With multiple standard models ranging from 1 kW to 21 kW, various chamber sizes and customized options for non-standard requirements, Sinton Group provides flexible drying oven solutions for different applications.
Maximum Working Temperature: 300°C
Heating Power: 1–21 kW (Standard Models)
Temperature Control: Digital PID Control
Chamber Options: Stainless Steel / Carbon Steel
1. Product Overview
The Electric Forced Air Drying Oven is an electrically heated device designed to provide controlled drying and baking conditions through forced hot air circulation.
The equipment consists of an insulated oven body, electric heating tubes, a fan-driven air circulation system and a temperature control system.
During operation, the circulation fan drives air through the impeller, air duct and heating system. The heated air flows through the working chamber, transferring heat to the materials inside.
A temperature sensor continuously monitors the chamber temperature. The digital temperature controller compares the measured temperature with the preset value and regulates the heating output through the control circuit.
This design supports controlled heating and more uniform temperature distribution within the working chamber.
Sinton Group offers multiple standard models and customized configurations to meet different chamber size, heating capacity and application requirements.
2. Working Principle
The Sinton Electric Forced Air Drying Oven operates through an integrated electric heating, air circulation and temperature control system.
Step 1: Electric Heating
Electric heating tubes convert electrical energy into thermal energy, heating the air within the circulation system.
Step 2: Forced Air Circulation
The fan drives air through the impeller and air duct, allowing heated air to circulate throughout the working chamber.
Step 3: Temperature Monitoring
A K-type thermocouple measures the temperature inside the working chamber and sends the signal to the digital temperature controller.
Step 4: Automatic Temperature Regulation
The controller compares the measured temperature with the preset value and regulates the heating process through the control circuit and PID adjustment.
This automatic control process helps maintain the required operating temperature.
3. Key Features and Advantages
3.1 Maximum Working Temperature of 300°C
Designed for working temperatures up to 300°C, suitable for various drying and baking applications.
3.2 Forced Hot Air Circulation
The integrated fan and air duct system circulates heated air throughout the chamber, helping improve temperature distribution.
3.3 Digital PID Temperature Control
Equipped with a digital temperature controller and K-type thermocouple for temperature monitoring and automatic regulation.
3.4 Flexible Inner Chamber Materials
Available with stainless steel or carbon steel inner chambers.
3.5 Thermal Insulation
Aluminum silicate cotton insulation is installed between the inner chamber and outer shell to help reduce heat loss.
3.6 Independent Control Cabinet
The control cabinet is installed separately at the side of the oven for convenient operation and maintenance.
3.7 Customized Configurations
Standard models are available from 1 kW to 21 kW. Models above 21 kW and non-standard products can be customized according to customer requirements.
4. Technical Specifications
Standard Model Specifications
| Model |
Wattage（kW） |
Inner dimension（D*W*H mm） |
Voltage（V） |
Motor power |
| XTDQ-HX-1 |
1 kW |
250×250×250 mm |
220 V |
40 W |
| XTDQ-HX-1.6 |
1.6 kW |
350×350×350 mm |
220 V |
40 W |
| XTDQ-HX-2.2 |
2.2 kW |
350×450×450 mm |
220 V |
40 W |
| XTDQ-HX-3.2 |
3.2 kW |
450×550×550 mm |
220 V |
40 W |
| XTDQ-HX-4.6 |
4.6 kW |
500×600×750 mm |
220 V |
180 W |
| XTDQ-HX-9 |
9 kW |
800×800×1000 mm |
220/380 V |
180 W |
| XTDQ-HX-12 |
12 kW |
800×1200×1200 mm |
220/380 V |
370 W |
| XTDQ-HX-15 |
15 kW |
1000×1200×1200 mm |
380 V |
370 W |
| XTDQ-HX-18 |
18 kW |
1000×1200×1500 mm |
380 V |
750 W |
| XTDQ-HX-21 |
21 kW |
1200×1200×1500 mm |
380 V |
750 W |
General Technical Parameters
| Parameter |
Specification |
| Product Type |
Hot air circulation |
|
Electric resistance tubular heating element |
| Air Circulation |
Fan + Air Duct |
| Maximum Working Temperature |
300°C |
| Temperature Sensor |
K-Type Thermocouple |
| Temperature Control |
Digital PID Control |
| Inner Chamber Material |
Stainless Steel / Carbon Steel |
| Insulation Material |
Aluminum Silicate Cotton |
| Standard Heating Power |
1–21 kW |
| Working Ambient Temperature |
-35–45°C |
| Ambient Relative Humidity |
≤85% |
Technical Notes:
-
RT refers to ambient temperature. The specified working temperature range is RT–300°C.
-
Voltage configurations vary by model. Please confirm the specifications of the selected model.
-
The original manual specifies thermal efficiency above 90%. The test method and supporting documentation should be confirmed before using this figure as a guaranteed performance claim.
5. Main Components and Construction
The oven consists of four main components:
Oven Body
The oven body consists of an inner chamber and an outer shell. The inner chamber is available in stainless steel or carbon steel, with a painted exterior finish.
Electric Heating System
Electric heating tubes serve as the heat source, providing the thermal energy required for drying and baking processes.
Forced Air Circulation System
The system consists of a fan, air duct and heating elements. It circulates heated air throughout the working chamber to help improve temperature distribution.
Temperature Control System
The system includes a digital temperature controller, temperature sensor, electric heating tubes and related electrical control components for temperature monitoring and automatic regulation.
The oven door is fitted with a sealing strip, while the insulation layer between the inner chamber and outer shell helps reduce heat loss.
6. Why Choose Sinton Group?
More Than 20 Years of Industrial Heating Experience
Founded in 2001, Sinton Group has more than 20 years of experience in industrial heating equipment manufacturing and heating system design.
Professional Manufacturing Capabilities
With dedicated production and R&D facilities, Sinton Group focuses on industrial heating equipment manufacturing and customized heating solutions.
Flexible Product Configurations
Multiple standard models, inner chamber material options and customized configurations are available to meet different project requirements.
Technical Support
Our team can evaluate chamber dimensions, heating capacity, power supply and operating conditions to help identify a suitable equipment configuration.
Global Market Experience
Sinton Group serves customers in more than 120 countries and regions, supporting industrial heating applications across international markets.
7. Frequently Asked Questions
Q1: What is the maximum working temperature of the Sinton drying oven?
The maximum working temperature specified in the product manual is 300°C. The actual operating temperature depends on the selected model and ambient conditions.
Q2: What is the difference between B and non-B models?
According to the product manual, models with the letter B use a stainless steel inner chamber, while models without B use a carbon steel inner chamber.
Q3: What temperature control system does the oven use?
The oven uses a digital temperature controller with a K-type thermocouple. The control circuit incorporates PID adjustment to regulate the heating process.
Q4: Is the drying oven available in different sizes?
Yes. The standard HX series includes multiple chamber sizes, ranging from 250×250×250 mm to 1200×1200×1500 mm.
Q5: Can Sinton customize drying ovens?
Yes. Models above 21 kW and non-standard equipment can be customized according to customer requirements.
Q6: What is the function of the circulation fan?
The fan drives air through the impeller and air duct, supporting hot air circulation within the working chamber. The fan must remain running during heating operation.
Q7: What power supply is required?
Depending on the model, the equipment uses 220 V, 380 V or a specified 220/380 V configuration. Please confirm the electrical requirements of the selected model before ordering.
Q8: Can the oven be used for flammable or explosive materials?
No. The standard equipment described in this manual is not specified as explosion-proof. Flammable and explosive materials must not be placed inside the oven. Special applications require separate engineering and safety assessment.
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