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T-7936 Direct Drive Motor | 24V, 1.2 N·m Rated Torque, 3.7 N·m Peak Torque | For Intermittent Indexing and Rotary Fixtures

T-7936 Direct Drive Motor | 24V, 1.2 N·m Rated Torque, 3.7 N·m Peak Torque | For Intermittent Indexing and Rotary Fixtures
T-7936 Direct Drive Motor | 24V, 1.2 N·m Rated Torque, 3.7 N·m Peak Torque | For Intermittent Indexing and Rotary FixturesT-7936 Direct Drive Motor | 24V, 1.2 N·m Rated Torque, 3.7 N·m Peak Torque | For Intermittent Indexing and Rotary FixturesT-7936 Direct Drive Motor | 24V, 1.2 N·m Rated Torque, 3.7 N·m Peak Torque | For Intermittent Indexing and Rotary Fixtures
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CategoriesDirect Drive Motor
BrandSolismotor Custom Robot Joint Drives
Product SpecificationsT-7936
Rated Torque1.2N·m
Peak Torque3.7N·m
Rated Power74.4W
CommunicationCAN / RS485
ProtectionIP54
Weight~418g
Nominal speed354
Detail Information

T-7936 Direct Drive Motor

Intermittent turntables and rotary fixtures need to meet running loads as well as torque demands during acceleration, deceleration and reversal. The T-7936 provides 1.2 N·m rated torque and 3.7 N·m peak torque, with a rated speed of 354 rpm and a 24 V rated supply. Its Ø79 × 36 mm body and approximately 418 g weight make it an option for evaluating short-duration output and cyclic motion where installation conditions permit. Direct coupling provides a short transmission path between the motor and indexing platform; acceleration requirements can be evaluated using load inertia and the motor’s available torque.
MG 3505-36 Robot Joint Motor

Product Advantages

Motor features and dimensions

3.7 N·m Peak Torque for Acceleration Assessment

Platform inertia and target acceleration determine torque demand during start-stop motion. The 3.7 N·m peak rating provides a reference for assessing brief acceleration phases and comparing motion timing with available output margin. The specified peak current of 16 A also supports power-supply and current-limit planning.

1.2 N·m Rated Torque for Running Loads

The 1.2 N·m rated torque provides a basis for assessing friction and eccentric loading during normal operation. For repetitive cycles, considering running, acceleration and dwell phases together gives a more complete view of output and thermal loading than checking a single movement alone.

Robot joint motor specifications

Output Within a 36 mm Body Thickness

The 79 mm outside diameter and 36 mm thickness define the motor envelope for a rotary fixture base. The 418 g weight can be included in the mass budget of a fixed mount or moving bracket. A direct-drive arrangement can reduce intermediate reduction components, allowing the mechanical layout to focus on the motor, load connection and support structure.

Focus on Indexing and Reciprocating Motion

Intermittent indexing mechanisms can be assessed around platform inertia and target cycle time. Rotary fixtures can be evaluated against resistance during processing or inspection, while oscillating assemblies can be matched to reversal acceleration and eccentric load moments. The 354 rpm rated speed provides a reference; actual movement time depends on the load and acceleration and deceleration settings.

Robot application scenarios

Motion Control and System Connectivity

A single-turn absolute encoder provides position feedback. The associated controller supports position, speed and Q-axis current modes for angular positioning, continuous rotation or current-regulation tasks. RS485 and CAN interfaces support connection to the equipment control system. Motor control resolution is 14 bit; actual motion performance depends on the load, mechanical connection and control tuning.

Technical Specifications

ParameterValue
ModelT-7936
Configuration InterfaceRS485
Rated Voltage12-40 VDC
Rated Torque1.2 N·m
Peak Torque3.7N·m
Rated Power69.6W
Encoder Resolution14-Bit
CommunicationCAN 
Protection RatingIP54
Weight (with driver)~418 g
Nominal speed354
Noise< 50 dB
Working Temperature-20 ~ +80 °C
Dual Encoder SupportYes (Output Shaft)
Custom Brake SupportYes

Key Applications

Humanoid Robots

Joint actuation for bipedal and full-body humanoid platforms

Collaborative Robots

Safe, precise motion for cobot arms and grippers

Exoskeletons

Power assist and rehabilitation exoskeleton systems

Education & Research

Robotics labs, university projects, and prototyping

Medical Assistants

Surgical robots and rehabilitation equipment

Smart Automation

Automated guided vehicles and smart manufacturing

Downloads

Product documents for engineering evaluation, mechanical integration and maintenance planning.

T-7936 Datasheet

PDF · Electrical and mechanical specification
Download

T-7936 2D Drawing

PDF · Dimensions and mounting interface
Download

T-7936 3D STEP Model

STEP · Integration model for CAD
Download

T-7936 User Manual

PDF · Wiring, tuning and maintenance
Download

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