Why Choose Our Dryer Wiring Harness
- 20+ years of experience in the home appliance wire harness manufacturing.
- The dryer wiring harnesses are made of Silicone, PTFE, XLPE, and PVC from the low-temperature zone to the high-temperature zone.
- For OEM and ODM projects, providing flexible custom dryer wire harness services.
- Professional engineers offer suggestions for optimizing the dryer wiring harness diagrams and alternative solutions.
- Complete product certification, UL, RoHS, Reach.
Your Professional Custom Dryer Wiring Harness Supplier
Ecocables offer a variety of specifications for dryer wiring harness, including materials, wire diameters, electrical, temperature, and structure, which can be matched to different power requirements (600W – 3000W) of condensing, heat pump, and exhaust type drying equipment.
In addition, the heater system typically operates between 1500 and 3000 watts, with a corresponding current of up to 30A. Therefore, the dryer wiring harness is made of silicone/PTFE. The motor system typically consumes between 100 and 500 watts, with a moderate current level. The dryer wiring harness uses XLPE wires. The control board and sensors, on the other hand, require lower power consumption and stable signal transmission. The dryer wiring harness can use PVC wires.
If you are looking for a customized solution for a dryer wiring harness, please contact us immediately.
Classification of Dryer Wiring Harness
The dryer wiring harnesses are classified into the following types based on materials, environment, and design, and they are suitable for different internal modules of the dryer.
Designed specifically for high-temperature and high-current areas, it is made of silicone/PTFE and features heat resistance and current stability performance.
Designed specifically for medium-high temperature and medium current areas, it is made of XLPE material and has excellent vibration resistance and durability.
Designed specifically for low-temperature and low-current environments, it is mainly used for signal transmission and is made of PVC materials.
Designed specifically for extremely low currents and high-precision signals, it features anti-interference and high-precision signal transmission capabilities.
Why Choose Our Dryer Wiring Harness？
Our dryer wiring harnesses support both Chinese and English drawings, have an engineering team to support them, and meet multiple international certifications(UL/SGS). We offer professional customization services to perfectly adapt to your equipment, ensuring worry-free sales to the global market.
Able to quickly understand your drawings and provide suggestions for optimizing dryer wiring harness drawings and alternative solutions.
Our professional staff provides rapid response within 24 hours to improve your efficiency needs.
Our dryer wiring harnesses comply with UL, RoHS, REACH, and SGS international standards, helping your products successfully enter the global market.
We provide custom dryer wiring harnesses based on your drawings or samples, ensuring a perfect match with your equipment.
It can work for a long time above 180- 200 °C to prevent aging and cracking of the insulation layer and reduce the risk of fire.
It meets the requirements of high-power modules such as heaters, reduces voltage and heat generation, and improves operational stability.
Use flame-retardant materials with a UL94 V-0 rating to lower the risk of fire caused by electrical faults.
To prevent problems such as wire breakage and poor contact caused by vibration during long-term motor operation, and to improve reliability.
Stable Delivery Schedule of Dryer Wiring Harness
We offer dryer wiring harnesses that are certified by UL, RoHS, and REACH standards. These dryer wire harnesses can help you pass various compliance tests more quickly, reduce safety risks, and thus facilitate your entry into the global market. We are a dryer wiring harness manufacturer you can trust. The delivery schedule is stable and reliable: the delivery time for small-batch dryer wiring harnesses is generally about 3 – 7 days, while for large-batch dryer wiring, it is usually about 7- 15 days.
Select the Appropriate Dryer Wiring Harness
If you are using it for different functions, you need to select the corresponding dryer wiring harness according to the module. For high-temperature high-current heating, select silicone/PVC wiring resistant to 200℃ with 20–30A. For motor drive, choose XLPE AWG16–18 wiring harness with 10–20A. For control signals, apply PVC AWG18–22 wiring with 3–10A. For high-precision signals, use insulated PVC AWG20–24 wiring with 1–5A. For the main power supply, select XLPE/silicone AWG14–16 wiring with 15–30A.
Resource
This will help you quickly learn about our company, our dryer wiring harness factory, our services, and our appliance wire harness.
This is the production scene of our wiring harness factory. Let us show you the entire production process of the wiring harness factory.
Our Company's Advantages
For over 20 years, Ecocables has focused on serving the home appliance wiring harness industry. We own an 800-square-meter production base equipped with over 100 fully and semi-automatic wire-harness production machines and 5 sets of wiring harness testing equipment. Ecocables can provide customized design solutions based on customer dryer wiring harness drawings, and our professional engineering team will offer drawing optimization suggestions and alternative solutions to reduce dryer wiring harness costs. We provide free samples for testing and issue test reports. Before shipment, we conduct 100% electrical performance, tensile strength, and high-temperature durability tests on the wiring harnesses to ensure product quality.
Customization Options for Our Dryer Wiring Harness
To meet the usage requirements of different functional areas of the dryer wiring under high temperature and high load conditions, customized designs can be made according to the dryer wiring module and its functional characteristics.
To address the problem of the dryer wiring material burning and melting in high-temperature areas, thereby effectively preventing fire risks, we have adopted silicone/PTFE high-temperature flame-retardant wiring materials, which have a temperature resistance of over 200℃. Additionally, to avoid heat concentration, a zone-based heat dissipation design has been specially adopted. This high-temperature-resistant dryer wiring solution is specifically designed for high-temperature areas and not only effectively prevents insulation damage and fire risks but also significantly enhances the anti-aging performance.
To address the issue of conductor breakage or poor contact caused by vibration, we use XLPE-insulated conductors with fatigue-resistant properties. Simultaneously, we employ more advanced fixing devices, stress-relieving designs, and vibration-resistant structures to ensure the long-term stability of the conductors during motor operation.
During the operation of the dryer equipment, frequent signal interference and control abnormalities occur, seriously affecting the stability of the system. We use a shielded wiring harness, optimize wiring paths, reduce coupling interference between high-voltage and low-voltage circuits, and separate high-voltage lines from signal lines. As a result, signal quality in the final dryer wiring harness has been improved, guaranteeing reliable operation of the equipment in complex environments.
The problem of complex internal wiring harnesses in dryers and low on-site assembly efficiency was addressed. We use modular wiring harness design, preinstall connectors, and complete conduction tests in advance, greatly reducing manual wiring and welding on site. The final assembly time is shortened, the installation error rate is reduced, and production efficiency is greatly improved.
More About Dryer Wiring Harness
This guide will help you understand the parameters for selecting materials for dryer wiring harnesses.
- Parameters
- Data Sheet
- Parameter Table
| Electrical and Structural Parameter Table | |||
| Parameter categoriesry | Parameters | Specifications range | Illustration |
Electrical parameters | Rated voltage | 300V / 600V | Suitable for home electrical systems |
| Rated current | 3A – 30A+ | It depends on AWG and the material. | |
| Contact resistance | ≤ 10mΩ | Ensure low-temperature generation and maintain stable connections | |
| Conductive material | Copper / Tin-plated Copper | High conductivity and antioxidant capacity | |
Structural parameters | Wire diameter range | AWG14 – 24 | Support multiple applications |
| Connector | TE / Molex / JST | Compatible with well-known brands | |
| Terminal type | Compression connection welding | Based on design selection | |
| Length of the wire harness | Customizable | OEM | |
| Temperature and Current Capacity Parameters | |||
| Parameter categoriesry | Parameters | Specifications range | Illustration |
Temperature parameters | Temperature range | -20°C ～ 200°C | Covering different application areas |
| PVC | 80–105°C | Control system | |
| XLPE | ≤125°C | Motor system | |
| Silicone | ≤180–200°C | Heating system | |
| PTFE | ≤200°C+ | High-temperature environment | |
Current capacity | AWG14 | 15–30A | High power |
| AWG16 | 10–20A | Medium power (motor) | |
| AWG18 | 7–16A | Control system | |
| AWG20–24 | 1–10A | Sensor / Signal | |
| Safety and Mechanical Performance Parameter Table | |||
| Parameter categoriesry | Parameters | Specifications range | Illustration |
Mechanical properties | Tensile strength | ≥ 50N | The terminal connection is reliable. |
| Bending life | ≥ 5,000pcs | Fatigue resistance | |
| Vibration resistance | support | Suitable for motor operating environments | |
Insulation and Safety | Insulation resistance | ≥ 100MΩ | Electrical leakage protection |
| Pressure test | 1500V / 1min | High voltage safety test | |
| Flame-retardant rating | UL94 V-0（part） | Fire resistance | |
Testimonials
This dryer wiring harness is a perfect match for our dryer design, ensuring a seamless fit. All connector details fully comply with the design drawings.
OEMTheir engineering team assisted us in optimizing the layout of the dryer wiring harness diagram, significantly reducing the assembly time and enhancing the overall reliability of the product.
Project-Based ClientWe used silicone wires in the heating zone, which significantly improved the dryer’s performance at high temperatures. The dryer wiring harness insulation issue has been resolved.
Engineer
The dryer wiring harness is an integrated electrical connection system used to connect various electrical components inside the dryer(such as heaters, motors, control boards, and sensors) in a high-temperature and high-current environment, ensuring the safe transmission of power and signals.
The characteristics of different areas of the dryer wiring harness determine the selection of different-use PVC, XLPE, silicone, and PTFE materials based on temperature and electrical performance requirements. Silicone/PTFE material is used in high-temperature areas due to its high temperature resistance and anti-aging properties, XLPE wiring harness is used in medium-high temperature areas, and PVC material is used in low-temperature areas to control costs.
We offer flexible MOQ. The lowest MOQ is only 50pcs sets of drying wiring harness, which can meet your small batch requirements. The production cycle for sample drying wiring harness bundles is 3 to 7 days. We provide free samples. Once the samples are confirmed to comply with the design drawings and meet your requirements, we will mass-produce them to ensure your satisfaction.