Kemppi WFX 200 User manual

Operating manual
Brugsanvisning
Gebrauchsanweisung
Manual de instrucciones
Käyttöohje
Manuel d’utilisation
Manuale d’uso
Gebruiksaanwijzing
Bruksanvisning
Instrukcja obsługi
Manual de utilização
Инструкции по эксплуатации
Bruksanvisning
操作手册
EN
DA
DE
ES
FI
FR
IT
NL
NO
PL
PT
RU
SV
ZH
WFX
200, 300
200 P Fe, 300 P Fe
200 P Ss, 300 P Ss
200 AMC, 300 AMC
200-T, 300 P-T, 300-T

OPERATING MANUAL
English

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
2
EN
CONTENTS
1. Introduction................................................................................................. 3
1.1 General ....................................................................................................................................... 3
1.2 About WFX wire feeders ...................................................................................................... 3
2. Installation.................................................................................................... 4
2.1 Machine introduction........................................................................................................... 4
2.2 Connecting cables ................................................................................................................. 6
2.3 Assembly of MIG/MAG system.......................................................................................... 8
2.4 Accessories corresponding to wire diameter .............................................................. 8
2.5 Welding gun selection.......................................................................................................... 8
2.6 Mounting and locking of wire spool............................................................................... 9
2.7 Loading the ller wire and automatic feed .................................................................. 9
2.8 GT04 wire feed mechanism..............................................................................................10
2.9 DuraTorque™ 400, 4-wheel wire feed mechanism...................................................12
2.10 Adjustment of pressure arms...........................................................................................14
2.11 Adjustment of spool brake ...............................................................................................14
2.12 Burn back time ......................................................................................................................14
2.13 Earth return cable.................................................................................................................14
2.14 Shielding gas..........................................................................................................................15
2.15 Main switch I/O .....................................................................................................................16
2.16 Operation of cooling unit, Cool X...................................................................................16
2.17 Hanging kit .............................................................................................................................16
3. XF 37 and XF 38 control panel .............................................................. 16
3.1 Connecting and mounting...............................................................................................16
3.2 Layout .......................................................................................................................................17
3.3 Button functions...................................................................................................................17
3.4 Welding software .................................................................................................................20
3.5 Arc voltage display...............................................................................................................24
4. Basic troubleshooting ............................................................................. 25
5. Maintenance.............................................................................................. 27
5.1 Daily maintenance...............................................................................................................27
5.2 Periodic maintenance.........................................................................................................27
5.3 Service Workshop maintenance.....................................................................................27
6. Disposal of the machine ......................................................................... 28
7. Ordering codes.......................................................................................... 28
8. Technical data............................................................................................ 32

3
© Kemppi Oy / 1736
EN
1. INTRODUCTION
1.1 General
Congratulations on choosing the Kemppi WFX welding equipment. Used correctly, Kemppi
products can signicantly increase the productivity of your welding, and provide years of
economical service.
This operating manual contains important information on the use, maintenance and safety of
your Kemppi product. The technical specications of the equipment can be found at the end
of the manual.
Please read the operating manual and the safety instructions booklet carefully before using
the equipment for the rst time. For your own safety and that of your working environment,
pay particular attention to the safety instructions in the manual.
For more information on Kemppi products, contact Kemppi Oy, consult an authorised Kemppi
dealer, or visit the Kemppi web site at www.kemppi.com.
The specications presented in this manual are subject to change without prior notice.
Important notes
Items in the manual that require particular attention in order to minimise damage and
personal harm are indicated with the ’NOTE!’notation. Read these sections carefully and follow
their instructions.
Disclaimer
While every eort has been made to ensure that the information contained in this guide
is accurate and complete, no liability can be accepted for any errors or omissions. Kemppi
reserves the right to change the specication of the product described at any time without
prior notice. Do not copy, record, reproduce or transmit the contents of this guide without
prior permission from Kemppi.
1.2 About WFX wire feeders
Kemppi WFX 200 and 300 are basic wire feeders for regular pulse welding. They are equipped
with the WiseFusion™ welding process and are best suitable for basic MIG/MAG welding
purposes with robust thick metal plates.
Kemppi WFX 200 P Fe, WFX 300 P Fe, WFX 200 P Ss and WFX 300 P Ss are wire feeders for
more demanding professional use for example in pipe welding. They are equipped with the
WiseRoot+™ welding process developed especially for ecient root welding on pipes and
plates. Based on the model chosen, the wire feeder comes with either steel (Fe) or stainless
steel (Ss) pack preinstalled.
Kemppi WFX 200 AMC and 300 AMC are wire feeders designed for demanding professional
use featuring most of the Kemppi software options available. They are equipped for example
with the WiseThin+™ welding process, developed especially for ecient welding for thin
sheets and position welding, also with CO2shielding gas.
WFX 200 AMC and 300 AMC wire feeders can also be controlled in conjunction with FastMig
X power sources through Kemppi's ARC Mobile Control, which is a tablet computer based
wireless control interface. The required ARC Mobile Control adapter is included with the AMC
wire feeder models and provided as an option for the rest of the WFX wire feeders.
If a customer needs a specic set of software for their production, there is a tailored wire
feeder option available. With a special conguration tool customers can select the desired
software products to be factory-installed on the wire feeder, or they can just order an empty
wire feeder with no software pre-installed and only MIG welding enabled.
WFX wire feeders can be used with FastMig X power sources.
Operation of the wire feeder is controlled and adjusted by microprocessor. By adding an
optional synchronization unit MXF Sync 65, the SuperSnake sub-feeder device may be
connected to the WFX 300 series wire feeders (not available for WFX 200 series).

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
4
EN
2. INSTALLATION
2.1 Machine introduction
WFX 300 P Fe, WFX 300 P Ss, WFX 300 P-T WFX 300, WFX 300 AMC, WFX 300-T
4.
2. 1.
3.
5.
2.
1.
3.
5.
4.
6.
1. Control panel
2. ON/OFF button
3. Euro gun connection
4. Voltage sensing cable connection
5. Remote control connection
6. Sub-feeder sync connector (kit optional)
8.
11.
10.
9.
7.
8.
10.
9.
7.
7. Shielding gas connection
8. Control cable connection
9. Measurement cable connection
10. Welding current cable connection
11. Lead-in and clamping of cooling
liquid hoses
7. Shielding gas connection
8. Measurement cable connection
9. Control cable connection
10. Welding current cable connection

5
© Kemppi Oy / 1736
EN
WFX 200, WFX 200 P Fe, WFX 200 P Ss, WFX 200 AMC and WFX 200-T
4.
1.
2.
3.
7.
6.
5.
8.
9.
1. Control panel
2. Remote control connector
3. Voltage sensing cable connection
4. Euro gun connector
5. Shielding gas connection
6. Connection for control cable
7. Welding current cable connector
8. Lead-in and clamping of cooling
liquid hoses
9. Measurement cable connection

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
6
EN
2.2 Connecting cables
2.2.1 Liquid-cooled system: FastMig X + WFX + Cool X
1.
4.
8.
10.
2.
3.
9.
5.
6.
11.
7.
V
V
1. WFX wire feed unit
2. FastMig X power source
3. Cool X cooling unit and power connection
4. Gas supply
5. MMA electrode holder
6. Remote control device
7. Liquid-cooled welding gun
8. Power cable
9. Earth return cable and clamp
10. Measurement cable (from power source to wire feeder)
11. Voltage sensing cable (from wire feeder to work piece)
NOTE! WFX wire feeders can also be used with FastMig Pulse power source, but in that case
measurement cable and voltage sensing cable will not be used.

7
© Kemppi Oy / 1736
EN
2.2.2 Air-cooled system: FastMig X + WFX
1.
4.
5.
10.
6.
8.
2.
3.
7.
9. V
V
1. WFX wire feed unit
2. FastMig X power source
3. Gas supply
4. MMA electrode holder
5. Remote control device
6. Air-cooled welding gun
7. Power cable
8. Earth return cable and clamp
9. Measurement cable (from power source to wire feeder)
10. Voltage sensing cable (from wire feeder to work piece)
NOTE! WFX wire feeders can also be used with FastMig Pulse power source, but in that case
measurement cable and voltage sensing cable will not be used.

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
8
EN
2.3 Assembly of MIG/MAG system
Assemble the units in the order mentioned below. Follow the additional mounting and
operation instructions delivered with each package.
1. Installation of power source
Read and follow the installation instructions given in the FastMig power source operating
manual.
2. Mounting of power sources to transport cart
Read and follow the instructions given in the transport cart assembly instructions.
3. Mounting the FastMig WFX wire feed unit to the power source
Remove the cover sticker on top of the power source. Screw the fastening pivot into the
power source – hand tighten only. Place the supplied plastic spacers over the pivot. Lift the
WFX wire feeder into place, locating over the pivot.
4. Connecting cables
Connect the cables in accordance with the equipment notes provided in this manual.
The polarity of the welding wire (+ or –) can be selected by connecting the wire feed unit to
either the positive or negative power source terminals.
Most MIG/MAG applications run the wire feed unit connected to the positive terminal of the
power source.
5. Mounting FastMig wire feed units to boom and swing arms
When mounting wire feed units to boom and swing arms, the unit must be electrically
isolated from both.
Suspension angle of wire feed unit can be changed by moving the xing point in handle.
2.4 Accessories corresponding to wire diameter
Colour coded wire feed rolls and guide tubes are available to suit a variety of ller wire types
and sizes. Feed roll groove geometry and design vary depending on the application. Further
details are available in the spare parts tables.
Please ensure you select the correct drive rolls and guide tubes from the table to suit your
particular welding application.
2.5 Welding gun selection
Please ensure that the welding gun selected is suitable for the target application. Kemppi
welding gun products are designed to meet many dierent applications. Special wire liners
and contact tips are available for dierent wire types and sizes.
For FastMig X pipe welding package Kemppi oers the PMT MN welding gun model, which is
specially designed for welding root and ll passes on pipe. The neck is replaceable, so you can
select just the right bending angle for dierent work stages.
Distance wire feeding is accommodated with WeldSnake and SuperSnake products in either
air or liquid cooled models.

9
© Kemppi Oy / 1736
EN
2.6 Mounting and locking of wire spool
NOTE! Check that in ller wire spool is correctly mounted and locked into position. Ensure the spool
is not damaged or deformed in such a way that it can rub or cha against the internal surface of
the wire feed unit chassis or door. This may result in increased drag, impacting on weld quality. This
may also result in long term wire feed unit damage, rendering the unit unserviceable or unsafe to
use.
2.7 Loading the ller wire and automatic feed
Automatic wire feed makes wire spool changes faster. When changing the wire spool, the
pressure of feed rolls need not be released.
Simply ensure that the groove of the feed roll matches the diameter of ller wire used. Release
the wire end from the spool and cut o any deformed section. Be careful that the wire does
not spill from the spool sides.
Straighten about 20 cm of ller wire and ensure the tip has no sharp edges. File if necessary, as
a sharp wire edge may damage the wire gun liner - particularly softer plastic liners.
Present the ller wire tip to the back of the wire feed rolls and press the wire inch switch on
the wire feeder panel. Feed the wire to the gun contact tip and prepare to weld.
NOTE! Smaller diameter ller wires may need to be loaded manually and with the feed roll pressure
arms released. This is because it is easy to over estimate the pressure required to feed these smaller
ller wires. Too high feed roll pressures can easily deform ller wires and contribute to later feeding
problems.

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
10
EN
2.8 GT04 wire feed mechanism
This is used in WFX 300 P Fe, WFX 300 P Ss and WFX 300 P-T wire feeders.
Wire guide tubes
ø mm outlet tube middle tube inlet tube
Al, Ss (Fe, Mc, Fc)
plastic
0.6 SP007285 SP007273 SP007293
0.8 – 0.9 SP007286 SP007274 SP007294
1.0 SP007287 SP007275 SP007295
1.2 SP007288 SP007276 SP007296
1.4 SP007289 SP007277 SP007297
1.6 SP007290 SP007278 SP007298
2.0 SP007291 SP007279 SP007299
2.4 SP007292 SP007280 SP007300
Fe, Mc, Fc
metal
0.8 – 0.9 SP007454 SP007465 SP007536
1.0 SP007455 SP007466 SP007537
1.2 SP007456 SP007467 SP007538
1.4 – 1.6 SP007458 SP007469 SP007539
2.0 SP007459 SP007470 SP007540
2.4 SP007460 SP007471 SP007541

11
© Kemppi Oy / 1736
EN
Wire feed rolls, plastic
ø mm lower upper
Fe, Ss, (Al, Mc, Fc)
V-groove
0.6 W001045 W001046
0.8 – 0.9 W001047 W001048
1.0 W000675 W000676
1.2 W000960 W000961
1.4 W001049 W001050
1.6 W001051 W001052
2.0 W001053 W001054
2.4 W001055 W001056
Fc, Mc, (Fe)
V-groove, knurled
1.0 W001057 W001058
1.2 W001059 W001060
1.4 – 1.6 W001061 W001062
2.0 W001063 W001064
2.4 W001065 W001066
Al, (Fc, Mc, Ss, Fe)
U-groove
1.0 W001067 W001068
1.2 W001069 W001070
1.6 W001071 W001072
Wire feed rolls, metal
ø mm lower upper
Fe, Ss, (Al, Mc, Fc)
V-groove
0.8 – 0.9 W006074 W006075
1.0 W006076 W006077
1.2 W004754 W004753
1.4 W006078 W006079
Fc, Mc, (Fe)
V-groove, knurled
1.0 W006080 W006081
1.2 W006082 W006083
1.4 – 1.6 W006084 W006085
2.0 W006086 W006087
Fc, Mc, Ss, Fe
U-groove
1.0 W006088 W006089
1.2 W006090 W006091
1.6 W006092 W006093
NOTE! Mount the lower feed roll, ensuring that the pin on the shaft ts in the cut on the feed roll.

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
12
EN
2.9 DuraTorque™ 400, 4-wheel wire feed mechanism
This is used in WFX 200, WFX 200 P Fe, WFX 200 P Ss, WFX 200 AMC, WFX 300,
WFX 300 AMC, WFX 200-T and WFX 300-T wire feeders.
Wire guide tubes
ø mm outlet tube middle tube inlet tube
Ss, Al,
(Fe, Mc, Fc)
plastic
0.6 SP007437 SP007429 SP007293
0.8 – 0.9 SP007438 SP007430 SP007294
1.0 SP007439 SP007431 SP007295
1.2 SP007440 SP007432 SP007296
1.4 SP007441 SP007433 SP007297
1.6 SP007442 SP007434 SP007298
2.0 SP007443 SP007435 SP007299
2.4 SP007444 SP007436 SP007300
Fe, Mc, Fc
metal
0.8 – 0.9 SP007454 SP007465 SP007536
1.0 SP007455 SP007466 SP007537
1.2 SP007456 SP007467 SP007538
1.4 – 1.6 SP007458 SP007469 SP007539
2.0 SP007459 SP007470 SP007540
2.4 SP007460 SP007471 SP007541
24.8.2005 12:55

13
© Kemppi Oy / 1736
EN
Wire feed rolls, plastic
ø mm lower upper
Fe, Ss,
(Al, Mc, Fc)
V-groove
0.6 W001045 W001046
0.8 – 0.9 W001047 W001048
1.0 W000675 W000676
1.2 W000960 W000961
1.4 W001049 W001050
1.6 W001051 W001052
2.0 W001053 W001054
2.4 W001055 W001056
Fc, Mc, (Fe)
V-groove, knurled
1.0 W001057 W001058
1.2 W001059 W001060
1.4 – 1.6 W001061 W001062
2.0 W001063 W001064
2.4 W001065 W001066
Al, (Fc, Mc, Ss, Fe)
U-groove
1.0 W001067 W001068
1.2 W001069 W001070
1.6 W001071 W001072
Wire feed rolls, metal
ø mm lower upper
Fe, Ss,
(Al, Mc, Fc)
V-groove
0.8 – 0.9 W006074 W006075
1.0 W006076 W006077
1.2 W004754 W004753
1.4 W006078 W006079
Fc, Mc, (Fe)
V-groove, knurled
1.0 W006080 W006081
1.2 W006082 W006083
1.4 – 1.6 W006084 W006085
2.0 W006086 W006087
Al, (Fc, Mc, Ss, Fe)
U-groove
1.0 W006088 W006089
1.2 W006090 W006091
1.6 W006092 W006093
NOTE! Mount the lower feed roll, ensuring that the pin on the shaft ts in the cut on the feed roll.

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
14
EN
2.10 Adjustment of pressure arms
Adjust the drive pressure to the ller wire with the thumb screws mounted over the pressure
arms. Notice the graduated scales indicating load. The load applied should be sucient to
overcome a light braking force applied by hand to the ller wire, as it exits the welding gun
contact tip.
For smaller diameter and soft ller wires, less feed pressure is required. It should be possible to
apply a light breaking force to the ller wire by hand, as it exits the gun contact tip. But slightly
more wire ow restriction should render the drives rolls to slip slightly over the ller wire
without deforming the wire.
NOTE! Excessive pressure causes attening of the ller wire and damage to coated or cored ller
wires. It also causes undue wear of the feed rolls and increases gearbox load, so reducing service
life.
2.11 Adjustment of spool brake
Brake force is adjusted through the hole behind the locking clip. Remove the locking clip by
hand, and adjust the tension and pressure to the friction pads mounted inside with a screw
driver. See diagram and location A.
A
The load applied varies depending on the size and weight of the ller wire and spool, but also
the ller wire feed speed set. The heavier the wire spool and the faster the feed speed, the
greater the need to increase the braking load. Adjust the pressure, secure the locking clip, set
the wire feed speed and check that the braking force is enough to ensure the ller wire does
not spill from the spool on overrun.
NOTE! Too much or unnecessary loads can impact welding quality, load and wear to the wire feed
system.
2.12 Burn back time
FastMig electronics controls the burn back time. When welding stops an automatic sequence
ensures that the ller wire does not stick to the work piece and that no ball is formed at the
wire tip, ensuring reliable re-ignition. This system works regardless of the wire feed speed.
2.13 Earth return cable
Preferably the earth return cable and clamp should be connected directly to the welding
material.
Always use a good quality, 70 mm² heavy copper cable, and if possible a screw type 600 A
clamp. Ensure that the surface contact to the work piece is clean of metal oxide and or paint.
Make sure the clamp is rmly secured.

15
© Kemppi Oy / 1736
EN
2.14 Shielding gas
NOTE! Handle shielding gas bottle with care. Assess the risks associated with handling and using
compressed gas. Always use a cylinder transport carriage and secure the cylinder safely.
There are many dierent suppliers of quality shielding gases for welding. Please ensure that
you are selecting the correct gas for your application. FastMig products use welding programs
for synergic and pulsed welding. These programs are created and recommend against a
particular shielding gas.
Shielding gas eects welding performance and is a fundamental component to overall weld
quality.
MMT 32
l/min
5
10
15
20
NOTE! Shielding gas ow rate from the welding gun is set according to the application, weld joint,
gas type and gas nozzle shape and size. The ow rate should be measured at the welding gun
nozzle before welding via a rotameter, and normally measure's between 10 – 20 litres per minute
for many welding applications.
2.14.1Installing gas bottle
Always fasten the gas bottle properly in the vertical position, in a special holder against the
wall or on a cylinder carriage. Remember to close gas bottle valve after welding.
Parts of gas ow regulator
5
2
4
7
16
3
1. Gas bottle valve
2. Flow regulation screw
3. Connecting nut
4. Hose tail
5. Hose tail nut
6. Gas bottle pressure gauge
7. Shielding gas ow meter

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
16
EN
2.15 Main switch I/O
When you turn the main switch of the FastMig power source into I-position, the pilot lamp
closest to this switch will illuminate, indicating the power source is ready for welding. The
equipment will return to the same operation state where it was before the last shutdown.
Always start and switch o the machine with the main switch, never use the mains plug as a
switch.
2.16 Operation of cooling unit, Cool X
When liquid-cooling unit Cool X is connected to the FastMig power source for the rst time,
the cooler function is normally active. To deselect the cooler function, follow the instructions
stated in the Cool X operating manual.
2.17 Hanging kit
The WFX wire feeders can be mounted on a welding boom using the KFH 1000 hanging
device available as an accessory. This allows the wire feed unit to be suspended above the
work area.
3. XF 37 AND XF 38 CONTROL PANEL
3.1 Connecting and mounting
Fasten the ribbon cable connector from the WFX wire feed unit to the control panel. Attach
the yellow-green earth lead into the fork connector on the XF control panel.
XF 37 XF 38
+

17
© Kemppi Oy / 1736
EN
3.2 Layout
NOTE! The button layout is the same in both, XF 37 and XF 38 panels.
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
1. 3.
2. 4.
5. 6. 7. 8. 9.
10.
11.
1. ON/OFF button
2. Activates MIG welding dynamics (short press)
Selects the active wire feeder, if several wire feeders exist (long press)
3. Gas test
4. Wire inch
5. Selects the previous memory channel
6. Selects the next memory channel (short press)
Locks selected memory channel (long press)
7. Selects welding gun trigger mode (short press) or turns MatchLog function ON/OFF
8. Selects crater ll, hot start (short press) or MMA/CC/CV (long press)
9. Selects panel control, gun control unit or hand-held control unit (short press).
Turns memory channel remote selection ON/OFF (long press).
10. Power control knob
11. Arc length and voltage control knob.
Automatic weld data display
Last recorded welding values are displayed post welding.
Voltage display
Voltage display will show arc voltage if selected from the setup panel. Voltage display's last
dot indicates that arc voltage display is selected (for example 23.5.V). If arc voltage feature is
not used, pole voltage of the power source is shown.
3.3 Button functions
3.3.1 ON/OFF button (1)
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
Short press: control panel returns to initial display.
Long press: control panel is turned ON or OFF.
NOTE! When wire feeder XF 37 / XF 38 control panel is turned ON, also the power source control
panel X 37 turns on and links automatically to this wire feeder.

WFX 200, 300, 200 P Fe/Ss, 300 P Fe/Ss, 200-T, 300 P-T, 300-T, 200 AMC, 300 AMC
18
EN
3.3.2 Dynamics button (2)
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
Short press: Dynamics setting for 1-MIG, synergic MIG and CC/CV. ArcForce setting for MMA.
Long press: Wire feeder number selection. If there is more than one wire feeder connected to
the system, you can select which of them is active. Each wire feeder has its own number (1–3).
NOTE! Wire feeder number is not available in MMA, CC and CV processes.
3.3.3 Gas test button (3)
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
This button displays the gas test time. You can change it with the control knob.
Gas test starts when the time adjustment is made, after a short delay.
You can stop gas test by pressing any button.
3.3.4 Wire inch button (3)
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
This button starts feeding the wire with the default speed of 5.0 m/min. The wire feed stops
when you release the button.
You can change the wire feed speed with the control knob. The changed speed is used if you
press the button again.
3.3.5 Channel down button (5)
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
This button selects the previous memory channel that can be found.
3.3.6 Channel up button (6)
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
Short press: Selects the next memory channel that can be found.
Long press: Locks or unlocs the selected memory channel. No parameter changes are allowed
to a locked memory channel.
3.3.7 2T/4T button (7)
XF 37
W007241
CH REMOTE
CHANNEL
PANEL
4T
2T
Short press: Toggles between 2T or 4T gun trigger mode.
Long press: Turns MatchLog ON/OFF. This can be either MatchChannel or Minilog
functionality, depending on which one is dened in the selected memory channel. If neither
one is dened, this selection is unavailable.