
2
44
38
47
60
Fig3
8
0
°
Fig4
Fig5
90°
9
0
°
Fixing in figure 1
222
45
344
319Power size 4
Power size 2
294
60
Power size 5
135
44
130
135
45
222
60
130
44
344
319
294
Power size 5
Power size 4
Power size 2
¾With the aid of the template mark out the fixing positions. Align the hinge point of the
template with the centre line of the hinge on the door. (This applies to both left and right-hand
doors.) There are two holes to be drilled/tapped on the transom for the arm shoe and three
holes to be drilled/tapped on the door leaf for the closer body. If the template is not used refer
to fixing dimensions (see figure 1 and 2 above.)
¾Secure closer body with screws provided, making sure that the spindle is positioned
towards the hinge side. (See figure 1 and 2 above.) The power size (closing force) of the
TS2000 is adjusted by moving the body of the closer either towards or away from the hinge
point. The three holes that have been drilled for the closer body relate to three of the nine
fixing holes on the closer. In order to fit the closer to a specific power size simply select the
correct fixing holes as indicated on the body of the closer and fit.
¾TS2000 only. For TS2000 BC see below. If latch action is required (to overcome a latch or
seals.) Separate the primary and secondary arms. This can be done using a screwdriver as a
lever. The arm sections will snap together and apart. Secure the primary arm to the spindle
using M6 allen bolt supplied. Ensure splines are interlocked. Locate arm at approx. 80° with
respect to the door leaf, towards the hinge point. (See figure 3.) Fix the secondary arm to the
transom using the screws provided and loosen 10mm locking bolt on arm. Secure primary
and secondary arms together (simply click in place.) Prime the closer slightly by rotating the
primary arm to approx. 90° with respect to the door leaf and tighten the locking bolt. (See
figure 4.)
¾TS2000 only. For TS2000 BC see below. If no latch action is required. As above however
when priming the closer rotate the secondary arm to approx. 90° with respect to the door
leaf and tighten the locking bolt. (See figure 5.)
¾TS2000 BC. Secure the primary arm to the spindle using M6 allen bolt supplied. Ensure
splines are interlocked. Locate arm at approx. 80° with respect to the door leaf, towards the
hinge point. (See figure 3.) Fix the secondary arm to the transom using the screws provided
and loosen 10mm locking bolt on arm. Secure primary and secondary arms together (simply
click in place.) Prime the closer slightly by rotating the primary arm to approx. 90° with
respect to the door leaf and tighten the locking bolt.
• The back check is a segment of the closers opening cycle with increased resistance. It is
factory set to come in when the door is at approx. 80°. In order to bring this in earlier
disengage the primary and secondary arms. Loosen the M6 allen bolt securing the primary
arm to the closer enough to enable adjustment. Rotate the primary arm 1 notch of the splined
spindle in the opposite direction to travel. Re-tighten M6 allen bolt securing the primary arm
to the closer body. Loosen 10mm locking bolt on secondary arm and re-connect primary and
secondary arms. Prime the closer by rotating the primary arm to approx. 90° with respect to
the door leaf and tighten the 10mm locking bolt. If on testing the back check is still not early
enough repeat above until adjusted satisfactorily.
•The latch action of the TS2000 BC can now be adjusted using the adjustment valve located
on the front of the body of the closer next to the closing speed adjustment valve. Clockwise
will decrease the latch action and anticlockwise will increase the latch action. Do not
overtighten.
¾The closing speed can now be adjusted using the adjustment valve located on the front of
the body of the closer. Clockwise will decrease the closing speed and anticlockwise will
increase the closing speed. Do not overtighten.
¾Test installation by simulating persons using the entrance. The door should close smoothly
without slamming and present no potential hazard to traffic.
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