After 13 years of Manufacturing "The Original Toolbox Bead Annealer"

I have decide to pursue other interests.

 

Many thanks to all of my loyal customers!

 

Below is information regarding the purchase and installation of replacement parts

and a troubleshooting guide.

The Toolbox Bead Annealer

Programming,Troubleshooting and Repair Guide

Contents:

Coil and Quartz Tubing Replacement Instructions and Purchasing Information

Programming the "NEW" FUJI PXR3 Controller

FUJI Technical Support Number

Programming the FUJI PXV3 Controller

Troubleshooting the FUJI PXV3 Controller

Here is the replacement coil purchasing information :

Douglas Maxwell
Hyndman Industrial Products, Inc.
(260) 483-6042 Ext. 313

(260) 483-1722 Fax

The part number will be GLASP.COIL.KIT. Pricing will be as follows: GLASP.COIL.KIT - $50.00 + surcharge and shipping. A kit includes three replacement coils and three sets of coil hanger wires. Current surcharge is $10.64/lb, so the cost of the surcharge would be $1.59. The surcharge adjusts each month on the 1st.

They accept MasterCard, Visa, Discover or American Express credit card payment. Lead time for shipment of these kits would be 3-5 days after receipt of order.

Fused Quartz Tubing Can be purchased at:

GM Associates

9824 Kitty Lane
Oakland, CA 94603

(510) 430-0806

Part#6000-08 CFQ Tubing 4x6 mm
Part#6000-20 CFQ Tubing 10x12 mm

Coil Replacement Instructions

IMPORTANT!!!! UNPLUG ANNEALER BEFORE BEGINNING COIL REPLACEMENT

 

Photo A

Unplug Kiln before beginning!!!!!!! Start by removing control box cover (Photo A)

 

Photo B



Locate the two coil leads in the control box (Photo B). Disassemble the screw, nut and washer assembly. There will be a white wire attached to the left side and a black wire attached to the right side (not shown in photo).
Either straighten the ends of the coil wire or cut them off. Do not cut the white or black wire.

 

Photo C


Photo D



There are two wires that hold the coil assembly in place (Photo C & D). They are attached to two screws on the front of the kiln that attaches the hinge. Remove the two screws and cut the ends of the two wires. The coil assembly can now be removed. Carefully remove the large and small quartz tubes from the coil.

 

Replacing the coil: Diagram 1

Photo E



The coil assembly consists of a small quartz tube, a large quartz tube, the coil and two retaining wires (see Photo E - retaining wires not shown). The small quartz tube slides over the center lead and up through the center of the coil (see Diagram 1/Fig. A). The large quartz tube slides over the outside of the coil. There is a notch in one end of the large quartz tube for the outer lead to nest in (see Photo E and Diagram 1/Fig. A).

Photo F



To install the new coil assemble use the provided metal rod to guide the coil leads through the fiber blanket into the control box. There is a small indentation in one end of the supplied rod. Insert that end of the rod from the control box side into the heating chamber. Place the coil lead end into the rod indentation and pull the rod out following by pushing the coil lead until it comes out into the control box ( Photo F and Diagram 1/ Fig. A). Do one lead at a time (longest lead first so that it does not pull back out when you do the shorter lead).


Photo G



After both leads are through make sure that the coil lead and the center lead are separated by the quartz tube and that the small quartz tube is pushed slightly into the fiber blanket (Photo G).

VERY IMPORTANT!!!! If the center lead and coil lead touch it will immediately short out the coil when you start up the kiln. Inspect it carefully now and then again when the assembly is complete. Coil should look evenly spaced and not bunched up which will cause a hot spot and premature coil failure.

Slide the loops of the retainer wires over the large quartz tube. Carefully pull back the fiber blanket (Photo D) just enough to see the holes that the wire ends need to go through. Push the retainer wire ends through the fiber blanket and through the holes in the kiln. Start the two screws (Photo C) that were removed from the hinge and wrap the two wires once around them. Cut off the excess wire and lightly tighten the screws.

Photo H

Slide yellow insulator board over the ends of the coil leads. Make a small loop in the end of both leads keeping the loops close to the yellow insulator board (Photo H). Put one washer on the screw then place the screw through the loop. Place the other washer and then the nut on the screw and carefully tighten. Put the white wire on the left screw and put the black wire on the right screw and attach with nut (Diagram A/ Fig. B).

Put the cover back on the control box. Note: There is a cut out on one edge of the cover to fit over the top of the ceramic coil insulators.

Check the coil assembly again to insure correct fit!

Plug In your kiln and fire it up!

How can I tell if I have the Fuji PXV3 or The PXR3?

The PXV3 has Green numbers on the digital display and the PXR3 has Red numbers!

Quick Start Guide
For the NEW PXR3

1) Turn on power switch. The annealer will heat up to 950 (or to whatever temperature is programmed into set point) and remain there.
To change the temperature in set point, press the SEL key once. The red light next to the SV will come on and the screen will show the temperature currently in set point. Press the up/down arrows to change to the temperature accordingly. This is now the temperature that the annealer will hold.

2) At the end of your beadmaking session press and hold the SEL key until you see PROG and then release the SEL key. Press the SEL key once and you will see Off. Press the up arrow once and you will see Run. Press the SEL key once.
The annealer will now run the following installed annealing program.
1) It will hold 950 for 2 hours.
2) It will begin a slow cool through the stress point (950-750) in 2 ½ hours.
3) It will hold at 750 for 30 minutes.
4) It will turn the power off to the heating coils and cool to room temperature.

3) After the annealer has reached room temperature, turn the power switch off and remove beads.

The "NEW" PXR3 FUJI Controller

 

FUJI Technical Support Number

In the event that I am unreachable and you are having controller problems call the FUJI Technical Support # 1-800-235-8367. Make sure that you have this sheet available when you call. These are the correct values for the controller as it has been designed to run this kiln.

Programming and Troubleshooting the FUJI PXV3 Controller

* One important note about your annealer: It is normal for some smoke to come from the heating chamber the first time you use it. The blanket is coated with a rigidizer and then is test fired to 1200 degrees for 2 hrs. in which time the rigidizer cures and hardens. Sometimes trace moisture from the rigidizer gets trapped in the folds which creates smoking the first time you fire the kiln.

Quick Start Guide
For the PXV3

1) Turn on power switch.
Action: The annealer will heat up to 950 (or to whatever temperature is programmed into set point) and remain there.
To change the temperature in set point, press the SEL key once. The red light next to the SV will come on and the screen will show the temperature currently in set point. Press the up/down arrows to change to the temperature accordingly. This is now the temperature that the annealer will hold.

2) At the end of your beadmaking session press and hold the SEL key until you see roff and then release the SEL key. Press the up arrow once and you will see rrun.

Action: The annealer will now run the following installed annealing program.
1) It will hold 950 for 2 hours.
2) It will begin a slow cool through the stress point (950-750) in 2 ½ hours.
3) It will hold at 750 for 30 minutes.
4) It will turn the power off to the heating coils and cool to room temperature.

3) After the annealer has reached room temperature, turn the power switch off and remove beads.

Programming

The Fuji Controller is a single program controller made up of four segments.

Each segment has three programmable components, Set Point - the temperature you want the annealer to go to: Ramp Rate - how fast you want the annealer to go to set point: Soak - how long you want the annealer to stay at set point.

To use your annealer follow these steps:

1) Turn power switch to ON position.

2) Press the SEL key once and the red light next to SV will come on. If the screen reads 950 then do nothing but, if the screen reads 000, press the Up Arrow until you have 950.

3) Wait a minute and you will see the temperature coming up to 950.

The annealer will now heat up to 950 and stay there indefinitely. When you are finished making beads for the day, run the installed annealing program by following these steps.

1) Press and hold the SEL key until you see rOFF and then immediately release the SEL key.

2) Press Up Arrow once and you will see rRUN. Do nothing else and the installed program will begin to run.

At the completion of the annealing program the controller will turn power off to the heating coil. The digital controller screen will show the temperature as the annealer cools to room temperature.

When the annealer has reached room temperature, turn the power switch to OFF and remove your beads.

To start a new day of beadmaking after the annealer has cooled to room temperature:

1) Turn power switch off.

2) Remove beads from annealer.

3) Turn power switch on.

To check or change the installed annealing program follow these steps:

1) Press and hold the SEL key until you see P then release the SEL key. (If you see P-n1 you have held the SEL key to long and have gone past P. Do not push any keys, wait 30 seconds and the temperature screen will come back or turn the power switch off and then back on and repeat the beginning of step 2.

2) Press the down arrow until you come to Sv-1 (actual letters on screen will look somewhat different for instance Sv-1 will look like Su-1 with a slash mark over the u).

3) Press the SEL key once and the current value will be displayed (If you have just received your annealer the value in Sv-1 will be 950). To change the current value to the temperature that you want use the up/down arrows. When finished press the SEL key once and then down arrow to the next item which looks like 7n1r. Repeat step 4 until you have set all of the program values that you desire. The installed program is shown below.

The annealer is shipped with the following program.

Sv-1 - 950 (This is your first set value or the temp. that you want the kiln to go to.)

7n1r - 0.00 (This is your ramp rate to get to the first set value, 0.00 allows the kiln to go as fast as it can go. This value is in hours and minutes of ramp time.)

7n1S - 2.00 (This is the soak or hold time that the kiln will stay at set value 1.)

This segment of the program will do the following:

Hold the annealers temperature at 950 degrees for 2.00 hours.

Sv-2 - 750 (This is the second set value that the kiln will go to. After soaking or holding at set value one (950) for 8 hours, the kiln will slowly cool through the stress point of the glass. The stress point is critical. Cooling too rapidly through the stress point (typically a 200 degree drop from the annealing temp.) will put stress back into the glass that had been removed in the annealing soak.

7n2r - 2.30 (This is the ramp rate that the glass will cool through the stress point. It is roughly 80 degrees per hour. Very large beads may need to be cooled slower. Example: 3.00 would slow the cooling to approximately 60 degrees per hour.

7n2S - 0.30 (This 30 minute soak stabilizes the temp. in the kiln before it shuts off and starts it’s decline to room temp.)

This segment of the program will do the following:

Begin cooling to 750 degrees over a period of 2.30 hours and hold for 0.30 minutes.

The following two segments are not being used in the installed program.

Sv-3 - 000 (Not currently being used)

7n3r - 0.00 (Not currently being used)

7n3S - 0.00 (Not currently being used)

 

Sv-4 - 000 (Not currently being used)

7n4r - 0.00 (Not currently being used)

7n4S - 0.00 (Not currently being used)

Nod - 4 (Nod must always be set at 4)

Troubleshooting

1) Cannot change programming. Controller not responding to up/down arrows.

If you find that you cannot make changes to the program because the up/down arrows are not changing the values, you have most likely accidentally locked yourself out of the computer programming. To unlock follow these steps: Hold down the SEL key until you see roFF and then release the SEL key. Press the SEL key once and you will see A7 0. Press the SEL key once and you will see LOC 0. This is the lock mode and it should be set at 0. If you see any # other than 0 use your up/down arrows to return it to 0. Your controller is now unlocked.

2) When I switch on the power to my annealer the temperature starts to rise before I even set the program to run. What is happening?

The Fuji controller is designed to run as both a set point controller and a programmable ramping controller. If the temperature is starting to rise when you first turn on the power it is because a value has been put in the set point of the controller. To check this press the SEL key once. A red light will come on next to SV. If there is a value other than 0 showing on the screen the controller will activate the heating coil of the annealer to reach that value. When the annealer has reached that value it will hold that value (temperature) until you 1) turn the annealer off or 2) run the installed program. Running the installed program overrides the fixed set point. If you do not want the annealer to heat up, unless you are running the program, then make sure that the value in SV is set at 0.

3) I think I changed part of the programming that I shouldn’t have and now the annealer is not working properly.

Below is a list of all of the values for the primary and secondary menus in the controller. Don’t let this throw you ! Just follow these steps and your controller will be back to it’s original settings.

*You may not find all of these parameters on your controller. I have tried to include the ones that I know exist. If you are missing one on your controller just move on to the next step.

Hold down SEL key until you see P-n1, let go of SEL key, press SEL key once, the value should be 0. Press SEL key once, you will see P-n1, press down arrow once, you will see P-dF, press SEL key once, the value should be 5.0. Press SEL key once, you will see P-dF, down arrow once, you will see FUZY, press SEL key once, the value should be OFF. Press SEL key once, you will see FUZY, down arrow once, you will see dSP1, press SEL key once, the value should be 14. Repeat these steps for dSP2 - 240, dSP3 - 97, dSP4 - 1, dSP5 - 0, dSP6 - 248 dSP7 - 123.

Now, hold the SEL key down until you see P, let go of SEL key, press SEL key once, the value should be 5.0. Press SEL key once, you will see P, down arrow once, you will see C (it will actually look like a C with a part of it missing but I cannot recreate this character on my keyboard), press SEL key once, the value should be 240. Press SEL key once, you will see C, down arrow once, you will see d, press SEL key once, the value should be 60.0. Press SEL key once, you will see d, down arrow once, you will see 7C, SEL key once, the value should be 2. Press SEL key once, you will see 7C, down arrow once, you will see HYS, SEL key once, the value should be 1. Press SEL key once, you will see HYS, down arrow once, you will see bAL, SEL key once, the value should be 0.0. Press SEL key once, you will see bAL, down arrow once, you will see Ar , SEL key once, the value should be 968. SEL key once, you will see Ar, down arrow once, you will see P-n2, SEL key once, the value should be 3. SEL key once, you will see P-n2, down arrow once, you will see P-SL, SEL key once, the value should be 0. SEL key once, you will see P-SL, down arrow once, you will see P-SU, SEL key once, the value should be 1200. SEL key once, you will see P-SU, down arrow once, you will see P-dP, SEL key once, the value should be 0. SEL key once, you will see P-dP, down arrow once, you will see PUOF, SEL key once, the value should be 0. SEL key once, you will see PUOF, down arrow once, you will see SUOF, SEL key once, the value should be 0. SEL key once, you will see SUOF, down arrow once, you will see P-F, SEL key once, the value should be F ( there is actually a degree sign before the F). SEL key once, you will see P-F, down arrow once, you will see S7A7, SEL key once, the value should be OFF.

You have now completed all steps of the Primary and Secondary menu and your annealed is ready to run. To run the installed program turn the power switch off and then back on, press the SEL key once (red light will come on next to SV) and make sure that the value is set at 0. This is the fixed set value and if there is any number other than 0 the kiln will be heating up to that number. Setting that number to 0 insures that the kiln will not begin to heat up until you run the installed program. To run the installed program hold the SEL key until you see roFF, press the up/down arrow key until you see rrUn. The program is now running!