Changzhou Trustec Company Limited
TRUSTEC MOTOR YOUR TRUSTED FACTORY
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HVAC Condenser Motor 1075RPM 1/4HP 5KCP39EGS070S Replacement
Product specification:
Listed are representative motors, only for reference, dimensions and parameters can be customized according to customer requirements, OEM/ODM offered.
Electrical parameters:
| Model | YDK-185-4Ax |
| Output Power | 1/4HP |
| Full load Amps | 1.4A |
| Frequency | 60Hz |
| Voltage | 208-230V |
| Speed | 825/1075/1550RPM |
| Insulation class | B |
| Structure | ball bearing, with capacitor |
Outline Dimension:
| Total length | 10-5/16" |
| Shaft length | 4-1/2" |
| Shaft diameter | 1/2" |
| Screw diameter | 5-1/8" |
| Body diameter | 5-5/8" |
| Screw qty | 4 |
| Screw size | 8-32NC-2A |
Product application
Condenser and condenser unit, window type air conditioner.
Product features
1. 100% pure copper motors.
2. Reasonable structure, high efficiency, low temperature rise, low noise, small vibration.
3. Use NSK low noise high quality rolling bearing.
4. Nickel plating for shaft, electrophoretic coating for enclosure.
Our services
1. In reply to your inquiry within 12 hours. Because we are valuing every customer.
2. We cooperate with customer to design and develop new product. Provide OEM.
3. We provide quality after-sales service.
4. 15-30 days leading time.
5. We are willing to help you arrange delivery, testing or other requests.
1. As a professional motor manufacturer, we are specialized in designing and producing all kinds of motors for room, commercial and central air conditioners.
2. Our main products are fan coil unit motors, motors for split, cabinet, window air-conditioner, high static pressure motors, ceiling air-conditioner motors, air cooling motors, single and three phase motors, kinds of pump motors, PG motor and DC brushless motors.
3. Our products have been approved by RoHS, CCC, CE and UL certificates, and the products have been being exported to the main market such as North America, Europe and Mid-east.
FAQ:
Q1- What is the warranty of the motors?
The warranty is 18 months on the production date, under the warranty we will afford the shipping cost to send the replacement.
Q2- Can you design the motor according to the different request?
Yes, we can offer the ODM.
Q3- Do you have distributors overseas?
Yes. We have distributors in USA, Holland, Spain, Turkey, Sudan, UAE, KSA...
Q4- How to get the accurate offer?
The precise price will be quoted after checking the specification and mounting dimension of the motor.
Learn More
A condenser fan motor is a component in the condensing unit of an HVAC system, which is located outdoors. It has a significant effect on the comfort level in your home. As such, it plays an important role in sustaining the cooling process in your air-conditioner. It helps produce cool air by drawing air in from the outside and expelling heat into the outdoor air.
Without proper maintenance, a condenser fan motor can accumulate dirt, dust, and debris. Plus, it will experience increased wear and tear over time. And this can lead to warmer air, poorer airflow, and a stuffier indoor environment. A smooth-running condenser fan motor doesn’t only make your home comfortable. It can also help reduce your energy consumption. Furthermore, it improves your indoor air quality, and extends the life of your equipment.
Let’s look at how a condenser fan motor works. For this, you need a basic idea of the operation of the outdoor condensing unit.
Basically, the condenser is the heat exchanger of your HVAC system. It cools and condenses gaseous refrigerant to a liquid state. After turning into liquid, the refrigerant travels through the condenser coil and heads to the evaporator. In the evaporator, it’s transformed into a gas again and the cycle is repeated.
The condenser fan motor is usually located close to the top of the condensing unit. It is protected by a guard or grille that prevents debris and objects from obstructing its fan’s movement.
When hot gas moves through the condenser coil, the motor turns the fan blades and blows outdoor air over the coil. This causes the gaseous refrigerant to turn into liquid. During this process, it also transfers the latent heat that comes from the refrigerant to the surrounding air.