Bison SHCLKBKTBB User manual

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¨ Inspect all contents prior to installation. Report any missing or damaged parts to dealer immediately.
¨ Carefully read all instructions before proceeding.
¨ Save this instructions in the event that the manufacturer must be contacted in the future.
—— Instruction Manual ——
SHCLKBKTBB
BACKBOARD MOUNT SHOT CLOCK BRACKET
1. Using a tape measure mark the center of the 72”
wide backboard with a marker. This should be 36”
from each end.
2. Install the Adhesive Drill Template (B) with the front
of the template flush with the front of the
backboard’s top frame and centered on the centerline
of the backboard marked in #1 above. See Figure 1.
3. Using the Center Punch (C) provided and a hammer
carefully punch a locating mark in the center of the 2
dots on the Adhesive Drill Template (B) to help
locate the holes to be drilled.
Implementation Date: 9/6/23 Rev: 3. N.J.C File: \Pub\Instructions\Backboards\SHCLKBKTBB.pub Ref#: 950518 L.M.
Customer Service
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P A R T S L I S T
Item Qty Description Item Qty Description
A 2 Shot Clock Bracket F 4 5/16” x 3” Hex Bolt - FT1450
B 2 Adhesive Drill Template G 4 5/16” Lock Washer - FT1940
C 1 Center Punch H 4 5/16” Hex Nut - FT1060
D 4 5/16” x 1” Hex Bolt - FT1391 I 12 8” Black Zip Tie - FT2306
E 4 5/16” x 2” Hex Bolt - FT1415 J 2 Shot Clock (Order Separately)
NOTE:
This bracket is intended for use only with the Bison SHCLK200 Wireless Shot Clock Systems and will
fit most manufacturer’s 72” wide rectangular glass backboard with only drilling of the top frame. In
limited cases additional field modification may be required.
NOTE:
Different backboards have different styles of frames including aluminum extrusion steel tubing and
others. Some backboards have additional framework installed to allow mounting rectangular glass
backboards to existing fan shaped support structures. Different length bolts have been provided to
allow mounting to any of the known backboard designs. Installer may need to improvise in the field if
encountering different circumstances.
FIGURE 1
WARNING:
Installation will require a ladder or lift. Always take proper precautions when working at heights.

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4. Carefully drill a 1/8” – 3/16” pilot hole in each of the previously centerpunched locations, taking care
to drill the holes straight and in the correct location. Redrill the holes to 3/8” for mounting of the
Shot Clock Bracket (A).
NOTE:
Drilling will produce aluminum or steel chips that may cause floor damage or injury. Brush all chips
from backboard and structure and then vacuum or sweep up all chips from the floor.
5. Attach the Shot Clock Bracket (A) to the top of the backboard using 5/16” Hex Bolts (D, E or F),
5/16” Lock Washers (G) and 5/16” Hex Nuts (H). Length of bolt will depend on the actual backboard
design. Dispose of unused bolts. Tighten all hardware once you are confident that the
Shot Clock Bracket (A) is positioned square on the backboard. See Figure 2.
6. With the Shot Clock Brackets (A) securely attached to the backboards, mount each Shot Clock (J) to
the top of the Shot Clock Bracket (A) using the 3/8” hardware provided with the Shot Clock (J).
See Figure 3.
7. Each Shot Clock (J) will require a 110-volt AC receptacle to provide power. A 30’ long power cord is
provided with each Shot Clock (J). Once it is determined where the source of power is located, attach
the power cord to the connector on the bottom of the Shot Clock (J) and run the cord neatly to the 110-
volt receptacle. Use Black Zip Ties (I) to secure the power cord to structure for a clean installation
taking into consideration the fact that some backboards are installed on movable swing-up or side-fold
structures. If the 30’ power cord is too long it is acceptable to shorten and reinstall a new male
receptacle on the end.
8. Additional Shot Clock (J) operation instructions are included in the
manual provided with the Shot Clock (J).
NOTE:
If any existing bolt heads or other hardware interferes with the Shot Clock Bracket (A) sitting flat on the
top of the backboard frame remove that hardware only after ensuring that there is enough other
hardware to provide backboard assembly durability.
FIGURE 2
FIGURE 3