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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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.
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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