M965403 REV. 1.1
1. Determine required length of SUPPORT BRACE (1) by
measuring the distance between finished wall and back
of the DIVERTER VALVE (2) at support rod hole. Add
1/4" (6mm) to the length determined and cut the
SUPPORT ROD (5) to size.
2. Rotate the DIVERTER VALVE (2) to allow threading
SUPPORT ROD (5) into back of diverter body. Slide
wall SUPPORT ROD FLANGE (3) onto SUPPORT
ROD (5) and rotate the DIVERTER VALVE (2) so that
the wall SUPPORT ROD FLANGE (3) is flush with
the wall.
3. Using the SUPPORT ROD FLANGE (3), mark the two
holes on the finished wall for the mounting screws and
anchors. Rotate the DIVERTER VALVE (2) to the side
and drill two 5/16" holes in the finished wall 1-1/4" deep.
4. Rotate the DIVERTER VALVE (2) and align the
SUPPORT ROD FLANGE (3). Secure the FLANGE
with two Anchors and Screws (not provided). Tighten
SET SCREW (4). Once aligned correctly, use a
wrench to tighten couplings to make water tight
connections.
INSTALL SUPPORT BRACE;
Fig. 9
Fig. 9
1
5
3
1
4
2
FINISHED
WALL
X+1/4" (6mm)
CUT
THIS END
ANCHORS
SCREWS
X+1/4" (6mm)
5
7
6
10
2
5
8
121mm, 13mm
(4-3/4)( 1/2)
Fig. 8a
1. As shown in Fig. 8, insert the side INLET FLANGE (1)
on the FLUSH VALVE (2) into the SUPPLY STOP (3).
Lubricate the INLET FLANGE O-RING (4) with water if
necessary. Lightly tighten COUPLING NUT (5). Fig. 8.
Important: Do not use lubricants (other than water)
or any type of thread sealing paste or tape.
2. Align the FLUSH VALVE (2) (Fig. 8a) directly above
the DOWN TUBE (7) and VACUUM BREAKER
COUPLING NUT (6). Make sure that GASKET (10) is
installed.
Note: There is a 13mm, ( 1/2) tolerance for the
121mm (4-3/4) dimension. Fig. 8a.
3. Pull the DOWN TUBE (7) up to meet the threaded
FLUSH VALVE CONNECTION (8) and hand tighten
the VACUUM BREAKER COUPLING NUT (6). Align all
components of the flush valve assembly. Fig. 8a.
4. Lightly tighten the COUPLING NUT (5) connection
first, then the VACUUM BREAKER COUPLING NUT
(6) and finally the SPUD COUPLING NUT (9). Fig. 8a.
INSTALL FLUSH VALVE;
Fig. 8 & 8a
6
7
3
2
5
1
4
Fig. 8
+
–
+
–
+
–
+
–
9