BLDC Motor Of 22 Diameter For Nail Gun
If you need to put the most power and precision in the smallest space, then you can rely on the engineering experience and superior production of your micro motion solution partner Sinbad Motor.
BLDC Motor of 22 Diameter for Nail Gun
Dia. 22mm
Length. 57mm
Shaft dia. 3mm
Brush. brushless
Color . matt black
Nominal vol. 24V
Nominal speed. 21200rpm
No-load speed. 26500rpm
Speed at max efficiency. 23983rpm
Speed at max output power. 13250rpm
Description
Gas-based passive frame systems are an effective solution to reduce cost of ownership and increase productivity in hard-to-reach spaces. Use an impact motor to mix fuel cell gases and drive exhaust fans before combustion. And our 22-diameter series of impact-resistant passive motors have low current consumption and high duty cycle, and are suitable for various types of electric nail guns and other power tools.
Parameter Sheet
Our parameters are not fixed and we would be pleasure to offer you with customization if you need.
Customized Programs
Winding option reduces current consumption
The length and shape of the shaft are easy to install
Cables and connectors
Shape customization increases integration
Characteristic
Hollow cup technology increases efficiency and extends battery life
High power density reduces component size and weight
Special bearing design absorbs shock
Impact resistant rotor extends equipment life
Sinbad Motor's Advantage
Quality. Relying on the low vibration, efficiency and precision of the motor, more power can be supplied in a smaller space.
Reliability. Reliability is achieved over a long lifetime by motors designed and manufactured using the industry's most advanced technologies and materials.
Effectiveness. Use to generate all the torque you need Motors that consume less power while creating a more compact, accurate and energy-efficient solution.
Customization. Needs customization? Our motors are designed to be easily and quickly retrofitted so you can get exactly what you need with the price and delivery time available in the ready-to-finish solution.
