Hot Product
Belmont Intelligent Motion Co., Ltd.
Related products
-
Plug Fan Ec
- Plug Fan Ec are crafted to work collaboratively, capable of forming a wall of fans. The incorporation of EC technology elevates its efficiency, pushing the fan productivity beyond 68% for all sizes ranging from 192mm to 560mm.
- The structure involves a compact EC outer rotor motor coupled with an amalgamated control electronics drive system. This modern structure adheres to European ERP2020 energy efficiency standards.
- The absence of Hall-effect sensors in the motor drive emphasizes added stability and considerably lengthens the motor’s lifetime.
-
Forward Curved Blades Centrifugal Fan
- Blending the valuable properties of axial flow fan’s simplicity in installation and Forward Curved Blades Centrifugal Fan’s high pressure, consistent airflow, sound reduction, and optimum efficiency, a duct fan offers versatility.
- Direct drive is a transmission approach that advocates a direct communication between the motor and the machine it animates, whereas a belt drive utilizes a belt to effect a connection between the motor and the served machine.
- Potential Application: Can be used extensively in building and coil ventilation.
-
Inline Axial Duct Fan
- Inline Axial Duct Fan, notable for its shallow installation depth, low noise, and high efficiency, is particularly suited for managing airflow in heat exchangers.
- Areas of Application: Ventilation, air conditioning and refrigeration systems, wind energy and mechanical engineering sectors, and industries that utilize sophisticated processing machinery.
- Offers the flexibility of custom manufacturing.
-
Forward Curved Centrifugal Fan
- A duct fan is not only convenient to install like the axial flow fan but also possesses the high pressure, stable airflow, noise reduction, and high efficiency traits of a Forward Curved Centrifugal Fan.
- A direct drive is a transmission mechanism where the motor is directly connected to the machine in operation, in contrast, a belt drive uses a belt to connect the motor to the machine it operates.
- This can be utilized in scenarios such as providing ventilation to buildings and coils.
Showing 1–16 of 20 results
-
Ac Fan Plug In
- Ac Fan Plug In are engineered to operate in unison, with the ability to establish a fan wall. The use of EC technology boosts efficiency, allowing the fan’s productivity to exceed 68% for sizes extending from 192mm up to 560mm.
- This system integrates a compact EC outer rotor motor and inbuilt control electronics drive mechanism. This innovative assembly adheres to the European ERP2020 energy efficiency benchmark.
- A non-hall motor drive design is employed, bolstering the stability of the system and ensuring a prolonged service life of the motors.
-
Ac Plug In Fan
- Ac Plug In Fan are purpose-built to function as a collective, with the capacity to create a fan wall. Through the integration of EC technology, efficiency is heightened, allowing fan productivity to go beyond 68% for all sizes spanning from 192mm to 560mm.
- The construction includes a compact EC outer rotor motor along with a merged control electronics drive system. This state-of-the-art setup complies with the European ERP2020 energy efficiency norms.
- The design excludes the use of Hall-effect sensors in the motor drive, thus fostering enhanced stability and significantly extending the lifespan of the motors.
-
Axial Duct Fan
- Axial Duct Fan possesses features such as minimal installation depth, noise reduction, and superior efficiency. This makes it notably suitable for airflow within heat exchangers.
- Usability: Primarily used in ventilation systems, air conditioning units and refrigeration equipment, wind energy devices, and mechanical engineering applications, as well as in industries employing advanced processing equipment.
- Provision for bespoke manufacturing is available.
-
Axial Fan Duct Connection
- Characterized by its compact installation size, noise reduction capabilities, and high efficiency, the Axial Fan Duct Connection is ideally suited for heat exchanger airflows.
- Suitable for Use In: Ventilation systems, air conditioning and refrigeration devices, wind power engineering, mechanical engineering fields, and industries using high-end processing equipment.
- Custom manufacturing options are available.
-
Axial Vs Radial Fan
- The Axial Vs Radial Fan comes with features such as unobtrusive installation, noise minimization and superior efficiency. It is an excellent option for controlling airflow in heat exchangers.
- It finds extensive applications in sectors like ventilation, air conditioning, refrigeration, wind energy, mechanical engineering and industries using cutting-edge processing equipment.
- Product production can also be personalized as per specifications.
-
Difference Between Plug Fan And Ec Fan
- Difference Between Plug Fan And Ec Fan is constructed to work as a unit and has the ability to build a fan wall. The use of EC technology propels efficiency, allowing fan operations to outdo 68% for all sizes between 192mm and 560mm.
- Comprised of a compact EC outer rotor motor and an integrated control electronics drive system, the configuration aligns with the European ERP2020 energy efficiency specifications.
- The absence of Hall-effect sensors in the motor design adds to its durability and significantly extends the motor’s lifespan.
-
Ec Fan Vs Plug Fan
- Constructed to perform collectively, Ec Fan Vs Plug Fan have the ability to construct a fan wall. Usage of EC technology raises efficiency levels, enabling fan performance to excel 68% for all sizes from 192mm to 560mm.
- It consists of an EC outer rotor motor of compact size and a unified control electronics drive system. This innovative arrangement is in accordance with European ERP2020 energy efficiency guidelines.
- By eliminating Hall-effect sensors from the motor drive in the design, it heightens stability and notably prolongs the motors’ lifespan.
-
Ec Plug Fan
- Ec Plug Fan are created to act in synergy to form a fan wall. By leveraging EC technology, the efficiency is enhanced, making it possible for the fan’s productivity to surmount 68% for all dimensions within the 192mm to 560mm range.
- Featuring a compact EC outer rotor motor combined with an incorporated control electronics drive system, this arrangement adheres to the European ERP2020 energy-saving standards.
- The use of a motor design devoid of Hall-effect sensors adds stability and protracts the lifespan of the motor.
-
Ec Plug Fan Ahu
- Specifically designed to operate as a group, Ec Plug Fan Ahu can create a comprehensive fan wall. The application of EC technology magnifies efficiency, taking fan performance above 68% for all sizes that vary from 192mm to 560mm.
- The framework includes a small-scale EC outer rotor motor and an integrated control electronics drive system. This advanced assembly is in compliance with the European ERP2020 rules for energy efficiency.
- The design, which does not include Hall-effect sensors in the motor drive, improves stability and significantly extends the life of the motors.
-
Forward Curve Centrifugal Fan
- The characteristic of a duct fan includes the ease of installation similar to an axial flow fan and high pressure, stable airflow, low noise, and high efficiency of a Forward Curve Centrifugal Fan.
- Direct drive represents a transmission methodology where the motor is directly connected to the machine it powers, on the other hand, a belt drive connects the motor to the machine via a belt.
- This has applications in areas such as building and coil ventilation.
-
Forward Curved Blades Centrifugal Fan
- Blending the valuable properties of axial flow fan’s simplicity in installation and Forward Curved Blades Centrifugal Fan’s high pressure, consistent airflow, sound reduction, and optimum efficiency, a duct fan offers versatility.
- Direct drive is a transmission approach that advocates a direct communication between the motor and the machine it animates, whereas a belt drive utilizes a belt to effect a connection between the motor and the served machine.
- Potential Application: Can be used extensively in building and coil ventilation.
-
Forward Curved Centrifugal Fan
- A duct fan is not only convenient to install like the axial flow fan but also possesses the high pressure, stable airflow, noise reduction, and high efficiency traits of a Forward Curved Centrifugal Fan.
- A direct drive is a transmission mechanism where the motor is directly connected to the machine in operation, in contrast, a belt drive uses a belt to connect the motor to the machine it operates.
- This can be utilized in scenarios such as providing ventilation to buildings and coils.
-
Forward Curved Vs Backward Curved Centrifugal Fan
- A duct fan remarkably compounds the handy installation characteristic of an axial flow fan with the high pressure, stable airflow, quiet operation, and heightened efficiency traits of a Forward Curved Vs Backward Curved Centrifugal Fan.
- In terms of transmission, a direct drive ensures that the motor directly powers the machine, while a belt drive utilizes a belt to transmit power from the motor to the machine.
- Typical Usage: Ideal for tasks like building ventilation and coil ventilation.
-
Forward-Curved Blades Centrifugal Fan
- In addition to the easy installation feature shared with an axial flow fan, a duct fan also possesses the high pressure, steady airflow, low noise, and superior efficiency characteristics of a Forward-Curved Blades Centrifugal Fan.
- Direct drive is a form of transmission where the motor is directly linked to the machine it propels. Contrarily, a belt drive utilizes a belt to establish the connection between the motor and the machine it drives.
- Uses: Particularly beneficial for applications such as building and coil ventilation.
-
Inline Axial Duct Fan
- Inline Axial Duct Fan, notable for its shallow installation depth, low noise, and high efficiency, is particularly suited for managing airflow in heat exchangers.
- Areas of Application: Ventilation, air conditioning and refrigeration systems, wind energy and mechanical engineering sectors, and industries that utilize sophisticated processing machinery.
- Offers the flexibility of custom manufacturing.
-
Plug Fan Ec
- Plug Fan Ec are crafted to work collaboratively, capable of forming a wall of fans. The incorporation of EC technology elevates its efficiency, pushing the fan productivity beyond 68% for all sizes ranging from 192mm to 560mm.
- The structure involves a compact EC outer rotor motor coupled with an amalgamated control electronics drive system. This modern structure adheres to European ERP2020 energy efficiency standards.
- The absence of Hall-effect sensors in the motor drive emphasizes added stability and considerably lengthens the motor’s lifetime.
Related products
-
Ec Fan Vs Plug Fan
- Constructed to perform collectively, Ec Fan Vs Plug Fan have the ability to construct a fan wall. Usage of EC technology raises efficiency levels, enabling fan performance to excel 68% for all sizes from 192mm to 560mm.
- It consists of an EC outer rotor motor of compact size and a unified control electronics drive system. This innovative arrangement is in accordance with European ERP2020 energy efficiency guidelines.
- By eliminating Hall-effect sensors from the motor drive in the design, it heightens stability and notably prolongs the motors’ lifespan.
-
Forward-Curved Blades Centrifugal Fan
- In addition to the easy installation feature shared with an axial flow fan, a duct fan also possesses the high pressure, steady airflow, low noise, and superior efficiency characteristics of a Forward-Curved Blades Centrifugal Fan.
- Direct drive is a form of transmission where the motor is directly linked to the machine it propels. Contrarily, a belt drive utilizes a belt to establish the connection between the motor and the machine it drives.
- Uses: Particularly beneficial for applications such as building and coil ventilation.
-
Ac Plug In Fan
- Ac Plug In Fan are purpose-built to function as a collective, with the capacity to create a fan wall. Through the integration of EC technology, efficiency is heightened, allowing fan productivity to go beyond 68% for all sizes spanning from 192mm to 560mm.
- The construction includes a compact EC outer rotor motor along with a merged control electronics drive system. This state-of-the-art setup complies with the European ERP2020 energy efficiency norms.
- The design excludes the use of Hall-effect sensors in the motor drive, thus fostering enhanced stability and significantly extending the lifespan of the motors.
-
Tube Axial Duct Fan
- The Tube Axial Duct Fan positions itself with features such as low space requirement for installation, decreased noise levels, and enhanced efficiency, making it a prime choice for airflow management in heat exchangers.
- Applications span across a variety of sectors including ventilation, air conditioning and refrigeration, wind power generation, mechanical engineering, and industries working with precision processing equipment.
- The service of custom manufacturing is presented as an available option.
