137N4297 Danfoss Three Phase iC7-Automation regenerative AFE

137N4297 Danfoss Three Phase iC7-Automation regenerative AFE

Danfoss 137N4297 iC7-Automation air-cooled system module, a 514 A regenerative AFE drive module with 380-500 V AC three phase input, Modbus TCP communication, standard I/O relay option and IP00 / Open Type enclosure for high-power industrial drive systems.

SKU: 137N4297Alt SKU: IC7-60SA3A05-514AE00F4+AE10+BAMT+BDC1+BEXX+BF20+BGK1+BH15+BK15+CAX0+CBX0+CCX0+CDX0+CEX0+CFX0+CGX0+CHX0+CIX0+CJX0+DAAU+EGIN+EHENMPN: 137N4297
Price
List Price £25,125.00 ex VAT
Your Price (ex VAT) Save 25%
£18,843.75 25% OFF
You save £6,281.25 per unit
Manufacturer Lead Time Please contact us for a delivery time before you order
Get the best trade prices Trade exclusive

Create an online account to unlock exclusive pricing, special offers and more.

Create an online account Quick & easy setup
SUBTOTAL (EX VAT) £18,843.75
Trade pricing is personalised to your account

Manufacturer Lead Time

£18,843.75

Why Choose the Danfoss 137N4297 iC7-Automation System Module?

The Danfoss 137N4297 is a high-power iC7-Automation system module designed for demanding industrial drive systems requiring regenerative front-end performance, robust integration and dependable operation. As part of the advanced Danfoss iC7-Automation platform, it supports powerful grid and shaft performance for modern automation environments.

This air-cooled system module is engineered for cabinet-based installations where high current capacity, efficient energy flow and communication-ready control are essential. With Modbus TCP communication, Ethernet connectivity, coated boards and standard I/O relay support, the Danfoss 137N4297 is suitable for OEMs, system integrators and industrial operators building advanced regenerative drive systems.

The Danfoss 137N4297 features a three-phase 380-500 V AC supply, 514 A current rating, IP00 / Open Type enclosure and 3-phase regenerative AFE design. Its AR10 frame, air-cooled construction and Modbus TCP OS7MT communication make it ideal for high-power industrial automation and regenerative drive applications.

Key Advantages

  • High-power iC7-Automation system module for industrial drive systems.
  • 514 A current rating for demanding automation applications.
  • Three-phase 380-500 V AC input compatible with industrial power systems.
  • Regenerative AFE product type for advanced drive system integration.
  • IP00 / Open Type construction for cabinet-mounted installations.
  • Integrated Modbus TCP communication for industrial Ethernet networks.
  • Standard I/O and Relay Option OC7C1 for flexible control integration.
  • Air-cooled architecture for reliable thermal performance.

Key Features

  • Danfoss iC7-Automation system module series.
  • 514 A rated current.
  • Three-phase 380-500 V AC supply.
  • 3-phase regenerative AFE product type.
  • IP00 / Open Type enclosure rating.
  • AR10 frame designation.
  • Air-cooled system module construction.
  • Modbus TCP OS7MT communication interface.
  • Ethernet port included.
  • Standard I/O: I/O and Relay Option OC7C1.
  • Control Panel 2.8 OPX20 with flush mount.
  • EMC category C4.

High-Power Regenerative Drive System Performance

System modules such as the Danfoss 137N4297 are designed for integration into advanced drive systems where high current capacity, regenerative operation and dependable control are required. The AFE architecture supports efficient energy flow and helps deliver powerful grid and shaft performance in demanding industrial installations.

The iC7-Automation platform is built for fast integration and flexible configuration. With Modbus TCP connectivity, Ethernet support, standard I/O relay functionality and air-cooled construction, this module can be incorporated into cabinet-based drive systems for industrial automation, machinery and process control applications.

Typical Applications

  • High-power industrial automation systems.
  • Regenerative drive system installations.
  • AFE front-end drive applications.
  • Industrial machinery and process control systems.
  • Large motor control and variable speed drive systems.
  • Manufacturing and production line equipment.
  • System integrator and OEM drive panels.
  • Cabinet-mounted industrial drive assemblies.

Technical Specifications

Tick the specs you need, then view products that match.

Current 514 A
Phase Three Phase
IP Rating IP00
EMC Filter None
Series iC7-Automation
Part number 137N4297
Model code IC7-60SA3A05-514AE00F4+AE10+BAMT+BDC1+BEXX+BF20+BGK1+BH15+BK15+CAX0+CBX0+CCX0+CDX0+CEX0+CFX0+CGX0+CHX0+CIX0+CJX0+DAAU+EGIN+EHEN
Product type iC7-Automation system module, air-cooled
Drive type 3-phase regenerative, AFE
Input voltage 380-500 V AC
Input phases 3-phase
Current rating 514 A
Input frequency 50 / 60 Hz
Protection rating IP00 / Open Type
Frame designation AR10
EMC category C4
Cooling type Air cooled
Communication interface Modbus TCP OS7MT
Standard I/O I/O and Relay Option OC7C1
Functional safety None, not upgradable
Control panel Control Panel 2.8 OPX20
Installation type Cabinet / system integration
Approximate weight 78 kg

Frequently Asked Questions

What is the Danfoss 137N4297 used for?

The Danfoss 137N4297 is used as an air-cooled iC7-Automation system module for high-power industrial drive systems and regenerative AFE applications.

What current rating does this module provide?

The Danfoss 137N4297 has a rated current of 514 A.

What supply voltage does the Danfoss 137N4297 require?

The module operates from a three-phase 380-500 V AC supply.

Which communication protocol is included?

The unit includes Modbus TCP OS7MT communication with Ethernet connectivity for industrial network integration.

Does the Danfoss 137N4297 include functional safety?

No, this configuration is listed with no functional safety and is not upgradable for functional safety.

Trusted by Industrial Drive System Specialists

Danfoss iC7-Automation system modules are trusted by engineers, OEMs and system integrators for high-power drive performance, flexible configuration and reliable integration into demanding industrial automation systems.