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  • 熱融系統壓力盤供膠機-TOF-(Therm-O-Flow).jpg

Hot melt system pressure plate glue supply machine

The most advanced technology on the market due to the melt rate is at least 60% higher than the competition, Graco®Therm-O-Flow hot sol systems have won the competition time and time again, and Therm-O-Flow are actually the best performing industrial-grade hot melt systems on the market. Therm-O-Flow-leading temperature control almost eliminates temperature overheating, brings better adhesive quality, and reduces heavy work due to damaged materials. Graco provides a complete product line of Therm-O-Flow hot melt adhesive systems-each product is configured according to your specific application



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Product Details


The most advanced technology on the market

Since the melt rate is at least 60% higher than the competition, Graco.®Therm-O-Flow hot sol systems have won the competition time and time again, and Therm-O-Flow are actually the best performing industrial-grade hot melt systems on the market.

Therm-O-Flow-leading temperature control virtually eliminates temperature overheating, leads to better adhesive quality, and reduces heavy work due to damaged materials. Graco provides a complete product line of Therm-O-Flow hot melt adhesive systems-each product is configured according to your specific application.

 

Improve processing efficiency

  • Use a series device, automatic power switching, reduce downtime.
  • When the barrel needs to be replaced, the low or bottom sensor will signal.
  • Quick replacement of pump seals for faster and easier maintenance.
  • Provide new and longer life sealing boxes for abrasive materials.
  • The heated platen has a cast-in heater that does not require replacement and provides a lifetime warranty.
  • The material accumulator makes preventive maintenance planning simple.
  • The pump throat seal and plate seal are the only wear components on the Therm-O-Flow and can be replaced within one hour.
  • Through self-diagnosis, predictive and preventive maintenance strategies can be adopted to improve operational reliability.

 

Reduce energy costs

  • Production is intermittently cooled to save energy and prevent material carbonization.
  • Off-time, saving energy costs to prevent carbonization of materials.

 

Support environmental initiatives

  • Once the component fails, the built-in air play control device automatically closes the feeding system.
  • The quiet low-noise NXT air motor runs at around 87 decibels, while other brand motors make up to 103 decibels.

 

Technical advantages

Tandem operation for improved processing efficiency: The configured Therm-O-Flow System system operates in series to increase productivity and increase uptime.

  • Automatic power switching reduces downtime: double material flow before drum changes are required.
  • There is no need to stop production time to replace barrels.
  • Only one interface is required for both systems.
  • Can improve a variety of tandem combinations:
    • Two Therm-O-Flow 200 devices
    • A Therm-O-Flow 200 with a Therm-O-Flow 20
    • Two Therm-O-Flow 20 devices
    • Two Therm-O-Flow 20/Mini-5 devices

High output for increased production capacity: High melt rate combined with a large number of heating zones and high pressure, resulting in higher productivity and performance.

  • Multiple hoses and dispensers are allowed.
  • Long hoses and drop distances.
  • High flow rate: can handle high viscosity materials.

Support for predictive diagnostics

  • The self-diagnostic function enables advanced predictive and preventive maintenance measurements to make production schedules and scheduled maintenance smooth.

 

Durable NXT technology

  • Experiments show that the NXT air motor is better than its predecessor Graco®King is up to 10 times more durable.
  • NXT air motors are the most technologically advanced air motors on the market.
  • The body shell is strong and not easy to rust or dent.
  • Modular design for easy maintenance.

Easy to use

  • A large area of the graphic interface directly marked, allowing users to operate simple and easy to use, reducing training time, improve equipment utilization.
  • unilateral control and use.
  • Easy to maintain: separate pneumatic and electric control/quick electrical connection.

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Product Specifications

 

Therm-O-Flow 200 Therm-O-Flow 20 Therm-O-Flow 20/Mini-5
Effective area of positive displacement pump 1.24 in2 (8 cm2) 1.24 in2 (8 cm2) 0.884 in2 (5.7 cm2)
Flow per cycle 11.7 in3 (192 cm3) 11.7 in3 (192 cm3) 3.5 in3 (57.4 cm3)
Every 1 gallon (3.8 liters) pump cycle 21 21 66
Fluid flow at 60 cpm 2.8 U.S. gpm (10.6 lpm) 2.8 U.S. gpm (10.6 lpm) 0.9 U.S. gpm (3.41 lpm)
Maximum fluid working pressure
T15     1,800 psi (124 bar , 12.4 Mpa)
T23 2,300 psi (159 bar , 15.9 Mpa) 2,300 psi (159 bar , 15.9 Mpa)  
T36 3,000 psi (207 bar , 20.7 Mpa) 3,000 psi (207 bar , 20.7 Mpa)  
T70 3,000 psi (207 bar , 20.7 Mpa) 3,000 psi (207 bar , 20.7 Mpa)  
Maximum intake pressure
T15     100 psi (7 bar , 0.7 Mpa)
T23 100 psi (7 bar , 0.7 Mpa) 100 psi (7 bar , 0.7 Mpa)  
T36 82 psi (5.7 bar , 0.57 Mpa) 82 psi (5.7 bar , 0.57 Mpa)  
T70 43 psi (2.9 bar , 0.29 Mpa) 43 psi (2.9 bar , 0.29 Mpa)  
Maximum pump operating temperature 400 ℃ (204 ℃)oC) 400 ℃ (204 ℃)oC) 400 ℃ (204 ℃)oC)
Air motor piston effective area
T15     14 in2 (90 cm2)
T23 28.5 in2 (183.9 cm2) 28.5 in2 (183.9 cm2)  
T36 44.6 in2 (287.7 cm2) 44.6 in2 (287.7 cm2)  
T70 86.8 in2 (560 cm2) 86.8 in2 (560 cm2)  
stroke length 4.75 in (120 mm) 4.75 in (120 mm) 4 in (102 mm)
Air inlet size 1/2 npsm (f) 1/2 npsm (f) 1/2 npsm (f)
Pump fluid outlet size 1 npsm (f) 1 npsm (f) 1/2 npsm (f)
Immersion parts Carbon steel: copper chromium: zinc: and nickel plating: 304, 316, 440 and 17-4 PH grade stainless steel: alloy steel: ductile iron: polytetrafluoroethylene Same as TOF 200 Carbon Steel: Chromium
    Stainless steel: PTFE
     
Weight 1,200 lb (545 kg) 750 lb (340 kg) 650 lb (295 kg)
Volumetric pump weight 81 lb (37 kg) 81 lb (37 kg)  
Power Requirements
Compressed air 25 - 50 scfm typical 25 - 50 scfm typical 25 - 50 scfm typical
Voltage (if selected) 220/240 3-Phase & 50/60Hz 200/240 3-Phase & 50/60Hz 200/240 3-Phase & 50/60Hz
  380/400 3-Phase & 50/60Hz 380/400 3-Phase & 50/60Hz 380/400 3-Phase & 50/60Hz
  415/425 3-Phase & 50/60Hz 415/425 3-Phase & 50/60Hz 415/425 3-Phase & 50/60Hz
  470/490 3-Phase & 50/60Hz 470/490 3-Phase & 50/60Hz 470/490 3-Phase & 50/60Hz
  575 3-Phase & 50/60Hz    
Peak Consumption (*)
Hot melt power grid with Mega-Flo 27.5 KVa    
With standard hot melt grid 24.5 KVa 8.7 KVa 6.4 KVa
With smooth hot melt grid 24.5 KVa 8.7 KVa 6.4 KVa

 

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