KEE-24-4 Industrial Vibrating Motor (4-Pole)

From feeders and tables to bins and hoppers, the KEE-24-4 4-Pole Industrial Vibrating Motor (also known as a vibratory motor, shaker motor, electric vibrator, or rotary electric vibrator) provides the force and reliability needed to keep your material handling processes running smoothly.

Current Model # KEE-24-4
Crossover Model # (BE-5280-4)
Technical Design
KEE-24-4 4-Pole Industrial Vibrating Motor precision mechanical blueprint for manufacturing specifications
DIMENSIONS (in)
ABCDEFGHIJKLM
10-7/16"11-1/32"18-29/32"5-29/32"10-15/64"8-9/32"12-19/32"3-5/32"3-47/64"2-3/4"7/8"5-19/32"1-1/32"
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

Get A Quote

Use our contact form to get a quote or call BPS at 330-220-1440

FAQ

Frequently Asked Questions

Can I run this motor continuously at full force?
Arrow
Yes. The KEE series is rated for continuous duty at maximum force, provided proper installation, periodic bearing greasing, and routine inspections.
What’s the advantage of a 4-pole (1,800 RPM) unit over a 2-pole (3,600 RPM)?
Arrow
A 4-pole motor produces a lower vibration frequency, which can be advantageous for certain materials, reducing excessive bouncing or scattering. It’s often better for delicate, less dense media or applications requiring moderate flow rates.
How do I adjust the eccentric weights?
Arrow
Remove the side covers and reposition the weights according to your desired force output. Always follow the manufacturer’s guidelines to ensure balanced operation on both ends of the shaft.
Is this model available in different voltages?
Arrow
While commonly sold in 230/460 V, the KEE series offers other voltage options—like 575 V or 230/380/460 V—depending on regional requirements and availability.
Vibratory Motor Configurator

Vibratory Motor Configurator

Configure your custom vibratory motor with real-time pricing

Motor Size / Capacity

What size motor do you need?

💡 Why it affects price: Larger motors = more material, higher output, heavier bearings. This is usually the biggest cost driver.

Voltage / Phase

What electrical configuration do you require?

💡 Why it affects price: Special windings or custom electrical configurations raise manufacturing costs.

Pole Count (Speed)

What pole count do you need?

💡 Why it affects price: More poles require more copper/steel in stator/rotor windings → higher cost.

Environmental Rating (IP Protection)

What level of protection do you require?

💡 Why it affects price: Sealing, gaskets, special housings drive costs up.

Duty Cycle / Bearings

What duty cycle do you need?

💡 Why it affects price: Upgraded bearings and lubricants extend life but cost more.

Starter / Controls

Do you need a motor starter or controls included?

💡 Why it affects price: Controls are separate hardware — some customers supply their own, others need them bundled.

Accessories

Would you like to add accessories? (multi-select)

💡 Why it affects price: Each is an add-on item that increases materials + labor.

Documentation / Certifications

Do you require additional documentation or certifications? (multi-select)

💡 Why it affects price: Compliance documentation adds testing/administration overhead.

Configuration Summary

Base Price: $2,500
Total Price: $2,500