|
Hex Nut Set With Nylon Locking Element For Robotics, 100Pcs, M3 Thread. M3 Nyloc Nuts - 100 Pack. All Characteristics Must Be No Less, And The Dimensional Parameters Must Be Within The Specified Limits: Thread Diameter - From 2.8 To 3.1 Mm; Thread Pitch - From 0.4 To 0.5 Mm; Nut Width - At Least 5 Mm; The Height Of The Nut With A Nylon Fixing Element Is Not Less Than 4.1 Mm; Height Of The Standard Version Is Not Less Than 2.2 Mm. The Product Is A Hex Nut Made Of Galvanized Steel With A Nylon Locking Element That Provides Additional Resistance To Spontaneous Loosening Of The Threaded Connection., Ball Bearing Set For Robotic Structures, Inner Diameter 8 Mm, Profiled, 2 Pcs. 1611 Series Ball Bearing (8Mm Rex Id) - 2 Pack. All Characteristics Must Be No Less Than, And Dimensional Parameters Must Be Within The Specified Limits: The Set Includes Two Ball Bearings Designed To Ensure Smooth Rotation And Reduce Resistance When Operating Moving Elements Of Robotic Structures. Each Bearing Has A Mass Of At Least 3 G, Is Made Of High Carbon Steel And Is Designed For Installation On A Shaft With An Internal Diameter Of 7 To 8.4 Mm. The Bearing Design Provides Support For Rotating Elements And Transfers Mechanical Loads Between The Shaft And Installed Structural Components. Ball Bearings Are Used As Part Of Various Mechanisms Of Robotic Systems, Where Stable Rotation And Reliable Fixation Of The Rotating Shaft Are Required. The Internal Bore Is Designed For Use With A Matching Profiled Shaft, And The Use Of High Carbon Steel Ensures The Bearings Structural Strength. The Connecting Dimensions Of The Product Ensure Mechanical Compatibility With The Structural Set Of Position 3 Without Additional Processing., Digital Dual-Mode Servo Drive For Controlling Robotic Mechanisms. 2000 Series Dual Mode Servo. All Characteristics Must Be No Less Than: The Servo Drive Is Designed To Control Rotary And Actuator Mechanisms Of Robotic Systems And Is Equipped With A Digital Programmable Control System Using A Pulse Width Signal. The Gear Ratio Is At Least 285:1, The Output Shaft Is Splined With At Least 23 Teeth, And Its Rotation Is Supported By Two Ball Bearings. A Dc Commutator Motor Is Used As A Drive, And A Potentiometer With A Resistance Of At Least 4.75 Kohm Is Used To Determine The Position Of The Output Shaft. The Operating Voltage Ranges From At Least 4.5 V To At Least 7 V. The No-Load Rotation Speed At A Voltage Of 4.8 V Is At Least 38 Rpm, At 6.0 V - At Least 47 Rpm, At 7.4 V - At Least 57 Rpm. The Torque When The Shaft Is Stopped Is Not Less Than 16.3 Kg Cm At 4.8 V, Not Less Than 20.5 Kg Cm At 6.0 V And Not Less Than 23.9 Kg Cm At 7.4 V. The Mass Of The Servo Drive Is Not Less Than 57 G. The Control System Supports A Control Pulse Range From Not Less Than 475 Μs To Not Less Than 2375 Μs. The Maximum Rotation Angle In Standard Mode Is No Less Than 285°, The Control Signal Frequency Is No Less Than 47 Hz. The Gearbox Is Designed With Steel Gear Elements., Rechargeable Nickel-Metal Hydride Battery For Robotic Systems, 12 V, 3000 Mah. 12V Nimh Nested Battery (3000Mah). All Characteristics Must Be No Less Than: The Battery Is Designed To Power Robotic Systems And Is Made On The Basis Of Nickel-Metal Hydride Electrochemical Technology. The Rated Voltage Is At Least 11 V, The Electrical Capacity Is At Least 2850 Mah. The Design Is Made On The Basis Of Cylindrical Battery Cells Of The Appropriate Size And Is Equipped With A Connecting Wire With A Cross-Section Of At Least 1.2 Mm², Intended For Connection To The Electrical System Of The Equipment. The Mass Of The Battery Is At Least 567 G. For Connection, A Compact Power Connector Is Provided, Which Ensures The Connection Of The Battery With The Corresponding Electrical Circuit Of The Robotic System. To Protect The Electrical Circuit, The Battery Is Equipped With A Blade-Type Fuse With A Nominal Current Of At Least 19 A, Designed To Limit The Current In The Event Of An Overload Or Short Circuit. The Nickel Metal Hydride Chemical System Stores And Releases Electrical Energy To Power Connected Devices., Kit For Creating, Assembling And Upgrading Robotic Structures, Season 2025–2026. Ftc Starter Kit (2025-2026 Season). All Characteristics Must Be At Least: The Kit Is Designed For The Creation, Assembly And Modernization Of Robotic Structures And Combines A Large Number Of Structural, Drive And Fastening Components In A Single Set. The Composition Includes Planetary Gearmotors That Combine An Electric Motor With A Planetary Gearbox And An Output Shaft With A Profiled Cross-Section That Ensures Reliable Transmission Of Torque. The Drive Elements Are Designed For Installation In Various Robotic Structures And Provide The Possibility Of Using Several Mounting Options. The Design Of The Components Allows For The Creation Of Various Mechanisms Taking Into Account The Requirements Of A Specific Robotic Platform, And The Use Of Ball Bearings Helps Reduce Rotational Resistance And Ensures Smooth Movement Of Moving Elements. The Kit Also Includes Steel Drive Shafts With A Diameter Of At Least 7 Mm, Designed To Transmit Rotational Motion Between The Elements Of The Mechanism And Work In Conjunction With Ball Bearings. Both Ends Of The Shafts Are Provided With Threaded Holes For Mounting Compatible Components, As Well As Locking Elements Designed To Limit Axial Movement Of Installed Components. The Design Of The Set Provides For The Possibility Of Combining Various Parts With Each Other And Allows You To Create Drive, Rotational And Other Functional Mechanisms Of Robotic Systems With The Possibility Of Further Modification And Expansion Of The Design., Kit For Assembling Robotic Systems. Ftc Starter Kit V3.1. All Specifications Must Be At Least: The Kit Includes More Than 1,400 Components For Assembling And Constructing Robotic Systems, Supplied In A Plastic, Portable Container For Storage And Transportation. It Features Aluminum Extrusion Components Including C-Channels And Structural Extrusions, As Well As Customizable Planetary Gearboxes With High-Torque Electric Motors. The Kit Contains Various Wheel Options, Including Wheels With Petal Elements, Designed To Create And Configure Mechanisms For Grasping And Feeding Objects, As Well As An Intelligent Servo Drive With The Ability To Install Various Additional Devices. The Kit Also Includes Standardized Fasteners With M3 Threads And A Corresponding Set Of Tools Designed For Assembly And Adjustment Of Structures. All Components Are Selected For The Creation, Prototyping And Subsequent Modernization Of Robotic Mechanisms, While The Design Of The Set Provides For The Possibility Of Combining Various Elements With Each Other To Form Drives, Running Gears, Working Units And Other Functional Parts Of The Robot.
|
