Installation Guide for Danfoss models including: iC7-Marine, iC7-Hybrid, iC7-Automation, iC7 Liquid Cooled System Modules, Cooled System Modules, System Modules, Modules
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DocumentDocumentiC7 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, advertisements, etc. and whether made available in writing, orally, electronically, online or via download, shall be considered informative, and is only binding if and to the extent, explicit reference is made in a quotation or order confirmation. Danfoss cannot accept any responsibility for possible errors in catalogues, brochures, videos and other material. Danfoss 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 without changes to form, fit or function of the product. All trademarks in 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.
iC7 Series | Danfoss
iC7 Series | Danfoss
iC7 Series | Danfoss
Motor control in iC7 series | Danfoss