Sterling BP1640 Bed knife adjusting screws in metric, Rotor knives Bed knife screws in metric

Models: BP1620 BP1640 BP1628

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Bed knife adjusting screws (in metric)

Bed knife adjusting screws (in metric)

2.Align a rotor knife with the primary bed knife, in the front of the granulator. With a .006” feeler gauge between the rotor and bed knife, start to adjust the bed knife into the rotor knife using the adjusting screw. During the movement of the bed knife, slowly rotate the rotor back and forth checking the clearance. The proper clearance will be established across the length of the knife when a slight “drag” is felt on the feeler gauge. Partially tighten the bed knife hex head screws. Follow this procedure for all remaining bed knives.

Rotor knives

Rotor knivesBed knife screws (in metric)

Primary Bed KnifePrimary Bed Knife

3.If you find a “high” rotor knife, mark it and adjust to this knife.

4.Once knife adjustments are completed, equally and fully torque the bed knife cap screws, working from the center out towards the ends of the knife. Refer to Section 9-11 for the correct torque values based upon bolt size and thread pitch.

5.Re-check the clearance once the bolts have been fully torqued and reset if necessary.

6.Turn the rotor so that the knives are aligned with a secondary bed knife on the rear of the granulator and continue with the same procedure used to setup the primary bed knife.

BP1620, BP1628 & BP1640 Granulators

Page 37 BP1600

Page 37
Image 37
Sterling BP1640, BP1628 Bed knife adjusting screws in metric, Rotor knives Bed knife screws in metric, Primary Bed Knife

FAQ

What is the proper clearance for bed knife adjusting screws?

The proper clearance is established when a slight drag is felt on the feeler gauge across the length of the knife.

How should bed knife cap screws be torqued?

Bed knife cap screws should be equally and fully torqued from the center out towards the ends of the knife.

Where can I find torque values for bed knife cap screws?

Refer to Section 9-11 for the correct torque values based upon bolt size and thread pitch.