• DAMIAO DM-JH17-2EC motor main view, compact black housing with silver mounting flange
  • Side profile of DAMIAO DM-JH17-2EC motor showing finned body and recessed connector port
  • Angled perspective view highlighting the mounting flange, housing ribs, and outer retaining ring
  • Rear end view with black end cap and center bore, showing connector opening on the side
1 5

DAMIAO DM-JH17-2EC Motor DM-JH17-51-2EC / 101-2EC, CAN 5Mbps, Dual 17-bit Encoders, 24-48V

DAMIAO DM-JH17-2EC Motor DM-JH17-51-2EC / 101-2EC, CAN 5Mbps, Dual 17-bit Encoders, 24-48V

DAMIAO

$534.00 USD
$534.00 USD
Aanbieding Uitverkocht
Belastingen inbegrepen. Verzendkosten worden berekend bij de checkout.
Version
Communication Module
Accessory Kit
  • PayPal
  • Visa
  • Mastercard
  • American Express
  • JCB
  • Discover
  • Diners Club
  • Google Pay
  • Apple Pay
Alle details bekijken

Overview

DAMIAO DM-JH17-2EC Motor series includes DM-JH17-51-2EC and DM-JH17-101-2EC, designed for robotic joints and actuators requiring CAN control, dual encoders, and hybrid force-position control support. Rated voltage is 24V (supports 24-48V), with CAN control interface up to 5Mbps and UART tuning at 921600 bps.

Applications

  • Humanoid Robots
  • Robotic Arms
  • Exoskeletons
  • Quadruped Robots
  • AGV Vehicles
  • ARU Robots

Key Features

  • Models: DM-JH17-51-2EC and DM-JH17-101-2EC
  • Control interface: CAN @ 5Mbps (Max)
  • Tuning interface: UART @ 921600 bps
  • Dual encoders: 2 encoders, 17-bit resolution, ±0.03 degrees accuracy
  • MIT Mode: Position & Velocity Mode
  • Control modes: Force-Position Hybrid Control; Cyclic Synchronous Position/Velocity/Torque Mode
  • Protection functions: driver/motor over-temperature, over-voltage, communication loss, over-current, under-voltage (details in Specifications)

Specifications

Parameter DM-JH17-51-2EC DM-JH17-101-2EC
Rated Voltage 24V (supports 24-48V) 24V (supports 24-48V)
Rated Phase / Supply Current 4.62A / 4.04A @ 24V; 4.62A / 3.98A @ 48V 6.31A / 3.23A @ 24V; 6.31A / 1.72A @ 48V
Peak Phase / Supply Current 12.94A / 7.88A @ 24V; 12.94A / 7.68A @ 48V 16.85A / 6.56A @ 24V; 16.85A / 3.72A @ 48V
Rated Torque 16 N·m 24 N·m
Peak Torque 24 N·m 54 N·m
Rated Speed 40 rpm 20 rpm
Max Allowable Speed 60 rpm 30 rpm
Gear Ratio 51:1 101:1
Number of Pole Pairs 10 10
Phase Inductance 107 µH (@25°C) 107 µH (@25°C)
Phase Resistance 0.161 Ω (@25°C) 0.161 Ω (@25°C)
Outer Diameter 80 mm 80 mm
Height 70 mm 70 mm
Through Hole Size 15 mm 15 mm
Motor Weight Approx. 985g Approx. 985g
Encoder Resolution 17 bit 17 bit
Number of Encoders 2 2
Encoder Accuracy ±0.03 degrees ±0.03 degrees
Control Interface CAN @ 5Mbps (Max) CAN @ 5Mbps (Max)
Tuning Interface UART @ 921600 bps UART @ 921600 bps
MIT Mode Position & Velocity Mode Position & Velocity Mode
Control Modes Force-Position Hybrid Control, Cyclic Synchronous Position Mode, Cyclic Synchronous Velocity Mode, Cyclic Synchronous Torque Mode Force-Position Hybrid Control, Cyclic Synchronous Position Mode, Cyclic Synchronous Velocity Mode, Cyclic Synchronous Torque Mode
Protection Driver over-temperature protection: 100°C, motor will exit enable mode. Motor over-temperature protection: configurable, recommended ≤90°C, motor will exit enable mode. Over-voltage protection: configurable, recommended ≤54V, motor will exit enable mode. Communication loss protection: if no CAN command is received within the set period, motor will exit enable mode. Over-current protection: configurable, recommended ≤0.98, motor will exit enable mode. Under-voltage protection: motor will exit enable mode if supply voltage falls below set value; supply voltage should not be lower than 20V. Driver over-temperature protection: 100°C, motor will exit enable mode. Motor over-temperature protection: configurable, recommended ≤90°C, motor will exit enable mode. Over-voltage protection: configurable, recommended ≤54V, motor will exit enable mode. Communication loss protection: if no CAN command is received within the set period, motor will exit enable mode. Over-current protection: configurable, recommended ≤0.98, motor will exit enable mode. Under-voltage protection: motor will exit enable mode if supply voltage falls below set value; supply voltage should not be lower than 20V.

Mechanical Drawing Notes (selected callouts)

  • Through hole: Ø15 +0.10 (Through)
  • Outer diameters shown: Ø80 (body), Ø75 (rear view), Ø74 (front view callout), Ø61 (rear view callout), Ø54 (front view callout)
  • Side view heights shown: 40, 59, 70
  • Side view diameters shown: Ø70 (top), Ø60 (bottom), Ø62 (bottom callout)
  • Angles shown: 45°, 15°, 37.50°
  • Hole callouts shown: 4-Ø3 (+0.02/0); 8-Ø3.2 depth 10; M3 depth 7.5; 8-M3 depth 10.5; 4-M4 depth 4.5; 8-M3 depth 4.5
  • Note: It is not recommended to use the M4 threaded holes on the back cover for connecting load-bearing structural parts, as it may easily cause damage to the back cover structure.

For selection guidance and integration support (CAN/UART), contact support@rcdrone.top or visit https://rcdrone.top/.

Details

DM-JH17-2EC motor mechanical drawing with front/rear views, mounting hole pattern, and key dimensions

Use the dimensioned drawing to verify mounting hole layout, through-hole size, and overall height before integrating the actuator into a joint design.

Related Collections