Hardware Overview and Identification .................................................................................................... 4
Set up ........................................................................................................................................................ 5
1900 Watt total Medium/Long wave IR with a temp. range of 100°221°C (212°-430°F) for the center and an auxilliary 0°-150°C (0°302°F) around the edge. 1.5” of height adjustment.
1107-0037 PC MONITOR, 24" Widescreen, LCD
1332-0134* POWER CORD, DOM DETACHED
1332-0093** POWER CORD,DETACHABLE,230V
1332-0280** Power Cord, Type G, to C13, 230V, Fused
1332-0287** AC Adapter, Type G to Type A/B (US)
1332-0288** AC Adapter, Type E/F to Type A/B (US)
3008-0383 Cable, HDMI to HDMI, Male to Male, 1M
5005-0119 SHIPPING CRATE, TF1800 / IR3000 A03
6020-0257 COMPUTER, INTEL NUC613SYH loaded build
6993-0306 IR/TF Monitor Arm Kit
7008-0324* TF1800 machine, 120V
7008-0325** TF1800 machine, 230V
7950-0158 TF1800 PACKOUT
* Only included with 120V units (8007-0574)
** Only included with 230V units (8007-0575)
1107-0037 PC MONITOR, 24" Widescreen, LCD 1 EA
1332-0134* POWER CORD, DOM DETACHED 1 EA
1332-0093** POWER CORD,DETACHABLE,230V 2 EA
1332-0280** Power Cord, Type G, to C13, 230V, Fused 2 EA
1332-0287** AC Adapter, Type G to Type A/B (US) 1 EA
1332-0288** AC Adapter, Type E/F to Type A/B (US) 1 EA
3008-0383 Cable, HDMI to HDMI, Male to Male, 1M 1 EA
5005-0169 SHIPPING CRATE, TF2800 1 EA
6020-0257 COMPUTER, INTEL NUC613SYH loaded build 1 EA
6993-0306 IR/TF Monitor Arm Kit 1 EA
7008-0328* TF2800 machine, 120V 1 EA
7008-0329** TF2800 machine, 230V 1 EA
7950-0159 TF2800 PACKOUT 1 EA
* Only included with 120V units (8007-0582)
** Only included with 230V units (8007-0583)
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Hardware Overview and Identification
H
A
B
I
J
D
C
E
F
A) Pik-Vac switch and mount – The switch will activate the vacuum pump for 15 minutes so that
components can be handled manually with the included PV-65 Pik-Vac tool.
G
B) Thermocouple Inputs – Up to 4 K-type thermo-couples can be used to measure temperatures.
Temperature readings are displayed in real time via the TF software.
C) Emergency Stop – This button can be used to cut power to the machine immediately in case of an
emergency.
D) Board Holder with Board Support Wand – Fine adjustment of the board holder can be made in the X
and Y directions by using the micrometer knob on the front of the unit and right side of the holder itself.
The board holder also has a support bar to help prevent sag of large/heavy boards.
E) Bottom Heater Height Adjustment – Used to bring the bottom heater closer to the workpiece for faster
heating.
F) On/Off switch – Used to turn the machine on or off. Always turn the machine on before opening the
software, and allow the software to close before turning off the unit.
G) LCD Monitor – Displays software package from PC (not shown).
H) Reflow Head – Contains inductive-convection heater for fast and efficient top heating of components.
The entire head moves up and down via an electric stepper motor that is controlled through the
software.
I) Optics Housing – Contains the High-Def (1080p) Optical Alignment System (Camera, Prism and
lighting.) The optics housing extends and retracts automatically as needed during the process.
J) Cooling Fan – The component and PCB are cooled by the cooling fan, which is activated automatically
during the cool down zone or operated manually as needed.
a. The TF-x800 series machines use a self-contained air pump, therefore shop air is not required.
b. Place the PC next to the machine and connect the provided USB/HDMI cables.
c. Assemble the monitor arm kit onto the right side of the TF machine, then attach monitor and
d. Set out wireless keyboard and mouse, make sure they are turned on and the wireless receiver
e. Plug in the power cords for the PC, Monitor, and the TF unit.
2. Accessories –
a. Insert a vacuum pick-
If desired, an external pressurized Nitrogen source can be used instead.
connect to PC.
has been plugged into the PC.
i. Select the smallest vacuum pick that can lift the component. If the component cannot
be reliably picked up, move to a larger vacuum pick but keep in mind this may slow
down heating of the component in relation to the surrounding area.
ii. The vacuum pick will thread into the shaft in the middle of the large circular opening on
the bottom of the heater head assembly. Never use tools to tighten the vacuum pick as
doing so can damage the threads or bend the pick.
b. Insert an appropriate nozzle-
3. Power on –
a. Make sure everything is connected to an appropriate power source.
b. Turn on circuit breaker on back of the TF machine.
c. Turn on PC and monitor.
d. Turn on the switch at the front of the machine.
e. Once PC has finished booting up and the TF machine is running, double-click on the TF-1800
software icon.
i. Ideally, the inside of the chosen nozzle should be about 3 mm larger than the
component being worked with to allow for proper air flow. A smaller nozzle can be used
if neighboring components are too close, or the heater head can be positioned higher
above the surface during reflow. Both of these options will change the performance
and efficiency of the unit.
ii. The nozzle will attach to the ball detents in the underside of the heater head in the large
square opening surrounding the vacuum pick.
i. The 120V TF-x800 requires a dedicated 20amp circuit.
ii. The 230V TF-x800 requires a dedicated 10amp circuit.