(7): 9 x UNI EN 24032 M12 (8): 12 x UNI EN 24032 M12 (9): 30 x ISO 4762 M6 x 16 (10): 108 x ISO 4672 M4 x 8 For each assembly: Insert 2 x (3) set screws into [1] base from below and screw in until flush. Screw [4] column onto each (3) stud from above and tighten firmly with a hex wrench through the through-hole. Screw a (4) set screw into the top end of each [4], until it won’t go further or until only 44 mm is left sticking out, whichever is sooner. Screw a (8) nut onto each (4) set screw until there is a gap of 11 mm between the top of [4] and the bottom of the (7). Fix the [1] base to a clean work table by TBD method (e.g., C-clamp or the screws that are part of the assembly: 3 each of (5) screw, (6) washer and (7) nut (and if helpful, 2 of (1))). By TBD method, hang TBD kg of mass [???: = 67 kg] on the end of the [2] ≈(84+116)/3 blade. the [5] retainer over the two (4) set screws and secure with 2 more (8) Remove the load mass and unfasten the [1] base from the work Attach [8] joint to [9] clamp base with 5 of (9) screw. Attach 18 of [10] to [9] clamp base with 36 of (10). Wrap the two main sub-assemblies ([1]++ and [9]++) and the remaining parts and fasteners ([6], [7], (5), (6), (7), remainder of (9)) and store for later. Check OSEMs with multimeter OSEM connections (per D1503600): LED forward voltage 1.051 V – At OSEM, red=anode=3, black=cathode=7 Elsewhere, red=anode=3, black=cathode=8
(7): 9 x UNI EN 24032 M12 (8): 12 x UNI EN 24032 M12 (9): 30 x ISO 4762 M6 x 16 (10): 108 x ISO 4672 M4 x 8 For each assembly: Insert 2 x (3) set screws into [1] base from below and screw in until flush. Screw [4] column onto each (3) stud from above and tighten firmly with a hex wrench through the through-hole. Screw a (4) set screw into the top end of each [4], until it won’t go further or until only 44 mm is left sticking out, whichever is sooner. Screw a (8) nut onto each (4) set screw until there is a gap of 11 mm between the top of [4] and the bottom of the (7). Fix the [1] base to a clean work table by TBD method (e.g., C-clamp or the screws that are part of the assembly: 3 each of (5) screw, (6) washer and (7) nut (and if helpful, 2 of (1))). By TBD method, hang TBD kg of mass [???: ≈(84+116)/3 = 67 kg] on the end of the [2] blade. the [5] retainer over the two (4) set screws and secure with 2 more (8) Remove the load mass and unfasten the [1] base from the work Attach [8] joint to [9] clamp base with 5 of (9) screw. Attach 18 of [10] to [9] clamp base with 36 of (10). Wrap the two main sub-assemblies ([1]++ and [9]++) and the remaining parts and fasteners ([6], [7], (5), (6), (7), remainder of (9)) and store for later. Check OSEMs with multimeter OSEM connections (per D1503600): LED – forward voltage 1.051 V At OSEM, red=anode=3, black=cathode=7 Elsewhere, red=anode=3, black=cathode=8
JGW-E1504235-v2%20BS%20Installation%20Procedure.docx