Triton 2-1/4HP Plunge Router

 MOF001 KC

 by

Bill Esposito

1 July 2006

Dust Collection:

Top side dust collection is really outstanding on the Triton.  It is as good as any I've used.  The connector however works best with a soft, tapered nozzle.  My Festool hosed fit great, the tapered Shop Vac hose fit OK and the hard plastic nozzle of my Fein could be forced in but I wouldn't trust it.

The bottom side dust collector can be attached directly to the router base, as shown at right, for use with either a bearing bit used for edge treatment or a dovetail jig.  In this picture you see my Fein hose attached and can see the tenuous connection.  Like all bottom side collection many factors play into its effectively.

Another issue which I thought might be a problem is the location of the top side dust collection port.  In order to fit in the new above table winder the dust port had to be relocated to the left side of the router.  This means that for a right handed operator the dust port is on top of the work when using the guide plate and fence, as shown in the photo at left.  I initially thought this to be a problem but in use as long as you have a good long vacuum hose it is not an issue (Festool hose installed).
 

Collets:

The Triton MOF001 comes with two self releasing collets, 1/4" and 1/2".  If you're not familiar with a self releasing collet it can be confusing at first. I've read many a plea for help from people who's collet was loose but the bit was stuck in.  To remove a bit from a self releasing collet first loosen the collet until the collet is loose.  Actually at this point the only thing that is loose is the nut.  Now loosen the collet some more until it gets tight and then loose again.  What happens is that once the nut is free when you first loosen it, you continue to loosen it until the play between the nut and sleeve is taken up and it gets tight again.  Continuing to loosen the nut actually pulls the tapered sleeve up and out of the arbor shaft (collet chuck) thus releasing the bit.

The photo at left is the disassembled collet.  The sleeve gets inserted into the nut and snaps into place. It is the play between the groove in the sleeve and the lip on the nut (photo left, red arrows) that causes the collet to feel like it is loose when you first release it.

To view a short video of an above table bit change click on the photo at right.

Accessories:

The MOF001KC comes with a different kind of auxiliary baseplate and fence than you may be used to.  The all metal plate boasts tool-less attachment.  Just loosen the two thumb knobs on the routers base enough so that they can fit through the keyholes in the auxiliary baseplate (left).  Once attached the fence just slides onto the plate and is secured in position with its own set of thumb knobs (right).

I have not had a chance yet to use the guide bushings but their design seems adequate.  Included in the set are 5/16, 3/8, 7/16, 1/2, 5/8, 51/64 and 3/4" and I checked them all with a caliper and they were accurate.  In the photo at left "A" is the PC bushing adapter, "B" is the Triton Bushing adapter and "C" is a table spacer to raise the bushing up to account for table insert thickness.

I will use the bushings with my Leigh jog and update this section with the results.

Testing and Usage:

Triton has improved on just about every feature of the TRC001 3-1/4hp router.  The winder mechanism feels like it is using more metal gearing and the new push button winder lock is a welcome improvement over the old turn lock.  The old binding of the fine adjustment problem which some early Triton routers experienced when mounted in the table is not apparent with the new MOF001.  They have added a spring return to the plunge lock lever so now it's either located in the locked or unlocked position instead of flopping around loose.  I remember writing the Triton engineers a couple of years ago asking for rubber anti-slip grips on the handles...that too has been added.

Size wise the MOF001 is quite a bit smaller than the 3-1/4hp TRC001.  In the picture at left I have the routers plunge to about 1/2" from flush.  I've seen many a write up of the Triton where the author complained about top heaviness but I've not experienced that.  Perhaps it is because in normal use the router is plunged and that brings the handles down considerably lower.

The pic at right has both the Triton and the Milwaukee set with the collets at the same height and you can see that while the handles are higher, the Triton is actually just a bit shorter.  For real delicate work I would be using either the included offset base or one of Pat Warner's.

One more size/height comparison, again both collets set at the same height.

 

One problem I noticed which is fixed easily is the depth stop turret.  The nylon bodied turret is attached to the base with a sheet metal screw.  That worked fine until I rotated the turret counterclockwise a few times which in turn backed out the screw causing the turret to be loose.  To remedy this you need to remove the plastic base plate where you'll see the screw (arrow points to it at right).  What has to be done is carefully remove the screw which releases the turret assembly. I said turret assembly because the turret has a spring and a ball bearing under it which act as the detent when you twist it so be careful not to lose them.  Now the fix, a drop of glue, I used CA, in the hole and reassemble everything.  Tighten it to where the turret doesn't wiggle but still rotates properly and let it dry.

Another problem that I noticed is with the power cord...it just isn't long enough.  In order to plug the Triton into my Festool vacuum to take advantage of the auto-start feature of the vac, I had to use an extension cord.  The Triton's cord was not long enough by itself to be used without causing a tripping hazard.

The last issue I had was with the soft start.  My initial impression was that the soft start just wasn't all that soft.  While not exhibiting loads of torque the Triton will jerk in your hand when you start it up.  I checked with Triton and all the MOF001 routers act about the same.  Maybe I've become spoiled as I no longer own any routers without soft start. I can't compare to those without the feature but in this case the amount of torque seemed to warrant some comparison testing with other electronically controlled routers.  I lined up my Festool OF1400, Milwaukee 5616, Triton TRC001 and the Triton MOF001.  I repeatedly started each router at low and high speed and tried to gauge, albeit subjectively, the startup torque.  It was of no surprise to me that the MOF001 exhibited the greatest startup torque, however what was surprising was that is was only slightly greater than the Milwaukee.  I alternated between the Milwaukee and the Triton over and over again.  The difference was so small and in my opinion inconsequential that after performing this testing I have to assert that the performance of the Triton's soft start is virtually on par with that of the Milwaukee.

Table Mounting:

To install the router in the table you'll need a hole layout which is the same as for the PC 7518.  With the router mounted to the insert and oriented properly to suit your table, mark the insert at the indent for the crank on the router base (left).  Now over at the drill press line up the circumference of your 1/2" drill bit up with the indent you drew on the insert,  and drill (right).

Remount the router and install the insert into the table.  My finger points to the winder crank hole I just drilled (left).

To view a short clip of the above table adjustment in action just click on the photo at right.


 

Routing:

Here are a couple of short clips of the Triton in action.  Because I'm positioning myself so the camera gets a good shot of the router,  my stance is a bit out of balance and thus so are my motions.  In the clip at left I'm using a round over bit on a piece of pine.  I have the bottom side dust collection hooked up to my Festool vac.  Very little dust escaped.  Of course nothing is dust free but this attachment did a remarkable job of collecting the waste.

The next video (at right) I installed the extended baseplate, fence set to cut about 2" in from the edge and a 1/2" straight bit.  In a piece of pine I cut a stopped dado.  I plunged the bit with the winder, routed the dado, then raised the bit and turned off the router.  I had top side dust collection going with the hose connected to the left side of the router.  With enough hose and power cord the fact that Triton had to compromise and put the dust port on the left had no affect on my ability to rout.

Here's a tip, in the bit change video you may have noticed that I just inserted the bit all the way and tightened it.  Typically that is something you don't want to do because you don't want the bit touching the end of the arbor for vibration reasons.  What I do to all my routers is shown in these two pictures.  I remove the collet and insert a thin piece of rubber, then replace the collet.  Now I can just drop the bit in and the rubber acts as a spacer.

Here's another tip.  By adding a knob to the Triton baseplate you can turn it into an offset baseplate as in the photo at right of the larger Triton TRC-001.  Just get a knob and a longer screw for the circle cutting accessory.
 

Conclusion:

As I stated in the review, just about every feature of the new MOF001KC is an upgrade from the previous model.  Size, weight and the ergonomics of the controls feel good.  Dust collection is outstanding.  The above table bit change and height adjustments work great as do the adjustments when using the router hand held.  The included baseplate, fence and guide bushings just add to the value.  I'd really like to see the power cord lengthened to about 12 feet and the soft start electronics tweaked to reduce the startup torque.  All and all the Triton MOF001KC seems to be a well thought out next generation of the original innovative Triton design and should serve you well as both a hand held and table mounted router.

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