Fuji Electric M653 Series User guide

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
Mounting Instruction
August 2019 Rev.0.1
Mounting Instruction for
Fuji Automotive IGBT Module
M653 Series
6MBI800XV-075V-01

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
Warning:
This manual contains the product specifications, characteristics, data, materials, and structures as of
August 2019.
The contents are subject to change without notice for specification changes or other reasons. When
using a product listed in this manual, be sure to obtain the latest specifications.
All applications described in this manual exemplify the use of Fuji's products for your reference only.
No right or license, either express or implied, under any patent, copyright, trade secret or other
intellectual property right owned by Fuji Electric Co., Ltd. is (or shall be deemed) granted. Fuji Electric
Co., Ltd. makes no representation or warranty, whether express or implied, relating to the
infringement or alleged infringement of other's intellectual property rights which may arise from the use
of the applications described herein.
i

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
(1) During transportation and storage
Keep locating the shipping carton boxes to suitable side up. Otherwise, unexpected stress might
affect to the boxes. For example, bend the terminal pins, deform the inner resin case, and so on.
When you throw or drop the product, it gives the product damage.
If the product is wet with water, that it may be broken or malfunctions, please subjected to sufficient
measures to rain or condensation.
Temperature and humidity of an environment during transportation are described in the
specification sheet. There conditions shall be kept under the specification.
(2)Assembly environment
Since this power module device is very weak against electro static discharge, the ESD
countermeasure in the assembly environment shall be suitable within the specification described in
specification sheet. Especially, when the conducting pad is removed from control pins, the product
is most likely to get electrical damage.
(3)Operating environment
If the product had been used in the environment with acid, organic matter, and corrosive gas
(hydrogen sulfide, sulfurous acid gas), the product's performance and appearance can not be
ensured easily.
Cautions
ii

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
CONTENTS
iii
1.
Scope of Application
1
2.
Mounting Sequence
1
3.
PCB Reference Specification
1
4.
Attaching the PCB to the IGBT Module
3
5.
Flange Adaptor
5
6.
Mounting of IGBT Module to Equipment
8
7.
Connecting to the Main Terminals
10
8.
Storage and Transport
11
9.
IGBT Module Appearance
11

MT5F37311
1. Scope of Application
© Fuji Electric Co., Ltd. All rights reserved.
This manual explains how to mount and use the M653 packaging products safely.
This mounting instruction is available only for the following modules.
・6MBI800XV-075V-01
In handling this IGBT module, strictly observe the contents described in "Warnings" and "Caution" of
the specification sheet in addition to the contents described in this manual.
1
For reference, the mounting sequence of the IGBT module and PCB is shown below.
(1) Align the PCB with the IGBT module and mount it (Two guide pins will support this process).
(2) Fix the PCB on the IGBT module by screws.
(3) Solder the PCB holes and control terminals.
(4) Fasten the IGBT modules to the equipment with screws.
(5) Connect the main terminals of the IGBT module to busbar, capacitor, etc.
Since the PCB tolerances depend on the PCB manufacturing process and are produced with the dime
nsions unique to the customer, typical PCB sizes and tolerances cannot be recommended. However, f
or reference, the evaluation board size and hole size of Fuji Electric are shown in Figure 1. This is a ref
erence value, so finally confirm it sufficiently by the customer.
2. Mounting Sequence
3. PCB Reference Specification

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved. 2
Fig. 1 Assembly drawing of the driver board (Top)
Screw size : M3
PCB thickness : 1.6(mm)

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
4.1 Electrostatic discharge protection
If excessive static electricity is applied to the control terminal, the module may be damaged. Please
take countermeasures against static electricity when handling the module.
Assembly environment relating to ESD shall be within specified value shown in the specification
sheet.
When unpacking the product, it is important that there be no control pin contact when handling the
product after removing the conductive foam, as this could cause electrostatic discharge damage. When
installing the product in a piece of equipment, it is requested that you only remove the conductive foam
just before PCB mounting in order to prevent electrostatic discharge damage. (Refer to the work flow in
Figure 2)
4. Attaching the PCB to the IGBT Module
3
4. PCB mounting
and control terminal
soldering
3. Conductive foam
removal
Fig. 2 Conductive foam removal procedures
1. Unpacking
2. Moving process
Do not remove
the conductive
foam
Do not remove
the conductive
foam
Remove the
conductive
foam
---

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
4.2 Soldering of the control terminals
Soldering of the control terminals shall be performed based on the condition which is described on
the specification sheet. Otherwise, disconnect between them might be happened.
4.3 Method of mounting the PCB
(a) As screws to be used at positions (1) to (8), specified screw size and tightening torque described
in the specification sheet.
The length of the screw thread for PCB can be considered by the drawings of the module in the
specification sheet.
Adjust the length of the screws depending on the types of the screws used if necessary.
(b) Fix the screws temporarily with 1/3 of the final fastening torque and in the sequence from (1) to
(8) in Figure 3.
4
Fig. 3 Screw sequence for PCB fix
(4)
(7) (3) (1) (5)
(8)
(6) (2)
Torque Sequence
Initial 1/3 of specified torque (1) →(2) →(3) →(4) →(5) → (6) → (7) → (8)
Final Full specified torque (8) →(7) →(6) →(5) →(4) → (3) → (2) → (1)

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
5. Flange Adaptor
5
5.1 Connection adapter to flange part
Since the tolerances of the adapter to be connected to the flange portion depend on the
manufacturing process and are made with the dimensions specific to the customer and tolerances
cannot be recommended. However, for reference, the size of the flange adapter kid of the optional
component for evaluation of Fuji Electric is shown in Figure 5.
5.2 Selection of O-ring
When this IGBT is installed to a power control system, certain suitable O-ring is needed.
Size and material of O-ring depend on the system design and the operational environment of the
system. Therefore, when O-ring is selected, sufficient confirmation about seal performance shall be
needed.
There is an example of O-ring in Table 1 as the flange adapter kit for IGBT module evaluation.
Seal area of the flange for the flange adapter kit is shown in Figure 4.
5.3 Temperature check
After selecting a O-ring and determining the mounting position of the IGBT module, the temperature
of each part should be measured to make sure that the junction temperature (Tvj) of the IGBT module
does not exceed the rating or the designed value.

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved. 6
Fig. 5 Flange adaptor kit : flange adaptor base and nipple
(a) Flange adaptor base (b) Nipple of flange adaptor
: The area within φ =21mm
from the flange center is seal
portion for flange adaptor kit.
Fig. 4 Seal area of the flange
Outlet of the cooler
Inlet of the cooler
Inlet of the coolant
Outlet of the coolant
92.75
72
Unit : mm
Unit : mm Unit : mm

MT5F37311 7
Nominal
size
(JIS)
Dimension of O-ring Dimension of grove
Thickness W
Inner dimension
do d D
G(tolerance ) H R
No
Backup
ring
One
backup
ring
Two
backup
ring
H
±
0.05
MAX
P10A 9.8 ±0.20 10 14
P11 10.8 ±0.21 11 15
P11.2 11.0 11.2 15.2
P12 11.8
±0.22
12 16
P12.5 12.3 12.5 16.5
P14 13.8 14 18
P15 2.4±0.09 14.8 ±0.24 15 19 3.2 4.4 6.0 1.8 0.4
P16 15.8 16 20
P18 17.8 ±0.25 18 22
P20 19.8 ±0.26 20 24
P21 20.8 ±0.27 21 25
P22 21.8 ±0.28 22 26
Table 1 Size of O-ring (Unit : mm)
Fig. 6 The image of assembled O-ring onto the flange adaptor base
Reference information of O-ring of the flange adaptor kit
・Size : P15 @JIS standard
・Material : NBR(Nitrile rubber )
・Hardness : 70
© Fuji Electric Co., Ltd. All rights reserved.
0
-0.06 0
+0.06
0
+0.25

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
6.1 Mounting direction of the IGBT module
Strictly observe the angle stated in the specification sheet for the mounting angle of the IGBT module.
If mounting at an angle out of the specification range, air bubble would be remained in the cooler when
cooling water is flowed. Air bubble might make cavitation phenomenon and it is cause of water leakage.
Also, since reliability under mounting conditions out of the specification has not been tested, we do
not know what kind of problems will occur.
6. Mounting of IGBT Module to Equipment
8
6.2 Method of fastening the IGBT module
Figure 8 shows the recommended procedure of tightening screws for mounting the IGBT module.
The fastening screws should be tightened with the specified torque.
See the specification for the specified torque and screws size to be used.
In addition, the use of self-tapping screws is not guaranteed.
Horizontal
and upward
VerticalVertical
Horizontal
but upside down
Fig. 7 IGBT module mounting direction

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved. 9
Torque Sequence
Initial 1/3 of specified torque (1) →(2) →(3) →(4) →(5) → (6) → (7) → (8)
Final Full specified torque (8) →(7) →(6) →(5) →(4) → (3) → (2) → (1)
6.4 Flatness of fastening part
The flatness of the fastening portion of the module is specified in the specification. In addition, the
following values are recommended for the system flatness at the module area.
System flatness at the module area : ≦50μm
Exceeding the requirement above may lead to damage of the power module.
6.5 Parallel connections
In high capacity inverters and other equipment that needs to control large currents, it may be
necessary to connect IGBT modules in parallel. When connected in parallel, it is important that the
circuit design allows for an equal flow of current to each of the modules. If the current is not balanced
among the IGBTs, a higher current may build up in just one device and destroy it. The electrical
characteristics of the module as well as the wiring design, change the balance of the current between
parallel connected IGBTs. In order to help maintain current balance it may be necessary to match the
VCE(sat) values of all devices.
Also, when the IGBT module has the cooler with the water jacket, it is necessary to adhere strictly to
specifications such as water temperature, water flow and pressure within each water jacket.
For more detailed information on parallel connections, refer to the application manual for IGBT
module.
Fig. 8 Screw sequence for IGBT module
(7) (3) (1) (5)
(8)
(4)
(6) (2)
6.3 Prohibited matters:
(1) Excessive tightening torque: IGBT module shall not be used anymore.
Cause of cooling system destruction by deformation of the aluminum cooler and buckling of
the stud.
(2) Insufficient tightening torque:
Liquid leakage from the cooling flange may occur, or the screws may be loosened
during operation, cooler destruction due to vibration during operation are expected.
(3) Applying a load onto the cover of the cooler:
Cause of cooling system destruction, cooling water leakage are expected.

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
7.1 Connection of the main circuit
(1) Screw size: M5
(2) Maximum fastening torque: refer to the specification sheet.
(3) Length of the screw: Check the depth of screw holes on the outline drawing.
Adjust the length of the screws depending on the types of screws used if necessary.
7.2 Clearance and creepage distance
It is necessary to keep enough clearance distance and the creepage distance (defined as (a) in
Figure 9) from the main terminal to secure desirable insulation voltage. The clearance distance and the
creepage distance must be longer than the minimum value shown in below.
Suitable insulation distance between a bus-bar and the main terminal screw of the module shall be
designed when the module is installed to a power system.
Screws for tightening a control board on the module shall be electrically isolated. And the screws
shall be appropriately selected by taking account of insulation distance between the control terminals
of the module and the screws.
7. Connecting to the Main Terminals
10
(a) P-terminal ~ N-terminal
Position Creepage distance (mm) Spatial distance (mm)
(a) P-terminal ~ N-terminal ≥ 11.3 ≥ 7.3
Fig. 9 Creepage distance and spatial distance at the P/N terminal

MT5F37311 © Fuji Electric Co., Ltd. All rights reserved.
Refer to the "Caution" in the specification sheet for the storage and transport conditions and
precautions, and strictly observe the contents.
8. Storage and Transport
11
9. IGBT Module Appearance
The following describes the contents of the appearance of this IGBT module.
9.1 Tin plating of main terminal
The main terminals are made of copper plated with tin. The tin plating provides to prevent
discoloration and oxide of the main terminals of the IGBT modules. After mounting, the tin plating has
finished its role, and the contact resistance is the same as that of the main terminals of pure copper
that are not plated. Therefore, visible scratches before mounting, thin plated areas such as terminal
edges and bending areas do not affect product performance or quality.
Bending area of main terminal
Edge of main terminal
Fig. 10 Appearance of main terminal
Visible scratches