Axial Flow Fans
AC Input – MU Series
Axial flow fans use a blade (propeller) to generate air flow in the direction of the axis of rotation. Capable of generating a large air flow, axial flow fans are suited for applications requiring ventilation and cooling where the entire space inside the device must be cooled.
AC Input – MRS Series
Axial flow fans use a blade (propeller) to generate air flow in the direction of the axis of rotation. Capable of generating a large air flow, axial flow fans are suited for applications requiring ventilation and cooling where the entire space inside the device must be cooled.
AC Input – Long Life MRE Series
Axial flow fans use a blade (propeller) to generate air flow in the direction of the axis of rotation. Capable of generating a large air flow, axial flow fans are suited for applications requiring ventilation and cooling where the entire space inside the device must be cooled.
DC Input – MDS·MD Series
Axial flow fans use a blade (propeller) to generate air flow in the direction of the axis of rotation. Capable of generating a large air flow, axial flow fans are suited for applications requiring ventilation and cooling where the entire space inside the device must be cooled.
DC Input – With Low-Speed Alarm MDA Series
Axial flow fans use a blade (propeller) to generate air flow in the direction of the axis of rotation. Capable of generating a large air flow, axial flow fans are suited for applications requiring ventilation and cooling where the entire space inside the device must be cooled.
DC Input – Long Life MDE Series
Axial flow fans use a blade (propeller) to generate air flow in the direction of the axis of rotation. Capable of generating a large air flow, axial flow fans are suited for applications requiring ventilation and cooling where the entire space inside the device must be cooled.
Centrifugal Blowers
MB Series
Centrifugal blowers provide directional air flow by maximizing static pressure. These are ideal fans for spot cooling and air flow through a duct. These blowers can be used to hold object in position or move it with the high suction.
Since the exhaust outlet is reduced to focus air to a specified direction, these blowers are used for spot cooling. The static pressure is also high, which makes them a suitable choice when cooling equipment through which air cannot flow easily or when using a duct for air flow.
MBD Series
Centrifugal blowers provide directional air flow by maximizing static pressure. These are ideal fans for spot cooling and air flow through a duct. These blowers can be used to hold object in position or move it with the high suction.
Since the exhaust outlet is reduced to focus air to a specified direction, these blowers are used for spot cooling. The static pressure is also high, which makes them a suitable choice when cooling equipment through which air cannot flow easily or when using a duct for air flow.
Cross Flow Fans
MF Series
Cross flow fans are suitable for cooling circuit boards inside the equipment or other applications requiring wide and uniform air flow such as air curtains.
Cross flow fans deliver wide, uniform air flow.
These fans provide the features of right-angle air flow and a compact rectangular shape, which allows installation in corners and space saving of the equipment.
MFD Series
Cross flow fans are suitable for cooling circuit boards inside the equipment or other applications requiring wide and uniform air flow such as air curtains.
Cross flow fans deliver wide, uniform air flow.
These fans provide the features of right-angle air flow and a compact rectangular shape, which allows installation in corners and space saving of the equipment.
FM Series
The FM Series offers modular products combining an AC axial flow fan with peripheral equipment. Installation time of the FM Series to your equipment is short thus, work costs will decrease. Also, trouble caused by the ingress of dust and water droplets is eliminated which increases the coefficient of reliability of the equipment.
AM1-XA1
Thermostat AM1-XA1 automatically performs ON/OFF fan control in accordance with temperature fluctuation inside equipment. It helps improve the equipment’s “environmental” performance in terms of energy savings, noise reduction, etc.
