137N3679 Danfoss Three Phase iC7-Automation regenerative AFE

137N3679 Danfoss Three Phase iC7-Automation regenerative AFE

Danfoss 137N3679 iC7-Automation system module, an air-cooled 730 A three-phase 380-500 V AC regenerative AFE drive module with IP00 / Open Type construction, PROFINET RT, Ethernet connectivity and AR11 frame size.

SKU: 137N3679Alt SKU: IC7-60SA3A05-730AE00F3+AE10+AJFX+AKFX+BAPR+BDC1+BEXX+BF20+BGK1+BH25+BK25+CAC1+DAAU+EGIN+EHENMPN: 137N3679
Price
List Price £36,009.00 ex VAT
Your Price (ex VAT) Save 25%
£27,006.75 25% OFF
You save £9,002.25 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) £27,006.75
Trade pricing is personalised to your account

Manufacturer Lead Time

£27,006.75

Why Choose the Danfoss 137N3679 iC7-Automation System Module?

The Danfoss 137N3679 is a high-performance iC7-Automation system module designed for demanding industrial drive systems requiring regenerative operation, active front end technology and reliable integration into high-power automation environments. As part of the advanced Danfoss iC7-Automation drive platform, it delivers powerful shaft and grid performance for modern industrial applications.

This air-cooled system module is engineered for fast integration into cabinet-built drive systems. With PROFINET RT communication, Ethernet connectivity, I/O and relay options, AC fuses and DC bus fuses, the Danfoss 137N3679 is suitable for advanced automation architectures where communication flexibility and robust system design are essential.

With a 730 A rated current, three-phase 380–500 V AC supply, IP00 / Open Type construction and AR11 frame size, the 137N3679 is ideal for high-power regenerative drive applications. Its AFE configuration supports efficient energy management in demanding industrial motor control and system module installations.

Key Advantages

  • High-power Danfoss iC7-Automation system module.
  • 730 A current rating for demanding industrial drive applications.
  • Three-phase 380–500 V AC input suitable for industrial power systems.
  • Regenerative AFE design for advanced energy management.
  • Air-cooled construction for reliable thermal performance.
  • PROFINET RT and Ethernet connectivity for automation integration.
  • Includes AC fuses, DC bus fuses and I/O relay options according to model configuration.

Key Features

  • Danfoss iC7-Automation system module series.
  • 730 A rated current.
  • Three-phase 380–500 V AC input supply.
  • Regenerative active front end (AFE) configuration.
  • IP00 / Open Type protection format.
  • AR11 frame size.
  • Air-cooled system module construction.
  • EMC category C3.
  • Control Panel 2.8 OPX20 with flush mount and 2.5 m cable.
  • PROFINET RT OS7PR communication interface.
  • Ethernet port included.
  • I/O and Relay Option OC7C1 included.
  • Functional safety: none, not upgradable.

Regenerative System Module for Industrial Automation

System modules such as the Danfoss 137N3679 are used within high-power drive systems where efficient power conversion, regenerative capability and reliable grid interaction are required. The active front end design allows energy to be managed effectively in applications where braking energy can be returned to the supply network.

The iC7-Automation platform is designed for fast system integration and demanding industrial performance. With PROFINET RT, Ethernet connectivity, I/O relay options and robust power-stage configuration, this module is suitable for advanced automation systems, cabinet-built drive solutions and high-performance industrial control applications.

Typical Applications

  • Regenerative industrial drive systems.
  • High-power motor control installations.
  • Process automation and production machinery.
  • Material handling and conveyor systems.
  • Test stands and dynamic load applications.
  • OEM cabinet-built drive systems and system integration projects.

Technical Specifications

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

Current 730 A
Phase Three Phase
IP Rating IP00
EMC Filter Industrial
Series iC7-Automation
Model code IC7-60SA3A05-730AE00F3+AE10+AJFX+AKFX+BAPR+BDC1+BEXX+BF20+BGK1+BH25+BK25+CAC1+DAAU+EGIN+EHEN
Product type iC7-Automation system module
Product category SA system module, air-cooled
Drive type 3-phase regenerative AFE
Cooling method Air-cooled
Input voltage 380–500 V AC
Input phases 3-phase
Rated current 730 A
Protection rating IP00 / Open Type
Frame size AR11
EMC category C3
Integration unit Standard, no filter
Mains input device AC fuses
DC fuses and devices DC bus fuses
Control panel 2.8 OPX20
Control panel mounting Flush mount
Control panel cable length 2.5 m
Control unit cable length 2.5 m, fibre
Standard I/O I/O and Relay Option OC7C1
Fieldbus protocol PROFINET RT OS7PR
Other communication Ethernet port, no protocol
Functional safety None, not upgradable
Gross weight approx. 118 kg
Net weight approx. 88 kg
EAN 5715253614960

Frequently Asked Questions

What is the Danfoss 137N3679 used for?

The Danfoss 137N3679 is used as an iC7-Automation system module in high-power regenerative industrial drive and automation systems.

What supply voltage does the Danfoss 137N3679 require?

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

What current rating does this system module provide?

The Danfoss 137N3679 has a rated current of 730 A.

Does the Danfoss 137N3679 include functional safety?

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

What communication options are available?

The module supports PROFINET RT OS7PR and includes an Ethernet port for automation system integration.

Trusted by Industrial Automation Professionals

Danfoss iC7-Automation system modules are trusted by engineers, machine builders and system integrators for high-power drive performance, flexible communication and reliable operation in demanding industrial environments.