Danfoss iC7 Liquid Cooled System Modules Installation Guide
- June 13, 2024
- Danfoss
Table of Contents
iC7 Liquid Cooled System Modules
iC7 Series Liquid-cooled System Modules
The iC7 series liquid-cooled system modules with integration
unit offer flexible integration with extraordinary power density.
These modules optimize installation footprint, speed, and reduce
costs. They feature high power density thanks to new filter
technology, resulting in a smaller footprint and reduced space
requirements. The filters are integrated beneath the module,
eliminating the need for extra cabinet space.
These modules provide optimal cabinet integration with input and
output filters contained within the pre-wired integration unit. The
mechanical integration is fast and easy with unified mechanical
interfaces and a modular design. They are amazingly lightweight
compared to standard solutions on the market, making it easier to
meet weight restrictions.
The iC7 liquid-cooled system modules are designed for universal
600 mm depth cabinets. They can be installed in parallel to achieve
a power range of up to 6 MW without the need for an output filter.
Service is faster with lightweight power units, and quick coolant
connectors eliminate the need to drain the cooling system.
Operating costs are reduced with industry-benchmark liquid
cooling. These modules offer true liquid cooling technology with
very low losses to air. Cooling distribution to filters and system
modules is built-in, eliminating the need for additional
connections.
These modules are robust in harsh environments and offer
flexibility with a highly expandable filter concept. You can select
your choice of input and output filter options in the integration
unit located beneath the module. The same mechanical concept serves
all module variants: INU, AFE, GC, and DC/DC.
HIGHLIGHTS
- Pack in more power
- Secure-by-design
- User interfaces with Halo indicator
- More built-in sensors for enhanced control
- Superior sensorless control
- Filters and accessories
- Engineering support with high-fidelity hardware-in-the-loop
(HIL) simulation
Product Usage Instructions:
-
Select a universal 600 mm depth cabinet for installation.
-
If multiple units are required, install them in parallel to
achieve a power range of up to 6 MW. -
Ensure that there is no need for an output filter when
installing multiple units. -
Connect the iC7 liquid-cooled system modules using the quick
coolant connectors. There is no need to drain the cooling
system. -
Choose the desired input and output filter options in the
integration unit located beneath the module. -
Ensure proper mechanical integration by using unified
mechanical interfaces and the modular design. -
Monitor the Halo indicator for system status. White indicates
normal operation, red indicates a fault, and orange indicates a
warning. -
Take advantage of the built-in sensors for enhanced control and
protection of applications. -
Utilize the superior sensorless control for optimal
performance, even at low speeds. -
If needed, install additional filters and accessories for a
complete installation. -
If required, seek engineering support from Danfoss for
high-fidelity hardware-in-the-loop (HIL) simulation.
iC7 Series Liquid-cooled System Modules
Need flexible integration with extraordinary power density?
Optimize installation footprint, speed and reduce costs more than you dreamt
possible, with the revolutionary iC7 series liquidcooled system modules with
integration unit.
High power density thanks to new filter technology means you achieve a smaller
footprint and reduce space requirements in your electrical room. Filters
integrate beneath the module, so you don’t need extra cabinet space for them.
Enjoy optimal cabinet integration, with input and output filters contained
within the pre-wired integration unit. Mechanical integration is fast with
unified mechanical interfaces and modular design.
Meet weight restrictions more easily with iC7 liquid-cooled system modules,
which are amazingly lightweight compared to standard solutions on the market.
Power density is optimized for a universal 600 mm depth cabinet.
Available for
Install multiple units in parallel to achieve power range up to 6 MW, with no
need for an output filter. Service is faster with lightweight power units; and
with quick coolant connectors, there is no need to drain the cooling system.
Reduce your operating costs with industry-benchmark liquid cooling. These
modules offer true liquid cooling technology with very low losses to air.
There’s no need to spend time on connections, since cooling distribution to
filters and system modules is builtin.
Robust in harsh environments
The combined vibration, temperature, humidity, and moisture/dust resistance
with IP55 electronics compartment, ensures more reliable operation than most
alternative drives. Run at 60 °C with no derating.
Achieve flexibility with our highly expandable filter concept. Select your
choice of input and output filter options in the integration unit located
beneath the module. The same mechanical concept serves all module variants:
INU, AFE, GC, and DC/DC.
iC7-Marine | iC7-Hybrid | iC7-Automation
HIGHLIGHTS
· Save space with world-class power density
· Market leading weight savings makes it ideal for light weight installations
· Reliable even in harsh conditions · Fast mechanical integration · Fast and
easy service · Close to silent operation · World-first drive with cyber-secure
design · More uptime, longer service
intervals and long storage life due to film capacitor technology · Liquid
cooling enables reuse of waste heat for energy efficiency
Pack in more
power
iC7.danfoss.com
Secure-by-design
Your drive is equipped with marketleading hardware-based protection against
unauthorized access with a built-in crypto chip on the control unit. Use a
microSD card to copy settings, log data and download software all protected
by the crypto chip ensuring end-to-end encrypted data transfer.
Security Security video
Functional safety to match your needs
STO SIL3, Pl e as standard makes certification easier. A flexible offering
allows the addition of functional safety via fieldbus.
User interfaces
A new range of user interfaces integrate well-known features and
functionality. Integration of features in MyDrive® tools is supported.
Halo indicator Normal = white
Fault = red Warning = orange
2 Danfoss Drives · AM424737279061en-000202
More built-in sensors for enhanced control
The iC7 drive has an increased number of built-in sensors. This enables
improved control performance, increased protection of application and drive,
and capability to support Industrial IoT solutions.
Superior sensorless control
In open or closed loop, the iC7 drive delivers superior shaft performance even
at low speed.
Motor Control Motor Control video
Filters and accessories
For a complete installation, a range of integrated and separate filter options
are available.
iC7 Filters
Engineering support
Danfoss provides an extensive selection of support material and tools to help
in engineering, such as: · Digital tools, such as MyDrive® Select,
MyDrive® Harmonics and MyDrive® ecoSmartTM · EPLAN P8 macros · Dimensional and
electrical drawings · Local expert support through Application Development
Centers
MyDrive® Simulation MyDrive® Virtual MyDrive® Hil
Reliably validate interoperability of systems, using high-fidelity hardwarein-
the-loop (HIL) simulation support from Danfoss.
The iC7 platform is founded on model-based design, which ensures the
simulation models are always valid: up to date and accurate.
These models comply with the FMI standard and are easy to integrate in your
simulation platform.
Simulation reduces time to market
Remove the constraints of the physical environment and open up new
opportunities using iC7 simulation models which perfectly mirror the converter
or drive.
You can predict performance, test scenarios, streamline commissioning, and
collaborate across teams and locations in an open environment.
Supported by MyDrive® tools
You can use MyDrive® tools on the device of your choice, supporting the entire
lifecycle of the iC7 drive; from selection and dimensioning, through
programming and commissioning, to maintenance and support during operation.
MyDrive® Insight
What if sensorless open loop performance could match closed loop? Danfoss Drives · AM424737279061en-000202 3
Quality in focus
Reliable and predictable operation has been a key driver. With an ISO
9001certified and IATF 16949-compliant quality system combined with use of
6-Sigma principles, quality and reliability are at absolute marketleading
standards.
Reliability is assured by design based on application load profiles and data
collected from intensive simulations and feedback from exhaustive testing.
Automated assembly enables close control and monitoring of critical processes.
The finished drives are 100% full-load tested ensuring reliability before
leaving the factory.
Scalable and flexible control
Enjoy a new level of performance thanks to the rapid-response control of iC7
drives.
The control capability is scalable and equipped with EtherNet-based fieldbus
and STO inputs as standard. Add more I/Os as needed, to match your
applications.
An optional basic I/O board offers typical I/O connectivity, and if more is
needed, then you can add up to 10 options.
Configure fieldbus protocol from the factory: Modbus TCP, PROFINET, or
EtherNet/IP 1].
Connect to a computer via the extra EtherNet port, enabling you to use MyDrive® commissioning or service tools.
Quality video
1] Coming soon
4 Danfoss Drives · AM424737279061en-000202
Features and benefits all liquid-cooled system modules
Feature Market-leading power density World’s most reliable drive Robust thanks
to high quality design: vibration- and shock-resistant aluminium frame with
IP55 protected electronics compartment Output filters and fuses integrate
neatly below the power module Performs reliably at high ambient and coolant
temperatures Quick connectors, no draining of liquid, quick cabling Cloud
connectivity is cybersecure Same mechanical integration for all applications
(INU,AFE,GC,DC/DC) means fewer variants are required
Modular and scalable. Fewer variants. No need for output filters when
installing modules in parallel.
Long design life and film capacitor technology True liquid cooling ensures low
losses to air and enables reuse of waste heat for energy efficiency DNV-GL,
ABS1], LR1], BV1] and CCS1] certifications, including type approvals for the
system module and filters in the integration unit 1] Certification pending
Benefit Save space and weight in marine and urban installations
High uptime Peace of mind even in unpredictable conditions
Reduced footprint. Reduced cost of integration and service High uptime in
harsh environments Fast serviceability Reduced risk of unauthorized access or
cybersecurity incident Reduce storage required for spares and complexity in
integration Simplify serviceability Reduce cost of integration Go to market
faster Simplify serviceability Reduced maintenance downtime Highest possible
system efficiency Reduced air conditioning need
Accelerate certification time for marine systems
Liquid-cooled module types
Control unit and control options
System modules AM/IM/DM10L
modules
System modules AM/IM/DM12L
modules
Inverter unit IR10L with or
without filters
Inverter unit IR12L with or
without filters
AFE & GC AR10L with LC-filter
AFE & GC AR12L with
LC-filter
Star coupler board
DC/DC Converter DR10L
With DC/DC filter
DC/DC Converter DR12L
With DC/DC filter
System module(s) for integration unit
Integration unit: contains options “+AE__” input or output filter
Example AFE module with LC-filter
Enclosure solution example
Illustrations not to scale
=
Ü
1.8 MVA Grid Converter or AFE with LC filter in 600 mm wide enclosure
Danfoss Drives · AM424737279061en-000202 5
Highly compact cooling unit
Customer cooling circuit
De-airing valve
HX11 Relief valve
PG 11
LLS 11
EV11
Coolant from drives
TE/ME 21
FV
PT
TE
11
11
11
Filling/ draining
P1
P2
V214 V215 FCX FCX
1
2
Draining Draining
Coolant to drives
PT 12
LS
Filling/
11
draining
The iC7 series liquid-cooled system modules empower you to pack a lot of power
into a small space, to optimize your systems and give you new application
opportunities. At the heart of this groundbreaking technology is the cooling
unit.
The cooling unit is service-friendly despite its extremely compact design,
making it fast and easy to work with.
The cooling unit gives you especially easy access to the pump, as well as
providing pump shut-off valves.
What’s included in the cooling unit · Liquid cooling temperature control
with integrated 3-way valve · Extensive sensor package with
humidity and ambient temperature measurement
Compatibility · Compatible with diverse Ethernet-
based fieldbuses
Type approvals (pending) · DNV-GL, ABS, LR, BV and CCS
Technical information
System pressure · Customer side: max 1000 kPa · Drive side working pressure:
50-350 kPA, maximum 600 kPa
Cooling · Ambient temperature: -15-55 °C · Coolant temperature: -15-38 °C
(Ith)
(nominal); 38-55 °C with limited performance
· Cooling unit supply distance: 15-25 m, optionally up to 40 m
· Drive-side temperature control with 3-way valve and actuator
Sensor measurements on the drive side · Pressure · Flow (pressure sensor-
based) · Temperature
· Leakage detection · Condensation (humidity/ambient
temperature sensor-based.)
Optional extras · Enclosure IP23 (without enclosure)
and IP54 · Double/redundant pump · Coolant connectors positioned on
left or right side of the cooling unit
Model code iC7-60SLLQxx-0076… iC7-60SLLQxx-0152…
Cooling power [kW] 76 152
Coolant flow [l/min] 190 360
Cooling unit Pump quantity 1 and 2 1 and 2
Dimensions IP23 enclosures W x H x D [mm] 300/500 x 1900 x 550 300/500 x 1900 x 550
Dimensions IP54 enclosures W x H x D [mm] 408/608 x 2060 x 608 408/608 x 2060 x 608
6 Danfoss Drives · AM424737279061en-000202
Modular architecture: Setting the standard for modular control
A flexible, modular, control architecture means you can tailor the control
functionality exactly to your needs. You can purchase exactly the control
options you need, or replace other PLC components, I/O and external safety
components.
This modularity gives you not only more flexibility, but more secure
integration of drives in the control system and IT architecture. You achieve
faster set-up, and smarter monitoring, data gathering and analytics thanks to
support for multiple communication network types.
The purchase cost is lower since you only buy the necessary control options,
saving excess unused functionality.
Control mounting plate mechanics
The drive can reduce your costs further by substituting for a low-end PLC
controller/system, thanks to its IEC 61131-based control architecture.
Program execution close to the process opens new possibilities in fast process
control thanks to reduced delays. Built-in security protects your IPR and
service business.
Features
· Expandable bus includes I/O, fieldbus, and expanded safety options
· Up to 10 control options · Slot-independent options · Integrated microSD
card slot · Integrated STO SIL3 safety
Control and option boards
· Programmable (IEC 61131- based) · Use the same options for iC7
series air-cooled system modules, liquid-cooled system modules and enclosed
drives
Technical information
· Integrated Ethernet port · Dual-channel STO SIL3 integrated
as standard · Modbus TCP as standard and other
fieldbus protocols optional · Basic I/O: 6 x DI, 2 x DO,
2 x AI +/-10 V/0-20 mA, 1 x AO (0-10/4-20 mA), 2 x NO/NC RO, 1 x NO RO, 1 x
Thermistor · One optical fiber pair as communication link with power module or
star coupler board · For more options such as voltage measurement, temperature
measurement, relay option, and encoder option, refer to the Functional
extensions fact sheet.
Functional extensions
Danfoss Drives · AM424737279061en-000202 7
Key specifications 1] Mains connection (AFE & GC) Mains voltage Uin
Mains frequency Supply network
Power factor
Short circuit current Total harmonics distortion THDi Overvoltage category
Imbalance
Connections to mains Motor connection (INU) Output voltage Output frequency
Switching frequency Motor control principles
Motor and generator types supported
Cable length DC connection (DC/DC converter) DC bus voltage
DC source voltage
Source current ripple with iC7 DC/DC Filters EMC (IEC61800-3) Immunity
Emissions
Voltage class 07: 3 x 525-690 V AC (-15% +10%); 640-1100 V DC (-0% +0%)
Voltage class B5: 3 x 380-500 V AC (-15%…+10%); 465-800 V DC (-0%…+0%)
45-66 Hz AFE, GC, 25-70 Hz for GC with derating TN-S, TN-C, IT and TT
Supply voltage limited to 500 V AC for corner grounded networks cos = 1:
(fundamental) (AFE module) cos = 1 leading to 1 lagging (fundamental) (GC
module) Maximum short circuit current must be < 100 kA < 5%: (AFE and GC
module), < 3% with dedicated transforme Class III according to IEC/EN
61800-5-1 Nominal performance with voltage imbalance 3%. (AFE and GC module)
Limited performance with >3% voltage imbalance Once every 120 s
0-Uin 3-phase 0-599 Hz (Limited performance with output filters above 70
Hz) 1.5-10 kHz (525-690 V AC) Default switching frequency 3 kHz U/f
control Voltage Vector Control (VVC+) Flux Vector Control (FVC+)
Induction/asynchronous motor Permanent magnet motor Salient permanent
magnet motor Synchronous reluctance assisted permanent magnet motor Up to
150 m [492 feet] with symmetrical 3-phase screened motor cable
Voltage class 07: 640-1100 V DC (-0%..+0%) Voltage class B5: 465-800 V DC
(-0%..+0%) 3%-100% of DC bus voltage 3%-97% of DC bus voltage with full
control performance DR10L < 1% RMS (typical) DR12L < 0.5% RMS (typical)
Fulfils IEC/EN61800-3 (2018), 2nd environment IEC/EN61800-3 (2018),
category C4, default for the IP00/UL Open Type drive IEC/EN61800-3 (2018),
category C3, if the drive is installed according to the instructions
of the manufacturer (C3 not applicable for DC/DC Converter)
1] Values subject to validation
8 Danfoss Drives · AM424737279061en-000202
Liquid cooling Temperature of cooling agent
System max. working pressure Pressure drop Allowed cooling agents Corrosion
inhibitor Allowed materials in the cooling system
Environmental conditions Protection rating drive modules Ambient operating
temperature Storage/transportation temperature Relative humidity Pollution
degree Altitude
Vibration (IEC60068-2-6) Shock (IEC60068-2-27) Environmental operating
conditions (IEC 60721-3-3
-10 to +45°C (IN)(nominal), up to 60 C with derating Temperature rise
during circulation max 10 °C Glycol to be used in cooling agent below 0 °C
and ice formation
not permitted
Operating pressure 100-150 kPa (recommended) Maximum pressure 500 kPa
50-120 kPa at rated volumetric flow.
Demineralized water or good pure quality water according to cooling liquid
quality specification with inhibitor and propylene or ethylene glycol
Corrosion inhibitor recommended, for long lifetime
Aluminum Stainless steel AISI 304/316 Plastic (PVC not allowed)
Elastomers (EPDM, NBR, FDM)
IP00/UL Open Type
-15 °C (no frost) to +60 °C (at IN)
-40 °C to +70 °C; glycol to be used in liquid under 0°C and ice formation
not permitted
5 to 96% RH, no dripping water or condensation allowed
PD3
0-3000 m above sea level: voltage class 07 without AFE supply 0-2000 m:
voltage class 07 with AFE supply Above 1,000 m derating of maximum ambient
operating temperature by 0.5 °C
per each 100 m is required
Displacement amplitude 1 mm (peak) at 2-13.2 Hz Maximum acceleration
amplitude 0.7 G at 13.2-100 Hz with maximum amplification of 5
Max 15G, 11 ms (in package)
Climatic conditions: Class 3K22 Chemically active substances: IEC
60721-3-3 Edition 3.0/ISO 3223 Second Edition, class C4 Biological
conditions: Class 3B1 Mechanically active substances: Class 3S6 Special
climatic conditions (heat radiation): Class 3Z1
Run at
60°C
with no derating
Danfoss Drives · AM424737279061en-000202 9
INU modules
Inverter module (INU)
The inverter module is a bidirectional DC-fed power inverter for the supply
and control of AC motors and generators.
The inverter (INU) module is intended for the regulation of motor speed in
response to system feedback or to remote commands from external controllers. A
drive system consists of the system modules, the motor, and equipment driven
by the motor. The INU module is also intended for system and motor status
surveillance.
Benefits of the Inverter module
· Designed for maximum machine performance and flexibility
· Versatility for drive applications requiring a wide range of drive features
for different motor types for either closed loop or open loop control methods
· Optional system module with integration unit including high performance
dU/dt filters and/or common-mode filters as well as sine wave filter for space
saving
Ratings at 45 °C coolant and 60 °C ambient temperature
· 170-6400 A IL, +10% overload 1 min/5 min
· 525-690 V AC / 640-1100 V DC (07) · 380-500 V AC / 465-800 V DC (B5) ·
Output frequency: 0-599 Hz · Switching frequency: 2-10 kHz.
Nominal 3 kHz
Highlights
· Most compact INU module on the market thanks to integration of filters
· Robust and reliable in varying ambient conditions
· Designed for enclosure integration and quick serviceability
Motor control
· Highly dynamic performance: Highest possible machine accuracy due to
superior shaft performance, also for sensorless operation
· Superior low-speed performance also in sensorless operation
· The motor always runs at maximum possible torque for the given current
ensuring highest possible motor efficiency: Maximum Torque Per Ampere (MTPA)
· Fast commissioning using Automatic Motor Adaption (AMA) at standstill
maximizes energy efficiency with any motor
· More integrated sensors for better performance
· Flexible choice of control features optimized to your application, thanks to
integrated application software
· Variable speed power generation with stable DC voltage reference even
without filter
10 Danfoss Drives · AM424737279061en-000202
Inverter unit (INU) ratings at 500 V AC
iC7-60SLINB5, 380-500 V AC (465-800 VDC), IP00 Liquid-Cooled Inverter Unit
Model code
AC ratings 1]
Motor output power 2]
3 x 380-500 V
500 V AC mains
Frame
IN
IL
IH
Ipeak
PL
PH
[A] [A] [A] [A] [kW] [kW]
iC7-60SLINB5-206AE00F4
211
206
155
310
132
90
IM10L
iC7-60SLINB5-245AE00F4
251
245
184
368
160
110
IM10L
iC7-60SLINB5-302AE00F4
309
302
227
454
200
132
IM10L
iC7-60SLINB5-385AE00F4
394
385
289
578
250
160
IM10L
iC7-60SLINB5-416AE00F4
425
416
312
624
270
200
IM10L
iC7-60SLINB5-525AE00F4
603
525
393
786
355
250
IM12L
iC7-60SLINB5-590AE00F4
664
590
442
884
400
250
IM12L
iC7-60SLINB5-650AE00F4
746
650
487
974
400
315
IM12L
iC7-60SLINB5-730AE00F4
838
730
547
1094
500
355
IM12L
iC7-60SLINB5-820AE00F4
1083
820
615
1230
560
400
IM12L
iC7-60SLINB5-1060AE00F4
1430
1060
795
1590
630
500
2xIM12L
iC7-60SLINB5-1230AE00F4
1532
1230
922
1844
800
630
2xIM12L
iC7-60SLINB5-1400AE00F4
1675
1400
1050
2100
900
710
2xIM12L
iC7-60SLINB5-1500AE00F4
1833
1500
1125
2250
1000
710
2xIM12L
iC7-60SLINB5-1640AE00F4
2124
1640
1230
2460
1100
800
2xIM12L
iC7-60SLINB5-1795AE00F4
2348
1795
1346
2692
1200
900
3xIM12L
iC7-60SLINB5-2080AE00F4
2552
2080
1560
3120
1400
1000
3xIM12L
iC7-60SLINB5-2300AE00F4
2889
2300
1725
3450
1500
1100
3xIM12L
iC7-60SLINB5-2500AE00F4
3114
2500
1875
3750
1700
1200
3xIM12L
iC7-60SLINB5-2830AE00F4
3328
2830
2122
4244
2600
1950
4xIM12L
iC7-60SLINB5-3050AE00F4
3120
3050
2287
4574
2800
2000
4xIM12L
iC7-60SLINB5-3260AE00F4
3330
3260
2445
4890
3000
2200
4xIM12L
1] Ratings are valid at 800 V nominal DC voltage IN Nominal (thermal)
continuous current. Dimensioning can be done according to this current if the
process does not require any overloadability or the process does not include
any load variation or margin for overloadability IL Low overload 110%
overload 1 min every 5 min IH High overload 150% overload 1 min every 5
min Ipeak Peak output current. Available for 3 seconds at start, then as long
as allowed by system module temperature
2] All values with efficiency = 98.5%
Frame with option
+AE__
IR10L IR10L IR10L IR10L IR10L IR12L IR12L IR12L IR12L IR12L 2xIR12L 2xIR12L
2xIR12L 2xIR12L 2xIR12L 3xIR12L 3xIR12L 3xIR12L 3xIR12L 4xIR12L 4xIR12L
4xIR12L
Danfoss Drives · AM424737279061en-000202 11
Inverter unit (INU) ratings at 690 V AC
iC7-60SLIN07, 525-690 V AC (640-1100 V DC), Type Open/IP00 inverter unit
Model code
AC ratings 1]
Motor output power 2]
3 x 525-690 V
690 V AC mains
Frame
IN
IL
IH
Ipeak
PL
PH
[A] [A] [A] [A] [kW] [kW]
iC7-60SLIN07-170AE00F4
175
170
127
254
160
90
IM10L
iC7-60SLIN07-208AE00F4
215
208
156
312
200
132
IM10L
iC7-60SLIN07-261AE00F4
270
261
195
390
250
160
IM10L
iC7-60SLIN07-325AE00F4
335
325
243
486
315
200
IM10L
iC7-60SLIN07-365AE00F4
375
365
273
546
355
250
IM10L
iC7-60SLIN07-416AE00F4
425
416
312
624
400
250
IM10L
iC7-60SLIN07-465AE00F4
475
465
348
696
450
315
IM12L
iC7-60SLIN07-525AE00F4
535
525
393
786
500
355
IM12L
iC7-60SLIN07-590AE00F4
605
590
442
884
560
400
IM12L
iC7-60SLIN07-650AE00F4
665
650
487
974
630
450
IM12L
iC7-60SLIN07-730AE00F4
745
730
547
1094
710
500
IM12L
iC7-60SLIN07-820AE00F4
840
820
615
1230
800
560
IM12L
iC7-60SLIN07-945AE00F4
965
945
708
1416
900
630
2xIM12L
iC7-60SLIN07-1060E00F4
1090
1060
795
1590
1000
710
2xIM12L
iC7-60SLIN07-1230E00F4
1260
1230
922
1844
1100
800
2xIM12L
iC7-60SLIN07-1400E00F4
1430
1400
1050
2100
1300
900
2xIM12L
iC7-60SLIN07-1500E00F4
1540
1500
1125
2250
1400
1000
2xIM12L
iC7-60SLIN07-1640E00F4
1680
1640
1230
2460
1500
1100
2xIM12L
iC7-60SLIN07-1795E00F4
1840
1795
1346
2692
1700
1250
3xIM12L
iC7-60SLIN07-2080E00F4
2130
2080
1560
3120
1900
1400
3xIM12L
iC7-60SLIN07-2300E00F4
2350
2300
1725
3450
2100
1600
3xIM12L
iC7-60SLIN07-2500E00F4
2560
2500
1875
3750
2300
1750
3xIM12L
iC7-60SLIN07-2830E00F4
2890
2830
2122
4244
2600
1950
4xIM12L
iC7-60SLIN07-3050E00F4
3120
3050
2287
4574
2800
2000
4xIM12L
iC7-60SLIN07-3260E00F4
3330
3260
2445
4890
3000
2200
4xIM12L
iC7-60SLIN07-3500E00F4
3580
3500
2625
5250
3300
2400
5xIM12L
iC7-60SLIN07-4035E00F4
4120
4035
3026
6052
3800
2800
5xIM12L
iC7-60SLIN07-4400E00F4
4500
4400
3300
6600
4100
3100
6xIM12L
iC7-60SLIN07-4850E00F4
4960
4850
3637
7274
4500
3500
6xIM12L
iC7-60SLIN07-5300E00F4
5410
5300
3975
7950
5000
3700
7xIM12L
iC7-60SLIN07-5600E00F4
5720
5600
4200
8400
5300
4000
7xIM12L
iC7-60SLIN07-6100E00F4
6230
6100
4575
9150
5700
4300
8xIM12L
iC7-60SLIN07-6400E00F4
6540
6400
4800
9600
6000
4600
8xIM12L
1] Ratings are valid at 1025 V nominal DC voltage IN Nominal (thermal)
continuous current. Dimensioning can be done according to this current if the
process does not require any overloadability or the process does not include
any load variation or margin for overloadability IL Low overload 110%
overload 1 min every 5 min IH High overload 150% overload 1 min every 5
min Ipeak Peak output current. Available for 3 seconds at start, then as long
as allowed by system module temperature
2] All values with efficiency = 98.5%
Frame with option
+AE__
IR10L IR10L IR10L IR10L IR10L IR10L IR12L IR12L IR12L IR12L IR12L IR12L
2xIR12L 2xIR12L 2xIR12L 2xIR12L 2xIR12L 2xIR12L 3xIR12L 3xIR12L 3xIR12L
3xIR12L 4xIR12L 4xIR12L 4xIR12L 5xIR12L 5xIR12L 6xIR12L 6xIR12L 7xIR12L
7xIR12L 8xIR12L 8xIR12L
12 Danfoss Drives · AM424737279061en-000202
Danfoss Drives · AM424737279061en-000202 13
AFE modules
AFE module
The AFE unit is a bi-directional low harmonic supply unit for motor drive
applications. Active front end is typically used as a supply to a common DC
bus drive line-ups or single drives when low harmonics or regeneration of
power back to the grid is needed/ valued.
The main functionality of the AFE is to maintain stable DC-link voltage
reference. The AFE transfers power between the grid and the DC bus both ways
depending on the load of the DC bus.
Benefits of the AFE
· Regenerative energy is fed back to the grid, improving the payback time of
the investment. Regeneration at full power is available at any time.
· The AFE can boost the DC-link voltage within the voltage window of the
converter hardware. Its advantage is that the DC-voltage available for motor
inverters is not limited even under non-ideal grid conditions.
· Power quality is excellent since the grid current is sinusoidal with very
low harmonics (<5% THDi) and power factor is unity (cos = 1) This means that
there is no need to oversize incoming supply transformers, as for traditional
diode rectifiers, which reduces investment costs and space.
Ratings
· 236-5750 A IL, +10% overload 1 min/5 min
· 525-690 V AC / 640-1100 V DC (07) · 380-500 V AC / 465-800 V DC (B5) · 45-66
Hz Grid frequency · THDi <5% · Fundamental power factor cos = 1,
adjustable reactive current set point · Ambient temperature 60 °C at IN ·
Coolant temperature 45 °C at IN, with
the exception of 38 °C at IN for current ratings 380 A, 760 A, 1500 A, 2250 A,
2940 A, 3600 A, 4320 A, 5040 A, 5750 A.
Highlights
· Most compact AFE on the market thanks to integration of LC-filter and fuses
· Meets the most stringent harmonics requirements thanks to high DC and AC
power quality
· Robust and reliable in varying ambient conditions
· Designed for enclosure integration and quick serviceability
· Lowest weight on the market thanks to new filter technology
DC-bus and grid control
· Fast primary control ensures stable DC voltage even under non-ideal grid
conditions for accurate motor control.
· AFE is able to boost DC voltage to guarantee full motor voltage even when
the supply voltage is below nominal.
· Low harmonic operation meets even the stringest power quality requirements
for drive systems.
· Reactive reference can be used to compensate other low power factor
equipment in the network.
· Unrivalled paralleling options with no need for drive-to-drive communication
· Power can be shared between parallel units automatically with DC-link
voltage droop control.
14 Danfoss Drives · AM424737279061en-000202
Active front-end (AFE) ratings at 690 V AC
iC7-60SL3A07, 525-690 V AC (640-1100 V DC), Type Open / IP00 active front-end
Product code
AC current
Current ratings 1]
IN
IL
IH
[A] [A] [A]
DC power 2]
690 V AC mains
PL [kW]
PH [kW]
Frame size
Frame with option +AEZ1 or +AEZ3 3]
L-filter size (part of LCL-filter
+AEZ3 3])
iC7-60SL3A07-236AE00F4 241
236
177
277
208
AM10L
AR10L
OF7Z5-M-LC-07-400A-A1-E00-F4
iC7-60SL3A07-300AE00F4 307
300
225
352
264
AM10L
AR10L
OF7Z5-M-LC-07-400A-A1-E00-F4
iC7-60SL3A07-334AE00F4 341
334
250
392
293
AM10L
AR10L
OF7Z5-M-LC-07-400A-A1-E00-F4
iC7-60SL3A07-380AE00F4 388
380
285
446
334
AM10L
AR10L
OF7Z5-M-LC-07-400A-A1-E00-F4
iC7-60SL3A07-425AE00F4 434
425
318
498
373
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3A07-475AE00F4 485
475
356
557
417
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3A07-530AE00F4 542
530
397
621
465
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3A07-595AE00F4 608
595
446
697
523
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3A07-670AE00F4 684
670
502
785
588
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3A07-760AE00F4 776
760
570
891
668
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3A07-850AE00F4
868
850
637
996
747 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-945AE00F4
965
945
708
1107
830 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-1040E00F4
1062
1040
780
1219
914 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-1230E00F4
1256
1230
922
1441
1080 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-1325E00F4
1353
1325
993
1552
1164 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-1500E00F4 1532
1500
1125
1757
1318 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-1700E00F4
1736
1700
1275
1992
1494 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-1800E00F4
1838
1800
1350
2109
1582 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-2000E00F4 2042
2000
1500
2343
1757 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-2250E00F4 2297
2250
1687
2636
1976 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-2500E00F4 2552
2500
1875
2929
2197 4xAM12L 4xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-2650E00F4 2706
2650
1987
3104
2328 4xAM12L 4xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-2940E00F4
3002
2940
2205
3444
2583 4xAM12L 4xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-3120E00F4
3185
3120
2340
3655
2741 5xAM12L 5xAR12L 3xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-3600E00F4
3675
3600
2700
4217
3163 5xAM12L 5xAR12L 3xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-3900E00F4
3982
3900
2925
4568
3426 6xAM12L 6xAR12L 3xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-4320E00F4
4410
4320
3240
5060
3795 6xAM12L 6xAR12L 3xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-4750E00F4
4849
4750
3562
5564
4172 7xAM12L 7xAR12L 4xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-5040E00F4
5145
5040
3780
5903
4428 7xAM12L 7xAR12L 4xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-5400E00F4
5513
5400
4050
6325
4744 8xAM12L 8xAR12L 4xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3A07-5750E00F4
5870
5750
4312
6735
5051 8xAM12L 8xAR12L 4xOF7Z5-M-LC-07-1640-A1-E00-F4
1] Ratings are valid at 1025V nominal DC voltage IN Nominal (thermal)
continuous current. Dimensioning can be done according to this current if the
process does not require any overloadability IL Low overloadability current
(1/5min) Allows +10% load variation for 1 minute every 5 minutes. IH High
overloadability current (1/5min) Allows +50% load variation for 1 minute every
5 minutes.
2] All values with cos = 1.00, efficiency = 98.0% and rated voltage 1025 V DC
3] Incudes LC-filter with the option +AEZ1 and LCL-filter with the option
+AEZ3 net side L-filter separate module
Danfoss Drives · AM424737279061en-000202 15
Active front-end (AFE) ratings at 500 V AC
iC7-60SL3AB5, 380-500 V AC (465-800 V DC), Type Open/IP00 active front end 1]
Product code
AC current
Current ratings 2]
IN
IL
IH
[A] [A] [A]
DC power 3]
500 V AC mains
PL [kW]
PH [kW]
Frame size
Frame with option +AEZ1 or +AEZ3 4]
L-filter size (part of LCL-filter
+AEZ3 4])
iC7-60SL3AB5-261AE00F4 267
261
196
222
167
AM10L
AR10L
OF7Z5-M-LC-07-400A-A1-E00-F4
iC7-60SL3AB5-325AE00F4 332
325
244
276
208
AM10L
AR10L
OF7Z5-M-LC-07-400A-A1-E00-F4
iC7-60SL3AB5-380AE00F4 388
380
285
323
242
AM10L
AR10L
OF7Z5-M-LC-07-400A-A1-E00-F4
iC7-60SL3AB5-425AE00F4 434
425
318
361
270
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3AB5-475AE00F4 485
475
356
404
303
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3AB5-530AE00F4 542
530
397
450
337
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3AB5-595AE00F4 608
595
446
505
379
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3AB5-670AE00F4 684
670
502
569
427
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3AB5-760AE00F4 776
760
570
646
484
AM12L
AR12L
OF7Z5-M-LC-07-1000-A1-E00-F4
iC7-60SL3AB5-850AE00F4 868
850
637
722
541 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-945AE00F4 965
945
708
803
601 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-1040E00F4 1062
1040
780
883
662 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-1230E00F4 1256
1230
922
1044
783 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-1325E00F4 1353
1325
993
1125
843 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-1500E00F4 1532
1500
1125
1274
955 2xAM12L 2xAR12L OF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-1700E00F4 1736
1700
1275
1443
1083 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-1800E00F4 1838
1800
1350
1528
1146 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-2000E00F4 2042
2000
1500
1698
1274 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-2250E00F4 2297
2250
1687
1910
1432 3xAM12L 3xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-2500E00F4 2552
2500
1875
2122
1592 4xAM12L 4xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-2650E00F4 2706
2650
1987
2250
1687 4xAM12L 4xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
iC7-60SL3AB5-2940E00F4 3002
2940
2205
2496
1872 4xAM12L 4xAR12L 2xOF7Z5-M-LC-07-1640-A1-E00-F4
1] Main voltage 380-500 V AC (465-800 V DC) (Improved hardware transient
withstand) 2] Ratings are valid at 800V DC voltage
IN Nominal (thermal) continuous current. Dimensioning can be done according to
this current if the process does not require any overloadability IL Low
overloadability current (1/5min) Allows +10% load variation for 1 minute every
5 minutes. IH High overloadability current (1/5min) Allows +50% load variation
for 1 minute every 5 minutes. 3] All values with cos = 1.00, efficiency =
98.0% and rated voltage 742 V DC 4] Incudes LC-filter with the option +AEZ1
and LCL-filter with the option +AEZ3 net side L-filter separate module
16 Danfoss Drives · AM424737279061en-000202
Grid Converter module
Grid Converter for advanced AC/DC power conversion
· Grid converter is a bi-directional AC/ DC power converter for grid forming,
advanced grid control and DC power supply applications
· Ideal for smart grid applications such as energy storage and DC power supply
for hydrogen electrolysis.
· Stand-out solution for marine & offshore energy management applications such
as energy storage, micro grid forming, shaft generators and shore power.
Ratings
· 236-5750 A IL, +10% overload 1 min/5 min
· 525-690 V AC / 640-1100 V DC (07) · 380-500 V AC / 465-800 V DC (B5) · 45-66
Hz Grid frequency
(25-70 Hz with derating) · THDi < 5% (< 3% with dedicated
transformer) · Adjustable power factor · Ambient temperature 60 °C at IN
· Coolant temperature 45 °C at IN, with the exception of 38 °C at IN for
current ratings 380 A, 760 A, 1500 A, 2250 A, 2940 A, 3600 A, 4320 A, 5040 A,
5750 A.
Highlights
· Most compact AC/DC power conversion on the market thanks to integration of
filters and fuses
· High short-circuit current injection capability reduces oversizing
· Meets the stringest harmonics requirements thanks to high DC and AC power
quality
· Robust and reliable in varying ambient conditions
· Designed for fast enclosure integration and quick serviceability
· Lowest weight on the market thanks to new filter technology
· Same mechanical footprint and integration as INU, AFE and DC/DC modules
State-of-the-art grid control
· Fast primary control ensures power system stability and streamlined power
management
· Synchronize to external grid and compensate voltage drop thanks to dual-
channel voltage measurement option
· Blackout prevention and black start · Unrivalled paralleling options for
high-power installations · Flexible grid forming and grid
following control modes to optimize system-level cost DC-bus voltage DC
current / power Active and reactive power AC voltage & frequency Island
(grid forming) Droop control Droop with base load Limit controllers
Smooth transition between grid-
following and grid-forming control modes
Danfoss Drives · AM424737279061en-000202 17
Grid converter (GC) ratings at 690 V AC
iC7-60SLGC07, 525-690 V AC (640-1100 V DC), IP00/UL Open Type Grid Converter module
Current ratings 2]
Power ratings 3]
Product code
3 x 525-690 V
690 V AC mains
Frame
IN
IL
IH
IS 1]
I 1] S2
PL
SL
size
[A] [A] [A] [A] [A] [kW] [kVA]
iC7-60SLGC07-236AE00F4
241
236
177
354
330
277
283
AM10L
iC7-60SLGC07-300AE00F4
307
300
225
450
420
352
359
AM10L
iC7-60SLGC07-334AE00F4
341
334
250
501
468
392
400
AM10L
iC7-60SLGC07-380AE00F4
388
380
285
570
532
446
455
AM10L
iC7-60SLGC07-425AE00F4
434
425
318
638
595
498
508
AM12L
iC7-60SLGC07-475AE00F4
485
475
356
712,5
665
557
568
AM12L
iC7-60SLGC07-530AE00F4
542
530
397
795
742
621
634
AM12L
iC7-60SLGC07-595AE00F4
608
595
446
892,5
833
697
712
AM12L
iC7-60SLGC07-670AE00F4
684
670
502
1005
938
785
801
AM12L
iC7-60SLGC07-760AE00F4
776
760
570
1140
1064
891
909
AM12L
iC7-60SLGC07-850AE00F4
868
850
637
1275
1190
996
1016 2xAM12L
iC7-60SLGC07-945AE00F4
965
945
708
1417,5
1323
1107
1130 2xAM12L
iC7-60SLGC07-1040E00F4
1062
1040
780
1560
1456
1219
1243 2xAM12L
iC7-60SLGC07-1230E00F4
1256
1230
922
1845
1722
1441
1470 2xAM12L
iC7-60SLGC07-1325E00F4
1353
1325
993
1988
1855
1552
1584 2xAM12L
iC7-60SLGC07-1500E00F4
1532
1500
1125
2250
2100
1757
1793 2xAM12L
iC7-60SLGC07-1700E00F4
1736
1700
1275
2550
2380
1992
2032 3xAM12L
iC7-60SLGC07-1800E00F4
1838
1800
1350
2700
2520
2109
2152 3xAM12L
iC7-60SLGC07-2000E00F4
2042
2000
1500
3000
2800
2343
2391 3xAM12L
iC7-60SLGC07-2250E00F4
2297
2250
1687
3375
3150
2636
2690 3xAM12L
iC7-60SLGC07-2500E00F4
2552
2500
1875
3750
3500
2929
2988 4xAM12L
iC7-60SLGC07-2650E00F4
2706
2650
1987
3975
3710
3104
3168 4xAM12L
iC7-60SLGC07-2940E00F4
3002
2940
2205
4410
4116
3444
3514 4xAM12L
iC7-60SLGC07-3120E00F4
3185
3120
2340
4680
4368
3655
3729 5xAM12L
iC7-60SLGC07-3600E00F4
3675
3600
2700
5400
5040
4217
4303 5xAM12L
iC7-60SLGC07-3900E00F4
3982
3900
2925
5850
5460
4568
4661 6xAM12L
iC7-60SLGC07-4320E00F4
4410
4320
3240
6480
6048
5060
5163 6xAM12L
iC7-60SLGC07-4750E00F4
4849
4750
3562
7125
6650
5564
5677 7xAM12L
iC7-60SLGC07-5040E00F4
5145
5040
3780
7560
7056
5903
6024 7xAM12L
iC7-60SLGC07-5400E00F4
5513
5400
4050
8100
7560
6325
6454 8xAM12L
iC7-60SLGC07-5750E00F4
5870
5750
4312
8625
8050
6735
6872 8xAM12L
1] Preliminary values subject to validation 2] Ratings are valid at 1025 V DC
nominal voltage
IN Nominal (thermal) continuous current. Dimensioning can be done according to
this current if the process does not require any overloadability IL Low
overload 110% overload 1 min every 5 min. IH High overload 150% overload
1 min every 5 min. IS Short-term current injection available for 0.5s IS2
Short-term current injection available for 3.0s 3] DC power is calculated with
cos = 1, efficiency = 98% and at nominal 1025 V DC voltage
Frame with option +AE__
AR10L AR10L AR10L AR10L AR12L AR12L AR12L AR12L AR12L AR12L 2xAR12L 2xAR12L
2xAR12L 2xAR12L 2xAR12L 2xAR12L 3xAR12L 3xAR12L 3xAR12L 3xAR12L 4xAR12L
4xAR12L 4xAR12L 5xAR12L 5xAR12L 6xAR12L 6xAR12L 7xAR12L 7xAR12L 8xAR12L
8xAR12L
18 Danfoss Drives · AM424737279061en-000202
Grid converter (GC) ratings at 500 V AC
iC7-60SLGCB5, 380-500 V AC (465-800 V DC), IP00/UL Open Type Grid converter unit
Current ratings 2]
Power ratings 3]
Product code
3 x 380-500 V
500 V AC mains
Frame
IN
IL
IH
IS 1]
I 1] S2
PL
SL
size
[A] [A] [A] [A] [A] [kW] [kVA]
iC7-60SLGCB5-261AE00F4
267
261
196
392
365
222
227
AM10L
iC7-60SLGCB5-325AE00F4
332
325
244
488
455
276
282
AM10L
iC7-60SLGCB5-380AE00F4
388
380
285
570
532
323
330
AM10L
iC7-60SLGCB5-425AE00F4
434
425
318
638
595
361
369
AM12L
iC7-60SLGCB5-475AE00F4
485
475
356
713
665
404
412
AM12L
iC7-60SLGCB5-530AE00F4
542
530
397
795
742
450
459
AM12L
iC7-60SLGCB5-595AE00F4
608
595
446
893
833
505
516
AM12L
iC7-60SLGCB5-670AE00F4
684
670
502
1005
938
569
581
AM12L
iC7-60SLGCB5-760AE00F4
776
760
570
1140
1064
646
659
AM12L
iC7-60SLGCB5-850AE00F4
868
850
637
1275
1190
722
737
2xAM12L
iC7-60SLGCB5-945AE00F4
965
945
708
1418
1323
803
819
2xAM12L
iC7-60SLGCB5-1040E00F4
1062
1040
780
1560
1456
883
901
2xAM12L
iC7-60SLGCB5-1230E00F4
1256
1230
922
1845
1722
1044
1066 2xAM12L
iC7-60SLGCB5-1325E00F4
1353
1325
993
1988
1855
1125
1148 2xAM12L
iC7-60SLGCB5-1500E00F4
1532
1500
1125
2250
2100
1274
1300 2xAM12L
iC7-60SLGCB5-1700E00F4
1736
1700
1275
2550
2380
1443
1473 3xAM12L
iC7-60SLGCB5-1800E00F4
1838
1800
1350
2700
2520
1528
1559 3xAM12L
iC7-60SLGCB5-2000E00F4
2042
2000
1500
3000
2800
1698
1733 3xAM12L
iC7-60SLGCB5-2250E00F4
2297
2250
1687
3375
3150
1910
1949 3xAM12L
iC7-60SLGCB5-2500E00F4
2552
2500
1875
3750
3500
2122
2166 4xAM12L
iC7-60SLGCB5-2650E00F4
2706
2650
1987
3975
3710
2250
2295 4xAM12L
iC7-60SLGCB5-2940E00F4
3002
2940
2205
4410
4116
2496
2547 4xAM12L
1] Main voltage 380…500 V AC (465…800 V DC) (Improved hardware transient
withstand) 2] Ratings are valid at 800 V DC voltage
IN Nominal (thermal) continuous current. Dimensioning can be done according to
this current if the process does not require any overloadability IL Low
overloadability current (1/5min) Allows +10% load variation for 1 minute every
5 minutes. IH High overloadability current (1/5min) Allows +50% load variation
for 1 minute every 5 minutes. 3] DC power is calculated with cos = 1,
efficiency = 98% and 742 V DC voltage 4] Incudes LC-filter with the option
+AEZ1 and LCL-filter with the option +AEZ3 (net side L-filter separate module)
Frame with option +AE__ 4] AR10L AR10L AR10L AR12L AR12L AR12L AR12L AR12L AR12L 2xAR12L 2xAR12L 2xAR12L 2xAR12L 2xAR12L 2xAR12L 3xAR12L 3xAR12L 3xAR12L 3xAR12L 4xAR12L 4xAR12L 4xAR12L
Danfoss Drives · AM424737279061en-000202 19
DC/DC Converter
Tap in to the benefits of electrification with the DC/DC Converter
· DC/DC Converter is a bi-directional power converter enabling interconnection
of two (DC) systems having different voltage levels
· Energy storage with wide voltage range can be connected to a stable DC bus
· Ideal for high-power battery or fuel cell applications
· Enables peak shaving and zero emission operation while providing additional
redundancy.
Ratings
· 300-3600 A IL, +10% overload 1 min/5 min
· 640-1100 V DC bus (07) · 465-800 V DC bus (B5) · DC Source voltage range
3-100%
of DC bus voltage. Full control performance 3-97% of DC bus voltage
· DC source current ripple (typical): DR10L < 1% RMS (typical) DR12L <
0.5% RMS (typical))
· Ambient temperature 60 °C at IN · Coolant temperature 45 °C at IN, with
the exception of 38 °C at IN for current ratings 1200 A, 2400 A, 3600 A
Highlights
· Most compact DC/DC Converter on the market thanks to integration of filters
and fuses
· Lowest weight on the market thanks to new filter technology
· Same mechanical footprint and integration as INU,AFE and GC.
· Meets strict DC power quality requirements
· Robust and reliable in varying ambient conditions
· Designed for enclosure integration and quick serviceability
DC/DC Converter control
· Fast primary control ensures power system stability and streamlined power
management
· Flexible control modes to optimize system-level cost and time to market
DC-bus voltage reference Source voltage reference Source power and current
references Current and voltage limit controllers Smooth transition between
control modes during run state
· Able to maintain stable DC bus voltage even when other power generation goes
offline added redundancy on top of the benefits of hybridization and
electrification
· Black start capability
20 Danfoss Drives · AM424737279061en-000202
DC/DC Converter (DC) ratings at 1025 V DC
iC7-60SLDC07, 640-1100 V DC bus, IP00/UL Open Type DC/DC Converter
Model code
DC current
IN
IL
IH
[A] [A] [A]
iC7-60SLDC07-300AE00F4
307
300
225
iC7-60SLDC07-360AE00F4
368
360
270
iC7-60SLDC07-420AE00F4
429
420
315
iC7-60SLDC07-480AE00F4
490
480
360
iC7-60SLDC07-570AE00F4
582
570
428
iC7-60SLDC07-720AE00F4
735
720
540
iC7-60SLDC07-840AE00F4
858
840
630
iC7-60SLDC07-960AE00F4
980
960
720
iC7-60SLDC07-1080E00F4
1103
1080
810
iC7-60SLDC07-1200E00F4
1225
1200
900
iC7-60SLDC07-1440E00F4
1470
1440
1080
iC7-60SLDC07-1680E00F4
1715
1680
1260
iC7-60SLDC07-1920E00F4
1960
1920
1440
iC7-60SLDC07-2160E00F4
2205
2160
1620
iC7-60SLDC07-2400E00F4
2450
2400
1800
iC7-60SLDC07-2880E00F4
2940
2880
2160
iC7-60SLDC07-3240E00F4
3308
3240
2430
iC7-60SLDC07-3600E00F4
3675
3600
2700
Ratings are valid at 1025 V nominal DC bus voltage IN Nominal (thermal) current. Dimensioning according IN if the process does not require overloadability IL Low overload 110% overload 1 min every 5 min IH High overload 150% overload for 1 min every 5 min PL-TYP is the DC source power with the stated source voltage and IL current DC bus current rating is equal to DC source current ratings (DC current) Source voltage range 3..100% of DC bus voltage. Full control performance 3..97% of DC bus voltage
DC power 1000..250
VDC source PL-typ [kW] 300..75 360..90
420..105 480..120 570..142 720..180 840..210 960..240 1080..270 1200..300
1440..360 1680..420 1920..480 2160..540 2400..600 2880..720 3240..810
3600..900
Frame
Frame with option +AE__
DM10L DM10L DM10L DM10L DM10L DM12L DM12L DM12L DM12L DM12L 2xDM12L 2xDM12L 2xDM12L 2xDM12L 2xDM12L 3xDM12L 3xDM12L 3xDM12L
DR10L DR10L DR10L DR10L DR10L DR12L DR12L DR12L DR12L DR12L 2xDR12L 2xDR12L 2xDR12L 2xDR12L 2xDR12L 3xDR12L 3xDR12L 3xDR12L
Danfoss Drives · AM424737279061en-000202 21
DC/DC Converter (DC) ratings at 800 V DC
iC7-60SLDCB5, 465-800 V DC bus, IP00/UL Open Type DC/DC Converter
Product code
DC current
IN
IL
IH
[A] [A] [A]
iC7-60SLDCB5-300AE00F4
307
300
225
iC7-60SLDCB5-360AE00F4
368
360
270
iC7-60SLDCB5-420AE00F4
429
420
315
iC7-60SLDCB5-480AE00F4
490
480
360
iC7-60SLDCB5-570AE00F4
582
570
428
iC7-60SLDCB5-720AE00F4
735
720
540
iC7-60SLDCB5-840AE00F4
858
840
630
iC7-60SLDCB5-960AE00F4
980
960
720
iC7-60SLDCB5-1080E00F4
1103
1080
810
iC7-60SLDCB5-1200E00F4
1225
1200
900
iC7-60SLDCB5-1440E00F4
1470
1440
1080
iC7-60SLDCB5-1680E00F4
1715
1680
1260
iC7-60SLDCB5-1920E00F4
1960
1920
1440
iC7-60SLDCB5-2160E00F4
2205
2160
1620
iC7-60SLDCB5-2400E00F4
2450
2400
1800
iC7-60SLDCB5-2880E00F4
2940
2880
2160
iC7-60SLDCB5-3240E00F4
3308
3240
2430
iC7-60SLDCB5-3600E00F4
3675
3600
2700
Ratings are valid at 800 V DC voltage IN Nominal (thermal) current. Dimensioning according IN if the process does not require overloadability IL Low overload 110% overload 1 min every 5 min IH High overload 150% overload for 1 min every 5 min PL-TYP is the DC source power with the stated source voltage and IL current DC bus current rating is equal to DC source current ratings (DC current) Source voltage range 3..100% of DC bus voltage. Full control performance 3..97% of DC bus voltage
DC power 700..250 VDC source
PL-typ [kW] 210..75 252..90 294..105 336..120 399..143 504..180 588..210
672..240 756..270 840..300 1008..360 1176..420 1344..480 1512..540 1680..600
2016..720 2268..810 2520..900
Frame
Frame with option +AE__
DM10L DM10L DM10L DM10L DM10L DM12L DM12L DM12L DM12L DM12L 2xDM12L 2xDM12L 2xDM12L 2xDM12L 2xDM12L 3xDM12L 3xDM12L 3xDM12L
DR10L DR10L DR10L DR10L DR10L DR12L DR12L DR12L DR12L DR12L 2xDR12L 2xDR12L 2xDR12L 2xDR12L 2xDR12L 3xDR12L 3xDR12L 3xDR12L
22 Danfoss Drives · AM424737279061en-000202
Dimensions and weight: INU, AFE, GC and DC/DC modules
Module type
Inverter
AFE and Grid Converter
Frame [mm] [kg]
Width Height Depth Weight 1]
IM10L 140 710 558 41
IM12L 235 710 558 80
AM10L 140 710 558 41
AM12L 235 710 558 80
Inverter with integration
unit
IR10L 140 1295 566 106
IR12L 235 1295 566 178
AFE/Grid Converter
with integration unit
AR10L AR12L
140
235
1295
1295
566
566
138
230
DC/DC Converter
DM10L 140 710 558 41
DM12L 235 710 558 80
DC/DC Converter with
integration unit
DR10L 140 1295 566 130
DR12L 235 1295 566 230
[in]
Width
5.5
9.3
5.5
9.3
5.5
9.3
5.5
9.3
5.5
9.3
5.5
9.3
Height
28
28
28
28
51
51
51
51
28
28
51
51
Depth
22
22
22
22
22.3
22.3
22.3
22.3
22
22
22.3
22.3
[lb]
Weight 1]
90
176
90
176
234
392
304
507
90
176
287
507
1] Weight includes integration unit with these filters installed: IR10L, IR12L with dU/dt filter (+AEU1) AR10L, AR12L with LC filter (+AEZ1) DR10L, DR12L with DC/DC filter (+AED1)
H D
H W
Filters
Type Input filters Output filters
DC/DC filter Filter features
LC-filter and LCL-filter for Active front end and Grid converter modules dU/dt
filter for INU module Sine-wave filter for INU module Common-mode filter for
INU module IR10L DC/DC filter for DC/DC converter modules IP00 (IP55 excluding
power terminals) Dedicated liquid cooled filters with up to 90% of heat losses
to liquid Very low losses to air reduce air conditioning load Unsurpassed
power density, ultra compact, super lightweight filter concept unmatched
anywhere in the market
Supports vertical and horizontal mounting
Filters are available integrated in the integration unit and separately as loose options, which enables low-height installations
Danfoss Drives · AM424737279061en-000202 23
Some functionalities listed in this fact sheet are for future implementation
Imagine versatile and highly secure power conversion and motor control.
Intensely powerful and compact converters and drives built to optimize a vast
range of systems while giving you the flexibility to distribute intelligence
the way you want.
Paving the way for a new dimension, where open, connected and intelligent
systems are the new reality.
Open up a new dimension with iC7 series
iC7-Automation | iC7-Marine | iC7-Hybrid
Contact us
AM424737279061en-000202 | © Copyright Danfoss Drives | 2023.10
Any information, including, but not limited to information on selection of
product, its application or use, product design, weight, dimensions, capacity
or any other technical data in product manuals, catalogues descriptions,
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is only binding if and to the extent, explicit reference is made in a
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reserves the right to alter its products without notice. This also applies to
products ordered but not delivered provided that such alterations can be made
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this material are property of Danfoss A/S or Danfoss group companies. Danfoss
and the Danfoss logo are trademarks of Danfoss A/S. All rights reserved.
References
- iC7 Series | Danfoss
- Motor control in iC7 series | Danfoss
- Cybersecurity in iC7 series | Danfoss
- iC7 Series | Danfoss
- iC7 Series | Danfoss
- iC7 Series | Danfoss
- Contacts list | Danfoss
- iC7 Filters | Danfoss
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