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A fan is a machine that gives energy to gas by rotating an impeller. Used for air purifiers, inkjet printers, vending machines, communication equipment, etc. It mainly provides the function of discharging the heat generated inside the device to the outside and cooling it. Depending on the type of motor used, there are three main types: DC brush motors using permanent magnets for magnetic fields, DC brushless motors using permanent magnets for rotors, and AC motors using AC power supplies. There is also a difference in the shape of the blade. There is a propeller fan that causes a flow in the axial direction of the rotating body, a sirocco fan and a cross flow fan that flow from the end face to the side face of the rotating body, etc. Depending on the product, it has low power consumption, long life, low noise, environmental resistance, etc.
[Features] ・ Maximizes static pressure and sends out directional wind ・ The ideal fan for local cooling and duct blowing ・ It can also be used for fixing and moving objects ・ It is used for local cooling because it narrows the discharge port and concentrates the wind in a certain direction. In addition, since the static pressure is large, it is also suitable for cooling equipment that does not allow the passage of wind and blowing air using ducts ・ DC input blower
Type
Input Voltage
Size
Thickness
Properties
Sensor output
Representative Standard
Maximum Air Flow (AC Input Voltage, when 50 Hz)(m3/min)
Maximum Air Flow (AC Input Voltage, when 60Hz)(m3/min)
Maximum air flow (DC input voltage)(m3/min)
Volume (DC input voltage)(dB)
Volume (AC input voltage, 50 Hz)(dB)
Volume (AC input voltage, 60Hz)(dB)
Maximum Static Pressure (AC Input Voltage, 50 Hz)(Pa)
Maximum Static Pressure (AC Input Voltage, 60Hz)(Pa)
Maximum static pressure (DC input voltage)(Pa)
Blower
DC24V
Other
Other
-
NA / Suspend output
-
-
-
1.45 ~ 3
51 ~ 58
-
-
-
-
196 ~ 372
From:
₹ 10,211.35
Days to Ship:
5 Day(s) or more
5 Day(s) or more
You can add up to 6 items per a category to the compare list.
[Features] · This AC-powered blower is optimal for localized cooling due to its ability to produce a strong local wind. · Can also be used for cooling equipment through which air does not easily pass.
Type
Input Voltage
Size
Thickness
Properties
Sensor output
Representative Standard
Maximum Air Flow (AC Input Voltage, when 50 Hz)(m3/min)
Maximum Air Flow (AC Input Voltage, when 60Hz)(m3/min)
Maximum air flow (DC input voltage)(m3/min)
Volume (DC input voltage)(dB)
Volume (AC input voltage, 50 Hz)(dB)
Volume (AC input voltage, 60Hz)(dB)
Maximum Static Pressure (AC Input Voltage, 50 Hz)(Pa)
Maximum Static Pressure (AC Input Voltage, 60Hz)(Pa)
Square blower with a high-efficiency, low-noise, low-vibration design.
[Features] • While advancing performance as a high-efficiency, low-vibration blower, it also achieves ease of use through simple mounting and simple connections. [High-Efficiency Low-Noise Design] • With new motor development and the runner outlook, it achieves high efficiency and low noise. [Easy-to-Use Shape] • Achieves an easy-to-use size and shape, as an equipment-embedded blower. In addition, the exhaust port is positioned centered on the mounting angle. [Low-Noise Design] • The motor magnetic design and rotor runner optimal design achieve lower vibrations than equivalent conventional products. [Long-Life Design] • Bearing grease was reworked, to achieve a long life that is double that of conventional parts. It has an operating temperature range of -10°C to +60°C. [Breeze Control Louver] • In cooling applications with the blower, please use the breeze control louver accessory. Without the breeze control louver, wind flowing alongside the exhaust port is exhausted at an angle. When using cooling with the blower and other blower directionality, we recommend mounting a blower to the breeze control louver to correct the wind flow. [Simple Mounting Direction Freedom] • Since the blower casing is directly mounted, mounting is simple. In addition, there are no limits on the mounting direction, allowing for mounting in any direction. [Simple Connection] • The connector connections reduce the time required for connection work. Since the condenser is already positioned and connected to the blower, all you need to do is insert the cable with the connector, and connect to the power supply. In addition, since the connector can be unplugged when the blower is being replaced, maintenance is simple.
Type
Input Voltage
Size
Thickness
Properties
Sensor output
Representative Standard
Maximum Air Flow (AC Input Voltage, when 50 Hz)(m3/min)
Maximum Air Flow (AC Input Voltage, when 60Hz)(m3/min)
Maximum air flow (DC input voltage)(m3/min)
Volume (DC input voltage)(dB)
Volume (AC input voltage, 50 Hz)(dB)
Volume (AC input voltage, 60Hz)(dB)
Maximum Static Pressure (AC Input Voltage, 50 Hz)(Pa)
Maximum Static Pressure (AC Input Voltage, 60Hz)(Pa)
Maximum static pressure (DC input voltage)(Pa)
Blower
AC100V / AC200V / Other
Other
Other
-
-
CE / UL / CSA
5.1 ~ 6.9
6 ~ 8.1
-
-
67 ~ 71
70 ~ 74
320 ~ 420
470 ~ 600
-
From:
₹ 36,194.40
Days to Ship:
18 Day(s) or more
18 Day(s) or more
You can add up to 6 items per a category to the compare list.
Question: What distinguishes an industrial fan from a standard equipment fan, and what applications are they used for?
Answer:
Items
Industrial Fan
Standard Equipment Fan
Design and Construction
Robust, heavy-duty materials
Compact, designed for power supply units
Size
Larger sizes
Varied sizes
Performance
High airflow capacity, variable speeds
Efficient cooling for power supplies
Applications
Ventilation, process cooling in industries
Cooling power supply units and electronic equipment
Specialized Types
Centrifugal, axial fans
Designed for power supply applications
Noise Levels
Can be noisy
Designed for quiet operation
In summary, industrial fans excel in heavy-duty ventilation, while standard equipment power supply fans are specialized for cooling power supply units in various electronic equipment, emphasizing compact designs and quieter operation.
Question: How do AC and DC fans differ in functionality, and which is more suitable for electrical control systems?
Answer: AC and DC fans differ in their motor type and power source. AC fans use alternating current motors, while DC fans use direct current motors. AC fans are more common and less expensive, but they are also less energy efficient than DC fans. DC fans can be controlled more precisely, making them a better choice for applications where consistent airflow is crucial. Additionally, DC fans can handle lower voltage and can be used in a wider range of applications.
In terms of suitability for electrical control systems, DC fans are generally more suitable. This is because they offer greater controllability, energy efficiency, and compatibility with a wider range of control systems. DC fans are often used in applications such as CNC machines, robotics, and industrial automation.
Question: Can you explain how cooling fans contribute to the maintenance and performance of machinery?
Answer: Cooling fans play a vital role in maintaining the performance and extending the lifespan of machinery by effectively removing excess heat generated during operation. Overheating can lead to component damage, reduced efficiency, and premature equipment failure. Cooling fans actively circulate air around the machinery, dissipating heat and preventing overheating. This consistent cooling helps maintain optimal operating temperatures, ensuring smooth operation, consistent performance, and reduced wear and tear.
Question: What are the benefits of using energy-efficient cooling solutions for industrial equipment, and what options does MISUMI Thailand offer?
Answer: Implementing energy-efficient cooling solutions for industrial equipment offers a multitude of benefits, including:
1.Reduced Energy Consumption: Significant energy savings, lowering operational costs and environmental impact.
2.Extended Equipment Lifespan: Reduced wear and tear, minimizing downtime and maintenance expenses.
3.Improved Process Efficiency: Optimized cooling ensures consistent performance and product quality.
4.Enhanced Safety: Reduced risk of overheating and potential hazards.
MISUMI Thailand provides a comprehensive range of energy-efficient cooling solutions for industrial equipment, including High-efficiency Fans. which Low-energy consumption fans with optimized airflow for various applications.
Question: In what ways are waterproof and oilproof fans critical to the operations of industrial environments?
Answer: Waterproof and oilproof fans play a crucial role in industrial settings due to their ability to withstand harsh environmental conditions and maintain optimal performance. These fans are essential for applications involving water exposure, dust, and airborne contaminants, ensuring proper ventilation and temperature control in various industrial environments, including manufacturing plants, power plants, and chemical processing facilities.
Question: How has technology advanced the control and efficiency of electric fans used in mechanical ventilation?
Answer: Technology has revolutionized the control and efficiency of electric cooling fans in mechanical ventilation systems, leading to more intelligent, adaptable, and energy-efficient systems. These advancements encompass various aspects, including smart sensors, Variable Frequency Drives (VFDs), improved blade designs, energy-efficient motors, remote monitoring, and Artificial Intelligence (AI) integration.
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