 ØF M24X2.0 M27X /8 BSP. J Our bespoke cylinders are designed with Solidworks and AutoCad, all cylinders supplied fully tested. Certificates available upon request Pop out feature box, key info point could go here? M27X M33X2.0 M27X M33X M39X /2 BSP /2 BSP Maximum working pressure 210 bar. Test pressure 0 bar unless otherwise stated. Cylinder material: ST52.3 DOM and CDS tube DIN2393 I.S.O. H8 & H9 Rod material: Standard Grade EN8 DIN UNI CK45, Hard Chrome Plated, minimum microns Alternative rod materials available: Chrome plated Stainless Steel grades 431S29T / 316 / 4; NIKROM 3 Headbush material: Cast Iron - UNI07 G unless otherwise stated Bore diameters available from mm to 2mm. 3 bar Heavy Duty range of cylinders and alternative rod and bore combinations available Download Data given illustrates standard sizes. Bespoke manufacturing options are always available, call or for further details. All data is given in good faith but without responsibility and may be subject to change without notice, all dimensions in mm M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: mrenterprisespune26@gmail.com Any Questions? Scan the code above If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

18 REAR PIN MOUNTED CYINDERS Cylinder Dimensions A range of cylinders mounted on a simple pin hole to the rear, with a male Bore DIA Rod DIA A B C D E F G H I K threaded rod-end M16X /4 BSP Key features: Max working pressure 210 bores from mm to 2mm 163 M16X1.5 M20X /8 BSP A + Stroke M20X1.5 M24X M27X2.0 3/8 BSP 48. E H ref Feed ports G K B C M20X1.5 M24X M27X2.0 3/8 BSP 48. ØI M24X2.0 M27X /8 BSP 48. D Thread M27X M33X2.0 1/2 BSP 55. Our bespoke cylinders are designed with Solidworks and AutoCad, Pop out all feature cylinders box, key info point supplied could fully go here? tested. Certificates available upon request M27X M33X /2 BSP M39X2.0 Maximum working pressure 210 bar. Test pressure 0 bar unless otherwise stated. Cylinder material: ST52.3 DOM and CDS tube DIN2393 I.S.O. H8 & H9 Rod material: Standard Grade EN8 DIN UNI CK45, Hard Chrome Plated, minimum microns Alternative rod materials available: Chrome plated Stainless Steel grades 431S29T / 316 / 4; NIKROM 3 Headbush material: Cast Iron - UNI07 G unless otherwise stated Bore diameters available from mm to 2mm. 3 bar Heavy Duty range of cylinders and alternative rod and bore combinations available Download Data given illustrates standard sizes. Bespoke manufacturing options are always available, call or for further details. All data is given in good faith but without responsibility and may be subject to change without notice, all dimensions in mm M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: Any mrenterprisespune26@gmail Questions?.com If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

19 FORKED CEVIS MOUNTED CYINDERS Cylinder Dimensions A range of cylinders mounted on forked clevises, welded to the rear, threaded at the rod-end. Bore DIA Rod DIA A B C D E F G H I J K M /4 BSP /8 BSP A + Stroke E H Ref K B C M Feed ports G M /8 BSP /8 BSP 32. ØI ØI /8 BSP 32. D J /2 BSP. 70 Our bespoke cylinders are designed with Solidworks and AutoCad, all cylinders supplied fully tested. Certificates available upon request /2 BSP Maximum working pressure 210 bar. Test pressure 0 bar unless otherwise stated. Cylinder material: ST52.3 DOM and CDS tube DIN2393 I.S.O. H8 & H9 Rod material: Standard Grade EN8 DIN UNI CK45, Hard Chrome Plated, minimum microns Alternative rod materials available: Chrome plated Stainless Steel grades 431S29T / 316 / 4; NIKROM 3 Headbush material: Cast Iron - UNI07 G unless otherwise stated Bore diameters available from mm to 2mm. 3 bar Heavy Duty range of cylinders and alternative rod and bore combinations available Data given illustrates standard sizes. Bespoke manufacturing options are always available, call or for further details. Download All data is given in good faith but without responsibility and may be subject to change without notice, all dimensions in mm. M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: mrenterprisespune26@gmail.com Any Questions? Scan the code above If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

20 BESPOKE CYINDER MANUFACTURING With our many years of experience in cylinder design and manufacture, and extensive engineering facilities, we can produce cylinders to individual designs, from one-offs to large batches. We specialise in fast turn-around, cost effective cylinder solutions to O.E.M. Manufacturing, Offshore, Marine & Agricultural industries, amongst many others. Our design work is done in Solidworks & AutoCAD, and we have the ability to send and accept drawings in most electronic formats. Hydraulic cylinder forces table Bore DIA Rod DIA Extension Force kg Retraction Force Bar Download All data is given in good faith but without responsibility and may be subject to change without notice, all dimensions in mm M.R. Enterprises Gat No , Triveni Nagar, Behind Nutan School, Talawade Road, Pune , Maharashtra, India Tel: mrenterprisespune26@gmail.com Any Questions? Scan the code above If you would like more information, technical assistance or to place an order please, Call us on or mrenterprisespune26@gmail.com

21 Single Acting Telescopic Cylinders Capacity Stages Capacity 3 Capacity 2 Capacity 1 Stroke 3 Stroke 2 Stroke 1 Area 3 Area 2 Area 1 Oil Cap. A Weight D E E1 F F1 H K Tn * kn kn kn mm mm mm cm 2 cm 2 cm 2 cm 3 mm Kg mm mm mm mm mm mm mm mm Request of Quotation Download