홈제품소개
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SUS Standard Type Air Heater(D0.54in)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉
- Hot air at 518℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS Penetrate Type Air Heater(D0.54in)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉
- Hot air at 518℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS M17 Type Air Heater(D0.54in)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉
- Hot air at 518℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS Standard Type Air Heater(D0.68in)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉
- Hot air at 500℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS ring Type Air Heater(D0.68in)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉
- Hot air at 500℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS Twin Nipple Air Heater(650W)
- The proper discharge temperature for use is 122~932℉.
- Hot air at 518℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- The temperature of use can be accurately controlled using the PID control device.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS Twin Nipple Air Heater(800W)
- The proper discharge temperature for use is 122~932℉.
- Hot air at 608℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- The temperature of use can be accurately controlled using the PID control device.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS Twin Nipple Air Heater(1000W)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉.
- Hot air at 752℉ occurs when 5bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- The temperature of use can be accurately controlled using the PID control device.
- Using compressed air using an air compressor.
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SUS Twin Nipple Air Heater(2000W)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉.
- Hot air at 1,058℉ occurs when 5bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- The temperature of use can be accurately controlled using the PID control device.
- Using compressed air using an air compressor.
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SUS 10Bar High Temperature High Pressure Air Heater(4000~6000W)
- The proper discharge temperature for use is 122~1,292℉.
- The maximum used pneumatic pressure is 10Bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Using compressed air using an air compressor.
- It is an overseas export product.
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SUS 10Bar High Temperature High Pressure Air Heater(2000~3000W)
- The proper discharge temperature for use is 122~1,292℉.
- The maximum used pneumatic pressure is 10Bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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SUS High Temperature High Pressure Air Heater(1000W)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉.
- Hot air at 968℉ occurs when 5bar of maximum pneumatic pressure is supplied.
- High temperature hot air is generated even under strong pneumatic pressure.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS 2 sensor High Temperature High Pressure Air Heater(1000W)
- The proper discharge temperature for use is 122~932℉.
- Hot air at 968℉ occurs when 5bar of maximum pneumatic pressure is supplied.
- Two J/E type sensors are built in to properly control hot air and heater overheating.
- High temperature hot air is generated even under strong pneumatic pressure.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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SUS High Temperature High Pressure Air Heater(2000W, 3000W)
- The proper discharge temperature for use is 122~1,292℉.
- When used temporarily, hot air occurs up to 1,652℉
- Hot air at 1,292℉ occurs when 5bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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Inline Air Heater
- The proper discharge temperature for use is 122~1,202℉.
- The maximum used pneumatic pressure is 10bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is a high-pressure and high-temperature air heater used for various purposes in the industrial field.
- It is installed in the middle of the pipe and used, and a digital temperature control device is used.
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Inline Air Heater(Built-in Sensor Type)
- The proper discharge temperature for use is 122~1,202℉.
- The maximum used pneumatic pressure is 5bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Using compressed air using an air compressor.
- It is a high-pressure and high-temperature air heater used for various purposes in the industrial field.
- It is installed in the middle of the pipe and used, and a digital temperature control device is used.
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Inline Air Heater(Sensorless Type )
- It is a sensorless air heater and was developed as an imported substitute for TUTCO company.
- The proper discharge temperature for use is 122~1,202℉.
- The maximum used pneumatic pressure is 5bar.
- Using compressed air using an air compressor.
- It is a high-pressure and high-temperature air heater used for various purposes in the industrial field.
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Super Air Heater(30000W)
- The proper discharge temperature for use is 122~1,112℉.
- When used temporarily, hot air occurs up to 1,292℉.
- The maximum used pneumatic pressure is 5bar.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
- Two K-type sensors with heater control function and overheat prevention function are built-in.
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10bar Super Air Heater(30000W)
- The proper discharge temperature for use is 122~1,112℉.
- When used temporarily, hot air occurs up to 1,292℉.
- The maximum used pneumatic pressure is 10bar.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
- Two K-type sensors with heater control function and overheat prevention function are built-in.
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Super Air Heater(10000W)
- The proper discharge temperature for use is 122~1,112℉.
- When used temporarily, hot air occurs up to 1,652℉.
- The maximum used pneumatic pressure is 5bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
- It is a six-segment special air heater and can supply air with a ring blower.
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Super Air Heater(12000W)
- The proper discharge temperature for use is 122~1,202℉.
- When used temporarily, hot air occurs up to 1,652℉.
- The maximum used pneumatic pressure is 5bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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Super Air Heater(18000W)
- The proper discharge temperature for use is 122~1,202℉.
- When used temporarily, hot air occurs up to 1,652℉.
- The maximum used pneumatic pressure is 5bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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Clean Type Air Heater(260W)
- The proper discharge temperature for use is 122~752℉.
- Hot air at 338℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Manufactured by sealing in a quartz capsule fused with a heating element and a sensor.
- The service life and safety are promoted by applying a special insulating coating.
- Using compressed air using an air compressor.
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Clean Type Air Heater(1500W, 3000W)
- The proper discharge temperature for use is 122~932℉.
- The maximum used pneumatic pressure is 5bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Manufactured by sealing in a quartz capsule fused with a heating element and a sensor.
- The service life and safety are promoted by applying a special insulating coating.
- Using compressed air using an air compressor.
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Six Segment Air Heater(3000W, 5000W)
- The proper discharge temperature for use is 122~932℉.
- The maximum used pneumatic pressure is 5bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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Six Segment Air Heater(10000W)
- The proper discharge temperature for use is 122~932℉.
- The maximum used pneumatic pressure is 5bar.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- High temperature hot air is generated even under strong pneumatic pressure.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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SUS Silincon Packing Air Heater(1000W)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉.
- Hot air at 788℉ occurs when 5bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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Silincon Packing Air Heater(1500W)
- The proper discharge temperature for use is 122~932℉.
- When used temporarily, hot air occurs up to 1,652℉.
- Hot air at 932℉ occurs when 5bar of maximum pneumatic pressure is supplied.
- Built in K-type sensor allows precise temperature control within ±33.8℉ with digital temperature control.
- Maintains proper lifespan and durability even in high-temperature hot air.
- Using compressed air using an air compressor.
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Ceramic Bushing Air Heater(P-Type)
- The proper discharge temperature for use is 122~842℉.
- Hot air at 315℉ occurs when 4bar of maximum pneumatic pressure is supplied.
- It is a sensorless air heater and the discharge temperature can be adjusted with a voltage regulator.
- It is the most economical air heater.
- It is small and compact size allows installation in a narrow space.
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Ceramic Bushing Air Heater(G-Type)
- The proper discharge temperature for use is 122~932℉.
- Hot air at 1,382℉ occurs when 1bar of maximum pneumatic pressure is supplied.
- It is a sensorless air heater and the discharge temperature can be adjusted with a voltage regulator.
- It is the most economical air heater.
- It is small and compact size allows installation in a narrow space.
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Ceramic Bushing Air Heater(D-Type)
- The proper discharge temperature for use is 122~932℉.
- Hot air at 338℉ occurs when 2.5bar of maximum pneumatic pressure is supplied.
- It is a sensorless air heater and the discharge temperature can be adjusted with a voltage regulator.
- It is the most economical air heater.
- It is small and compact size allows installation in a narrow space.
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Brass G-Type Air Heater
- The proper discharge temperature for use is 122~842℉.
- When 220V is supplied to the maximum used pneumatic pressure of 3bar, 1,472℉ hot air is generated.
- It is a sensorless air heater and the discharge temperature can be adjusted with a voltage regulator.
- It is the most economical air heater.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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Brass G-Type Air Heater(SUS Cover Type)
- The proper discharge temperature for use is 122~842℉.
- When 220V is supplied to the maximum used pneumatic pressure of 3bar, 1,472℉ hot air is generated.
- It is a sensorless air heater and the discharge temperature can be adjusted with a voltage regulator.
- It is composed of quartz tube, SUS tube, and brass nipple, so it is resistant to impact and durable.
- Using compressed air using an air compressor.
- It is small and compact size allows installation in a narrow space.
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LCD digital temperature controller(VX4)
- Power capacity is single-phase 220V/5KW, 25A
- This is a useful controller for air heater temperature control.
- It is a high-function LCD digital temperature controller and is suitable for precise temperature control within ±33.8℉.
- By controlling the heater by PID with TPR (Thyristor Power Regulator), the life span is increased by 2.5 times compared to ON/OFF control.
- Compared to ON/OFF control, the power efficiency is quite high.
- Built-in overheat prevention function to prevent heater burnout and ensure work safety.
- The temperature sensor is K-Type and controls the temperature from -122℉ to 2,372℉.
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Blower Fan Type Electric Heating Fan
- With 5KW capacity, high hot air is generated immediately as soon as the power is turned on. (Reach 662℉ in 2 minutes)
- When used in combination with temperature control, it is possible to precisely control hot air between 572℉ and 662℉. (Standard when operating at room temperature above 68℉)
- The internal heater is manufactured with a star-type heating wire structure, so the hot air circulation rate is high.
- Compared to general heaters, the heating element is sufficiently cooled and the service life of the heater is relatively long.
- It is light and compact compared to the existing hot air blower, so the range of application is wide.
- ▶ Product specification
- - Standard : (W)26.0in,(H)8.7in,(D)7.9in, (External diameter)3.0in
- -Voltage/Power : 220V/5000W
- - Discharge temperature : maximum 662℉
- - Blower fan : 220V 75W 3,300RPM
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Digital temperature controller(KX4)
- Power capacity is single-phase 220V/4KW, 20A
- This is a useful controller for air heater temperature control.
- It is a digital temperature controller and is suitable for precise temperature control within ±33.8℉.
- By controlling the heater by PID with TPR (Thyristor Power Regulator), the life span is increased by 2.5 times compared to ON/OFF control.
- Compared to ON/OFF control, the power efficiency is quite high.
- The temperature sensor is K-Type and controls the temperature from -122℉ to 2,372℉.
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Blower Fan Type Electric Heating Fan(Control all-in-one)
- With 5KW capacity, high hot air is generated immediately as soon as the power is turned on. (Reach 662℉ in 2 minutes)
- When used in combination with temperature control, it is possible to precisely control hot air between 572℉ and 662℉. (Standard when operating at room temperature above 68℉)
- The internal heater is manufactured with a star-type heating wire structure, so the hot air circulation rate is high.
- Compared to general heaters, the heating element is sufficiently cooled and the service life of the heater is relatively long.
- It is light and compact compared to the existing hot air blower, so the range of application is wide.
- ▶ Product specification
- - Standard : (W)610,(H)220,(D)200, (External diameter)3.0in
- - Voltage/Power : 220V/5000W
- - Discharge temperature : maximum 662℉
- - Blower fan : 220V 75W 3,300RPM
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Super air heater controller(VX7)
- Power capacity is Three-phase 380V, 30KW/18KW, 35A
- This is a useful controller for air heater temperature control.
- It is a high-function LCD digital temperature controller and is suitable for precise temperature control within ±33.8℉.
- By controlling the heater by PID with TPR (Thyristor Power Regulator), the life span is increased by 2.5 times compared to ON/OFF control.
- Built-in overheat prevention function to prevent heater burnout and ensure work safety.
- The temperature sensor is K-Type and controls the temperature from -122℉ to 2,372℉.
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Blower Fan Type Electric Heating Fan(AL heater)
- It has excellent thermal efficiency by using a special radiating heat sink heating element.
- Provides high thermal efficiency with low power consumption.
- Small and easy to carry, mount, and install.
- Compared to general heaters, the heating element is sufficiently cooled and the service life of the heater is relatively long.
- It is light and compact compared to the existing hot air blower, so the range of application is wide.
- ▶ Product specification (Based on KM-2K model)
- - Standard : (W)500,(H)185,(D)200, (External diameter)3.0in
- - Voltage/Power : 220V/2000W
- - Discharge temperature : 230℉
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CA400℃ Temperature Controller
- Control capacity is 220V, maximum 2.5KW.
- The temperature controller is manufactured and supplied at 752℉
- The sensor is K-Type.
- The control method is ON/OFF control.
- The control target is suitable for controlling liquid or air (gas) heating.
- It is the most economical temperature controller.
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KM-1200 High Efficiency Electric Heating Fan
- It uses a low-noise roller FAN.
- Hot air is generated in 3 seconds when power is turned on.
- It has excellent thermal efficiency by generating high-temperature hot air by using a convectronic heater.
- It is safe with automatic temperature control and overheat protection attached.
- When used for winter heating, the service life is semi-permanent.
- It can be manufactured by changing the amount of power used according to the supply power.
- ▶ Product specification
- - Standard : (H)290,(D)350,(W)800
- - Voltage/Power : 380V/12KW
- - Discharge temperature : 302~392℉
- - Material : Metal(Ivory color)
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F2-120 Temperature Controller
- Control capacity is 220V, maximum 2.5KW.
- The temperature controller is manufactured and supplied in 122℉, 248℉, 608℉.
- It is an all-in-one liquid inflatable sensor.
- The control method is ON/OFF control.
- The control target is suitable for controlling liquid or air (gas) heating.
- It is the most economical temperature controller.
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Dust Combination Type Electric Heating Fan(outlet 5.9in)
- It uses a low-noise roller FAN.
- Hot air is generated in 3 seconds when power is turned on.
- It has excellent thermal efficiency by generating high-temperature hot air by using a convectronic heater.
- It is safe with automatic temperature control and overheat protection attached.
- When used for winter heating, the service life is semi-permanent.
- It can be manufactured by changing the amount of power used according to the supply power.
- ▶ Product specification
- - Standard : (H)11.4in, (D)13.8in, (W)40.6in, (outlet)5.9in
- - Voltage/Power : 380V/12KW
- - Discharge temperature : 302~392℉
- - Material : Metal(Ivory color)
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Voltage regulator(5KW)
- The Voltage used is 220V and the load connection capacity is up to 5KW.
- It is a temperature control device that adjusts the heat (temperature) of the heater by varying the output voltage by adjusting the volume.
- Product size is (W)7.1in*(B)7.1in*(H)5.3in
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PTC Small Type Electric Heating Fan(450W)
- It is a light and compact design in a small size.
- Can be used in narrow spaces
- It is convenient to use with integrated control.
- It has excellent safety with built-in automatic temperature control and overheat prevention function.
- ▶ Product specification
- - Standard : (W)5.9in, (D)4.5in, (H)4.1in
- - Voltage/Power : 220V/450W
- - Regulator control temperature : 122℉
- - Discharge temperature : 212℉
- - Material : Metal(Beige color)
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Voltage regulator(2KW)
- The Voltage used is 220V and the load connection capacity is 2KW.
- It is a temperature control device that adjusts the heat (temperature) of the heater by varying the output voltage by adjusting the volume.
- Product size is (W)5.5in*(B)3.5in*(H)3.5in
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PTC Small Type Electric Heating Fan(900W)
- It is a light and compact design in a small size.
- Can be used in narrow spaces
- It is convenient to use with integrated control.
- It has excellent safety with built-in automatic temperature control and overheat prevention function.
- ▶ Product specification
- - Standard : (W)7.9in, (D)4.7in, (H)3.9in
- - Voltage/Power : 220V/900W
- - Regulator control temperature : 122℉
- - Discharge temperature : 212℉
- - Material : Metal(Beige color)
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Voltage regulator(1KW)
- The Voltage used is 220V and the load connection capacity is up to 1KW(5A).
- It is a temperature control device that adjusts the heat (temperature) of the heater by varying the output voltage by adjusting the volume.
- Product size is (W)4.1in*(B)3.1in*(H)3.1in
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Square fan type Ultra-small heating fan (650W)
- Voltage 220V, power 650W, discharge temperature 100~120℃, it is an industrial Ultra-small hot air fan.
- Due to its small size, it can be easily installed in an appropriate location and is economical.
- It is resistant to shock and vibration and has excellent durability.
- The power switch is attached to the cordline, so it is convenient to use. The length of the cordline is 57.09inch.
- ▶ Product specification
- - Standard : (W)4.1in, (D)2.3in, (H)4.1in
- - Voltage/Power : 220V/650W
- - Discharge temperature : 212~248℉(right in front of the heater)
- - Material : Metal
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Air unit control panel
- The supply pressure used through the compressor is manufactured and supplied according to the customer\'s order in two specifications.
- 3bar~5bar for low pressure, 6bar~7.5bar for high pressure.
- Kookmin Heater manufactures and supplies air unit control panels according to customer\'s order specifications.
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2-sensor temperature control
- Super air heater power capacity 380V, 3Ø, 10KW temperature control controller.
- It is possible to precisely control the operating temperature within ±33.8℉ by using the PID control device.
- A circuit is configured to prevent heater burnout by preventing parts abnormalities during heater temperature control with two sensors and heater overheating when air supply is interrupted.
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High-capacity temperature control
- It is a hot air heater controller with power capacity of 380V three-phase 20KW.
- It is a controller manufactured for remote control of a blower fan.
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Temperature control
- Power capacity 220V, single-phase, 5KW
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Twin type temperature control
- Power capacity 380V, three-phase, 12KW
- This is a controller that can control the temperature of two 18KW type super air heaters at the same time.
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Three temperature control
- Power capacity 380V, three-phase 4N for temperature control
- Built-in timer and overheat prevention circuit
- Installation of the heating room temperature meter
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High Capacity Electric Heating Fan(20KW)
- 380V, 3 phases, 2 horsepower, Sirocco fan application.
- Discharge temperature 302~338℉ high temperature hot air fan.
경기도 남양주시 진접읍 진벌로223번길 33-13(다)
대표자 : 김준호
사업자등록번호 : 489-36-00236
대표번호 : 031-528-2637
팩스번호 : 031-528-2638
이메일 : km9024@naver.com
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