maggy
03-01-2005, 09:00 PM
Installation Instructions for the D.C.P./Timberwolf “Fury Chip”
NOTE: These chips are static sensitive. Be sure you are wearing rubber soled shoes (tennis shoes) or
are using a computer anti static wrist strap when performing this upgrade. These chips can be erased
by static electricity. Accidental erasure is NOT covered by warranty.
Make sure the power to your marker is OFF.
Remove the two grip frame screws; one in the forward portion of the gripframe, one in the rear. Being
careful not to put excess stress on wiring, pull the board upward to remove it.
Using the IC removal tool supplied, lift the microcontroller chip from its socket by inserting one prong
of the tool under each end of the chip and lifting gently and evenly. Use caution here to lift the chip
evenly. The legs of the chip bend VERY easily.
Set the stock chip aside and remove the Choas Chip from its packaging.
Make note of the notch at the end of the chip. This aligns with a notch at the same end of the socket on
your circuit board.
Using only your fingers, place the new chip into the socket being sure all the legs line up with the holes
in the socket. If ANY do not line up, STOP. Remove the chip and gently adjust the legs with your
fingers.
Once all the legs line up, push the chip firmly into the socket until it is seated.
Finally, reinstall the board by placing it back in it's socket. Check to be sure that the plastic 'cover'
hasn't fallen out of place in the lower body above the chip, and bolt the gripframe back to the body.
Configure the DIP switches as desired (see specifications on page 2), and reinstall grip panel.
CONGRATULATIONS! Installation is now complete!
Operation Instructions
Mode selection is done one of two ways. If DIP switch number eight is in the “off” position, firing
modes are selected by the first two DIPs only. See the spec list on the back of this sheet for details.
If DIP number 8 is in the “on” position, modes may be selected via the trigger.
With the marker power turned off, point the gun in a safe direction and pull and hold the trigger.
Turn the power on while holding the trigger. The LED will begin to flash.
The LED flash sequence is as follows: one flash, pause, two flashes, pause, three flashes, pause, four
flashes, pause. The number of flashes corresponds with a firing mode.
After the number of flashes corresponding to the mode you desire is displayed, release the trigger. You
are now in that corresponding firing mode. If you selected burst mode, wait until the LED begins
blinking the confirmation sequence (LED's will blink the mode number again after you release the
trigger to confirm mode). While this sequence is going, pull trigger again, and hold. Once the
sequence is completed, the LED will begin another similar sequence, beginning at 3 blinks, and
corresponding with the max # of burst shots.
If the gun is powered on without holding the trigger, firing mode will default to DIP switch settings.
The Fury Chip also features a “Sleep Mode” which powers down the marker after 20 minutes of
inactivity. This conserves battery power and prevents accidental discharge. If the marker goes into
sleep mode, simply turn off the power and turn it back on. You are then ready to play again.
Maximum rate of fire is 20 BPS in all modes with DIP switches 3 through 5 in the “off” position.
See reverse side for rate of fire setting instructions.
Firing modes are as follows: (1) Semi Auto mode and (4) Full Auto mode would remain the same
as the equivelant stock modes. (3) Turbo mode would send three pulses for every two trigger
inputs, beginning when there are more than three trigger pulls detected within a one second
time span. (2) Auto-Response mode would send one pulse per trigger completion, and one pulse
per trigger cessation. The second pulse would NOT be sent if trigger is hel for more than 1/3rd
of a second. (5)Burst mode works similar to the stock burst modes, but with a programmable
burst number.
DIPs six and eight toggles trigger mode selectability
“Sleep” mode powers down the marker after 20 minutes of inactivity.
DIP Switch settings:
#1 #2 Resulting firing mode
off off “Semi Auto” with 20 B.P.S. maximum R.O.F.
on off “Turbo” with R.O.F. that can be locked from 6 to 20 B.P.S
off on “Auto Response” with R.O.F. that can be locked from 6 - 20 B.P.S
on on “Full Auto” with R.O.F. that can be locked from 6 to 20 B.P.S
#3 #4 #5 Resulting solenoid “off” time in milliseconds (delay before re-cycle)
off off off 20 bps
on off off 18 bps
off on off 16 bps
on on off 14 bps
off off on 12 bps
on off on 10 bps
off on on 8 bps
on on on 6 bps
#6 Resulting event
off Dwell is set at 14ms
on Dwell is set at 18ms
#7 Resulting event
off Eye will delay 2ms after sensing a ball
on Eye will delay 4ms after sensing a ball
#8 Resulting event
off mode selection can only be made by dip switches
on mode selction can be made via trigger
Antichop eye setup
If there is ever need for adjustment to the antichop eye, the procedure is as follows:
The adjustment knob for adjustment to the antichop eye is the small silver screw with the red dot
recessed into the top portion of the eye. Clockwise movement increases sensitivity. The knob turns
'unlimited', but at approximately the '7 o'clock' position, it resets to minimum sensitivity.
Set the eye to optimum sensitivity, turn the marker on.
with bolt forward, adjust *slowly* up until the LED indicator comes on. If the indicator is already
on, skip this step. This gives you a good 'reference' point.
Move the bolt back with no balls in the chamber (the LED indicator should turn off).
Drop a paintball into the breech with the bolt back to make sure that the LED indicator comes on.
(continued on next page>)
Now, turn the eye up a bit more, until it comes on with the bolt back and no balls in the
chamber. At the point which the eye comes on at all times, the optimum level is just a tad
down, about 1/2 hour-measurement ( around 15 degrees) counter-clockwise.
To verify that this position is correct, move the bolt back and forth a few times, and make
sure the eye LED comes on when the bolt is forward, and off when it's back.
Special notes about Fury Eye applications:
Note that 'dry tests' on the eye are very difficult to perform. The eye 'watches' for a
moment of open status as the bolt returns after each shot. If it does not see this opening,
it bypasses itself internally. Thus, testing without air will usually initiate a bypass, and thus
it will seem to not work.
Cleaning:
In case of mis-adjustment causing chops, or early barrel breaks, paint may coat the sensors
on the eye, causing functions to be severely detrimented. Should this happen, the eye will
require cleaning. To clean, simply remove the two allen head screws retaining the eye to
the body, then unplug it. Get some dry or lightly wet Q-tips or similar cotton swabs, and
wipe any paint or oil residue of of the shiny black sensors. Clean out the hole in the
breech in the same manner, and remount.
Thank you for supporting Defiance Custom Paintball. As always, feel free to contact us
(Richard 'Defiance' Slaughter or Mike 'Timberwolf' Couey) if you have any questions. All
our contact info is on the website, as well as currently available product information and
current pricing.
http://dcpaintball.com
http://www.timberwolfpaintball.com
NOTE: These chips are static sensitive. Be sure you are wearing rubber soled shoes (tennis shoes) or
are using a computer anti static wrist strap when performing this upgrade. These chips can be erased
by static electricity. Accidental erasure is NOT covered by warranty.
Make sure the power to your marker is OFF.
Remove the two grip frame screws; one in the forward portion of the gripframe, one in the rear. Being
careful not to put excess stress on wiring, pull the board upward to remove it.
Using the IC removal tool supplied, lift the microcontroller chip from its socket by inserting one prong
of the tool under each end of the chip and lifting gently and evenly. Use caution here to lift the chip
evenly. The legs of the chip bend VERY easily.
Set the stock chip aside and remove the Choas Chip from its packaging.
Make note of the notch at the end of the chip. This aligns with a notch at the same end of the socket on
your circuit board.
Using only your fingers, place the new chip into the socket being sure all the legs line up with the holes
in the socket. If ANY do not line up, STOP. Remove the chip and gently adjust the legs with your
fingers.
Once all the legs line up, push the chip firmly into the socket until it is seated.
Finally, reinstall the board by placing it back in it's socket. Check to be sure that the plastic 'cover'
hasn't fallen out of place in the lower body above the chip, and bolt the gripframe back to the body.
Configure the DIP switches as desired (see specifications on page 2), and reinstall grip panel.
CONGRATULATIONS! Installation is now complete!
Operation Instructions
Mode selection is done one of two ways. If DIP switch number eight is in the “off” position, firing
modes are selected by the first two DIPs only. See the spec list on the back of this sheet for details.
If DIP number 8 is in the “on” position, modes may be selected via the trigger.
With the marker power turned off, point the gun in a safe direction and pull and hold the trigger.
Turn the power on while holding the trigger. The LED will begin to flash.
The LED flash sequence is as follows: one flash, pause, two flashes, pause, three flashes, pause, four
flashes, pause. The number of flashes corresponds with a firing mode.
After the number of flashes corresponding to the mode you desire is displayed, release the trigger. You
are now in that corresponding firing mode. If you selected burst mode, wait until the LED begins
blinking the confirmation sequence (LED's will blink the mode number again after you release the
trigger to confirm mode). While this sequence is going, pull trigger again, and hold. Once the
sequence is completed, the LED will begin another similar sequence, beginning at 3 blinks, and
corresponding with the max # of burst shots.
If the gun is powered on without holding the trigger, firing mode will default to DIP switch settings.
The Fury Chip also features a “Sleep Mode” which powers down the marker after 20 minutes of
inactivity. This conserves battery power and prevents accidental discharge. If the marker goes into
sleep mode, simply turn off the power and turn it back on. You are then ready to play again.
Maximum rate of fire is 20 BPS in all modes with DIP switches 3 through 5 in the “off” position.
See reverse side for rate of fire setting instructions.
Firing modes are as follows: (1) Semi Auto mode and (4) Full Auto mode would remain the same
as the equivelant stock modes. (3) Turbo mode would send three pulses for every two trigger
inputs, beginning when there are more than three trigger pulls detected within a one second
time span. (2) Auto-Response mode would send one pulse per trigger completion, and one pulse
per trigger cessation. The second pulse would NOT be sent if trigger is hel for more than 1/3rd
of a second. (5)Burst mode works similar to the stock burst modes, but with a programmable
burst number.
DIPs six and eight toggles trigger mode selectability
“Sleep” mode powers down the marker after 20 minutes of inactivity.
DIP Switch settings:
#1 #2 Resulting firing mode
off off “Semi Auto” with 20 B.P.S. maximum R.O.F.
on off “Turbo” with R.O.F. that can be locked from 6 to 20 B.P.S
off on “Auto Response” with R.O.F. that can be locked from 6 - 20 B.P.S
on on “Full Auto” with R.O.F. that can be locked from 6 to 20 B.P.S
#3 #4 #5 Resulting solenoid “off” time in milliseconds (delay before re-cycle)
off off off 20 bps
on off off 18 bps
off on off 16 bps
on on off 14 bps
off off on 12 bps
on off on 10 bps
off on on 8 bps
on on on 6 bps
#6 Resulting event
off Dwell is set at 14ms
on Dwell is set at 18ms
#7 Resulting event
off Eye will delay 2ms after sensing a ball
on Eye will delay 4ms after sensing a ball
#8 Resulting event
off mode selection can only be made by dip switches
on mode selction can be made via trigger
Antichop eye setup
If there is ever need for adjustment to the antichop eye, the procedure is as follows:
The adjustment knob for adjustment to the antichop eye is the small silver screw with the red dot
recessed into the top portion of the eye. Clockwise movement increases sensitivity. The knob turns
'unlimited', but at approximately the '7 o'clock' position, it resets to minimum sensitivity.
Set the eye to optimum sensitivity, turn the marker on.
with bolt forward, adjust *slowly* up until the LED indicator comes on. If the indicator is already
on, skip this step. This gives you a good 'reference' point.
Move the bolt back with no balls in the chamber (the LED indicator should turn off).
Drop a paintball into the breech with the bolt back to make sure that the LED indicator comes on.
(continued on next page>)
Now, turn the eye up a bit more, until it comes on with the bolt back and no balls in the
chamber. At the point which the eye comes on at all times, the optimum level is just a tad
down, about 1/2 hour-measurement ( around 15 degrees) counter-clockwise.
To verify that this position is correct, move the bolt back and forth a few times, and make
sure the eye LED comes on when the bolt is forward, and off when it's back.
Special notes about Fury Eye applications:
Note that 'dry tests' on the eye are very difficult to perform. The eye 'watches' for a
moment of open status as the bolt returns after each shot. If it does not see this opening,
it bypasses itself internally. Thus, testing without air will usually initiate a bypass, and thus
it will seem to not work.
Cleaning:
In case of mis-adjustment causing chops, or early barrel breaks, paint may coat the sensors
on the eye, causing functions to be severely detrimented. Should this happen, the eye will
require cleaning. To clean, simply remove the two allen head screws retaining the eye to
the body, then unplug it. Get some dry or lightly wet Q-tips or similar cotton swabs, and
wipe any paint or oil residue of of the shiny black sensors. Clean out the hole in the
breech in the same manner, and remount.
Thank you for supporting Defiance Custom Paintball. As always, feel free to contact us
(Richard 'Defiance' Slaughter or Mike 'Timberwolf' Couey) if you have any questions. All
our contact info is on the website, as well as currently available product information and
current pricing.
http://dcpaintball.com
http://www.timberwolfpaintball.com