Triton ETA100 Quick guide

Mini Sliding Extension Table
ETA100
www.tritontools.com
Operating and
Safety Instructions

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CONTENTS
Thank you for purchasing this Triton product. These instructions contain information necessary
for safe and effective operation of this product.
Please read this manual to make sure you get the full benefit of its unique design.
Keep this manual close to hand and ensure all users of this product have read and fully understand the instructions.
Contents / Symbols / Parts List
PARTS LIST
Symbols 2
Parts list 2
Safety 7
Assembly 6
Operating 7
Angle settings 9
Guarantee 9
SYMBOLS
Always wear ear, eye and respiratory
protection.
Conforms to relevant legislation
and safety standards.
Instruction warning.
Do not use before viewing and
understanding the full operating
instructions
Table Assembly
1. Long Extrusions (2)
2. Short Extrusion Assemblies (2)
3. Scales (2)
4. Brace (1)
5. Corner Brackets (4)
6. Inner Bearings (smaller) (2)
7. Outer Bearings (larger) (2)
8. Fence Assembly (1)
Fastener Bag 1
9. Brace Brackets (2)
10. Flange Nuts M6 (8)
11. Hex Bolts M6 x 10 (14)
12. Hex Nuts M6 (6)
13. Washers M6 (14)
14. Screws M6 x 16 (4)
15. Fence Bolts with square plastic feet (15)
16. Fence Sliders (2)
17. Round Knobs with Nut (2)
Outer Track Assembly
18. Outer Track (1)
19. Legs (2)
20. Feet (2)
21. Leg Plates (4)
22. Leg Clamp Assemblies (2)
Fastener Bag 2
17. Round Knobs with Nut (2)
23. Hex Bolts M6 x 40 (6)
24. Nyloc Nuts M6 (6)
25. Screws M4 x 10 (4)
26. Square Nuts M4 (4)
27. Height Stops (2)
28. Coach Bolts M6 x 20 (2)
29. Angled Tube Closers (2)
30. Flat Tube Closers (4)
Fastener Bag 4
13. Washers M6 (4)
24. Nyloc Nuts M6 (4)
31. Shims (2)
32. Coach Bolts M6 x 50 (4)
Inner Track Assembly
33. Inner Track (1)
34. Support Brackets (2)
35. Skid Assemblies (2)
36. Front Panel Bracket (1)
37. Rear Panel Bracket (1)
38. TCA/RSA Brackets (2)
39. Spacer Blocks (2)
Fastener Bag 3
10. Flange Nuts M6 (2)
13. Washers M6 (4)
17. Round Knobs with nut (2)
24. Nyloc Nuts M6 (6)
28. Coach Bolts M6 x 20 (2)
40. Coach Bolts M6 x 12 (4)
41. Locking Latches (2)
42. Hex Bolts M6 x 45 (2)
43. Screws M6 x 10 (2)

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Parts List
17
16
15
8
3
1
10
2
7
913 11
13
11
9
12
11 13 5
12
6
14
10
9
3
1
25 26
22
18
18
25
25
22
30
16
27
17
19
23
21
29
24
30
20
21
33
24
41
42
40 35
34
13
24
17 28
33
24
41
42
13
24
40
38
35
35
33
24
41
13
24
42
32
31
39
38
Fig. 1
Fig. 2 Fig. 3
Workcentre
Fig. 4
Compact Saw Table
Fig. 5
Router Stand

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Fig. 6
Fig. 7
Fig. 8
Compact Saw Table
Fig. 9
Router Stand
Parts List

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Fig. 10 Fig. 11
Fig. 12
Fig. 13 Fig. 14
Fig. 15 Fig. 16
Parts List

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Fig. 17
Fig. 18
Fig. 19
Fig. 20
Fig. 23
Fig. 22
Fig. 21
Parts List

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WARNING. Read all instructions. Read all
safety warnings and all instructions. Failure
to follow the warnings and instructions my result
in electric shock, fire and/or serious injury.
Save these instructions
1. WORK AREA SAFETY
a. Keep work area clean and well lit. Cluttered and
dark areas invite accidents. b. Do not operate
power tools in explosive atmospheres, such
as in the presence of flammable liquids, gases
or dust. Power tools create sparks which may
ignite the dust or fumes. c. Keep children and
bystanders away while operating a power tool.
Distractions can cause loss of control.
2. ELECTRICAL SAFETY
a. Power tool plugs must match the outlet. Never
modify the plug in any way. Do not use any
adapter plugs with earthed (grounded) power
tools. Unmodified plugs and matching outlets will
reduce risk of electric shock.
b. Avoid body contact with earthed or grounded
surfaces such as pipes, radiators, ranges
and refrigerators. There is an increased risk
of electric shock if your body is earthed or
grounded.
c. Do not expose power tools to rain or wet
conditions. Water entering a power tool will
increase the risk of electric shock.
d. Do not abuse the cord. Never use the cord for
carrying, pulling or unplugging the power tool.
Keep the cord away from heat, oil, sharp edges
or moving parts. Damaged or entangled cords
increase the risk of electric shock.
e. When operating a power tool outdoors, use an
extension cord suitable for outdoor use, this will
reduce the risk of electric shock.
f. If operating a power tool in a damp location is
unavoidable, use a residual current device (RCD)
protected supply, which will reduce the risk of
electric shock.
3. PERSONAL SAFETY
a. Do not use power tools while you are tired
or under the influence of drugs, alcohol or
medication. A moment of inattention while
operating power tools may result in serious
personal injury.
b. Always use safety equipment: wearing eye
protection, dust mask, non-slip safety shoes,
hard hat and hearing protection used in
appropriate conditions will reduce personal
injuries.
c. Avoid accidental starting. Ensure the switch is
in the ‘Off’ position before plugging in. Carrying
power tools with your finger on the switch or
connecting to power with the switch on the ‘On’
position invites accidents.
d. Remove any adjusting key or wrench before
turning the power tool on. A wrench or a key left
attached to a rotating part of the power tool may
result in personal injury.
e. Do not over-reach. Keep proper footing and
balance at all times. This enables better control
of the power tool in unexpected situations.
f. Wear suitable clothing and footwear. Do not
wear loose clothing, neckties, jewellery, or other
items which may become caught. Wear non-slip
footwear or where appropriate, footwear with
protective toe caps. Long hair should be covered
or tied back.
g. If devices are provided for the collection of
dust particles, ensure these are connected and
properly used. Use of these devices can reduce
dust related hazards.
4. POWER TOOL USE AND CARE
a. Do not force the power tool. Using the correct
power tool for your application will be safer and
produce better results at the rate for which it
was designed.
b. Do not use the power tool if the ‘On/Off’ switch
is not working correctly. Power tools that cannot
be controlled by the switch are dangerous and
must be repaired prior to use.
c. Disconnect the plug from the power source
before making any adjustments, changing
accessories or storing power tools. Such
preventive safety measures reduce the risk of
starting the power tool accidentally.
d. Power tools are dangerous in the hands of
untrained users. Store power tools out of reach
of children, and do not allow persons who are
unfamiliar with the product or these instructions
to operate the power tool.
e. Maintain power tools. Check for misalignment,
binding or breakage of moving parts, and any
other condition that may affect the operation of
the power tool. If damaged, have the power tool
SAFETY INSTRUCTIONS
Safety Instructions

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repaired before use. Accidents are caused by
poorly maintained power tools.
f. Keep cutting tools sharp and clean. Properly
maintained cutting tools with sharp cutting
edges are less likely to bind and are easier to
control.
g. Use the power tool, accessories and tool bits in
accordance with these instructions and in the
manner intended for the particular type of power
tool, taking into account the working conditions
and the work to be performed. Failure to use
the tool for its intended purposes could result
in a hazardous situation and may invalidate the
warranty.
5. SERVICE
a. Have your power tool serviced by a qualified
repair technician, using only identical
replacement parts. This will ensure that the
safety of the power tool is maintained.
NOTE: The tool must be used only for its prescribed
purpose. Any use other than those mentioned in
this manual will be considered a case of misuse.
The user and not the manufacturer shall be liable
for any damage or injury resulting from such
cases of misuse. To use this tool properly observe
the safety regulations, assembly instructions
and operating instructions, which can be found
in this manual. All persons who use and service
the machine must be informed about its potential
hazards and be acquainted with this Manual.
Children and frail people must not use this tool.
Children should be supervised at all times if they
are in the area in which the tool is being used. It
is also imperative that you observe the accident
prevention regulations in force in your area. The
same applies for general rules of occupational
health and safety. The manufacturer shall not be
liable for any changes made to the tool nor for any
damage resulting from such changes. Even when
the tool is used as prescribed it is not possible to
eliminate all residual risk factors.
Safety Instructions / Assembly
ASSEMBLY
ASSEMBLING THE TABLE & RIP FENCE
STEP 1
Using the fasteners from Fastener Bag 1, insert 4
Flange Nuts (10) into each Long Extrusion (1) as
shown in Inset 1 on (Fig. 1).
Lay out the two long extrusions and the two short
extrusions as shown, making sure that all of the
flange nuts are facing inwards.
Plug the corner blocks of the Short Extrusion
Assemblies (2) into the ends of the long extrusions
and tap fully home with a rubber mallet (or similar).
STEP 2
Turn the table over (face down) on a flat surface
and loosely attach the Corner Brackets (5), using
the Hex Bolts (11) and Washers (13) into the flange
nuts. (Slide the flange nuts into position using a
screwdriver).
Ensure that the two printed corner brackets are
bolted with their correct edges on the same long
extrusion, as illustrated on the brackets.
Loosely fit the Brace Brackets (9) to the Brace (4)
using Hex Bolts (11), Washers (13) and Hex Nuts
(12). See Inset 2 on (Fig. 1).
Position the brace centrally between the short
extrusions, as shown, and loosely attach it with hex
bolts and washers into the remaining flange nuts.
Do not tighten any of the fasteners yet.
STEP 3
Turn the table face upwards again and insert the
Scales (3) between the long extrusions and the
brace and corner brackets. Position them with the
143⁄4" ends hard up against the short extrusion on
the 'map of Australia' side of the table. Push the
scales down until they 'click' into location, flush
with the top face of the long extrusions, as shown
in Inset 3 on (Fig. 1).
Turn the table over again (face down). Make sure
the corner brackets are pushed fully into the
corners, and that the plastic corner blocks are still
fully inserted into the ends of the extrusions.
Tighten the 8 bolts holding the corner brackets. Do
not over-tighten. (Tighten each pair of bolts a little
at a time, to ensure you don’t distort the frame).
Next tighten the 4 bolts holding the brace bracket
to the long extrusion, and finally tighten the bolts in
the brace.

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Safety Instructions / Assembly
STEP 4
Plug the two smaller Inner Bearings (6) into the
corner blocks below the low scale readings and
tighten using the Countersunk Screws (14) and
Hex Nuts (12). The two longer Outer Bearings (7)
are fitted to the corner blocks near the high scale
readings.
STEP 5
Assemble the Fence Bolt (15), Fence Slider (16), and
Round Knob (17) through the Fence (8), as shown.
With the round knobs loosened, lower the square
feet of the fence bolts into the corner blocks as
shown. Slide the fence along the extrusions to
position it wherever you like, and test the clamping
action. If necessary, spray the inside of the fence
with a spray lubricant, such as RP7 or WD40, to
improve the fence sliding action.
ASSEMBLING THE OUTER TRACK
STEP 6
Insert the Coach Bolts (28) through the slots in the
Legs (19), and fit the Height Stops (27) and Round
Knobs (17) onto them, as shown in (Fig. 2).
Attach the Feet (20) to the legs using the Leg Plates
(21), Hex Bolts (23) and Nyloc Nuts (24) as shown.
Note: the raised bumps on the leg plates must face
inwards, touching the legs. The feet should face
away from the leg slots as shown.
Do not over-tighten the bolt which passes through
each leg. The foot is designed to swing around on
this bolt for easy storage.
STEP 7
Tap the Angled Tube Closers (29) into the bottoms
of the legs ensuring they are correctly oriented,
as shown. Tap the Flat Tube Closers (30) into the
remaining tube ends, as shown.
STEP 8
Loosely fit the Phillips Screws (43) and Square Nuts
(26) through the holes in each Clamp Assembly (22)
as shown. Tap the assemblies onto the ends of the
Outer Track (18) locating the screws in the notches,
and tighten.
Loosen the large round knobs and align the cut-outs
in the clamps with the square cut-outs in the track.
Insert the legs through the cut-outs and tighten the
large round knobs to clamp. Slide the height stops
up the leg slots until they touch the outer track
and tighten into position. They help set the correct
height for future set ups, and serve as protection
against track slippage under heavy load.
ASSEMBLING THE INNER TRACK
STEP 9
Undo the large round knob (one turn only) on each
Skid Assembly (35) and insert them into the ends of
the Inner Track (33). With the skids pointing up as
shown, firmly tighten the knobs. (Figs. 3, 4 and 5).
Fasten the two Locking Latches (41) onto the latch
brackets using the Hex Bolts (42) and Nyloc Nuts
(24). Ensure the rectangular windows in the latches
are oriented as shown in (Figs. 3, 4 and 5). Tighten
the bolts until the latches pivot firmly.
If you are fitting this product to a Workcentre,
follow Steps 10W to 15W, for a Compact Saw
Table use Steps 10C to 15C and for a Router
Stand use Steps 10R to 15R.
FITTING TO A WORKCENTRE
STEP 10W
Loosely bolt the Support Brackets (34) to the two
outer brackets on the Inner Track (33) using the
short Coach Bolts (40), Washers (13) and Nyloc Nuts
(12), as shown in Fig. 3. Do not tighten yet. Note
the orientation of the brackets in regard to the long
overhang of the inner track (marked 'X' in Fig. 7).
Loosely fasten the longer Coach Bolts (28) and
Round Knobs (17) onto the support brackets.
STEP 11W
Fit the End Panel Brackets (36) and (37) to the left-
hand side of the Workcentre (when viewed from the
front panel, which has the switchbox). The brackets
are left or right-handed the long edge flanges
should wrap around the faces of the end panels.
See Fig. 6.
At the top of each bracket, use the bolt, washer
and nut which hold the left-hand bearing channel
in position. At the bottom of each bracket, fit the
Phillips Screw (43) and flange nut (10), but do not
tighten yet.
Note: if you have a MK3 Workcentre or an early
Series 2000 Workcentre (pre-serial no. 305000) it
will be necessary to drill the lower holes through the

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end panel flanges. Use the brackets as a drill guide,
centre punching the hole positions toward the top
of the slotted hole in the bracket. Drill 6.5mm or
1⁄4" holes.
Fit the inner track to the Workcentre by locating
the coach bolt heads through the keyholes in the
end panel brackets. Make sure that the tabs on
the bottom of the support brackets engage into the
slots on the end panel brackets. Tighten the round
knobs and then temporarily tighten the four nyloc
nuts (24) holding the inner track to the brackets.
Fig. 7
Aligning the Tracks on a Workcentre
STEP 12W
On Series 2000 Workcentres, push the legs
diagonally outwards to ensure it is fully stable.
Position the outer track parallel to the inner track
approximately 28" away from it. Place the table
onto the tracks with the inner (smaller) bearings on
the inner track. Always fit the table this way. Slide
the table to each end of its travel and adjust the
position of the outer track. The lengthened outer
bearings make this a non-critical adjustment.
STEP 13W
Next it will be necessary to fine-tune the height of
the inner track. Fit the extension table fence to the
sliding table and extend it across the Workcentre
table. Loosen the bolts and screws attaching the
end panel bracket, adjust the height of the brackets
until the bottom of the fence is around 1⁄32" above
the Workcentre table, front and rear. Tighten the
bolts and Phillips screws holding the brackets to
the end panels.
STEP 14W
Next, adjust the height of the outer track until the
fence is level across the Workcentre table.
Check the sliding table throughout its travel for
diagonal rocking on the tracks, and fine tune the
height of the outer track if necessary. Adjust the
height stops on the outer track legs to lock-in the
correct height.
With the sliding table positioned midway along the
tracks, engage the front and rear locking latches
(Fig.10). Adjust the self-tapping screws on the
inner bearings until the heads enter the rectangular
windows and the table cannot be lifted. (It will be
necessary to unlock the latches and lift the table
clear to make these adjustments).
STEP 15W
The last step is to fine-tune the inner track position
in the horizontal plane, to ensure that the extension
table scales are accurate.
Series 2000 Workcentres: With the extension
table fitted and locked, and the rip fence removed,
insert the standard Workcentre rip fence and set it
to 16" using the end panel calibration marks. Prior
to sighting down the front face of the Workcentre
rip fence, loosen the four nyloc nuts on the inner
track support brackets. Adjust the inner track
sideways until both front and rear scales read
exactly 16”. Retighten the four nuts and remove the
Workcentre rip fence.
MK3 Workcentres: Extend the extension table
fence across the Workcentre until the tip is level
with the left-hand edge of the saw slot. Check for
parallel by sliding the extension table so that the
fence tip runs the length of the saw slot. Loosen
the four nyloc nuts on the inner track support
brackets and adjust the position of the track until
the fence tip aligns perfectly with the saw slot at
both ends of the table travel.
To ensure the correct scale reading, position the
extension table with the front scale level with
the front of the saw blade and measure from the
blade teeth to check the scale reading. Adjust the
position of the inner track if necessary until the
scales are accurate, ensuring the track is moved by
exactly the same amount at each end.
Finally, double check the parallel alignment and
scale accuracy by repeating the above steps, or by
making a test cut.
Your Sliding Extension Table is now fully assembled
and ready for use. Skip to the 'Operating' section.
FITTING TO A COMPACT SAW TABLE
STEP 10C
Loosely tighten the TCA/RSA Brackets (38) onto
the two inside brackets on the Inner Track using
the short Coach Bolts (40), Washers (13) and Nyloc
Nuts (24) with a 10mm spanner, as shown in Fig.
4. Note the orientation of the brackets in regard to
the long overhang of the inner track (marked "X"
in Fig. 8).
Assembly