TM Induction Heating Suretherm Pro 1X User manual

ISO 9001:2015
ID 9000001589
www.tuv.com
User Manual

Note
Check delivery for possible damage caused by transport without
delay. Should damage be detected, please inform carriers
immediately.
As our products are subject to continuous improvement, we reserve
the right to make changes.
WEB
MAIL
TEL
FAX
ADDRESS TM Induction Heating
Nobelstraat 14
3846 CG Harderwijk
The Netherlands
T & M Techniek BV
BTW NL800643136B01
KvK 08054481
tminductionheating.com
[email protected]
[phone]
[phone]
ISO 9001:2015
ID 9000001589
www.tuv.com

CONTENTS
INDUCTION HEATING 5
Operating conditions 5
SAFETY GUIDELINES 6
Safety precautions 7
Safety instructions 8
Safety features 9
INSTALLATION 10
Scope of delivery 10
Unboxing 10
Installation process 11
SETTING UP THE WORKPIECE 12
Choosing the yoke 13
Manual Power Adjustment 13
Positioning the magnetic temperature probe(s) 14
OPERATION 15
Temperature Mode, using one sensor 16
Ramp Mode 17
Temperature Mode, using two sensors 18
Time Mode 19
User menu 20
MAINTENANCE 21
MALFUNCTION 22
Adjusting the yoke 22
Errors 23
SPECIFICATIONS 24
Technical data 25
Extra information 26
Electrical drawings 27
STATEMENT OF CONFORMITY 31
1
2
3
4
5
6
7
8
9

TM INDUCTION HEATING 4ST PRO 2.3 |

TM INDUCTION HEATING 5ST PRO 2.3 |
1
induction heaters are used to heat rolling bearings. Other
metal components forming a closed circuit such as bushings, shrink rings,
pulleys and gears can also be heated. This will facilitate mounting where
an interference t is required.
Our range of standard heaters are designed to heat the workpiece to a
maximum temperature of 240ºC (464°F). The heaters can be used on a
continuous basis. Always place the temperature sensor on the workpiece
to check the heating cycle. When heating an object using Time Mode, the
heating cycle must be checked using an external temperature meter.
CAUTION
Bearings generally should only be heated to a maximum temperature of
120ºC (248ºF). Do not use induction heaters for bearings or workpieces
with dimensions outside the ranges specied in this manual. Do not
switch off the heater with the main switch while heating cycle is running.
The heater is designed to be used in an industrial environment with an
ambient temperature of 0°C to 40°C (32°F to 104°F) and an atmospheric
humidity between 5% and 90%, non-condensing. The induction heater is
intended for indoor use only.
INDUCTION HEATING
OPERATING
CONDITIONS

TM INDUCTION HEATING 6ST PRO 2.3 |
SAFETY GUIDELINES
2
The operating instructions should always be followed when using an
induction heater.
TM Induction Heating shall not be held liable for damages caused by
improper handling or by use which does not comply with the designated
purpose. Prerequisites for the operator: He/she must be authorised for
use of the heater and must be familiar with the safety precautions.
In order to prevent danger or damage to the induction heater or workpiece,
follow these guidelines:
`All repairs must be carried out by an ofcial TM Induction Heating
distributor.
`Use original spare parts only.
`Protect the heater from water or very high humidity.
`Protect the heater core and yokes against corrosion, damage and
deformation.
`Only preheat bearings to max. 120°C (248°F).
`To ensure proper operation of the device, it is important to provide
the device with the latest software updates. A description can be
found in chapter 5 - OPERATION, page 20 - USER MENU.

TM INDUCTION HEATING 7ST PRO 2.3 |
SAFETY
PRECAUTIONS
`Since a magnetic eld 4&5 is generated by the induction heater, people
wearing a pacemaker 1or other implant device 2should not work or
be in the immediate vicinity of the device. Other sensitive equipment
such as wrist watches, magnetic carriers, electronic circuits, etc. 3
might also be affected. The safety distance is 0.5 meters (19”).
`Use protective gloves as protection against burns to hands. The gloves
delivered are suitable for use up to temperatures of 150°C (302°F).
`Hot surface, avoid contact 6.
`Do not operate an induction heater in areas where there is risk of
explosion.
`Wear safety shoes 8.
1. 2. 3. 4.
8.7.
6.5.

TM INDUCTION HEATING 8ST PRO 2.3 |
`The user should have an appreciation of the contents of this user
manual, and be familiar with safe workshop practices.
`Follow the user manual at all times.
`Ensure that the induction heater operates at the correct supply
voltage. If the heater is not supplied with a plug, changes should only
be made by a suitably qualied electrician.
`Do not use or store the heater in humid environments. The heater is
designed for indoor use only.
` Use proper handling equipment, appropriate for the weight of the
workpiece and/or yoke. Never support components with a metal cable
or have any hanging in the proximity of the magnetic eld. Extremely
high currents can ow through the cable causing it to heat up quickly,
resulting in a risk of burning.
`Do not place any metal objects near the yokes and poles.
`Place heater on a stable, horizontal surface.
`Keep a minimum distance of 1 metre (38”) to surrounding objects.
`Use only in well ventilated areas.
`Do not heat objects containing oil, grease or similar substances.
Prevent possible generation of fumes and smoke.
`Do not inhale fumes or smoke from heated parts.
`Do not move or lift heater when warm after heating cycle.
`Do not touch the heater core during heating cycle.
`When using smaller yoke sizes on a  PRO heater, make
sure to reduce the maximum power output. An overview of the
maximum power output per yoke size can be found on page 13.
SAFETY
INSTRUCTIONS

TM INDUCTION HEATING 9ST PRO 2.3 |
Should an error occur during the heating process, the induction heater will
automatically stop. The corresponding error will be displayed on screen.
In the case of user error, the display indicates what steps are to be taken
to correct the problem. More information about the types of errors can be
found in chapter 7 - ERRORS.
An induction heater produces an electromagnetic eld within a coil to
transfer energy to a workpiece. The table below shows values of the ux
density in microTesla (µT). These measurements can be used as a guide
conforming to local regulations regarding
the maximum time exposure to magnetic
elds. Different congurations may give
different values. It is impossible to provide
values for all combinations as the variety
of bearing types in combination with the
different yokes is large.
Total 50Hz RMS eld for magnetic measurement results. Max. magnetic
ux in safe exposure area, according to the German BG 11 Regulations
is 423 µ T.
SAFETY
FEATURES
MP1x 454 864 868
MP2x 189 272 370
MP3x 51 143 201
MP1y 458 874 983
MP2y 191 314 416
MP3y 80 156 196
Measurement position (cm) B-eldtotal (µT)
MP2x
60
MP1x
30
MP3x
90
30
60
90
MP1y
MP2y
MP3y
X
(cm)
Y
(cm)

TM INDUCTION HEATING 10ST PRO 2.3 |
INSTALLATION
3
SCOPE OF
DELIVERY
Contents of the box
1.  PRO  /  / 
2. Temperature probes
3. Heat-resistant gloves
4. User Manual
5. Quickstart guide
Note
The yokes for  PRO induction heaters are all optional. The
 PRO induction heaters are delivered with two magnetic
temperature probes included. The heat-resistant gloves may differ from
the picture above.
Follow the instructions specic for this heater on the supplied Quickstart
guide. If the Quickstart guide is not included in this box, please contact
your distributor or TM Induction Heating directly. The induction heater
must always be transported in the original box, thus also on return to the
manufacturer/distributor.
UNBOXING

TM INDUCTION HEATING 11ST PRO 2.3 |
Insert the plug into a shockproof wall socket
and then connect the heater to mains
electricity.
Turn main switch from 0 to 1. The heater
will emit a short beep and the touchscreen
displays the main menu. The induction heater
is now ready for use.
INSTALLATION
PROCESS
Ensure that supply voltage and current meet the specications. These can
be found on the type plate at the back of the
induction heater.
Not all of our induction heaters are provided
with a plug, mainly because there are a large
number of plug types. A suitable plug must be
afxed by a qualied electrician. Voltages may
differ for customized heaters.
Phase X / L1 Phase Y / L2 Ground
Voltage
460-575V Green/Yellow
400-440V Green/Yellow
Brown
Black (USA)
Black
Black (USA)
Brown
Black (USA)
Black
Black (USA)

TM INDUCTION HEATING 12ST PRO 2.3 |
SETTING UP THE WORKPIECE
4
`Use appropriate hoisting equipment for heavy components and yokes.
Manual lifting of heavy objects is a common cause of injury.
`Wear safety shoes during these procedures.
`The weight of the work-piece should not exceed the maximum weight
as shown in chapter 8 - WORKPIECE DIMENSIONS. Exceeding these
limits may result in catastrophic equipment failure and may also lead
to personal injury.
`Ensure there is no contact between the mains cable and the workpiece.
Damage to the cable may result in electrocution.
`Never support components with a metal cable and avoid cables
hanging in the proximity of the magnetic eld. Extremely high
currents can ow through the cable causing it to heat up quickly,
resulting in risk of burning.

TM INDUCTION HEATING 13ST PRO 2.3 |
20 x 20 40% N/A N/A
30 x 26 50% 40% N/A
40 x 38 60% 40% N/A
50 x 48 80% 50% N/A
60 x 60 100% 50% 50%
70 x 70 100% 50% N/A
80 x 80 100% 60% 60%
90 x 90 N/A 80% N/A
100 x 100 N/A 100% 80%
150 x 150 N/A N/A 100%
Yokes
`Choose the largest possible yoke. Position workpiece and place the
yoke with the machine milled surface on the poles of the heater core.
`Always make sure that the workpiece avoids direct contact with the
housing of the heater.
`When a heating cycle is completed, always wear heat-resistant gloves.
`Treat yokes carefully. Falling, bumping can damage the yoke and/or
cause personal injury. Store the yoke safely immediately after use.
CHOOSING
THE YOKE
When using RAMP MODE or TEMP. TWO SENSOR MODE, the actual
effective power will constantly change during the heating cycle. This is done
fullyautomatic.WhenusingTIME MODE orTEMP. ONE SENSOR MODE the
standard effective power is 100%. Turning the power down is needed when:
`The set temperature is too high after the set time. RAMP MODE advised.
`The set temperature is reached too quickly. We advise using RAMP MODE.
`Applying smaller yokes, especially during continous use.
MANUAL
POWER
ADJUSTMENT
To prevent the hardware from overheating make sure to reduce the
maximum power output according to the table.

TM INDUCTION HEATING 14ST PRO 2.3 |
`Always use the magnetic temperature probe (hereafter referred to as
the ‘probe’) for heating in Temperature Mode or Ramp Mode.
`Place the probe on the workpiece, close to the bore. Make sure that
the surface used for the probe is free of grease and/or oil.
`If the induction heater has two probes: place one close to the bore
and the other on the outer ring.
`Our standard probes are suitable for operation up to a maximum
temperature of 240°C (464°F). The connection between magnet and
probe will break above the maximum temperature. If this occurs
when operating in Temperature Mode, the heater will turn itself off as
the probe will fail to register any increase
in the temperature over a set period of
time. Probes for higher temperatures are
optional.
`Connect the probe by inserting the plug
into the socket at the front of the heater,
with the red dot facing upwards.
POSITIONING
THE MAGNETIC
TEMPERATURE
PROBE(S)
Treat the probe with care. It is a valuable part of the heater and can easily
be damaged through careless handling. After use, we suggest that it be
placed on the side of the vertical pole.
CAUTION

TM INDUCTION HEATING 15ST PRO 2.3 |
When the induction heater is turned on, the homescreen can show up
to four buttons with different modes; Time Mode is always available.
Temperature Mode (with 1 sensor) and Ramp Mode will be enabled when
one sensor is inserted. An extra Temperature Mode (with 2 sensors) will
be enabled when a second sensor is inserted.
The start/stop button is used for starting heating cycles in one of the
modes, or to stop a heating cycle at any time.
When a heating cycle is complete, or stopped prematurely, the program
will return to the main screen of the heating mode. A graph can be
requested with the graph button .
Every mode has three stages:
1. Preparation - The user can change the temperature and/or time.
2. Heating process - The induction heater starts the heating cycle.
3. Completion - The heating cycle has ended.
OPERATION 5

TM INDUCTION HEATING 16ST PRO 2.3 |
Press to start
the heating cycle
and stand at a safe
distance.
There is a 5 second
countdown before the
cycle starts.
When the preset
temperature has
been reached the
heater will hold that
temperature.
Press to stop the
heating cycle.
The induction heater
will now demagnetize.
Hereafter it will return
to the rst screen.
Alternatively, to start the
heating process, press
the start button on the
remote.
1. PREPARATION
2. HEATING PROCESS
3. COMPLETION
Press or to change the
temperature (max. 240°C).
To change the
temperature press
, to change
the max. power
output press
Otherwise proceed to
step 2.
Press when the
temperature is set.
TEMPERATURE MODE, ONE SENSOR
Press or to change
the max. power output.
Press when the max.
power output is set.
When using smaller yoke sizes on a  PRO heater, make sure to reduce the maximum
power output. See page 13 for an overview of the advised max. power output per yoke size.

TM INDUCTION HEATING 17ST PRO 2.3 |
Press to start
the heating cycle
and stand at a safe
distance.
There is a 5 second
countdown before the
cycle starts.
When the preset
temperature has
been reached the
heater will hold that
temperature.
Press to stop the
heating cycle.
The induction heater
will now demagnetize.
Hereafter it will return
to the rst screen.
Alternatively, to start the
heating process, press
the start button on the
remote.
1. PREPARATION
2. HEATING PROCESS
3. COMPLETION
Press or to change the
temperature (max. 240°C).
Press or to
change the time.
To change the
temperature press
, to change
the heating time
press .
Otherwise proceed
to step 2.
Press when the
temperature is set.
Press when the time is
set.
35
RAMP MODE

TM INDUCTION HEATING 18ST PRO 2.3 |
Press to start
the heating cycle
and stand at a safe
distance.
There is a 5 second
countdown before the
cycle starts.
When the preset
temperature has
been reached the
heater will hold that
temperature.
Press to stop the
heating cycle.
The induction heater
will now demagnetize.
Hereafter it will return
to the rst screen.
Alternatively, to start the
heating process, press
the start button on the
remote.
1. PREPARATION
2. HEATING PROCESS
3. COMPLETION
Press or to change the
temperature (max. 240°C).
Press or to change
the Δtemperature.
To change the
temperature press
, to change
the Δ temperature
press .
Otherwise proceed
to step 2.
Press when the
temperature is set.
Press when the
temperature is set.
35
35
35
35
35
TEMPERATURE MODE, TWO SENSORS

TM INDUCTION HEATING 19ST PRO 2.3 |
Press to start
the heating cycle
and stand at a safe
distance.
There is a 5 second
countdown before the
cycle starts.
Press to stop the
heating cycle.
The induction heater
will now demagnetize.
Hereafter it will return
to the rst screen.
Alternatively, to start the
heating process, press
the start button on the
remote.
TIME MODE
1. PREPARATION
2. HEATING PROCESS
3. COMPLETION
Press or to change
the time (max. 99:59).
To change the heating
time press
To change the max.
power output press
Otherwise proceed to
step 2.
Press when the time
is set.
Press or to change
the max. power output.
Press when the max.
power output is set.
When using smaller yoke sizes on a  PRO heater, make sure to reduce the maximum
power output. See page 13 for an overview of the advised max. power output per yoke size.

TM INDUCTION HEATING 20ST PRO 2.3 |
USER MENU The user menu can be accessed by pressing the start/stop button for 8
seconds. Within this menu the user can view and/or change the following
settings:
Calibration Sensor 1
The temperature of sensor 1 can be
set if it is calibrated incorrectly.
Calibration Sensor 2
The temperature of sensor 2 can be
set if it is calibrated incorrectly.
Start Delay (5)
When the user starts the heating
process there will be able to get to a
safe distance. The factory set delay is
5 seconds.
Date Format (DD/MM)
The Date Format can be set to Day/
Month or Month/Day.
Screensaver (0)
The settings for the screen saver can
be set here, ranging from off (0) to a
certain number of minutes.
Time (HH:MM)
The current time can be set here.
This information will be used when
datalogging the heating cycle.
Date (DD/MM)
The current date can be set here.
This information will be used when
datalogging the heating cycle.
Year (YYYY)
The current year can be set here.
This information will be used when
datalogging the heating cycle.
Time Format (24:00)
The Time Format can be set to 24:00
or AM/PM.
Temp. Hold Hysteresis (3°C)
The max. temperature difference
before the heater starts heating again
can be set here.
Auto Sensor Select (On)
When this setting is turned on the
heater can recognize the difference
between Sensor 1 and Sensor 2 and
assign the order automatically.
Time Range (MM:SS)
The Time Range can be switched
between MM:SS (minutes and
seconds) and HH:MM (hours and
minutes). This Time Range setting
will be applied to the available range
when using Time Mode.
Exit (Discard Changes)
Any recent adjustments will
be discarded and the user returns to
the homescreen.
Update Firmware GUI
When a USB drive (containing an
update for the User Interface) is
inserted this option will show. Press
and follow the on-screen instructions
to update the heater.
Update Firmware PWR
When a USB drive (containing
an update for the Powerboard) is
inserted this option will show. Press
and follow the on-screen instructions
to update the heater.
Update Languages
When a USB drive (containing an
update for texts) is inserted this
option will show. Press and follow the
on-screen instructions to update the
Fonts and Texts.
Cur. Version GUI
The current version of the User
Interface is shown here.
Cur. Version PWR
The current version of the
Powerboard is shown here.
Number of Cycles
The Number of Cycles shows the
amount of heating cycles for the
induction heater.
Heating Timer
The Service Counter shows the
total time (all heating cycles added
together) for the induction heater.
Reset to Factory Settings
Each user setting will be reset
to its original factory values.
Languages
The languages of the heater can be
changed to English, Spanish, German,
French, and Italian. More languages
can be added later.
Default Temperature (110°C)
The default temperature can be set.
The factory set temperature
is 110°C (230°F).
Temp. Hold (On)
Temperature hold can be turned on or
off. During pendulation the heater will
heat to the set temperature and cools
down by 3°C, then heats again to the
set temperature, etc.
Temp. Hold Duration (5:00)
The duration of the temperature
hold can be set. With the factory
set duration of 5:00 min the heater
pendulates indenitely.
Completion Signal (On)
The buzzer can be turned on or off.
When on the heater will buzz when
it reaches the set temperature. The
factory set value is ‘on’.
Temperature Unit (°C)
The temperature unit can be changed
to Celsius or Fahrenheit. The factory
set temperature unit is Celsius,
Fahrenheit in the USA.
Maximum Temp. Delta (50°C)
The max. temperature difference
between the two sensors can be set.
The factory set temperature difference
is 35°C (122°F).
Remote Control (Off)
The remote control function can be
turned on or off. This setting is shown
only when the remote has been
included.
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