Product Features
Key design and engineering features of the CC4
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6V extra-low voltage (SELV) operation — inherently safe for human-contact applications
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Pure copper winding for reliable, efficient operation at low voltage
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Compact design suitable for integration into consumer and medical products
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Low operating noise for use in quiet environments such as bedrooms and clinics
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Rated for 24/7 continuous duty within its low-voltage design envelope
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Suitable for battery-powered and USB-powered product applications
Technical Specifications
Full parameter data and dimensional drawings
📋 Performance Parameter Table
📋motor-20-table.jpg
📐 Dimensional Drawing
📐motor-20-dim.jpg
| Parameter | Specification |
|---|
| Model | CC4 |
| Motor Type | DC Gear Motor |
| Rated Power | See details |
| Supply Voltage | 6V |
| No-Load Speed | See details |
| Gear Ratio Range | See details |
| Output Shaft Diameter | See details |
| Frame Size | See details |
| Duty Cycle | S1 — Continuous 24/7 |
Applications
Typical industries and equipment where the CC4 excels
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Child-Safe Products
Toy drives, educational robots and child-safe appliances requiring safe low-voltage operation.
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Medical & Wearable Devices
Low-voltage drives for rehabilitation equipment, wearable health devices and patient-safe instruments.
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Interactive Entertainment
Museum exhibit motors, theme park ride actuators and interactive display mechanisms.
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Educational Equipment
Science kit motors, lab demonstration apparatus and low-power experimental drive systems.
Advantages
Why engineers and buyers choose CoreMotor Tech for the CC4
01
6V SELV design eliminates shock risk — no additional safety isolation required in many applications
02
Compact form factor integrates into consumer products and medical devices
03
Export documentation and shipping coordination provided
04
OEM available with flexible MOQ — custom shaft, gear ratio and form factor supported
Frequently Asked Questions
Common questions about the CC4
Why choose 6V over 12V for safety applications?+
IEC 60449 defines SELV (Safety Extra-Low Voltage) as voltages below 50V AC or 120V DC. At 6V DC, the motor is well within SELV limits, eliminating electrical shock risk under normal fault conditions — simplifying safety certification for consumer and medical products.
Can this motor run on USB power (5V)?+
At 5V the motor will run at reduced speed compared to rated 6V operation. For applications where USB power is preferred, contact us — we can advise on the performance derating and whether it meets your application requirements.
Is the motor suitable for battery operation?+
Yes. A single lithium cell (3.7V) or four AA cells (6V) can power this motor. Contact us with your battery type and duty cycle for a runtime estimate.
What is the maximum continuous torque at 6V?+
Maximum torque depends on the selected gear ratio. Please contact us with your ratio requirement and load specification — we will provide the specific torque data for your configuration.
