Fiber Tenders

Details: The Scope Of Work Includes The Supply Of 34 Numbers Of 0.2s Class 3ph,4 Wire Abt/samast Compliant Energy Meters Of M/s L&t Make Or M/s Secure Make Or Any Other Reputed Make Which Are Meeting The Specifications Of Energy Department, Govt. Of Karnataka And Approved By Kptcl, With Abt/samast Feature, Ethernet Tcp/ip & Rs 485 Communication Ports With Dlms Protocol Having Time Synchronizing Facility With Gps, One Optical Port Along With Complete Energy Management System Consisting Of Customizable Energy Meter Management Software, Dcus For Pooling The Data From Energy Meters, Application & Data Base Server Systems, Uninterrupted Power Supply Systems (ups), Operating Work Stations, Data Communication Cables, Optical Fiber Cable, Ethernet Cables, Managed Ethernet Switches Along With Necessary Accessories To Complete The Entire Energy Management System, Quality Surveillance, Inspection Before Dispatch, Packing & Forwarding, Arranging Transit Insurance On For Destination Basis.

Details: Manufacturing Demonstration Facility Technology Collaborations For Us Manufacturers In Advanced Manufacturing And Materials Technologies oak Ridge National Laboratory (ornl) Is Seeking Industry Partners To Participate In Short-term, Collaborative Projects Within The Manufacturing Demonstration Facility (mdf) To Accelerate Development Of New Energy Efficient Manufacturing Technologies. This Opportunity Will Provide Selected Participants Access To Ornl's Experienced Staff And Unique Equipment And Capabilities To Demonstrate Advanced Concepts With Intent To Develop And Deploy New Manufacturing Processes Or Materials In U.s. Manufacturing Industries. description ut-battelle, Llc, Acting Under Its Prime Contract No. De-ac05-00or22725 With The U.s. Department Of Energy (doe) For The Management And Operation Of The Oak Ridge National Laboratory, Conducts Research And Development In Support Of The Doe Advanced Manufacturing Office (amo). The Doe Advanced Manufacturing Office Partners With Industry, Small Business, Universities, And Other Stakeholders To Identify And Invest In Emerging Technologies With The Potential To Create High-quality Domestic Manufacturing Jobs And Enhance The Global Competitiveness Of The United States. ornl Is Requesting Cost-shared Proposals From Industry To Assess Applicability Of New Technologies That Can Reduce Manufacturing Energy Intensity Or Produce New, Energy-efficient Products. As Part Of The Technology Collaborations Conducted Under This Announcement, The Proposer Will Describe The Potential Manufacturing And Life Cycle Energy Savings That May Be Realized By The Targeted Project. Projects That Focus On Advanced Manufacturing And Materials Technologies For Commercial Applications Related To Additive Manufacturing Or Carbon Fiber And Composites Are Preferred. projects Will Be Conducted During A Short-time Period. At Least 50% Cost Share, Which Can Be Funds-in To Ornl Or In-kind Contributions (e.g., Facilities, Services, And Staff Time), Is Required On The Part Of The Industrial Participant. Participant Cost-share Cannot Be Met Using Funds From U.s. Government Sources. Funds Will Not Be Provided To The Industrial Participant By Ornl. Note: This Is Not A Procurement Request. eligibility eligibility Is Limited To Industries That Currently Manufacture Or Process Materials In The U.s. For Commercial Applications, Or To Industries That Will Be Able To Do So As A Direct Result Of These Collaborative Efforts. There Is No Restriction Based On A Particular Material System Or Manufacturing Process; However Projects Should Address Advanced Manufacturing And Materials Technologies In Additive Manufacturing Or Carbon Fiber And Composites. background doe's Manufacturing Demonstration Facility (mdf) At Ornl Offers Distinctive World-leading Capabilities In Manufacturing And Materials Research Technologies And Characterization Facilities. The Mdf Provides A Collaborative, Shared Infrastructure To Help Industry Adopt Energy Efficient, Rapid, And Flexible Manufacturing Technologies To Lower Production Cost, And Create New Products And Opportunities For High-paying Jobs. Ornl's Expertise In Material Synthesis, Characterization, And Process Technology Will Assist Manufacturing Industries In Conducting Assessments Of New Fabrication Concepts And Methods For Improving Existing Technologies. The Materials And Processing Technologies Developed Are Expected To Be Deployed In New Or Existing Manufacturing Facilities. More Information About The Ornl Mdf Can Be Found At: Http://web.ornl.gov/sci/manufacturing/ from Concept To Commercialization, Ornl's World-leading Facilities And Expertise Enable Research Focused On Reducing The Energy Intensity Of U.s. Industry, Supporting Development Of New Products, And Strengthening Our Nation's Clean Energy Economy To Meet The Commercial And National Security Needs Of Tomorrow. objective the Objective Of These Mdf Technology Collaborations Is To Collaborate With Industry To Investigate, Improve, And Scale Process Methodology To Reduce The Risk And Accelerate The Development And Deployment Of Innovative Energy Efficient Manufacturing And Materials Technologies. Creation And Preservation Of Domestic Manufacturing Jobs Is A primary Goal Of This Solicitation. the Primary Focus Of This Announcement Is To Target Projects That Will Impact The Technical Areas Of additive Manufacturing Utilizing A Broad Range Of Direct Manufacturing Technologies For Metal And Polymer Feedstocks Using A Variety Of Both Established And Innovative Deposition Systems And Technologies. carbon Fiber And Composites Utilizing A Broad Range Of Carbon Fiber Synthesis, Characterization, And Compositing Technologies From Precursor Evaluation Through Carbon Fiber Pilot Scale Production (25 Metric Tons/year) For Low Cost, Lightweight, And Higher-performance Composite Products Incorporating Carbon Fibers And Other Material Reinforcements. in Addition To The Above Mentioned High Priority Technology Categories, Projects With Sufficient Merit May Be Approved In The Following Areas: lightweight Metals Processing Using Advanced Synthesis And Processing Technologies For Low-cost Titanium Alloys, Magnesium Alloys, And Metal Matrix Composite Products roll-to-roll Processing Using Pulse Thermal Processing And Other Advanced Processing Technologies To Develop Low-cost Manufacturing Of Flexible Electronics, Photovoltaics, Energy Storage Systems, And Other Products battery Manufacturing Innovative Processing Using Ornl's Unique Prototyping Materials And Evaluation Facilities laboratory Support it Is Anticipated That Industrial Partners Will Work Collaboratively With Members Of The Mdf Staff To Conduct Project Activities Across The Various Areas Of Expertise Within The Mdf. intellectual Property And Proprietary Data projects With The Potential For The Generation Of Intellectual Property Will Be Performed With A Cooperative Research And Development Agreement (crada) As The Contract Instrument. See The Announcement Package For A Sample Crada Agreement. Doe And Ornl Respect The Importance Of Industry's Intellectual Property And Data Security While Balancing The Need To Document The Benefits Of Public Expenditures. Provisions Relating To Proprietary Information And Intellectual Property Are Set Forth In The Crada. A Non-disclosure Agreement (nda), If Required, Can Be Put Into Place During Development Of The Project To Facilitate Discussions While Protecting The Partner's Proprietary Information. it Is Preferred That Proprietary Information Not Be Included In The Proposal. If Company Proprietary Information Is Included In The Proposal, The Specific Information Should Be Marked As Such, And Ut-battelle/ornl Will Treat That Information As Business Confidential. proposal Guidelines proposals Should Be Completed Using The Attached Template In The Announcement Package proposers Are Encouraged To Consult With Ornl Technical Staff To Develop A Work Scope That Is Technically Feasible And Compatible With Ornl Facilities And Capabilitie  proposal Deadline And Submission this Solicitation Will Remain Open Subject To Availability Of Funding From The Doe Advanced Manufacturing Office. completed Proposals May Be Submitted In Pdf File Format By Email To Mdfcollaboration@ornl.gov. The Subject Line Should Include: Ornl Mdf Technology Collaborations And The Name Of The Proposer. proposal Evaluation And Timeline this Is An Open Announcement. Selection Of Winning Proposals Will Be At The Discretion Of The Doe Amo. Proposal Evaluation Criteria Will Include Compatibility With Ornl Facilities And Capabilities, Technical Feasibility And Merit, The Potential To Commercialize New Products And Create Us Jobs, And The Potential For Industrial Energy Savings. Amo And The Mdf Reserve The Right To Select All, A Portion, Or None Of The Submissions.

Details: Description Item No. Item & Description Quantity Unit 1. Nvr 32 Channel 1 Unit 2. Ip Bullet Camera 4mp Full Color 1/1.8-in 4 Mp Cmos Sensor Triple-stream Encoding Smart H.265+ And Smart H.264+ Dual Codec 4mp (2688 X 1520) At 30 Fps, 3.6 Mm Fixed Lens 8 Units 3. Poe Switch 4 Ports Layer 2 Commercial Switch Conforms To Ieee802.3, Ieee802.3u And Ieee802.3x Conforms To Ieee802.3af And Ieee803.3at Supports Hi-poe (60 W) 8 Units 4. Gigabit Media Converter 8 Pairs 5. 8tb Hdd 1 Unit 6. 50" Tv Monitor 1 Unit 7. Rj45 To Rj45 Features: Enhanced Category 6 650 Mhz 4 Twisted Pairs, 30v, 60c Stranded 568b Wiring 50u" Gold Planted Connectors Model Strain Relief 1000base-t; 100base-t 10base-t (ieee 802.3) 100mbps Tp-pmd (ansi X3t9.5); 55/155mbps Atm Specifications: Connector Type: Rj-45, Other. 100 Pcs. 8. Sc, Abbreviated For Subscriber Connector, Has Also Been Referred To As Square Connector Or Standard Connector. It's A Popular Fiber-optic Connector Due To Its Low-cost, Durability And Simple Installation For Both Point-to-point And Passive Optical Networking. 20 Pcs. 9. 1000va Uninteruptible Power Supply 1 Unit 10. Avr 1500 1 Unit 11. #6 Twisted Wire 1 Roll 12. Fiber Optic Cable 2km 2 Rolls 13. Stp Cable 1 Roll 14. Camera Bracket 10 Pcs. 15. Nema Stainless Box 9 Pcs. 16. 3 Prong 3 Gang Outlet 9 Pcs. 17. Electrical Tape 3 Pcs. 18. No More Nails 3 Packs 19. Circuit Breaker 15 Amp 2 Units 20. Pdx Wire #14 15 Mtrs. 21. 1"molding 3 Pcs. 22. Assorted Bolt, Nuts, Tox 1 Lot Note: All Items Should Be Supplied, Delivered And Installed On-site As Designated By The End-user Unit.

Description: 12224ms24i, 98050011, Quantity- 59.465 Mts. Scrap Condemned Unserviceable Ms- Cs Mixed Scrap Of Carriage And Wagon And Loco Items Consisting Of Bolts, Nuts, Pins, Washers, Cotters, Head Blocks, Distance Blocks Screw Rods, Handle Supporting Bare Plates, Ms Back Locks, Mmts Racer Cover, Locking Screws, Nuts, Bmbc Components, Jigs Fixtures And Loose Spares, Safety Nuts, Jack Wheel Arms, Schaku Couplers, Coupler Spares, Tension Rods, Sheet Cut Pieces, Levers, Links, Iron Skids, Anti Roll Bar With Fork Link, Pins Electroplated, Cut Pieces Of Angles, Pipes, Channels, Flats, Plates, Rod Cut Pieces, Sabs, Cbc Housings, Common Pipe Bracket, Pivot Caps, Buffer Plates, Cbc Coupler Handles, Barrel Bush, Silent Blocks, Shackles, Wide Jaw Adaptor, Clamps, Compensating Ring, Wire Rope, Push Pull Rods, Towing Trolley, Jack Frame, Anchor Links, Lashing Chain Assembly, Destroyed Hangers And Blocks, Cap For Fuel Inlet Pipe Assembly, Cbc Back Stopper Plates, Brackets, Gear Wheels, Sheets, Pivots, Washers, Equalizing Stays, Dampers, Shock Absorbers, Face Plate, Dmb Rings, Dashpots, Trolley Wheels, Brake Shoes, Compressor Parts, Brake Heads, Keys, Dip Lorry Wheels, Stays Rings, Chain Cut Pieces, Draw Bar Spindle Rod, Draw Bar Support Beam, Draw Bar Castle Nut, Ferrous Scrap Of Emus, Cbc Operating Handle, Cbc Supporting Device, Cbc Support Plate, Air Spring Suspension Bellow, Suspension Rod, Socket, Ring Retainer, Long Bolts, Mmts Rear Cover, Speedo Meter Cover, Retainer Cap, Brake Cylinder, Center Pivot, Equalizing Lever, Square Shaft, Axle Box Covers, Berth And Door Frames, Filters, Lever Hangers, Ci Cylinder Bodies, Diesel Loco Items, Ci Hose Cocks, Piston, Piston Trunk, Ratchet With Screw Rods, Flanges, Destination Boards, Small Dia. Springs, Hooks, Articulated Lock Lift Lever Assembly, Collars, Links, Pivots, Cylinder Body, Bp And Fp Cocks, C.r.tank, Sab. End Push Rod, Sand Ejectors, Adaptors, Wearing Plate, Centre Pivot Cover, Grooved Pads, Wedges, Z Levers, Springs, Caliper Bolts, Reducing Bushes, Control Arms, Seaters, Center Pivot Tops, Pull Rods, Punching Dies, Round Rods, Bogie Under Frame Cut Pieces, Ms Drilling Jig, Horizontal Bolts, Hex Bolts With Nuts, Dividing Plates, Side Bearer Guide, Lever Box, Center Pivot Bottoms, Fabricated Structures Of Sorts And Sizes, With Or Without Attachments Of Rubber, Fiber, Nylon Bushes And Other Similar Carriage, Wagon, Mmts, Emu, Dmu And Loco Items Including Rusted And Corroded Sheets. Location- Bin No- 224, Right Side Of Road No- 2. Hsn Code- 72044900. Gst- 18 Percent. Note- Delivery On Actual Weighment Basis Only. Special Note: Overload Of The Carrying Capacity Of The Vehicle Will Not Be Permitted At The Time Of Taking Delivery As Per Mv Act 1988

Details: Nasa’s Technology Transfer Program Solicits Inquiries From Companies Interested In Obtaining License Rights To Commercialize, Manufacture And Market The Following Technology. License Rights May Be Issued On An Exclusive Or Nonexclusive Basis And May Include Specific Fields Of Use.nasa Provides No Funding In Conjunction With These Potential Licenses. the Technology: when Testing Composite Structures, It Is Important To Understand The Response Of The Structure To The Load. Of Significance Is The Formation Of Damage And Growth Of That Damage Leading To Ultimate Failure. Understanding How A Structure Fails Allows For Optimal Designs For Improved Safety And Performance For The Part During Its Life Cycle. Inspection Methods Are Required To Determine Damage Initiation And Growth In Advanced Composite Structures During Loading. Past Methods For In-situ Inspection Of Composite Structures During Loading Have Involved Acoustic Emission, Passive Thermography, Digital Image Correlation, And Fiber Optics Techniques. However, Each Of These Has Critical Limitations. The Combination Of Thermal And Acoustic Emission (ae) Nondestructive Evaluation (nde) Techniques, By Mapping The Acoustic Emission Events Onto The Thermal Imagery, Provides A Very Sensitive Measurement System For Detecting Damage Formation And Growth. this Technology Provides A Methodology To Measure Damage Onset And Grow At Multiple Locations In A Composite Structure During Fatigue Loading. The Thermography Inspection Is Non-contact And Can Cover Very Large Areas. The Acoustic Emission Sensors Require Contact At Only The Sensor Attachment Points And Can Cover Large Areas. The Acoustic Emission Measurement Is Very Sensitive To Damage Formation Events Such As Matrix Cracking, Fiber Breaks, And Delamination, However The Event Location Is Approximate. An Infrared Camera Is Able To Detect Damage Growth And Location At Areas Of Heating (due To Fiber Breaks, Rubbing Of Disbond Areas And Matrix Cracks) And Thus Confirm The Acoustic Emission Measurements. If The Loading Is Cyclic The Infrared Camera Is Also Able To Detect The Relative Depth Of The Damage. Combining Both Technologies Helps To Reduce False Indications, Confirm Damage Growth Areas And Where Ultimate Failure Will Occur. This Provides A Measurement Capability To Detect Growing Damage (location And Size) For Improved Structures Testing Or During In-service Applications. Multiple Infrared (ir) Cameras And Multiple Acoustic Emission Sensors Can Be Employed Internally Or Externally For Full Coverage Of The Structure. When Significant Damage Growth Is Detected, The Structure Can Be Taken Out Of Service For Repair Or For Further Inspections. This Technology Has Been Demonstrated For Structures Testing. In-situ Nde Inspections Are Necessary To Provide Structural Engineers A Tool To Incrementally Control And Document Damage Growth As A Function Of Fatigue Cycles Before Failure. This Allows For The Comparison Of Nde Results To Develop And Validate Progressive Damage Analysis (pda) Models. The Ultimate Goal Is To Use The Validated Pda Models To Decrease The Time Required To Certify Composite Structures And Therefore Save Development Costs. Real Time Nde Can Document The Progression Of Damage And Provide The Documentation Of Ultimate Failure Mechanisms. to Express Interest In This Opportunity, Please Submit A License Application Through Nasa’s Automated Technology Licensing Application System (atlas) By Visitinghttps://technology.nasa.gov/patent/lar-tops-247 if You Have Any Questions, Please E-mail Nasa’s Technology Transfer Program Atagency-patent-licensing@mail.nasa.govwith The Title Of This Technology Transfer Opportunity As Listed In This Sam.gov Notice And Your Preferred Contact Information. For More Information About Licensing Other Nasa-developed Technologies, Please Visit The Nasa Technology Transfer Portal Athttps://technology.nasa.gov/ these Responses Are Provided To Members Of Nasa’s Technology Transfer Program For The Purpose Of Promoting Public Awareness Of Nasa-developed Technology Products, And Conducting Preliminary Market Research To Determine Public Interest In And Potential For Future Licensing Opportunities.no Follow-on Procurement Is Expected To Result From Responses To This Notice.

Details: Description :five Layered Self Adhesive Absorbent Sacral Dressing Designed For Exuding Wounds, With Soft silicone Adhesive Wound Contact Layer With Wound Pad Absorption Layer Made Up To Polyacrylate Fibers & Po lyester Fibers, Wound Pad Acquisition Layer Made Up Of Polyurethane Foam And Spreading Layer Made Up Of non- Woven Viscose Polyester, With Polyurethane Backing Film As Water, Bacterial And Virtal Barrier. A Prote ctive Release Liner Made Up Of Ploythylene Film. Product Should Be Ce Certified. Usage Up To 7 Days, Size 16 x 20 Cm ]

Details: The U.s. Corps Of Engineers (usace} Has A Requirement For Road, Trail, And Infrastructure Repairs At Saylorville Lake That Includes, But Is Not Limited To, Removal Of Existing Aggregate Base, Preparation Of Existing Aggregate Base, Compacted Portland Cement Or Fly Ash Modified Base Course, New Compacted Aggregate Base, Compacted Aggregate Shoulders, Topsoil Placement, Fill, Excavation/cut, Asphalt Pavement Patching, Asphalt Cement Concrete (acc) Milling, Asphalt Crack/joint Sealing, Acc Pavement Demolition And Removal, Saw Cut Asphalt, Trail Section Replacement, Bituminous Fog Coat, Hot Mix Asphalt (hma) Binder Course, Hma Surface Course, Portland Cement Concrete (pcc) Milling, Concrete Crack/joint Sealing, Pcc Pavement And Curb And Gutter Demolition And Removal, Steel Reinforcement, Concrete Curb And Gutter, Concrete Pavements And Slabs, Pcc Sidewalks, Synthetic Fiber Reinforcement, Seeding, Geotextile, Pavement Marking, Steel-backed Timber Guardrail Installation, Detectable Warning Panels, Site Restoration, And Related Incidental Work. estimated Range: Above $10,000,000.00 this Action Is An Unrestricted Invitation For Bids (ifb) (full And Open Competition) see The Attached Solicitation And Attachments For A Detial Description Of The Requirement

Details: The U.s. Corps Of Engineers (usace) Has A Requirement For Road, Trail, And Infrastructure Repairs At Lake Red Rock That Includes, But Is Not Limited To, Removal Of Existing Aggregate Base, Preparation Of Existing Aggregate Base, Compacted Portland Cement Or Fly Ash Modified Base Course, New Compacted Aggregate Base, Compacted Aggregate Shoulders, Topsoil Placement, Fill, Excavation/cut, Asphalt Pavement Patching, Asphalt Cement Concrete (acc) Milling, Asphalt Crack/joint Sealing, Acc Pavement Demolition And Removal, Saw Cut Asphalt, Trail Section Replacement, Bituminous Fog Coat, Hot Mix Asphalt (hma) Binder Course, Hma Surface Course, Portland Cement Concrete (pcc) Milling, Concrete Crack/joint Sealing, Pcc Pavement And Curb And Gutter Demolition And Removal, Steel Reinforcement, Concrete Curb And Gutter, Concrete Pavements And Slabs, Pcc Sidewalks, Synthetic Fiber Reinforcement, Seeding, Geotextile, Pavement Marking, Steel-backed Timber Guardrail Installation, Detectable Warning Panels, Site Restoration, And Related Incidental Work. esitmated Range: More Than $10,000,000.00 this Action Is A 100% Small Business Set-aside see The Attached Solicitation, And Attachments For The Detailed Requirement

Details: Nasa’s Technology Transfer Program Solicits Inquiries From Companies Interested In Obtaining License Rights To Commercialize, Manufacture And Market The Following Technology. License Rights May Be Issued On An Exclusive Or Nonexclusive Basis And May Include Specific Fields Of Use.nasa Provides No Funding In Conjunction With These Potential Licenses. the Technology: nasa Langley Research Center Has Developed A Novel Polymer Material That Can Be Utilized As A Real-time Structural Health Monitoring Sensor. The Material Is Electroactive And Generates A Signal In Response To A Mechanical Force. The Material Is Also Highly Elastic, Which Allows For A Large Range Of Measurable Strain Levels, And Is Highly Durable. the Material Is Manufactured Into Micro- And/or Nanofibers From Polyvinylidene Fluoride, Or Pvdf, A Thermoplastic Fluoropolymer That Is Highly Piezoelectric When Poled. The Material Can Either Be Spun Directly Onto Composite Panels Or Can Be Embedded Within The Material. Defect Detection Is Captured As The Result Of The Piezoelectric Pvdf Fibers Acting Similarly To Wires. The Fabrication Method Of The Electroactive Material Is Based On A Previous Nasa Langley Invention Of An Apparatus That Is Used To Electrospin Highly Aligned Polymer Fiber Material. A Description Of The Fabrication Method Can Be Found In The Technology Opportunity Announcement Titled Highly Electrospun Fibers And Mats, Which Is Available On Nasa Langley Technology Gateway. to Express Interest In This Opportunity, Please Submit A License Application Through Nasa’s Automated Technology Licensing Application System (atlas) By Visitinghttps://technology.nasa.gov/patent/lar-tops-195 if You Have Any Questions, Please E-mail Nasa’s Technology Transfer Program Atagency-patent-licensing@mail.nasa.govwith The Title Of This Technology Transfer Opportunity As Listed In This Sam.gov Notice And Your Preferred Contact Information. For More Information About Licensing Other Nasa-developed Technologies, Please Visit The Nasa Technology Transfer Portal Athttps://technology.nasa.gov/ these Responses Are Provided To Members Of Nasa’s Technology Transfer Program For The Purpose Of Promoting Public Awareness Of Nasa-developed Technology Products, And Conducting Preliminary Market Research To Determine Public Interest In And Potential For Future Licensing Opportunities.no Follow-on Procurement Is Expected To Result From Responses To This Notice.

Description: CATEGORY: O RING , O RING 87X2 , CLAMP 279X3 6MM , OIL FITER HR , ALLEN SCREW M6X30DIN912 , CLAMP142X2 5 , LOCK WASH A 6 , LOCKWASHER DIN 128 A5 FST , O RING 32X2 , GASKET RING A16X10 DIN 7603 , VALVE STEM SEAL , ROLLER BEARI NJ 205 ECP C3 , BALL BEARING 6002Z 15 32 9 , NEEDLE SLEEVE22X2812 , ALLEN SCREW M6X16 , ALLEN SCREW M6 , ALLEN SCREW , WOODRUFF KEY 4X5 , BRAKE PAD LINING , GASKET RING 10 2X15X1 5 O RING , VALVE COTTER , CARBO BRUSH ASSEMBLY , SPARK PLUG CONNECTOR , Rubber Flang Assy , MAIN JET 158 , SPARK PLUG 12 , O RING 8X2 , Ball 8 5 , HEX SCHRAUBE M6X16 , SHIM , THRUST WASHER 33 2 51 1 O RING 3 2X1 8 , BALL BEARING 16002 15 32 8 , BALL BEARI 6207E TN6 35 72 17 , WORM GEAR 5 T , PUMP SHAFT , CAMSHAFT 227 DEG ASSY W O RPM , Compression Spring , VALVE SPRING , DISK SPRING B80 80X41X3 , HEX NUT M34X LH , HEX NUT M30X1 5 12 MM LH , MONOHOOK CIRCLIP 20 , LOCK WASHER A6 , CIRCLIP 70 , FRICTION WASHER VS 30 , DRIVE SLEEVE LONG , CABLE CLAMP 7 M5 , Spring type Clam CABLE CLAMP , Clamp 16 9 Manifold , INTAKE VALVE 38 MM , EXHAUST VALVE 32 MM , VALVE SPRING RETAINER , RUBBER BUFFER 25X19XM6 , GLASS FIBER SILICON SHEATING 120 , Carburator Hose , PROTECTION HOSE 8X1 , FLOATS PAIR , IGNITION CABLE 7MM , BRUSH HOLDER WITH SPRING , HYDR.VALVE TAPPET SET , CRANKSHFT ASSY , FUEL PUMP , PISTON PIN 20X12X55 3 , RADIATOR CAP WITH GASKET 1 2 , RUBBER HOSE COOLING SYSTEM , OIL RETURN TUBE , RING HALF , SHIM 16 27 9 1 , SHIM 35 4 43 0 2 , SHIM 35 4 43 0 5 SHIM 35 4 43 1 0 , Gasket , BEARING BUSHING , VESPEL BUSHING VESPEL , PLAIN BEARING C , PLAIN BEARING D , SPRING , RETURN SPRING , HEX TORX SCREW M8X45 , STUD M8X23 20 , HEX NUT M8 WS 11 MM , THRUST WASHER 45 2 1 , WASHER 8 , Lock Washer , LOCK WASHER A5 , LOCK WASHER A8 , GASKET RING A8X13 DIN 7603 , O RING 32X4 , OIL SEAL AS 40X55X7 FPM , SPRAG CLUTCH 51 70X68 377 , RUBBER BUFFER25X15XM6 , THROTTLE SHAFT , Temperatu Sensor , PISTON ASSY 79 50 79 51 MM , PROTECTION HOSE 30MM , WASHER A 5 5 DIN 6902