SlideShare a Scribd company logo

Design of-hydraulic-presses-in-urdu

•
•
mkpq pasha
mkpq pasha

hydraulic

Education
1 of 37
Download to read offline
TANVEER PUBLICATION Mumbai E-mail: hydelect@vsnl.com 800 300 500 1200 Day Light Table Hights e m , Z í W s ; à g z ´ 6 , $ n . ç G G E Y X Z ö X { y ) ! X Z ~ X } o ( 0 * v Z V z : ; à g z ´ Z & ½ h 4 n . ç G G G m ,
Hydraulic Accesories                                        
                                              Designe of Hydraulic Presses By : Q. S. Khan Translator : Syed Anisuddin                                                                                                      Email : hydelect@vsnl.com 2                     
                      5.1 Reservoir                                                                                                                                                                                                                             1                2                                  3                            36.1.1                                                                  A                                                                              B                                                                                                               Space                                                                                                                Maintenance                              (Cavitation)                                                                                             0.25 HP                               C                   20%         80%                     20% of HP                                                                                              D                                                                                                                                      Settlement                                                                                                                                          E                                                                        Accessaries                                                36.1.2                                                                           A                         B             Sucked           C                      D                                     E                         F                                        G                                                                    H 3                     
                     cum                  I                                                                                 J       Baffles                                       K         Diffuser                             L  (Types of Reservoir)           36.1.3               (Integral Reservoir)                    1 (Separate Reservoir)                2                                             Base                                                                                                                                                                                                                           Rectangular                                                                                                                                                                Dual                                                                                          4                                                                                                        Mfg.by: M/s. Hydro-Electric Machinery, Mumbai-78.                                                                                              
Types Of Separate Reservoir                                                                                 A (Special )                                                                                                  (Accessories)                                      Features                                           Compactness                               Container)                                         (Drain)                                                                                                                                                                                                              Mfg. by: M/s. Consolidated Machines Mumbai                                             5                     
L-Shape Reservoir                   B                                                                                                                                                                                Over-head Reservoir                C                                                                                 Costruction Of Reservoir              36.1.4                                                         mm103         1                                                                                                                    Capacity)                    2                                                 Mfg by:- Hydro Electric Machinery, Mumbai                                                                Mfg. by: M/s. Consolidated Machine, Mumbai 6                     
                                                       mm                                                  3                                         Space                     maximum                                 (Compensate)                                                                                                                                                             4                                                    Sluggish                                                      Wave-StreamBaffleConfigration                         A                                                                                                                                                                                                          Circuit-Sream Baffle Configration                           B                    mm            Preferably                                         5                                      Lowest)                                                                                               Avoid                                                                                            6                                        Dust                                                                            Seal                                                                                               Leaks       Rusting                                                                           7                                               mm                                                                                                                   Moisture                                                                                  Epoxy Paint                                                                                                                                                  8                                                                                                                   7                                                                                                                                                                                  
                                                               Access Cover                                                                                                                                                                                                                                                                                                                    8                 xx                                        xx                                                
5.2 Oil Level Indicator                                                                                                                                                                                                                                                                                                                                                                                      Space                                                              Types Of indicator                                                                                                                                                                                                                                                Maximum        Minimum                                                                                                                          BSP1 1/41/4 70 o C                                                                                                                                                                                                                                                                           Websites Of Manufecturers: 1) www.hydaxindia.com 2) www.hydroline.com     Mfg. by:- M/s. Hydax                                                                              9                                                   
5.3 Suction stainer       (Coarse)                                             (Contamination)                                             2"BSP1/2                                       450 LPM5 LPM                                      (Mesh)150 30                                                                      (Pleated) Inlet Line Filter                    Clogging    Choking                                                     Websites of manufacturers: www.hydaxindia.com www.hydroline.com www.hydraulic-supply.com www.eaton.com/EatonCom/ProductsServices/Vickers         Mfg. by:- M/s. Hydax                                                                                                                                                                                                         10                                   Mfg. by:- Vickers                                                                                              
5.4 Return Line Filter                                                                                                                                                                                                                                                                                                                                                                        (Damage)                                                                                                                                                                                                                                                                                           11                     
                                                                                                                                                                                                                                                                                                                                                                                Details About Filters & Stainers                                                     (Coarse)                   (Porous)                                          (Device)              (Sieve)                                                                                                                                                                                       (Microns)                                    Trap                                                                                                      Contamination                                                    Rating)                                                                                          Websites Of Manufacturers: 1-WWW.hydaxindia.com 2-WWW.hydroline.com 3-WWW.polyhydron.com 4-WWW.dunham.thomasnet.com/catagory/equip-hydraulic-hose-fitting-eaton-vickers-filters 5-http:://dunham.thomasnet.com              Mfg. by:- M/s. Hydroline                Mfg. by:- M/s. Hydroline                               Mfg. by:- M/s. Polyhydron 12                     
5.5 Prssure Line Filter                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                        300 kg/cm 2                                                                                                                    3um                          1 2 5 o C 0                             Websites of manufacturers: www.dunham.thomasnet.com/catagory/equip-hydraulic-hose-fitting-eaton-vickers-fitters www.techno-filt.com/hydroaulicfilter.htm www.hydaxindia.com www.hydroline.com                                                                            Mfg. by:- M/s. Hydax                      'AA'          13                     
5.6 Filter Breather Assembly                                                                                                               Coarse)                                                                                                                                                                                                                                    Liquid                                (Suck)                                                                                                                     Pressurised Breather Assembly                                                                                                                                                      075   0.5                                                                                                                                                                                   Mfg.by:- M/s. Hydasx             Mfg.by:- M/s. Hydasx                     Mfg.by:- M/s. Hydasx                                                                                                                                                                                                                              14 Websites of manufacturers: www.hydaxindia.com www.hydroline.com www.purolator-facet.com/breather.htm                     
5.7 Bell Housing                                                                                                           Flange                                                                                                                                                                                                                                                        Alternative                                                                                                                                                                                                          Websites of manufacturers: www.polyhydron.com                                                                               Section 'XX"                                                                                                                                                                                                                           15                     
                     5.8 Extension Bracket Assembly                                                                                                                                                                                                                                                                                                                                                                ISO                                                                                        1R,2R,11R    12R                                                                                                                               Websites Of Manufecturers: WWW.polyhydron.Com                    Mfg. by: M/s Polyhydron sketch No. 5.8 16
                     5.9 Coupling                                                                                                                                                                         Flexible Cupling                           Sleeves)                                               Hub                                                                                        (Polytera-flourtheylene) PTFE                                                                                                                                                                                                                     Spider Cupling                                                                       Hub                                                     Hub                                                                                           Website of manufacturers: www.hydaxindia.com                                                    Mfg. by: M/s Hydax                                      17
                     5.10 Pressure Gauge                                                                                                                                                                                    (valves)                                                          15 to 20                                                                   15 to 20 kg/cm2    Compensate                                        kg/cm2                                          Bourdon Tube Principle                                        Blind                                                                                                                                     Rachet         Movement                                                                                                        Inatial                                                                                                                                                                                      200 kg/cm2                                                                         400 kg/cm2 Pressure Gauge With Diaphragm Seal                                                                                                                                                (Protect)                                                            Across                                                                  Pressure Gauge With Electrical Contect                                                                      Intensity                                                                                                                                                                                                                        Electronic Pressure Gauges                                              1.5 GHz       14000 Bar                                             Mfg. by: M/s. thermocontrols, Mumbai                                            18
                                                                                                                                                             (transducer)                                                                   (transducer)                                (LVDTs)                                                                                                                                                                   LCD                                                                                                                                      LCD                        0.5 DC Volt                                                                                                                                                                                                                                                                                                                                  Mfg. by:M/s J.N. thermocontrols, Mumbai Mfg. by: M/s. Instrument Research Association Pvt. Ltd. New Delhi 19
                     5.11 Pressure Guage Isolater                                                                                                                                VariesMaximumMinimum                                                                                                                                                                                                                                                                                                                                                                   Lock                                                                                                                                                                                                                                                                                                                                                                                                                                                                                     Website of manufacturers: www.hydaxindia.com http://www.process-controls.com                           Mfg. by:- M/s. Hydex                                                                                       Mfg. by:- M/s Hydax                      20
                     5.12 Pressure Gauge Dumpner                                                                                        Pulsation                       (Vane)                       (gear)     (Vane)            (Pulses)                                                                                                                                                            (Viscous)       (Inert)                                                                                                                                                                                               Porous Element                                                                                                                                                                                                                     Websites Of Manufecturer : WWW.hirlekarprecision.Com WWW.adarshpressuregauge.Com                                                                                                                                                           Mfg. by:- Hirlekar Precision Engineering 21
5.13 Heat Exchanger                                                                 (efficient)                                                                                                                          (Convert)                                               (Loss)                                                                             (Radiation)                                                                                                    Heat Radiation                                                              0.25                                                                                                  Air Cooler                                                                                                                                                                                                          )                                                                                                                                                                                             (Cool)     (Ambient Temprature      Addresses or websites of manufacturers: www.swep.net www.maruthicoolingsystems.com Santosh Products:8, Sardar Pratap Singh Industrial Estate No.1, LBS, Marg, (W), Mumbai-400078.                                                       Mfg.by:- M/s. Maruthi Cooling System                            sucked              Air-Oil Cooler Mfg.by:- M/s. Maruthi Cooling System                                                                                           Mfg.by: M/s Santosh Products Mumbai 22                     
5.14 Water Cooler        40oC (Ambient Temprature)                                                                                                                                                                                                                           Shell and Tube Type Exchanger                                                                                                                                           (Extract) Plate Type Heat Exchanger                                                                                                                                                                                                                                     (Efficient)                                    M/S Ind. Swep Energy                              www.swep.com              System Pvt.Ltd.       Websites of Manufacturers: www.swep.net www.maruthicoolingsystems.com www.nationalcoolingtowers.com                  Mfg. by: M/s Ind Swep Energy System. Pune                                                         23                     
5.15 Oil Cooling by Chillers                (Refrigerant)                                                                                                                                                                                                                      (Refrigerant)        Websites of manufacturers: www.swep.net www.maruthicoolingsystems.com www.nationalcoolingtowers.com        Mfg. by: M/s National Engineering          Mfg. by: M/s National Engineering        Mfg. by: M/s Maruthi 24                     
5.16 Cooling Tower                                                                                                                                                                                                                                                                                                             Websites of manufecturers: www.nationalcoolingtowers.com                                                                                                                                                        Mfg. by: M/s National Engineering 25                     
5.17 Heater          (32 to 68 CSC) CSC      (Viscosity)                                              Leakage                 Component Valve          Thin             32 Csc                 Suck                        Thik                     68 Csc                                                                                                                                                                                                                                                               Thermostatically                                 Websites of manufecturers: www.warrenelectriccorp.com/applications/hydaulic-oil-heaters/default.asp Thermostatic control Heating element Heater 26                     
18. Fluid Level Indicator and Controller                         (Over)                                                                                                                                (sieged)                                                                                                                                                                                     (Actuate)                                                                                                                                  Websites of manufacturers: www.punetechtrol.com www.waaree.com www.kobold.com                                                                                        All these Fluid Level Controllers are manufactured by:- M/s. Pune Techtrol. 27                     
5.19 Flow Meter     Turbine Meter         1                                                                                                                                                                                                                        Positive Displacement Meter                          2                                                                                                                        Mfg. by: webster-instruments                                                              Mfg. by: KOBOLD Messring GmbH 28                     
Design of-hydraulic-presses-in-urdu
Design of-hydraulic-presses-in-urdu
Design of-hydraulic-presses-in-urdu
Design of-hydraulic-presses-in-urdu
Design of-hydraulic-presses-in-urdu
Design of-hydraulic-presses-in-urdu
Design of-hydraulic-presses-in-urdu
Design of-hydraulic-presses-in-urdu

Recommended

Pipe line activities To know about fabrication and modifications work Instal...
Pipe line activities To know about fabrication and modifications work Instal...Pipe line activities To know about fabrication and modifications work Instal...
Pipe line activities To know about fabrication and modifications work Instal...
mkpq pasha
 
Zig-zag-brick-kiln-operations_compressed.pdf
Zig-zag-brick-kiln-operations_compressed.pdfZig-zag-brick-kiln-operations_compressed.pdf
Zig-zag-brick-kiln-operations_compressed.pdf
mkpq pasha
 
Strategic safety managment in construction and engineering
Strategic safety managment in construction and engineeringStrategic safety managment in construction and engineering
Strategic safety managment in construction and engineering
mkpq pasha
 
Job safety analysis jsa
Job safety analysis jsaJob safety analysis jsa
Job safety analysis jsa
mkpq pasha
 
Hazardous waste compliance
Hazardous waste complianceHazardous waste compliance
Hazardous waste compliance
mkpq pasha
 
Guide to ehs
Guide to ehsGuide to ehs
Guide to ehs
mkpq pasha
 
Safety procedures
Safety procedures Safety procedures
Safety procedures
mkpq pasha
 
Erba katalog 2013.compressed6556
Erba katalog 2013.compressed6556Erba katalog 2013.compressed6556
Erba katalog 2013.compressed6556
mkpq pasha
 

Recommended

Pipe line activities To know about fabrication and modifications work Instal...
Pipe line activities To know about fabrication and modifications work Instal...Pipe line activities To know about fabrication and modifications work Instal...
Pipe line activities To know about fabrication and modifications work Instal...
mkpq pasha
 
Zig-zag-brick-kiln-operations_compressed.pdf
Zig-zag-brick-kiln-operations_compressed.pdfZig-zag-brick-kiln-operations_compressed.pdf
Zig-zag-brick-kiln-operations_compressed.pdf
mkpq pasha
 
Strategic safety managment in construction and engineering
Strategic safety managment in construction and engineeringStrategic safety managment in construction and engineering
Strategic safety managment in construction and engineering
mkpq pasha
 
Job safety analysis jsa
Job safety analysis jsaJob safety analysis jsa
Job safety analysis jsa
mkpq pasha
 
Hazardous waste compliance
Hazardous waste complianceHazardous waste compliance
Hazardous waste compliance
mkpq pasha
 
Guide to ehs
Guide to ehsGuide to ehs
Guide to ehs
mkpq pasha
 
Safety procedures
Safety procedures Safety procedures
Safety procedures
mkpq pasha
 
Erba katalog 2013.compressed6556
Erba katalog 2013.compressed6556Erba katalog 2013.compressed6556
Erba katalog 2013.compressed6556
mkpq pasha
 
General v8.compressed15.compressed
General v8.compressed15.compressedGeneral v8.compressed15.compressed
General v8.compressed15.compressed
mkpq pasha
 
Deca catalogo 2012 i en-fr
Deca catalogo 2012 i en-frDeca catalogo 2012 i en-fr
Deca catalogo 2012 i en-fr
mkpq pasha
 
Catalogo gga
Catalogo ggaCatalogo gga
Catalogo gga
mkpq pasha
 
Bag house dust-collection-system
Bag house dust-collection-systemBag house dust-collection-system
Bag house dust-collection-system
mkpq pasha
 
Brochure bag-houses
Brochure bag-housesBrochure bag-houses
Brochure bag-houses
mkpq pasha
 
Bearing self study guide
Bearing self study guideBearing self study guide
Bearing self study guide
mkpq pasha
 
Ln clinker cooler golden rules 2010 11 17
Ln clinker cooler golden rules 2010 11 17Ln clinker cooler golden rules 2010 11 17
Ln clinker cooler golden rules 2010 11 17
mkpq pasha
 
Kiln tire tightening
Kiln tire tightening Kiln tire tightening
Kiln tire tightening
mkpq pasha
 
Ya hafizo
Ya hafizoYa hafizo
Ya hafizo
mkpq pasha
 
داستورِ پاکستان ۱۹۷۳
داستورِ پاکستان ۱۹۷۳داستورِ پاکستان ۱۹۷۳
داستورِ پاکستان ۱۹۷۳
mkpq pasha
 
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہمجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
mkpq pasha
 
Exemplary report-rotary-kiln-alignment
Exemplary report-rotary-kiln-alignmentExemplary report-rotary-kiln-alignment
Exemplary report-rotary-kiln-alignment
mkpq pasha
 
Cyclone design
Cyclone design Cyclone design
Cyclone design
mkpq pasha
 
Composite materials
Composite materialsComposite materials
Composite materials
mkpq pasha
 
Burner handbook-pdf
Burner handbook-pdfBurner handbook-pdf
Burner handbook-pdf
mkpq pasha
 
Cement factory air leaks by fluke min
Cement factory air leaks by fluke minCement factory air leaks by fluke min
Cement factory air leaks by fluke min
mkpq pasha
 
Air lock-rotary
Air lock-rotaryAir lock-rotary
Air lock-rotary
mkpq pasha
 
Cement
CementCement
Cement
mkpq pasha
 
Cast iron
Cast ironCast iron
Cast iron
mkpq pasha
 
Burner management-systems-a-technical-discussion-ppt
Burner management-systems-a-technical-discussion-pptBurner management-systems-a-technical-discussion-ppt
Burner management-systems-a-technical-discussion-ppt
mkpq pasha
 

More Related Content

More from mkpq pasha

General v8.compressed15.compressed
General v8.compressed15.compressedGeneral v8.compressed15.compressed
General v8.compressed15.compressed
mkpq pasha
 
Deca catalogo 2012 i en-fr
Deca catalogo 2012 i en-frDeca catalogo 2012 i en-fr
Deca catalogo 2012 i en-fr
mkpq pasha
 
Catalogo gga
Catalogo ggaCatalogo gga
Catalogo gga
mkpq pasha
 
Bag house dust-collection-system
Bag house dust-collection-systemBag house dust-collection-system
Bag house dust-collection-system
mkpq pasha
 
Brochure bag-houses
Brochure bag-housesBrochure bag-houses
Brochure bag-houses
mkpq pasha
 
Bearing self study guide
Bearing self study guideBearing self study guide
Bearing self study guide
mkpq pasha
 
Ln clinker cooler golden rules 2010 11 17
Ln clinker cooler golden rules 2010 11 17Ln clinker cooler golden rules 2010 11 17
Ln clinker cooler golden rules 2010 11 17
mkpq pasha
 
Kiln tire tightening
Kiln tire tightening Kiln tire tightening
Kiln tire tightening
mkpq pasha
 
Ya hafizo
Ya hafizoYa hafizo
Ya hafizo
mkpq pasha
 
داستورِ پاکستان ۱۹۷۳
داستورِ پاکستان ۱۹۷۳داستورِ پاکستان ۱۹۷۳
داستورِ پاکستان ۱۹۷۳
mkpq pasha
 
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہمجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
mkpq pasha
 
Exemplary report-rotary-kiln-alignment
Exemplary report-rotary-kiln-alignmentExemplary report-rotary-kiln-alignment
Exemplary report-rotary-kiln-alignment
mkpq pasha
 
Cyclone design
Cyclone design Cyclone design
Cyclone design
mkpq pasha
 
Composite materials
Composite materialsComposite materials
Composite materials
mkpq pasha
 
Burner handbook-pdf
Burner handbook-pdfBurner handbook-pdf
Burner handbook-pdf
mkpq pasha
 
Cement factory air leaks by fluke min
Cement factory air leaks by fluke minCement factory air leaks by fluke min
Cement factory air leaks by fluke min
mkpq pasha
 
Air lock-rotary
Air lock-rotaryAir lock-rotary
Air lock-rotary
mkpq pasha
 
Cast iron
Cast ironCast iron
Cast iron
mkpq pasha
 
Burner management-systems-a-technical-discussion-ppt
Burner management-systems-a-technical-discussion-pptBurner management-systems-a-technical-discussion-ppt
Burner management-systems-a-technical-discussion-ppt
mkpq pasha
 

More from mkpq pasha (20)

General v8.compressed15.compressed
General v8.compressed15.compressedGeneral v8.compressed15.compressed
General v8.compressed15.compressed
 
Deca catalogo 2012 i en-fr
Deca catalogo 2012 i en-frDeca catalogo 2012 i en-fr
Deca catalogo 2012 i en-fr
 
Catalogo gga
Catalogo ggaCatalogo gga
Catalogo gga
 
Bag house dust-collection-system
Bag house dust-collection-systemBag house dust-collection-system
Bag house dust-collection-system
 
Brochure bag-houses
Brochure bag-housesBrochure bag-houses
Brochure bag-houses
 
Bearing self study guide
Bearing self study guideBearing self study guide
Bearing self study guide
 
Ln clinker cooler golden rules 2010 11 17
Ln clinker cooler golden rules 2010 11 17Ln clinker cooler golden rules 2010 11 17
Ln clinker cooler golden rules 2010 11 17
 
Kiln tire tightening
Kiln tire tightening Kiln tire tightening
Kiln tire tightening
 
Ya hafizo
Ya hafizoYa hafizo
Ya hafizo
 
داستورِ پاکستان ۱۹۷۳
داستورِ پاکستان ۱۹۷۳داستورِ پاکستان ۱۹۷۳
داستورِ پاکستان ۱۹۷۳
 
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہمجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
مجموعہ فرامین امام خادم حسین رضوی رحمتہ اللہ علیہ
 
Exemplary report-rotary-kiln-alignment
Exemplary report-rotary-kiln-alignmentExemplary report-rotary-kiln-alignment
Exemplary report-rotary-kiln-alignment
 
Cyclone design
Cyclone design Cyclone design
Cyclone design
 
Composite materials
Composite materialsComposite materials
Composite materials
 
Burner handbook-pdf
Burner handbook-pdfBurner handbook-pdf
Burner handbook-pdf
 
Cement factory air leaks by fluke min
Cement factory air leaks by fluke minCement factory air leaks by fluke min
Cement factory air leaks by fluke min
 
Air lock-rotary
Air lock-rotaryAir lock-rotary
Air lock-rotary
 
Cement
CementCement
Cement
 
Cast iron
Cast ironCast iron
Cast iron
 
Burner management-systems-a-technical-discussion-ppt
Burner management-systems-a-technical-discussion-pptBurner management-systems-a-technical-discussion-ppt
Burner management-systems-a-technical-discussion-ppt
 

Design of-hydraulic-presses-in-urdu

  • 1. TANVEER PUBLICATION Mumbai E-mail: hydelect@vsnl.com 800 300 500 1200 Day Light Table Hights e m , Z í W s ; à g z ´ 6 , $ n . ç G G E Y X Z ö X { y ) ! X Z ~ X } o ( 0 * v Z V z : ; à g z ´ Z & ½ h 4 n . ç G G G m ,
  • 3.                                               Designe of Hydraulic Presses By : Q. S. Khan Translator : Syed Anisuddin                                                                                                      Email : hydelect@vsnl.com 2                     
  • 4.                       5.1 Reservoir                                                                                                                                                                                                                             1                2                                  3                            36.1.1                                                                  A                                                                              B                                                                                                               Space                                                                                                                Maintenance                              (Cavitation)                                                                                             0.25 HP                               C                   20%         80%                     20% of HP                                                                                              D                                                                                                                                      Settlement                                                                                                                                          E                                                                        Accessaries                                                36.1.2                                                                           A                         B             Sucked           C                      D                                     E                         F                                        G                                                                    H 3                     
  • 5.                      cum                  I                                                                                 J       Baffles                                       K         Diffuser                             L  (Types of Reservoir)           36.1.3               (Integral Reservoir)                    1 (Separate Reservoir)                2                                             Base                                                                                                                                                                                                                           Rectangular                                                                                                                                                                Dual                                                                                          4                                                                                                        Mfg.by: M/s. Hydro-Electric Machinery, Mumbai-78.                                                                                              
  • 6. Types Of Separate Reservoir                                                                                 A (Special )                                                                                                  (Accessories)                                      Features                                           Compactness                               Container)                                         (Drain)                                                                                                                                                                                                              Mfg. by: M/s. Consolidated Machines Mumbai                                             5                     
  • 7. L-Shape Reservoir                   B                                                                                                                                                                                Over-head Reservoir                C                                                                                 Costruction Of Reservoir              36.1.4                                                         mm103         1                                                                                                                    Capacity)                    2                                                 Mfg by:- Hydro Electric Machinery, Mumbai                                                                Mfg. by: M/s. Consolidated Machine, Mumbai 6                     
  • 8.                                                        mm                                                  3                                         Space                     maximum                                 (Compensate)                                                                                                                                                             4                                                    Sluggish                                                      Wave-StreamBaffleConfigration                         A                                                                                                                                                                                                          Circuit-Sream Baffle Configration                           B                    mm            Preferably                                         5                                      Lowest)                                                                                               Avoid                                                                                            6                                        Dust                                                                            Seal                                                                                               Leaks       Rusting                                                                           7                                               mm                                                                                                                   Moisture                                                                                  Epoxy Paint                                                                                                                                                  8                                                                                                                   7                                                                                                                                                                                  
  • 9.                                                                Access Cover                                                                                                                                                                                                                                                                                                                    8                 xx                                        xx                                                
  • 10. 5.2 Oil Level Indicator                                                                                                                                                                                                                                                                                                                                                                                      Space                                                              Types Of indicator                                                                                                                                                                                                                                                Maximum        Minimum                                                                                                                          BSP1 1/41/4 70 o C                                                                                                                                                                                                                                                                           Websites Of Manufecturers: 1) www.hydaxindia.com 2) www.hydroline.com     Mfg. by:- M/s. Hydax                                                                              9                                                   
  • 11. 5.3 Suction stainer       (Coarse)                                             (Contamination)                                             2"BSP1/2                                       450 LPM5 LPM                                      (Mesh)150 30                                                                      (Pleated) Inlet Line Filter                    Clogging    Choking                                                     Websites of manufacturers: www.hydaxindia.com www.hydroline.com www.hydraulic-supply.com www.eaton.com/EatonCom/ProductsServices/Vickers         Mfg. by:- M/s. Hydax                                                                                                                                                                                                         10                                   Mfg. by:- Vickers                                                                                              
  • 12. 5.4 Return Line Filter                                                                                                                                                                                                                                                                                                                                                                        (Damage)                                                                                                                                                                                                                                                                                           11                     
  • 13.                                                                                                                                                                                                                                                                                                                                                                                 Details About Filters & Stainers                                                     (Coarse)                   (Porous)                                          (Device)              (Sieve)                                                                                                                                                                                       (Microns)                                    Trap                                                                                                      Contamination                                                    Rating)                                                                                          Websites Of Manufacturers: 1-WWW.hydaxindia.com 2-WWW.hydroline.com 3-WWW.polyhydron.com 4-WWW.dunham.thomasnet.com/catagory/equip-hydraulic-hose-fitting-eaton-vickers-filters 5-http:://dunham.thomasnet.com              Mfg. by:- M/s. Hydroline                Mfg. by:- M/s. Hydroline                               Mfg. by:- M/s. Polyhydron 12                     
  • 14. 5.5 Prssure Line Filter                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                        300 kg/cm 2                                                                                                                    3um                          1 2 5 o C 0                             Websites of manufacturers: www.dunham.thomasnet.com/catagory/equip-hydraulic-hose-fitting-eaton-vickers-fitters www.techno-filt.com/hydroaulicfilter.htm www.hydaxindia.com www.hydroline.com                                                                            Mfg. by:- M/s. Hydax                      'AA'          13                     
  • 15. 5.6 Filter Breather Assembly                                                                                                               Coarse)                                                                                                                                                                                                                                    Liquid                                (Suck)                                                                                                                     Pressurised Breather Assembly                                                                                                                                                      075   0.5                                                                                                                                                                                   Mfg.by:- M/s. Hydasx             Mfg.by:- M/s. Hydasx                     Mfg.by:- M/s. Hydasx                                                                                                                                                                                                                              14 Websites of manufacturers: www.hydaxindia.com www.hydroline.com www.purolator-facet.com/breather.htm                     
  • 16. 5.7 Bell Housing                                                                                                           Flange                                                                                                                                                                                                                                                        Alternative                                                                                                                                                                                                          Websites of manufacturers: www.polyhydron.com                                                                               Section 'XX"                                                                                                                                                                                                                           15                     
  • 17.                      5.8 Extension Bracket Assembly                                                                                                                                                                                                                                                                                                                                                                ISO                                                                                        1R,2R,11R    12R                                                                                                                               Websites Of Manufecturers: WWW.polyhydron.Com                    Mfg. by: M/s Polyhydron sketch No. 5.8 16
  • 18.                      5.9 Coupling                                                                                                                                                                         Flexible Cupling                           Sleeves)                                               Hub                                                                                        (Polytera-flourtheylene) PTFE                                                                                                                                                                                                                     Spider Cupling                                                                       Hub                                                     Hub                                                                                           Website of manufacturers: www.hydaxindia.com                                                    Mfg. by: M/s Hydax                                      17
  • 19.                      5.10 Pressure Gauge                                                                                                                                                                                    (valves)                                                          15 to 20                                                                   15 to 20 kg/cm2    Compensate                                        kg/cm2                                          Bourdon Tube Principle                                        Blind                                                                                                                                     Rachet         Movement                                                                                                        Inatial                                                                                                                                                                                      200 kg/cm2                                                                         400 kg/cm2 Pressure Gauge With Diaphragm Seal                                                                                                                                                (Protect)                                                            Across                                                                  Pressure Gauge With Electrical Contect                                                                      Intensity                                                                                                                                                                                                                        Electronic Pressure Gauges                                              1.5 GHz       14000 Bar                                             Mfg. by: M/s. thermocontrols, Mumbai                                            18
  • 20.                                                                                                                                                              (transducer)                                                                   (transducer)                                (LVDTs)                                                                                                                                                                   LCD                                                                                                                                      LCD                        0.5 DC Volt                                                                                                                                                                                                                                                                                                                                  Mfg. by:M/s J.N. thermocontrols, Mumbai Mfg. by: M/s. Instrument Research Association Pvt. Ltd. New Delhi 19
  • 21.                      5.11 Pressure Guage Isolater                                                                                                                                VariesMaximumMinimum                                                                                                                                                                                                                                                                                                                                                                   Lock                                                                                                                                                                                                                                                                                                                                                                                                                                                                                     Website of manufacturers: www.hydaxindia.com http://www.process-controls.com                           Mfg. by:- M/s. Hydex                                                                                       Mfg. by:- M/s Hydax                      20
  • 22.                      5.12 Pressure Gauge Dumpner                                                                                        Pulsation                       (Vane)                       (gear)     (Vane)            (Pulses)                                                                                                                                                            (Viscous)       (Inert)                                                                                                                                                                                               Porous Element                                                                                                                                                                                                                     Websites Of Manufecturer : WWW.hirlekarprecision.Com WWW.adarshpressuregauge.Com                                                                                                                                                           Mfg. by:- Hirlekar Precision Engineering 21
  • 23. 5.13 Heat Exchanger                                                                 (efficient)                                                                                                                          (Convert)                                               (Loss)                                                                             (Radiation)                                                                                                    Heat Radiation                                                              0.25                                                                                                  Air Cooler                                                                                                                                                                                                          )                                                                                                                                                                                             (Cool)     (Ambient Temprature      Addresses or websites of manufacturers: www.swep.net www.maruthicoolingsystems.com Santosh Products:8, Sardar Pratap Singh Industrial Estate No.1, LBS, Marg, (W), Mumbai-400078.                                                       Mfg.by:- M/s. Maruthi Cooling System                            sucked              Air-Oil Cooler Mfg.by:- M/s. Maruthi Cooling System                                                                                           Mfg.by: M/s Santosh Products Mumbai 22                     
  • 24. 5.14 Water Cooler        40oC (Ambient Temprature)                                                                                                                                                                                                                           Shell and Tube Type Exchanger                                                                                                                                           (Extract) Plate Type Heat Exchanger                                                                                                                                                                                                                                     (Efficient)                                    M/S Ind. Swep Energy                              www.swep.com              System Pvt.Ltd.       Websites of Manufacturers: www.swep.net www.maruthicoolingsystems.com www.nationalcoolingtowers.com                  Mfg. by: M/s Ind Swep Energy System. Pune                                                         23                     
  • 25. 5.15 Oil Cooling by Chillers                (Refrigerant)                                                                                                                                                                                                                      (Refrigerant)        Websites of manufacturers: www.swep.net www.maruthicoolingsystems.com www.nationalcoolingtowers.com        Mfg. by: M/s National Engineering          Mfg. by: M/s National Engineering        Mfg. by: M/s Maruthi 24                     
  • 26. 5.16 Cooling Tower                                                                                                                                                                                                                                                                                                             Websites of manufecturers: www.nationalcoolingtowers.com                                                                                                                                                        Mfg. by: M/s National Engineering 25                     
  • 27. 5.17 Heater          (32 to 68 CSC) CSC      (Viscosity)                                              Leakage                 Component Valve          Thin             32 Csc                 Suck                        Thik                     68 Csc                                                                                                                                                                                                                                                               Thermostatically                                 Websites of manufecturers: www.warrenelectriccorp.com/applications/hydaulic-oil-heaters/default.asp Thermostatic control Heating element Heater 26                     
  • 28. 18. Fluid Level Indicator and Controller                         (Over)                                                                                                                                (sieged)                                                                                                                                                                                     (Actuate)                                                                                                                                  Websites of manufacturers: www.punetechtrol.com www.waaree.com www.kobold.com                                                                                        All these Fluid Level Controllers are manufactured by:- M/s. Pune Techtrol. 27                     
  • 29. 5.19 Flow Meter     Turbine Meter         1                                                                                                                                                                                                                        Positive Displacement Meter                          2                                                                                                                        Mfg. by: webster-instruments                                                              Mfg. by: KOBOLD Messring GmbH 28                     