Maxon DC Motor 24mm, Incremental Encoder, Gear 5.4:1, 12V 11W, Arduino CNC Robot, US $45.00 – Picture 0

Maxon DC Motor 24mm, Incremental Encoder, Gear 5.4:1, 12V 11W, Arduino CNC Robot, US $45.00 – Picture 1

Maxon DC Motor 24mm, Incremental Encoder, Gear 5.4:1, 12V 11W, Arduino CNC Robot, US $45.00 – Picture 2

Maxon DC Motor 24mm, Incremental Encoder, Gear 5.4:1, 12V 11W, Arduino CNC Robot, US $45.00 – Picture 3

Maxon DC Motor 24mm, Incremental Encoder, Gear 5.4:1, 12V 11W, Arduino CNC Robot, US $45.00 – Picture 4

Maxon DC Motor 24mm, Incremental Encoder, Gear 5.4:1, 12V 11W, Arduino CNC Robot, US $45.00 – Picture 5

Maxon DC Motor 24mm, Incremental Encoder, Gear 5.4:1, 12V 11W, Arduino CNC Robot, US $45.00 – Picture 6

Maxon Dc Motor 24mm, Incremental Encoder, Gear 5.4:1, 12v 11w, Arduino Cnc Robot

US $45.00

ZH, Switzerland
Jan 29th

Open on mobile:
QR code

Maxon DC motor RE-max 24 Quick Information (Motor + Gear + Encoder) Nominal Motor Voltage: 12 V Nominal Motor Power: 11W Nominal Speed: 5720 rpm Diameter (Motor & Gear): 24 mm Length over all: 86 mm Length encoder to gear mounting flange: 68.7 mm Width at encoder: 33.5 mm Gear shaft diameter: 4 mm Gear shaft length: 11.8 mm Gear ratio: 5.4:1 Total weight: approx. 140 g Encoder resolution at motor shaft: 100 Counts / rotation = 400 Increments / rotation Encoder resolution at gear shaft: 540 Counts / rotation = 2160 Increments / rotation Encoder Voltage: 5 V Encoder Channels: 2 (A-B) Cable length: approx. 300 mm Original price in this configuration: approx. 300 $ PinOut Pin 1: Motor (+) Pin 2: Shield Pin 3: Channel B Pin 4: Vcc Enc (5V) Pin 5: Channel A Pin 6: Gnd Enc Pin 7: Shield Pin 8: Motor (-) About Maxon DC motors maxon DC motors are high-quality motors fitted with powerful permanent magnets. The “heart” of the motor is the worldwide patented ironless rotor. For you, this means cutting-edge technology in compact, powerful and low inertia drives. Application This high quality DC motor with attached incremental encoder and high precision planetary drive can be used for various applications like: - Robotics - Arduino projects DIY - Home automation - Motion control - Position control - Speed control - Mechatronic systems - High torque, hiqh precision, low space application Specifications - Motor Values at nominal voltage Supply Voltage 12V Nominal power 11 Watt No load speed 7470 rpm No load current 30.9 mA Nominal speed 5720 rpm Nominal torque (max. continuous torque) 11.7 mNm Nominal current (max. continuous current) 0.806 A Stall torque 52.5 mNm Starting current 3.48 A Max. efficiency 80 % Characteristics Terminal resistance 3.45 Ohm Terminal inductance 0.155 mH Torque constant 15.1 mNm/A Speed constant 634 rpm/V Speed / torque gradient 145 rpm/mNm Mechanical time constant 6.55 ms Rotor inertia 4.32 gcm2 Thermal data Thermal resistance housing-ambient 24 K/W Thermal resistance winding-housing 5.1 K/W Thermal time constant winding 8.56 s Thermal time constant motor 637 s Ambient temperature -30...+85 °C Max. permissible winding temperature +125 °C Mechanical Data Bearing type Sintered bearings Max. permissible speed 9800 rpm Axial play 0.05 - 0.15 mm Radial play 0.012 mm Max. axial load (dynamic) 1 N Max. force for press fits (static) 80 N (static, shaft supported) 420 N Max. radial loading 2.8 N, 5 mm from flange Weight 71 g Other Specifications Number of pole pairs 1 Number of commutator segments 9 Direction of rotation Clockwise (CW) Number of autoclave cycles 0 Specifications - Gear Gearhead Data Gear type Planetary gear Bearing type Ball bearing Outer diameter 22 mm Shaft diameter 4 mm Shaft length 11.8 mm Reduction 5.4:1 Reduction absolute 27/5 Max. motor shaft diameter 2.5 mm Number of stages 1 Max. continuous torque 0.5 Nm Intermittently permissible torque at gear output 0.8 Nm Sense of rotation drive to output = Max. efficiency 84 % Weight 42 g Average backlash no load 1° Mass inertia 0.5 gcm2 Gearhead length 22 mm Max. transferable continuous performance 58 W Max. transferable short-time performance 93 W Technical Data Radial play max. 0.2 mm, 10 mm from flange Axial play 0 - 0.2 mm Max. radial load 70 N, 10 mm from flange Max. axial load (dynamic) 100 N Max. permissible force for press fits 100 N Recommended input speed 6000 rpm Max. short-time input speed 6000 rpm Recommended temperature range -40...+100°C Specifications - Encoder General information Encoder type Incremental Quadrature Encoder Counts (Lines) per turn 100 Increments per turn 400 Number of channels 2 (A B) Line Driver No Index Signal No Max. speed 12'000 rpm Shaft diameter 2 mm Technical Data Supply Voltage Vcc 5.0 V ± 10.0 % Driver used logic TTL Min. angular acceleration -1 rad / s2 Output current per channel -10...5 mA Signal rise time 200 ns Measurement condition for signal rise time CL = 25 pF, RL = 11kOhm Signal fall time 50 ns Measurement condition for signal fall time CL = 25 pF, RL = 11kOhm Phase shift 90 °e Phase shift, inaccuracy 45 °e Max. moment of inertia of code wheel 0 gcm2 Operating temperature -20...+85 °C Posted with eBay Mobile

Condition	Used : An item that has been used previously. The item may have some signs of cosmetic wear, but is fully operational and functions as intended. This item may be a floor model or store return that has been used. See the seller’s listing for full details and description of any imperfections.
Seller Notes	“Maybe a few scratches, but in excellent working condition, each motor has been tested to be fully functional. Inscriptions will be cleaned or scratched away.”