TRITON CORE Product Manual |
Product Dimensions and Assembly
INGENIA | 2021-07-07 16:23:18
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7.3 Assembly Instructions
7.3.1 Electrical assembly and ESD precautions
When assembling the Triton Core to its daughter board please follow the pinout and recommendations of the
. The drive can be either plugged on female connectors or soldered directly.
Both if the drive is soldered or plugged on mating connectors, basic ESD safety procedures are recommended:
Perform the assembly of the drive on top of an ESD mat that should be correctly grounded.
Before assembling the Triton to the interface board ensure both boards are placed on the ESD mat to
remove any parasitic charge.
Use ESD wrist bands.
Do not touch the pins directly with your hands except if wearing wrist bands.
7.3.2 Mechanical assembly
The assembly of the plate to a cooling surface is essential to achieve desired performance. Due to the dimensions of
the plate, it is essential that the thermal pad is soft enough to compensate the flexing during assembly. Next are
some thermal interface materials and heatsinks suitable for the Triton.
7.3.2.1 Heatsinks
In order to choose the cooling needs of the Triton, please see the thermal calculations in
Sometimes the metallic structure of your machine or robot may be the best path to dissipate the heat from the
power stage.
Manufacturer
Type
Part
Number
Thermal
resistance
Dimensions
Ima
ge
CTS Thermal
Management Products
Heatsink with
natural convection
BDN18-6CB/
A01
8.10 °C/W
45.97 mm x 45.97
mm x 15.37 mm
CTS Thermal
Management Products
Heatsink with fan
at 5 VDC
FHL43-43-17
/T710/T
3.16 °C/W
43.00 mm x 43.00
mm x 17.00 mm
Delta Electronics
Heatsink with
natural convection
DHS-
B9090-11A
0.26°C/W
90.00 mm x 90.00
mm x 25.5 mm
Please use appropriate thermal interface materials and follow the assembly instructions to achieve an excellent
heat transfer. See below
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