Graco InvisiPac Applicator

Eliminates downtime due to plugged nozzles

With the InvisiPac Hot Melt Adhesive Applicator, you’ll experience a new era in hassle-free operation with improved uptime. With its innovative free-flow manifold design and integrated applicator filtering – when used with the InvisiPac System – you can eliminate nozzle plugs. You’ll finally have a hot melt system that runs reliably, unnoticed and invisible.

Learn how the InvisiPac can improve your bottom line.

Adhesive is processed in a better way

  • The applicator’s free-flow manifold design is engineered to eliminate dead zones where char will build up
  • Module includes an integrated filter assembly near the ball and seat junction that eliminates nozzle plugging
  • Adhesive spends less time at high temperature, resulting in less char
  • Changes in the heated hose construction significantly reduce the formation of char in the hose itself
  • Less char allows you to use lower cost adhesives and save money
  • Works with the InvisiPac Tank-Free Hot Melt Delivery System
  • Quick start-up – ready in less than 10 minutes
  • Tank-Free design means adhesive spends less time at high temperatures – significantly reducing char
  • Less char results in less nozzle plugging, less system maintenance and more uptime

InvisiPac™ GS35 Plug-Free Hot Melt Adhesive Applicator

Speed

> 3,500 cycles/minute

Heat up Time

< 10 minutes to 350°F at 240 VAC

Electrical Service

200-240V, 50–60 Hz, 400W

Maximum Working Fluid Pressure

1500 psi

Maximum Air Pressure

80 psi

Minimum Air Pressure

40 psi

Maximum Operating Temperature

400°F

Ambient Storage Temperature Range

32-122°F

Ambient Operating Temperature Range

32-122°F

Solenoid Air Flow Rating

1.0 Cv

Wetted Parts

Aluminum, carbon steel, stainless steel, carbide, brass, chemically resistant seals, chrome

Cordsets

24P280

Platinum 100 Ohm RTD

24P283

Nickel 120 Ohm RTD

Solenoid Control Voltages

24P239

24 VDC

24P240

110 VAC

Noise

Sound pressure measured 6.5 ft (2m) from gun at 80 psi (550kPa, 5.5 bar)

75.6 dB(A)