Design Guide | iC7-Automation Air-cooled Enclosed Drives Contents Contents Introduction Purpose of this Design Guide Additional Resources Planning and Design Support Materials 1.3.1 Overview 1.3.2 Locating Support Information Version History Abbreviations Recommended Disposal Safety Safety Safety Symbols General Safety Considerations...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Contents Lifting the Enclosed Drive Mechanical Installation Storing the Enclosed Drive 5.1.1 Storage Requirements Storage of 2–12 Months 5.1.2 5.1.3 Storage of over 12 Months (FE9 and FE10) 5.1.4 Storage of Several Years...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Contents Control Compartment Internal Elements Control Compartment Connections Star Coupler Board I/O and Relay Option Connections I/O and Relay Option Interface 7.7.1 Analog Inputs 7.7.2 Analog Outputs 7.7.3 Digital Inputs Digital Outputs 7.7.4 7.7.5...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Contents Dimensions for Back-channel Cooling Option, FE10 9.2.8 9.2.9 Dimensions for Back-channel Cooling Option, AE10, AE11, IE10, IE11 9.2.10 Dimensions for the Cooling Air Output Flange Option, FE9 Dimensions for the Cooling Air Output Flange Option, FE10 9.2.11...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Contents Current Ratings 9.7.1 General Current Rating Information Current Ratings for 6-pulse Enclosed Drives, FE9 and FE10, 400 V AC 9.7.2 9.7.3 Current Ratings for 6-pulse Enclosed Drives, FE9 and FE10, UL, 460 V AC 9.7.4...
Overview 1.3.1 Danfoss provides access to comprehensive product information that supports throughout the product lifecycle. All iC7 series design guides, installation guides, safety guides, operating guides, and application guides are available for download at https://www.danfoss.com. It is also possible to order printed guides.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Introduction Locating Support Information 1.3.2 Additional information is available on the company website. Go to https://www.danfoss.com. Select Products. Select Drives. Select the product series, for example Low-voltage drives or System modules. Select the product series (for example, iC7).
Contact your local Danfoss office for further information on environmental aspects and recycling instructions for professional recyclers. End-of-life treatment must follow international and local regulations. All products are designed and manufactured in accordance with Danfoss company guidelines on prohibited and restricted substances. A list of these substances is available at https://www.danfoss.com.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Safety Safety Safety When designing AC drives, some residual dangers cannot be avoided. One example is the discharge time, which must be observed to avoid potential death or serious injury. The discharge time is shown on the danger label on the drive.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Safety DANGER DISCHARGE TIME (5 OR 20 MINUTES) The drive contains capacitors, which can remain charged even when the drive is not powered. High voltage can be present even when the warning indicator lights are off.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Danfoss iC7 Series Danfoss iC7 Series Overview of iC7 Series The Danfoss iC7 series comprises 3 products that combine hardware and software. Table 3: The iC7 Series Product Product category Product type Application software...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Product Overview The Air-cooled Enclosed Drives The enclosed drives come in 6-pulse, low-harmonic, and regenerative variants. The control compartment on the cabinet door gives easy access to the control. The air-cooled enclosed drives have high power density because of efficient cooling solutions.
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview dU/dt Filter Motor terminals PE busbar Inlet air grill IP54 grommet for mains and motor cables (IEC) Control cable grommet, bottom Control cable grommet, top View from the top View from the bottom...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Motor terminals (behind PE busbar, Top-entry option) Mains terminals (Top-entry option) Brake terminals (Top-entry option) Control cable grommet, top IP54 grommet for mains and motor cables (Top-entry View from the top...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Control cable grommet, top View from the top View from the bottom Figure 4: Interior View of FE10 with Top-entry Option Control compartment Contactor (behind control compartment) Main switch (optional) Mains terminals...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Control compartment Contactor Main switch AC fuses Motor fan control/supply terminals (+ICFI1-4), AUX AC PE busbar supply terminals (+IHAS), motor heater supply (+IAMH) Inlet air grill Control cable grommet, top DC fuses, behind the touch protection plate...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Interior View of the Cabinet, 2 x AE10 + 2 x IE10 4.2.4 Figure 6: Interior View of the Cabinet, 2 x AE10 + 2 x IE10 Pre-charging circuit Contactor Main switch...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Motor terminals Motor fan control/supply terminals (+ICFI1-4), Auxiliary AC supply terminals (+IHAS), behind PE busbar IP54 grommet for motor cables (IEC) Control cable grommet, bottom IP54 grommet for mains cables (IEC) 4.2.5...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Control compartment Motor terminals Motor fan control/supply terminals (+ICF1-4), Auxiliary AC IP54 grommet for mains cable (IEC) supply terminals (+IHAS), motor heater supply (+IAMH), behind the PE busbar Control cable grommet, bottom...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Charging circuit Air circuit breaker Mains terminals AC fuses PE busbar Inlet air grill Control cable grommet, top DC fuses, behind the touch protection plate Control compartment Motor terminals Motor fan control/supply terminals (+ICFI1-4), Auxiliary AC...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview Description of the Model Code The model code is made of standard codes and plus codes. Each part of the model code agrees to the data in the order. Example The model code can have this format, for example:...
Danfoss A/S DK-6430 Nordborg www.danfoss.com MADE IN FINLAND Danfoss Ltd., 22 Wycombe End, HP9 1NB, GB Figure 9: Product Label for iC7-Automation Enclosed Drives Model code of the product Product number Power, input, and output ratings Protection rating Temperature rating for ambient air...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Product Overview WARNING LIFTING HEAVY LOAD Not following the safe lifting instructions can result in death or serious injury and damage to the equipment. Follow local safety regulations on lifting. Use a lifting device that is in proper working condition and appropriate for the weight of the load.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Mechanical Installation Mechanical Installation Storing the Enclosed Drive Storage Requirements 5.1.1 If it is necessary to store the product before installing it, follow these instructions. Keep the product in the original packaging. Make sure that the ambient storage conditions correspond to these requirements: Temperature: -40...+70 °C (-40...+158 °F)
Design Guide | iC7-Automation Air-cooled Enclosed Drives Mechanical Installation Figure 12: Installing the Enclosed Drive, FE9, FE10 Mounting holes at the top Mounting holes at the bottom Installing the Enclosed Drives Back to Back The enclosed drives can be installed back to back with other enclosed drives.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Mechanical Installation (3.94) Figure 13: Installation of Cabinets Back to Back, mm (in) Secure the enclosed drive to the floor and to the wall using all the mounting holes. There are 2 mounting holes at the rear top, 6 mounting holes at the front bottom, and 6 mounting holes at the rear bottom.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Mechanical Installation Figure 14: Installing the IP21 Top Cover Top cover Top cover brackets Cooling Requirements General Cooling Requirements 5.6.1 The power units produce heat in operation. The fans circulate air and decrease the temperature of the drive. Make sure that there is sufficiently free space around the drive.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Mechanical Installation Cooling Options 5.6.3 The enclosed drives have two cooling options, the back-channel cooling (+OABC) and the cooling air output flange (+OAOF). In the cooling air output flange, the front and rear plates of the plinth are interchangeable, so the air intake can be in the front or at the back.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Mechanical Installation Figure 17: Cooling Air Output Flange (+OAOF), Intake Front or Back, Output Top Air intake at the back Air intake in the front Table 9: Number of Air Output Holes in the Cooling Air Output Flange...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Mechanical Installation Figure 18: Installing the Back-channel Cooling Option Cover Plate The cover plate The top hood Place the top hood on top of the cabinet. Place the brackets so that they press the sides of the top hood down.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation Electrical Installation Fuse Guidelines The drive system is equipped with fast-acting AC fuses to limit the damages of the drive system. See the fuse tables: 9.6.1 Fuse Size Tables. To ensure fuse performance, make sure that the available supply short-circuit current is sufficient. Check the minimum required values ) at the fuse location.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation Use symmetrical power cabling with power units connected in parallel. Each power unit must have the same number of cables with an equal cross-section and equal length. Maximum number of power unit cables and bolts sizes can be found in 9.5.1 General Cable Size...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation Prerequisites for Cable Installation Before starting, make sure that none of the components of the AC drive are live. Read all safety precautions in this guide and other documents available for this product.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation Auxiliary power cable Control cable grommet Mains cable Grommets Control board and option boards Terminal blocks Strain relief and 360° grounding PE busbar Motor cable Brake cable Figure 24: Recommended Installation...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation To make a 360° connection, expose the shield of the cables. Use a cable tie to attach the knitted metal mesh tube. Figure 25: Cabling Methods (IEC) PE busbar Grommet holder...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation Figure 26: Cabling of the Enclosed Drive Motor cables Mains cables Grounding conductor PE busbar Release and lower the service table. Installing the Power Cables through the Top (+KCIT or +KDOT) 6.6.2...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation Figure 27: Cabling Methods (IEC) Grommet holder Cable clamp Cable shield PE busbar Grommet Knitted metal mesh tube Cable tie IP54 EMC 360° (IP54 and knitted metal mesh tube) Connect the mains cables to the terminals L1, L2, and L3, and the motor cables to the terminals U, V, and W.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation Figure 28: Installing the Brake Cables in the Enclosed Drive, FE9, FE10 Power Cabling Floor Components, UL The UL variant of the enclosed drive includes a sealed bottom plate for free cutting of the cable entry holes.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Electrical Installation It is important to use isolation monitors that are rated for use together with power electronics. Disconnecting the dU/dt Filter Capacitors 6.10 To measure the insulation resistance of the motor cable, disconnect the dU/dt filter capacitors of AE10, AE11, IE10, and IE11 from the main circuit.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Control and Option Installation General Information of the Control Compartment The enclosed drive has a door-mounted control compartment for the control terminals, separated from the cabinet section. The control compartment is accessed through a separate door on the cabinet door.
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Figure 31: Control Compartment Door Elements, AE10/11, IE10/11 Filter cover and optional IP54 filter (+IP54) Control panel (for the inverter module), -PGA Ethernet port (for the inverter module), RJ45 Run, ready, and fault lights (+IICD), -PF3, -PF4, -PF5 Mains 0–enable switch, -SF11...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Control Compartment Internal Elements 9 10 Figure 32: Elements inside the Control Compartment, FE9 Mains contactor terminals (+GAC0) -XD0 Circuit breakers Grounding terminals, -PE 24 V DC power supply (TB7, TB7.1)
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Figure 33: Elements inside the Control Compartment, FE10 24 V DC power supply (TB7, TB7.1) Grounding terminals, -PE Mains contactor terminals (+GACO), -XD0 Auxiliary AC supply terminals (+IHAS), or auxiliary AC...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Figure 34: Elements inside the Control Compartment, AE10/11, IE10/11 AFE terminals, -XD12.1 24 V DC power supply (+IFCS), -TB7 Grounding terminals, -PE Fixed air circuit breaker terminals (+GACB), or...
For more information on the STO safety function, see the iC7 Series Functional Safety Operating Guide, Air-cooled and Liquid-cooled System Modules (AE10, AE11, IE10, and IE11) or the iC7-Automation Functional Safety Operating Guide, Frequency Converters (FE9 and FE10). Table 14: 24 V DC Supply Signals (X62, XD2.3)
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Figure 35: Terminal and Indicator Light Locations on the 4-port Star Coupler Board Figure 36: Terminal and Indicator Light Locations on the 8-port Star Coupler Board Board configuration status indicator...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Control link status indicator Ethernet speed indicator Ethernet link activity indicator Ethernet port (X7) I/O and Relay Option Connections X101 X102 X103 Figure 37: I/O and Relay Option Terminal Block and Terminal Numbering...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Table 16: I/O Terminal Signals (X13) (continued) Terminal Function Terminal block Description DI 1 XD2.1:13 Configurable digital input, galvanically isolated. 24 V DC, 0 < 5 V, 1 > 15 V. DI 2 XD2.1:14...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Table 16: I/O Terminal Signals (X13) (continued) Terminal Function Terminal block Description AI 1 XD2.1:33 Configurable analog input. Voltage mode: AI 2 XD2.1:34 • 0 ± 10 V • single-ended •...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Analog Outputs 7.7.2 The I/O and Relay Option has 1 analog output that can be configured with the software to voltage output or current output. The table shows the specification for the analog output.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Table 23: Digital Inputs Logic Levels and Other Requirements Parameter Value Recommended Operation Voltage 0...24 V +20%/-10% Overvoltage Limit 33 V Logic Level 0 = V ≤ 5 V 1 = V ≥...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Table 25: Relay Output Values (continued) Parameter Value Operate Time Max. 9 ms Release Time Max. 5 ms DC Breaking Capacity Figure [VDC] Figure 39: Maximum DC Load Breaking Capacity...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Table 27: 24 V DC Voltage Output (continued) Parameter Value Short Circuit Current 250 mA Electrical fast transient (EFT) 2 kV 7.7.8 Thermistor Input The I/O and Relay Option contains 1 thermistor input. Thermistor input has basic isolation for system voltages ≤ 600 V and reinforced isolation for system voltages ≤...
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Control cable grommets Tubes Figure 41: Routing of Control Cables from the Top, AE10/11, IE10/11 Control cable grommets Two corks, to be removed when routing control cables from the top Tubes, internal diameter 32 mm (1.3 in)
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Figure 43: Routing of Control Cables from the Bottom, AE10/11, IE10/11 Protection plate Control cable grommets Installing Boards to the Modular Control Unit Use these instructions to install a board, for example an option board, to the mounting plate of the modular control unit.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Figure 44: Installing a Board to the Modular Control Unit Mounting Plate Option connector Option terminal cover Option board Fixing point at the top Fixing point at the middle Fixing point at the bottom Use the screw to attach the board to the fixing point at the top.
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation See the pin numbering of the I/O and Relay Option in 7.6 I/O and Relay Option Connections and the pin numbering of the terminal blocks in 7.4 Control Compartment Connections.
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Control and Option Installation Figure 46: Example of Installing the Control Cables on Terminals Blocks Option board Cable clamp Cable duct Terminal block Guidance for the control cable Strip the control cables. Attach the control cables to the cable clamps on the control compartment.
Preventive Maintenance Recommendations Generally, all technical equipment, including Danfoss AC drives, need a minimum level of preventive maintenance. To ensure trouble-free operation and long life of the drive, regular maintenance is recommended. It is also recommended as a good service practice to record a maintenance log with counter values, date, and time describing the maintenance and service actions.
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Maintenance Table 29: Maintenance Schedule for Air-cooled Drives (continued) Component Inspection Service Preventive maintenance actions interval schedule Corrosive environ- 1 year – Conductive dust and aggressive gases, such as sulphide, chloride, and salt mist, can ments damage the electrical and mechanical components.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Maintenance Table 29: Maintenance Schedule for Air-cooled Drives (continued) Component Inspection Service Preventive maintenance actions interval schedule Insulator gaskets 1 year 10–15 Inspect the insulators for signs of degradation due to high temperature and ag- years ing.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Maintenance CAUTION RISK OF FIRE OR EXPLOSION Do not recharge or disassemble the battery, or dispose of it in fire. Locate the RTC battery holder on the control board of the control unit.
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Maintenance Figure 51: Removing the Fan Grill Remove and clean or replace the filter. Put the cleaned or new filter into the filter frame on the outside of the door. Reposition the fan grill over the filter and press to snap into place.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Dimensions for the Cooling Air Output Flange Option, FE9 9.2.10 (6.73) Ø 200 (7.87) Ø 4.5 (0.17) 2441 (96.10) (7.87) Figure 61: Dimensions for the Cooling Air Output Flange (+OAOF), FE9, in mm (in) Table 36: Dimensions in mm (in) 408 (16.1)
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Dimensions for the Cooling Air Output Flange Option, FE10 9.2.11 (6.73) Ø 200 (7.87) Ø 4.5 (0.17) 2441 (96.10) (7.87) Figure 62: Dimensions for the Cooling Air Output Flange (+OAOF), FE10, in mm (in) Table 37: Dimensions in mm (in) 608 (23.9)
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Pre-charging contactor control Main input device control -QA6, Pre-charging contactor coil -QA3, Mains contactor coil I/O and Relay Option Short-circuit protected supply The Pre-charging Function 9.3.7 To avoid high inrush current to drive capacitors, pre-charge the drive before switching on main power.
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 39: Options for the Enclosed Drives (continued) Option group Plus code Description Motor fan control +ICFC Motor fan control +ICF1 Motor fan ctrl/supply 2.5–4 A +ICF2 Motor fan ctrl/supply 4–6.3 A +ICF3 Motor fan ctrl/supply 6.3–10 A...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Multicore cables installed in cable ducts. If cable ducts are not used, keep sufficient spacing between the cables. ¢ Do not stack or bundle the cables without proper spacing for longer than 600 mm (24 in).
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 40: Mains Cable Size Recommendations, 380–500 V (continued) Model Frame Maximum Maximum Hole size of Number of Hole size Cable [mm code cable size number the mains grounding of the of mains...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications 3) Use bimetallic lugs. No direct aluminum contact to the mains terminals. 4) If the option Top-entry +KCIT is used, the maximum number of mains cables is 4. 5) If the option Top-entry +KCIT is used, the hole size is 13 mm.
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Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 41: Motor Cable Size Recommendations, 380–500 V (continued) Model Frame Maximum Maximum Number of Hole size Cable [mm Bolt size code cable size number grounding of the of motor holes on PE...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Mains Cable Size Recommendations, UL 480 V 9.5.4 Table 42: Mains Cable Size Recommendations, UL 480 V Model code Frame Mains cable Cable Maximum Maximum Number of [AWG] termination, cable size number of...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 42: Mains Cable Size Recommendations, UL 480 V (continued) Model code Frame Mains cable Cable Maximum Maximum Number of [AWG] termination, cable size number of grounding Panduit holes on PE mains cables...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 43: Motor Cable Size Recommendations, UL 480 V (continued) Model code Frame Motor cable Cable Maximum Maximum Number of [AWG] termination, cable size number of grounding Panduit motor cables holes on PE...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 44: Brake Cable Size Recommendations, 380–500 V (continued) Model code Frame Maximum Maximum Bolt size Cable [mm cable size number of brake cables iC7-60EA3N05-4 FE10 Cu 2 x (3x120+70) Al 2 x (2x185+57 Cu)
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications AC Fuses, 380–500 V AC 9.6.2 Table 45: AC Fuses, 380–500 V AC Model code Frame Rated Number Fuse size Part number Fuse U Fuse I cp,mr current I of fuses iC7-60EA3N05-206A...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications DC Fuses, 465–800 V DC 9.6.3 Table 46: DC Fuses, 465–800 V DC Model code Frame Rated Number of Fuse size Part number Fuse U Fuse I current I fuses iC7-60EA3A05-385A AE10 +...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Current Ratings for 6-pulse Enclosed Drives, FE9 and FE10, 400 V AC 9.7.2 Table 49: Current Ratings for 6-pulse Enclosed Drives, FE9 and FE10, 400 V AC Model code Frame Nominal ratings...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 51: Current Ratings for 6-pulse Enclosed Drives, FE9 and FE10, 500 V AC (continued) Model code Frame Nominal ratings Low overload High overload Typical motor power, 500 V AC N-in peak...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Current Ratings for Regenerative AFE, UL, 460 V AC 9.7.6 Table 53: Current Ratings for Regenerative AFE, UL, 460 V AC Model code Frame Nominal ratings Low overload High overload Typical motor...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 54: Current Ratings for Regenerative AFE, 500 V AC (continued) Model code Frame Nominal ratings Low overload High overload Typical motor power, 500 V AC N-in peak L-in H-in [kW] [kW]...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Table 55: Current Ratings for Low-harmonic AFE, 400 V AC (continued) Model code Frame Nominal ratings Low overload High overload Typical motor power, 400 V AC N-in peak L-in H-in [kW] [kW]...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Current Ratings for Low-harmonic AFE, 500 V AC 9.7.10 Table 57: Current Ratings for Low-harmonic AFE, 500 V AC Model code Frame Nominal ratings Low overload High overload Typical motor power, 500 V AC...
Design Guide | iC7-Automation Air-cooled Enclosed Drives Specifications Ambient Conditions 9.8.3 Table 60: Ambient Conditions Item Technical data Protection rating IP21/UL Type 1 IP54/UL Type 12 Ambient operating temperature -15 °C...0 °C (5 °F...32 °F) (no frost). The highest current rating of AE11 and IE11 must be derated 20% in freezing conditions.
IEC/EN 62477-1 + A1 Functional safety STO with option +BEF1 (FE9 and FE10). See the iC7-Automation Functional Safety Operating Guide, Frequency Converters. STO/SS1-t with option +BEF2. See the iC7 Series Functional Safety Operating Guide, Air-cooled and Liquid-cooled System Mod- ules.
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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.
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