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Set Of Flexible Impellers With Blades For Gripping Mechanisms, 5 Mm Hex Shaft, Medium, 4 Pcs. Flap Wheel 5Mm Hex - Medium - 4 Pack. All Characteristics Must Be At Least, And Dimensional Parameters Must Be Within The Specified Limits: Weight Of One Product - At Least 8 G; Internal Landing Size - From 4 To 5.3 Mm; Hardness Of The Working Surface - At Least 28 Units On The Shore A Scale. The Product Is A Flexible Impeller With Blades, Made Of Polypropylene And Thermoplastic Elastomer. The Design Is Intended For Use In Gripping And Feeding Mechanisms. The Design Includes A Hexagonal Mounting Hole And Flexible Working Blades, The Length Of Which Can Be Changed By Cutting With Scissors According To The Provided Marks., 1. Toothed Drive Belt For Robotic Mechanisms, 132 Teeth, Pitch 5 Mm. 132T 5M Belt. 4 Pcs All Characteristics Must Be No Less, And The Dimensional Parameters Must Be Within The Specified Limits: Belt Length - From 627 To 693 Mm; Width - At Least 8 Mm; Number Of Teeth - From 125 To 139; Tooth Pitch - From 4.75 To 5.25 Mm. The Product Is A Toothed Drive Belt With Evenly Spaced Teeth Along The Inner Working Surface. The Design Is Designed To Transmit Rotational Motion Between Mating Elements Of A Mechanical Drive Through Gearing. 2. Toothed Drive Belt For Robotic Mechanisms, 102 Teeth, Pitch 3 Mm. 102T 3M Belt. 5 Pcs. Tooth Pitch - From 2.85 To 3.15 Mm; Number Of Teeth - From 97 To 107; Design Length - From 291 To 321 Mm; Belt Width - From 5 To 9 Mm. The Product Is A Toothed Drive Belt Made Of Chloroprene Rubber With Teeth Of A Rounded (Curvilinear) Profile. 3. Toothed Drive Belt For Robotic Mechanisms, 150 Teeth, Pitch 2 Mm. 150T 2M Belt. 4 Pcs All Characteristics Must Be No Less, And Dimensional Parameters Must Be Within The Specified Limits: Tooth Pitch - From 1.9 To 2.1 Mm; Number Of Teeth - From 142 To 158; Design Length - From 285 To 315 Mm; Belt Thickness - Not Less Than 1.31 Mm; Tooth Height - Not Less Than 0.71 Mm; Belt Width - From 5 To 9 Mm. The Product Is A Toothed Drive Belt Made Of Chloroprene Rubber With Teeth Of A Rounded (Curvilinear) Profile. The Design Is Designed To Transmit Rotational Motion Between Mating Elements Of A Synchronous Drive Through Gearing., Elastic Latex Tube For Gripping Mechanisms Of Robotic Structures, Diameter 3 Mm. Surgical Tubing - 3Mm. All Characteristics Must Be No Less, And The Dimensional Parameters Must Be Within The Specified Limits: Tube Length - No Less Than 2.8 M; Outer Diameter - From 2.8 To 3.2 Mm. The Product Is A Latex-Based Elastic Rubber Tube Intended For Use In The Gripping And Feeding Mechanisms Of Robotic Structures. The Flexible Design Allows You To Lay A Tube Between The Holes Of Two Wheels, Forming An Elastic Working Element. Material: Latex Rubber, Color: Black., Multi-Color Status Indicator Light For Robotic And Electronic Systems. Rgb Indicator Light. All Characteristics Must Be No Less Than: Weight Of The Product With Wire And Fasteners - No Less Than 34 G; Input Voltage Range - At Least 4–14 V; Control Signal Voltage - At Least 3–4 V; Control Signal Range - No Less Than 475–2375 Μs; The Length Of The Mounting Screw Is At Least 19 Mm; Connecting Cable Length – At Least 285 Mm. The Product Is A Light Indicator With Multi-Color Light Indication, Designed To Visually Display The Status Of Robotic And Electronic Systems. The Design Provides For Connection To Control Equipment Via Several Input Connectors. Operating Power Is Supplied From A Constant Voltage Source In The Specified Range., Aluminum Connecting Hub For Robotic Structures. 1309 Series Sonic Hub. All Characteristics Must Be No Less Than, And The Dimensional Parameters Must Be Within The Specified Limits: Product Weight - No Less Than 13 G; Internal Seat Size - From 7 To 8.4 Mm. The Design Includes A Connecting Hub Made Of Aluminum, Designed For Installation On The Shaft And Transmission Of Rotational Motion Between The Mating Elements Of The Robotic Structure. The Product Is Made Of Aluminum Material And Has A Protective And Decorative Anodized Coating. The Landing Part Is Made With A Profiled Internal Hole, Ensuring Compatibility With The Corresponding Shaft. The Connecting Dimensions Of The Product Ensure Mechanical Compatibility With The Structural Set Of Position 3 Without Additional Processing., Set Of Spacer Stands For Robotic Systems, 288 Mm, 4 Pcs. 1516 Standoff (288Mm) - 4 Pack. All Characteristics Must Be No Less, And The Dimensional Parameters Must Be Within The Specified Limits: The Mass Of One Spacer Post Must Be No Less Than 32 G; Length - From 273 To 302 Mm. The Design Includes A Spacer Post Made Of Aluminum With A Multifaceted Cross-Section And M4 Internal Thread, Designed To Form A Specified Distance Between The Elements Of Robotic Structures And Ensure Their Spatial Fixation. The Product Is Used In Prefabricated Mechanisms, Frames And Structural Units Where It Is Necessary To Create A Rigid Connection Between Individual Elements. The Aluminum Base Provides Structural Strength And Ease Of Integration Of The Rack Into A Variety Of Assembly Solutions. The Connecting Dimensions Of The Product Ensure Mechanical Compatibility With The Structural Set Of Position 3 Without Additional Processing., Set Of Aluminum Spacer Stands For Robotic Systems, 240 Mm, 4 Pcs. 1516 Standoff (240Mm) - 4 Pack. All Characteristics Must Be No Less Than, And Dimensional Parameters Must Be Within The Specified Limits: The Kit Is Intended For Creating Spacer, Connecting And Load-Bearing Elements In The Designs Of Robotic Systems. Includes Four Aluminum Spacer Posts. The Weight Of One Rack Is At Least 26 G, Length - From 228 To 252 Mm. The Racks Are Made Of Aluminum, Have An M4 Internal Thread With A Pitch Of 0.66 To 0.74 Mm And A Multi-Faceted Section With A Wrench Size Of 6.6 To 7.4 Mm, Which Allows You To Hold The Rack With A Wrench During Assembly. Racks Are Designed To Form Rigid Connections Between Individual Structural Elements And Install Components At A Given Distance From Each Other. The Connecting Dimensions Of The Product Ensure Mechanical Compatibility With The Structural Set Of Position 3 Without Additional Processing., Wheel With Rubber Tread For Running Gears Of Robotic Systems, Diameter 96 Mm. 3614 Series Rhino Wheel (96Mm). All Characteristics Must Be No Less, And The Dimensional Parameters Must Be Within The Specified Limits: The Wheel Is Intended For Use In The Running Mechanisms (Chassis) Of Robotic Systems, Including Push-Type Platforms. The Wheel Diameter Ranges From 91 To 101 Mm, Width – From 30 To 34 Mm. The Weight Of The Product Is At Least 134 G. The Wheel Consists Of A Hard Plastic Body (Disc) And A Rubber Tread With A Thickness Of At Least 4 Mm. The Hardness Of The Rubber Tread Is From 28 To 32 Units On The Shore A Scale. The Diameter Of The Central Mounting Hole Is From 13 To 15 Mm. The Connecting Dimensions Of The Product Ensure Mechanical Compatibility With The Structural Set Of Position 3 Without Additional Processing., Set Of Fixing Rings For The Shaft Of Robotic Mechanisms, 10 Pcs. Shaft Collars - 10 Pack. All Characteristics Must Be No Less, And The Dimensional Parameters Must Be Within The Specified Limits: Thickness - No Less Than 7 Mm; Outer Diameter - Not Less Than 12 Mm; Internal Diameter - From 5 To 5.5 Mm; The Diameter Of The Fastening Screw Is At Least 2.8 Mm; The Length Of The Mounting Screw Is At Least 3 Mm. The Product Is A Stainless Steel Locking Ring Designed To Secure Gears, Sprockets, Wheels And Other Elements On A Hex Shaft. The Design Prevents Displacement Of Installed Parts Along The Shaft Axis. The Fixing Element Is Installed On The Shaft In The Required Position And Secured With A Clamping Screw., 1. Toothed Drive Belt For Robotic Mechanisms, 265 Mm, 53 Teeth. Htd Belt 265Mm/53T. All Characteristics Must Be No Less, And The Dimensional Parameters Must Be Within The Specified Limits: Product Weight - No Less Than 9 G; Width - At Least 8 Mm; Count Teeth - From 50 To 56; Tooth Pitch - From 4.75 To 5.25 Mm; Design Length - From 251 To 278 Mm. The Product Is A Toothed Drive Belt Made Of Neoprene Material With Reinforcing Fiberglass Cords. The Design Is Designed To Transmit Rotational Motion Between Mating Elements Of The Mechanism Using Gearing. 2. Toothed Drive Belt For Robotic Mechanisms, 320 Mm, 64 Teeth. Htd Belt 320Mm/64T. Product Weight: Not Less Than 11 G; Width - At Least 8 Mm; Count Teeth - From 60 To 67; Tooth Pitch - From 4.75 To 5.25 Mm; Design Length - From 304 To 336 Mm. The Product Is A Toothed Drive Belt Made Of Neoprene Material With Reinforcing Fiberglass Cords. The Design Is Designed To Transmit Rotational Motion Between Mating Elements Of The Mechanism Through Gearing. 3. Toothed Drive Belt For Robotic Mechanisms, 215 Mm, 43 Teeth. Htd Belt 215Mm/43T. Product Weight - At Least 7 G; Width - At Least 8 Mm; Count Teeth - From 40 To 45; Tooth Pitch - From 4.75 To 5.25 Mm; Design Length - From 204 To 226 Mm. The Product Is A Toothed Drive Belt Made Of Neoprene Material With Reinforcing Fiberglass Cords. The Design Is Designed To Transmit Rotational Motion Through Gearing. 4. Toothed Drive Belt For Robotic Mechanisms, 420 Mm, 84 Teeth. Htd Belt 420Mm/84T. Product Weight: Not Less Than 15 G; Width - At Least 8 Mm; Count Teeth - From 79 To 88; Tooth Pitch - From 4.75 To 5.25 Mm; Design Length - From 399 To 441 Mm. The Product Is A Toothed Drive Belt Made Of Neoprene Material With Reinforcing Fiberglass Cords.
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