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Custom Ice Maker Motor

Improve the efficiency and stability of your ice makers with our specialized ice maker motors for ice maker factories.

Are your ice makers frequently experiencing excessive noise, insufficient torque, or inability to operate for extended periods? For 20 years, we’ve collaborated with ice maker manufacturers, electrical sales companies, and refrigeration professionals to contribute to the efficient production of ice.

Whether it’s home or commercial ice makers, Fengtech has extensive experience and solutions to offer, including motors and control systems.

Household Ice Maker

Home-use ice makers are commonly found in homes, small parties, and offices. Their ice-making capacity ranges from 10-30kg. After one year of use, some ordinary ice makers may experience problems due to motor issues:

• Emits a harsh, piercing noise

• The motor fails to operate

• Reduced ice-making capacity

• Ice cubes get stuck and cannot be produced

• Produces cloudy ice cubes.


Fengtech has researched the main failures of ice maker motors and developed corresponding products to extend the lifespan of ice makers.

Motor FAX-BL70C: DC12/24V 5.5RPM, Max torque 30N.m, Modbus via RS485, Full protection.

Control Board: 100~240VAC Input, Intelligent control, Full protection system.

Evaporator: Food-grade stainless steel, High-efficiency heat exchange, 15~25 kg/day.

ice maker real shot

Real Shot

FAX-BL70C

Evaporator

Control Board

commercial ice maker

Real Shot

FQB-BL70C

FQB-BL70C

Evaporator

Evaporator

Control Board

Commercial Ice Maker

Commercial ice makers are commonly used in medium to large parties, schools, and restaurants (for more than 20 people), producing over 30kg of ice daily. Due to prolonged operation, commercial ice makers are more prone to malfunctions:

• Motor overheating, frequent activation of thermal protection
• Motor noise (>50db)
• Reduced ice production due to ice blockage
• Inconsistent ice cube size


Fengtech provides comprehensive solutions for ice makers producing large quantities of ice, including motors, display panels, control systems, and evaporative coolers.

Motor FQB-BL70C: DC24V 10RPM, Max torque 35N.m, Modbus via RS485, Full protection
Control Board: DC24V Input, Intelligent control, Full protection system
Evaporator: Food-grade stainless steel, High-efficiency heat exchange, 30~60 kg/day

Ice Maker Motor Manufacturing Cases

FAX-BL70 (DC24V 6.5RPM)
1. Rated Characteristics
No. Item Specification Remark
1.1 Operating Voltage 10~16 VDC Rated 12V
1.2 Rated Speed 6.0 RPM
1.3 Rated Torque 10 N.m @ Rated Voltage 25℃ Ambient
1.4 Rated Current 1.2 A
1.5 Rotation Bi-directional
2. Electrical Characteristics
2.1 Noload Power ≤ 6.0 W
2.2 Noload Current ≤ 0.4 A
2.3 Noload Speed 6.5 RPM ±10% @ Rated Voltage 25℃ Ambient
2.4 Max Torque ≥ 30 N.m
2.5 Max Current 3.0 A
2.6 Insulation Class Class E
2.7 Insulation Res. 100M Ohm Min
3. Mechanical Characteristics
3.1 Outline Dimension As Outline Drawing
3.2 Noise(1m) 45 Db(A) Max
3.3 Axial Play 0.5Mm Max
1. Rated Characteristics
No. Item Specification Remark
1.1 Operating Voltage 18~26 VDC Rated 24V
1.2 Rated Speed 10.0 RPM
1.3 Rated Torque 15 N.m @ Rated Voltage 25℃ Ambient
1.4 Rated Current 1.0 A
1.5 Rotation CW
2. Electrical Characteristics
2.1 Noload Power ≤ 9.5 W
2.2 Noload Current ≤ 0.4 A
2.3 Noload Speed 10.0 RPM ±10% @ Rated Voltage 25℃ Ambient
2.4 Max Torque ≥ 30 N.m
2.5 Max Current 2.5 A
2.6 Insulation Class Class E
2.7 Insulation Res. 100M Ohm Min
3. Mechanical Characteristics
3.1 Outline Dimension As Outline Drawing
3.2 Noise(1m) 50 Db(A) Max
3.3 Axial Play 0.5Mm Max
1. Rated Characteristics
No. Item Specification Remark
1.1 Operating Voltage 18~26 VDC Rated 24V
1.2 Rated Speed 10.0 RPM
1.3 Rated Torque 15 N.m @ Rated Voltage 25℃ Ambient
1.4 Rated Current 1.0 A
1.5 Rotation CCW
2. Electrical Characteristics
2.1 Noload Power ≤ 9.5 W
2.2 Noload Current ≤ 0.4 A
2.3 Noload Speed 10.0 RPM ±10% @ Rated Voltage 25℃ Ambient
2.4 Max Torque ≥ 30 N.m
2.5 Max Current 2.5 A
2.6 Insulation Class Class E
2.7 Insulation Res. 100M Ohm Min
3. Mechanical Characteristics
3.1 Outline Dimension As Outline Drawing
3.2 Noise(1m) 50 Db(A) Max
3.3 Axial Play 0.5Mm Max

Ice Maker Motor Production and Assembly Process

1. Die-Cast Aluminum Casing

The ice maker motor housing is made of die-cast aluminum according to the design drawings. It is lightweight, corrosion-resistant, and has high hardness.

2. Gear Installation

Precision gear mounting and output shaft mounting, using high-quality gears and bearings, ensure the stability of motor operation.

Add lubricant

3. Add Lubricant

Adding an appropriate amount of lubricant to the gears can reduce gear wear and noise.

Add sealing gasket

4. Add Insulating Sealing Gasket

The upper and lower covers are assembled with an insulating sealing gasket in between to prevent leakage, short circuits, heat insulation, and oil contamination.

Add waterproof ring

5. Add Waterproof Ring

Add anti-fouling gaskets to the output shaft and motor heat dissipation area to prevent oil and water from entering during complex operation.

Finished product

6. Ice Maker Motor and Cooler Assembly

Assemble the ice maker motor and evaporative cooler by matching the pre-drilled holes on the motor with the cooler.

Ice Maker Related Videos

Ice Maker Motor Installation and Manufacturing

Household Ice Maker Motor Test

Ice Production Capacity Test

TALK TO THE EXPERTS!

Contact our team of engineers today to get the right ice machine motor solution for your project.

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