Impex MARCY MWM-7300, Owner'S Manual

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STEP 6 (See Diagram 6 & Cable Loop Diagram)
A.) Attach the 118” Lower Cable (#36) to the opening on the bottom of the Leg
Developer (#10).
B.) Attach a Pulley (#51) to the opening. Secure it with one M10 x 3 3/8” Allen Bolt
(#78), two Ø ¾” (#91), and one M10 Aircraft Nut (#94).
C.) Draw the Cable underneath the Pulley to the open bracket on Main Base Frame (#1).
D.) Attach a Pulley to the bracket. Secure it with one M10 x 1 ¾” Allen Bolt (#81), two Ø
¾” (#91), and one M10 Aircraft Nut (#94).
E.) Draw the Cable underneath the Pulley to the opening on the bottom of Front Vertical
Frame (#2). Attach a Pulley to the opening. Secure it with one M10 x 4 1/8” Allen Bolt
(#77), two Ø ¾” (#91), and one M10 Aircraft Nut (#94).
F.) Draw the Cable around the Pulley and then back in between the Right & Left Seat
Swivel Support (#13) & (#14). Install a Pulley to the two Swivel Supports with one
M10 x 7 ½” Allen Bolt (#76), two Ø ¾” Washers (#91), and one M10 Aircraft Nut
(#94).
G.) Draw the Cable around the Pulley and then back to the open bracket on the back of
Front Vertical Frame. Repeat Procedure D to install a Pulley.
H.) Pull up the Cable to the Double Floating Pulley Brackets (#20) installed in Step-5.
I.) Repeat Procedure D to install a Pulley.
J.) Draw the Cable around the Pulley then downward to the bracket on the Rear Vertical
Frame (#3). Secure the end of Cable to the bracket with one M10 x 1” Allen Bolt
(#82), two Ø ¾” Washers (#91), one M10 Aircraft Nut (#94).
K.) Adjust the tension of the Cable by adjusting the Pulley position on the Double
Floating Pulley Bracket (#20). If the cables are too loose, move the Pulley up one
hole. If the cables are too tight, move the Pulley down one hole.
L.) For best performance of the machine, adjust the Cables so the Selector Stem (Top
Plate) on the weight stack is ¼” above the first plate. To select the weight, push
down on the Selector Stem to close the gap then insert the selector pin. This will
remove the slack in the cable system so the range of motion is smooth and tight.
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