Eaton Electrical Magnum Transfer Switch manual Withstand Ratings

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Instructional Booklet

Fixed and Drawout Magnum Transfer Switches

Effective: March 2007

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	INCOMING
	SOURCE 1
SOURCE 1
ISOLATED
	ATS	SOURCE 1
	SOURCE 1	BYPASS
SOURCE 1		SOURCE 1
POSITION		BYPASS
A	LOAD
A
SOURCE 1
AVAILABLE
SOURCE 2	ATS	SOURCE 2
ISOLATED	ATS	SOURCE 2
ISOLATED	SOURCE 2	BYPASS
	SOURCE 2	BYPASS
SOURCE 2		SOURCE 2
POSITION	INCOMING	SOURCE 2
	INCOMING	BYPASS
A	SOURCE 2
A
SOURCE 2
AVAILABLE

Figure 4.Typical Bypass Isolation Switch Schematic.

Table 1. Withstand Ratings

RATING WHEN USED WITH UPSTREAM CIRCUIT BREAKER		RATING WHEN USED WITH UPSTREAM FUSE
Transfer Switch	3 Cycle	30 Cycle
Amp Rating	600V	600V
	(kA)	(kA)
800	100	85

1000	100	85

1200	100	85

1600	100	85

2000	100	85

2500	100	85

3200	100	85

Tested in accordance with UL1008.

Eaton Drawout Magnum Transfer Switch will coordinate with a power switching device short time rating. Contact factory for details.

IB01602011E

For more information visit: www.Eaton.com

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Contents Testing and Problem Solving Maintenance Renewal Parts Guide Manual for the Fixed and Drawout Magnum Transfer SwitchesInstructional Booklet General Information Preliminary Comments and Safety PrecautionsIntroduction Design Configuration Typical Load Transfer Switch Switching Device Type SchematicWithstand Ratings Typical Bypass Isolation Switch SchematicGeneral Magnum Switching Device Magnum Fixed and Drawout Switching DevicesMagnum Transfer Switch Configurations Fixed Switching Device for the Magnum Transfer Switch Transfer Switch Catalog Number Identification Transfer Switch Catalog Number Explanation Using the Style Identification GuideEquipment Description Receiving, Handling, and StorageDrawout Interlocks Power PanelSwitch Interlocks Open Transition Only Left Side View with Panels Removed Drawout Mechanism Voltage Selection PanelLogic Panel Relay Auxiliary Contacts FeaturesNeutrals Enclosure Transfer Switch Equipment EnclosuresMounting Location Installation and WiringStandards Seismic Tested and Approved Product Mounting Instructions Unpackaging and Inspection Mounting ProcedureWire Size for Available Power Cable Connections Power Cable ConnectionsMounting the Switching Device in the Drawout Mechanism Voltage Selection AdjustmentEngine Start Connection WiringOperation Close Switch by Pushing Close Button Automatic Transfer SwitchSwitching Device Positioning Drawout and Fixed Switching DevicesInstalling a Drawout Switching Device Switching Device in the Connect Position Levering and Position Indication Fixed Switching DeviceOperator Panel Operation of the Bypass Isolation Transfer SwitchSwitching Device Operation Automatic Operation Bypassing the Transfer SwitchSource 1 to Source 1 Bypass Source 2 to Source 2 BypassInto Its Source 2 to Source 1 Bypass Open Transition Only Manual Operation When in Bypass Mode Testing and Problem SolvingTesting Problem SolvingTransfer Switch Will Not Automatically Recharge Switches Transfer Switch Appears InoperativeTransfer Switch Will Not Automatically Transfer to Source Periodic Maintenance Procedures MaintenanceMaintenance Procedures IntroductionCover Removal and Replacement Cover Removal and ReplacementRenewal Parts Guide Instructional Booklet Sensing Harness TSMGH02 Kcmil Neutral Terminal Instructional Booklet

Magnum Transfer Switch specifications

The Eaton Electrical Magnum Transfer Switch is a premium solution designed for reliable power management in various applications, ranging from data centers to critical facilities. Known for its robust performance and advanced technology, the Magnum Transfer Switch ensures seamless transitions between utility and backup power sources, thereby enhancing operational continuity.

One of the standout features of the Eaton Magnum Transfer Switch is its unparalleled reliability. The switch is designed with heavy-duty components that provide up to 3,000 amps of continuous current with exceptional fault protection. Its construction is particularly suited for environments where power availability is crucial, ensuring that critical loads remain powered even during grid failures.

The Magnum Transfer Switch incorporates advanced technologies that simplify the operation and monitoring of power systems. It includes microprocessor-based controls that offer users customizable settings and configurations. These smart controls enable automatic transfer operations, ensuring quick response times when switching between power sources. The intelligent diagnostics feature further enhances reliability by offering predictive maintenance alerts, which help in identifying potential issues before they lead to failures.

Safety is a priority with the Magnum Transfer Switch. It is equipped with multiple interlocking features that prevent accidental switchovers and ensure that maintenance can be performed without the risk of electrical accidents. The design adheres to stringent safety standards, providing users with peace of mind.

Flexibility is another characteristic of the Eaton Magnum Transfer Switch. It offers a range of mounting options and configurations to fit diverse installation needs, whether in commercial infrastructures or industrial settings. The switch can be integrated with various power systems, making it a versatile choice for project developers and facility managers.

Additionally, the Magnum Transfer Switch supports eco-friendly initiatives through energy-efficient designs that minimize power loss during transfer operations. This feature is increasingly important as businesses aim to reduce their carbon footprint and enhance sustainability.

In summary, the Eaton Electrical Magnum Transfer Switch stands out for its reliable performance, advanced technologies, and robust safety measures. It is a versatile solution that meets the demands of modern power management, ensuring that critical systems operate continuously, even in the face of unexpected power interruptions. With its combination of efficiency, safety, and flexibility, the Magnum Transfer Switch remains a trusted choice for professionals in various industries.