Siemens SIMOVERT MASTERDRIVES 6SE7036-5GK84-1JC2 IGD8 Inverter Control Module

Overview

SIEMENS · SIMOVERT MASTERDRIVES 6SE70

6SE7036-5GK84-1JC2 SIMOVERT MASTERDRIVES IGD8 Inverter Control Module

This Siemens IGD8 spare module provides inverter-control hardware for devices rated 500-690 V three-phase AC at 50/60 Hz and 675-930 V DC in the specified 860 A and 1580 A equipment classes.

At a Glance

Brand	Siemens
Model	6SE7036-5GK84-1JC2
Product Type	Drive-system spare part
Core Function	Restores configured inverter-control hardware in the assigned high-current drive equipment
Application or Compatible Series	SIMOVERT MASTERDRIVES 6SE70 systems

Exact Identification

Match 6SE7036-5GK84-1JC2 character by character and confirm the complete SIMOVERT MASTERDRIVES IGD8 Inverter Control Module designation.

Interface Arrangement

Confirm the installed supply, ports, field connections and required accessories before wiring the replacement.

Configuration Check

Preserve the approved engineering project, network parameters and application data used by the installed system.

Product Overview

This Siemens IGD8 spare module provides inverter-control hardware for devices rated 500-690 V three-phase AC at 50/60 Hz and 675-930 V DC in the specified 860 A and 1580 A equipment classes.

The module is a replacement inverter-control component for the designated SIMOVERT MASTERDRIVES equipment rather than a complete converter. The documented device classes cover 500-690 V three-phase AC at 50/60 Hz and 675-930 V DC. The compatible equipment ratings identified for this spare module are 860 A and 1580 A.

Ordering focus: confirm the complete spare-part number, IGD8 designation, 500-690 V AC or 675-930 V DC device class, 860 A or 1580 A rating and the installed control-module connections.

Key Functions

IGD8 Control Hardware

The module is a replacement inverter-control component for the designated SIMOVERT MASTERDRIVES equipment rather than a complete converter.

AC and DC Equipment Classes

The documented device classes cover 500-690 V three-phase AC at 50/60 Hz and 675-930 V DC.

High-Current Application Match

The compatible equipment ratings identified for this spare module are 860 A and 1580 A.

Official Specifications

Module Designation	IGD8
Hardware Role	Inverter control module
Applicable AC Device Voltage	500-690 V AC
AC Supply Topology	Three-phase AC
Applicable Line Frequency	50/60 Hz
Applicable DC Device Voltage	675-930 V DC
Associated Current Ratings	860 A and 1580 A
Packaging Dimensions	69 × 16 × 6 cm
Net Weight	0.36 kg
Product Construction Class	Customer-order engineered spare component

Official source:Siemens technical data for 6SE7036-5GK84-1JC2.

Frequently Asked Questions

Is 6SE7036-5GK84-1JC2 a complete inverter?

No, the item is the IGD8 inverter-control spare module for the designated drive equipment.

Which AC voltage class is supported by 6SE7036-5GK84-1JC2?

The associated equipment class is 500-690 V three-phase AC at 50/60 Hz.

Which DC voltage class is supported by 6SE7036-5GK84-1JC2?

The associated DC equipment range is 675-930 V DC.

Which current ratings are associated with 6SE7036-5GK84-1JC2?

The identified high-current equipment ratings are 860 A and 1580 A.

How should I select 6SE7036-5GK84-1JC2 for a replacement?

Match the complete spare-part number, IGD8 designation, voltage class, current rating and installed connector arrangement.

How much shipping space is listed for 6SE7036-5GK84-1JC2?

The packaged module measures 69 × 16 × 6 cm and has a net weight of 0.36 kg.

What should be done before installing 6SE7036-5GK84-1JC2?

Qualified personnel should isolate the drive, verify that it is voltage-free, record the existing connections and use ESD-safe handling.

Compatibility & Ordering Notes

Before ordering 6SE7036-5GK84-1JC2: confirm the complete spare-part number, IGD8 designation, 500-690 V AC or 675-930 V DC device class, 860 A or 1580 A rating and the installed control-module connections.

Compatibility Checklist

• Match the IGD8 module to the installed voltage and current class before removing the original control electronics.
• Record the control-module connections and retain the approved MASTERDRIVES parameter backup for recommissioning.
• Isolate the drive, verify that it is voltage-free and use ESD-safe handling throughout the replacement procedure.

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