
The Next Generation D-frame VLT® Drive
Improved performance in applications between 90-315 kW
Ol d D1
Ne w D1h
Note: The new D1h Frame VLT® drive takes up
signicantly less space than the older version.
Customers today increasingly
demand high eciency in drive
technology. Investments in improved
eciency quickly pay o, especially at
higher power levels.
Now, one of the most ecient drives
in the industry has been made even
more ecient.
The size of the new D-frame has been
reduced by up to 68 % to take up less
space in control rooms and panels.
The new IP 20 version is optimized
for panel building, while providing a
higher degree of safety for operators.
All of the new D-frame drives will continue to use the proven back-channel
cooling concept. Back-channel cooling now directs 90 % (increased from
85 %) of cooling air away from the
drive interior and removes 90 % of the
heat generated by the drive.
The compact, ecient design is the
result of innovative thermal manage-
ment. The new D-frame VLT® requires
less panel or wall space than previous
models which are already some of the
smallest in their class, adding exibility while reducing installation costs.
The new D-frame is available in the
same platforms as Danfoss’ renowned
VLT® drives.
n FC 302 AutomationDrive for
demanding industrial applications
n FC 202 AQUA Drive for use in
water and wastewater applications
(and other pump applications)
n FC 102 HVAC Drive for applica-
tion in the HVAC and refrigeration
industries
Available in IP 20, IP 21 and IP 54
enclosures, the new drives maintain
the same award winning control
platform and LCP as existing Danfoss
VLT®s.
Up to 68%
smaller footprint provides
ease of installation and
lower material costs. New
features increase efficiency
and reduce operation costs.
Feature Benet
Reduced size
Higher Eciency
Basic input options
– Fuses
– Mains disconnect
– Contactor (new)
– Circuit breaker (new)
– Mains disconnect + contactor (new)
Standard VLT® control platform and LCP
IP 20 enclosure rating for drives being installed
into panels
Optional heat sink access panel
Back-channel cooling permits up to 90% of
cooling air to be removed from room
230 V Anti-condensation Heater
(new option in a D-frame)
Reduced in size by up to 68%. The smaller new
D-Frame drive uses less panel space or wall
space, saving valuable space and money.
Higher eciency results in lower operating
cost, over the life of the frequency converter.
Eliminates the need for a panel when only the
basic input options are required, for further
cost savings and reduced space requirements.
There are no new controls to learn. The
transition from the old drive to the new drive
can be made easily.
IP 20 design enhances safety
Enables the heat-sink to be cleaned when
installed in harsh environments
Reduces the needed air conditioning for the
room, reducing up-front cost and operating
expenses
Preventing condensation in the drive reduces
the need to heat the control room.
Facts about our products

Power Ratings (at 400 V)
FC 302
90 kW – 250 kW, 380 – 500 (T5)
FC 202
110 kW – 315 kW, 380 – 480 (T4)
FC 102
110 kW – 315 kW, 380 – 480 (T4)
Power Ratings (at 690 V):
FC 302
90 kW – 315 kW (T7)
FC 202
110 kW – 400 kW (T7)
FC 102
110 kW – 400 kW (T7)
Power Ratings (400 V)
FC 302
High overload
Typ ical
Model
FC302N90K T5 90 17 7
FC 30 2N11 0T5 110 212
FC 302N13 2T5 132 260
FC3 02N160T 5 160 315
FC302N250T5 250 480
output
shaft
(kW)
Output
current
(Amps)
Model
FC102 N110 T4
FC 20 2N110T4
FC1 02N13 2T4
FC 202N13 2T4
FC1 02N16 0T4
FC 202N16 0T4
FC1 02 N 20 0 T4
FC202N200T4
FC1 02N 25 0T4
FC 202N2 50T4
FC1 02N3 15T4
FC202N315T4
FC 102/202
Normal overload
Typ ical
output
Output
shaft
current
(Amps)
(kW)
110 212
132 260
160 315
200 395
250 480
315 588
Frame
D1h/
D3h
D2h/
D4h
With
brake or
disconnect
D5h D6h
D7h D8hFC302N200T5 200 395
With
contactor
or circuit
breaker
Back-channel cooling
A unique ducted back-channel
passes cooling air over heat sinks
with minimal air passing through the
electronics area. There is an IP 54 seal
between the back-channel cooling
duct and the electronics area of the
VLT® drive. This allows 90% of the
heat losses to be exhausted directly
outside of the enclosure, improving
reliability and prolonging life by
dramatically reducing temperature
rise and contamination of the
electronic components.
Power Ratings (690 V)
FC 302
High overload
Typ ical
Model
FC302N55KT7 55 73
FC302N75KT7 75 86
FC302N90KT7 90 108
FC 30 2N11 0T7 110 131
FC 302N13 2T7 132 155
FC3 02N160T 7 160 192
FC302N200T7 200 242
FC302N250T7 250 290
FC 302N315T 7 315 344
output
shaft
(kW)
Output
current
(Amps)
Model
FC102N75K T7
FC202N75KT7
FC102N90KT7
FC202N90KT7
FC102 N110T 7
FC 20 2N110T 7
FC1 02N 132T 7
FC 202N13 2T7
FC102 N160 T7
FC2 02N160T 7
FC102 N2 0 0T 7
FC202N200T7
FC102 N2 50 T7
FC202N250T7
FC1 02N 315 T7
FC202N315T7
FC102 N 4 0 0 T 7
FC202N400T7
FC 102/202
Normal overload
Typ ical
output
Output
shaft
current
(Amps)
(kW)
75 86
90 108
110 131
132 155
160 192
200 242
250 290
315 344
400 400
Frame
D1h/
D3h
D2h/
D4h
With
brake or
disconnect
D5h D6h
D7h D8h
contactor
or circuit
breaker
Cabinet sizes
Enclosure
Frame D1h D2h D3h D4h D5h D6h D7h D8h
Width mm (inch)
Height mm (inch)
Depth mm (inch)
IP 21/IP 54
(NEMA 1/NEM A 12)
325
(13)
901
(35)
378
(15)
420
(17)
110 7
(44)
378
(15)
(Chassis)
250
(10)
909
(36)
375
(15)
IP 20
350
(14)
112 2
(44)
375
(15)
325
(13)
1324
(52)
381
(15)
IP 21/IP 54
(NEMA 1/NEM A 12)
325
(13)
1665
(66)
381
(15)
420
(17)
1978
(90)
384
(15)
With
420
(17)
2284
(88)
402
(16)
DKDD.PFP.400.A3.02 VLT® is a trademark of Danfoss A/S Produced by PE-MMSC 2014.09