360 Adjustments
52
6. The difference of the diagonal B-D is smaller and negative (-57d). Turning the outer corner load
screw 2 counterclockwise
shifts the difference in positive direction (-57 .. -56 .. -55 ..).
Important:
Co-turn the inner corner load screw, ensuring its thread stays at its upper end in the
outer corner load screw!
7. Keep reducing the diagonal differences, until they fall below ±35d.
8. Fix the holding grub screws of the outer corner load screws by means of a hexagon key 1.5mm
again.
Fine adjustment having diagonal differences < ±35d: ATTENTION, the inner and outer corner load screws have
contrary turning senses!
9. Place the weight on C, tare the balance, slide the weight to A and calculate the difference:
∆AC = A-C = A-0 = A [d]; (C = tared = 0);
Example:
∆AC = A = +22d.
10. Place the weight on D, tare the balance, slide the weight to B and calculate the difference:
∆BD = B-D = B-0 = B [d]; (D = tared = 0);
Example:
∆BD = B = -19d.
Important:
Start adjusting the diagonal with the larger difference!
11. The difference of the diagonal A-C is larger ad positive (+22d). Turning the corner load screw 1
counterclockwise
shifts the difference in negative direction (+22 .. +21 .. +20 ..).
12. The difference of the diagonal B-D is smaller and negative (-19d). Turning the corner load screw
2 clockwise
shifts the difference in positive direction (-19 .. -18 .. -17 ..).
13. Keep reducing the diagonal differences, until all 4 corner load deviations stay within the
tolerated range (determined according to chapter 3.5.1, starting with step 4).
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