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Waterproof Brush Motor Reliable Performance In Harsh Environments IP68 Motor

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Shenzhen Secore Technology Co.,Ltd

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Waterproof Brush Motor Reliable Performance In Harsh Environments IP68 Motor

Name: Waterproof Brush Motor Reliable Performance In Harsh Environments IP68 Motor
Brand: SECORE
Price: 1 USD

Quality Waterproof Brush Motor Reliable Performance In Harsh Environments IP68 Motor for sale

Brand Name : SECORE

Model Number : 42ZYT-SC4270

Certification : RoHS

Place of Origin : Shenzhen, China

MOQ : 50

Price : Negotiated The Price

Payment Terms : T/T, D/A

Supply Ability : 100000pcs per month

Delivery Time : 9-12 working days

Packaging Details : 50pcs per carton or as request

Product name : IP68 Brush Motor

Working voltage : 24V

Free load speed : 5000rpm ±12%

Rated speed : 4000rpm ±12%

Rated torque : 553g.cm ( 55mNm )

Stall Torque : 2748g.cm ( 270mNm )

Dimension : 42mm *70mm ( diameter * length )

Application : power tool, Mechanical equipment

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Waterproof Brush Motor Reliable Performance In Harsh Environments IP68 Motor

Main specification cases:

Rated Voltage: DC 24V or custom made
No load speed: 3000~5000RPM or custom made
Waterproof Brushed Motor SC4270 Diameter: 42mm
Waterproof Brushed Motor Length: 70mm
Weight: 522g Approx
Customized shaft, flange or performance etc.

Motor Model	42ZYT-4270-243000	Unit
Nominal voltage	24	V
No load speed ±12%	5000	rpm
No load current	250	mA
Rated Speed ±12%	4000	rpm
Rated Current	1250	mA
Stall Torque	270	mN.m

Motor dimensions

Waterproof Brush Motor Reliable Performance In Harsh Environments IP68 Motor

How to calculate the torque of the motor?

The torque produced by the motor can be calculated using the following formula:

Torque (Nm) = power (W) / angular velocity (rad/s)

Where:

Power is the electrical power input to the motor, measured in watts (W)
Angular velocity is the rotational speed of the motor in radians per second (rad/s)
If the speed is given in revolutions per minute (RPM), it needs to be multiplied by 2π/60 to convert it to radians per second (rad/s).

So the formula can be expressed as:

Torque (Nm) = (Power (W) / (2π x RPM / 60))

Note that this formula assumes the motor is running at 100% efficiency. In reality, the motor may be less than 100% efficient, so the actual torque output may be slightly lower than calculated. In addition, the load on the motor will also affect the torque output, so it is important to consider specific application requirements when selecting a motor.

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