Hitachi SJ Series - Page 44

Chapter 6
*
See “Chapter 20 Specifications” for the efficiency of
the inverter.
◆
Chapter 6
T
he heat sink of the inverter is positioned
outside the enclosure,
heat produced inside the enclosure can be
reduced and likewise the size of the enclosure
can also be reduced. Mounting the inverter in
an enclosure with the heat sink p
outside requires an optional dedicated special
metal fitting. To mount the inverter in an
enclosure with the heat sink positioned
outside, cut out the enclosure panel according
to the specified cutting dimensions.
See “Chapter 20 Specifications” for the efficiency of
the inverter.
◆
Reduction of enclosure size
he heat sink of the inverter is positioned
outside the enclosure,
heat produced inside the enclosure can be
reduced and likewise the size of the enclosure
can also be reduced. Mounting the inverter in
an enclosure with the heat sink p
outside requires an optional dedicated special
metal fitting. To mount the inverter in an
enclosure with the heat sink positioned
outside, cut out the enclosure panel according
to the specified cutting dimensions.
See “Chapter 20 Specifications” for the efficiency of
Reduction of enclosure size
he heat sink of the inverter is positioned
outside the enclosure,
so that
the amount of
heat produced inside the enclosure can be
reduced and likewise the size of the enclosure
can also be reduced. Mounting the inverter in
an enclosure with the heat sink p
outside requires an optional dedicated special
metal fitting. To mount the inverter in an
enclosure with the heat sink positioned
outside, cut out the enclosure panel according
to the specified cutting dimensions.
See “Chapter 20 Specifications” for the efficiency of
Reduction of enclosure size
he heat sink of the inverter is positioned
the amount of
heat produced inside the enclosure can be
reduced and likewise the size of the enclosure
can also be reduced. Mounting the inverter in
an enclosure with the heat sink p
ositioned
outside requires an optional dedicated special
metal fitting. To mount the inverter in an
enclosure with the heat sink positioned
outside, cut out the enclosure panel according
to the specified cutting dimensions.
See “Chapter 20 Specifications” for the efficiency of
6-5
reduced and likewise the size of the enclosure
outside requires an optional dedicated special
outside, cut out the enclosure panel according
Entering
foreign
matters
The cooling section (includin
positioned outside the enclosure has a cooling
fan. Therefore, do not place the enclosure in
any environment where it will be subject to dust,
water drops, corrosive gases, combustible
gases, flammable gases, grinding fluid mist, or
salt w
ater.
Entering
foreign
matters
Inverter
The cooling section (includin
positioned outside the enclosure has a cooling
fan. Therefore, do not place the enclosure in
any environment where it will be subject to dust,
water drops, corrosive gases, combustible
gases, flammable gases, grinding fluid mist, or
ater.
Wall
Inverter
Heat sink positioned outside
Installation
The cooling section (includin
g the heat sink)
positioned outside the enclosure has a cooling
fan. Therefore, do not place the enclosure in
any environment where it will be subject to dust,
water drops, corrosive gases, combustible
gases, flammable gases, grinding fluid mist, or
Heat sink positioned outside
Installation
g the heat sink)
positioned outside the enclosure has a cooling
fan. Therefore, do not place the enclosure in
any environment where it will be subject to dust,
water drops, corrosive gases, combustible
gases, flammable gases, grinding fluid mist, or
Heat sink positioned outside