3.12 HANDWHEEL AND DIGITAL SCALE 4 SETUP PROCEDURE 4.1 ASSEMBLY 4.1.1 HOPPER 4.1.2 INLET CONNECTION 4.1.3 INSTALLING AND CHANGING NOZZLES 4.3 CONNECTION OF COMPRESSED AIR SUPPLY SAFETY INTERLOCK 4.4 EMERGENCY SAFETY STOP SYSTEM 5 PREPARING MACHINE FOR FILLING 5.1 B EFORE YOU RUN PRODUCT IN THE MACHINE 5.2 C...
The ICP-1 incorporates one volumetric filling cylinder with a rotary or spool valve. Purpose-built for either benchtop operation, it’s portable and easily transferrable between areas. The ICP-1 includes a rotary valve set up that allows filling of products up to 60 C (and a spool °...
FROM THE MANUFACTURING PROCESS. 2 SAFETY ICP Packaging machines are custom-built machines designed specifically for an application and/or purpose outlined by the customer and the requirements to fulfil a project. This machinery is built with safety measures to protect the machine from damage and limit the risk of injury to the user.
December 14, 2021 The ICP-1 can be set up with multiple differing options (E.G. different cylinder sizes, hopper or inlet feed, and numerous nozzle options to suit your project). 4.1.1 HOPPER Hopper choice will vary depending on the setup for your machine, from small to extra-large.
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Ensure that the Hand Valve is turned to EXH (off position). Adjust air pressure to 600 kPa (87 psi) via the knob on the Filter/Regulator Unit. The ICP-1 requires a constant 87psi to the machine. It is also recommended that the air supply has a dryer installed.
The ICP-1 is capable of sucking the product directly from a source as long as the product is not too thick and the source is not too far from the filler. The best...
DO NOT ATTEMPT TO ADJUST VOLUME WHEN THE PRODUCT CYLINDER IS FULLY RECHARGED AND THE ADJUSTING MECHANISM IS UNDER LOAD. PREVENTATIVE MAINTENANCE 7.1 GENERAL Your ICP-1 Filling Machine is designed for minimum maintenance operation. Its design features and construction materials eliminate the necessity for an extensive preventative maintenance routine. 13 |...
7.5 3 MONTHLY MAINTENANCE Regular daily maintenance plus; 7.5.1 Filling Machine Remove the top cover and apply a smear of grease to Volume Adjusting Threaded Shaft. Inspect and apply a smear of light oil to the product piston rod and bearing rods.
Remove tri-clover clamp from product valve outlet and remove nozzle gooseneck fitting complete with nozzle and rubber seal. 8.2.1 Rotary Valve model Loosen the two T nuts to the valve end of the assembly. Do this by hand. Once the T Nuts are entirely loosened, remove the Product Piston Rod Connecting Pin from the Main Air Cylinder Coupling by simply pulling the pin out.
December 14, 2021 8.3.1 Piston glide ring removal Once the piston has been removed from the cylinder, place on a bench with the appropriate spanners. Hold the flats on the piston head and undo piston rod from piston head. Remove stainless steel backing plate and Ertalyte wear ring. Slide Glide- Ring and O-ring off piston head.