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Table of Contents
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Introduction | . .1ii | Example Systems | . .11 |
Installation | . .11 | Partial Coverage Systems | . .11 |
Equipment Inspection and Storage | . .11 | Total Coverage Systems | . .11 |
Final Equipment Inspection | . .11 | Typical Diagrams | . .12 |
Mounting | . .11 | Power Circuit Schematic | . .12 |
Power Connections | . .12 | Power Panel Layout | . .12 |
Engine Start Control Connections | . .13 | Interconnect Plug | . .12 |
Exerciser Option | . .14 | Replacement Parts | . .13 |
Functional Test | . .15 | Standard Transition | . .13 |
Jumper Positions | . . .6 | Standard Transition | . .14 |
Control Interface | . .17 | Troubleshooting | . .15 |
Indicator LED’s | . .17 |
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Pushbuttons | . .17 |
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Using the Keypad Controls | . .18 |
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Automatic Generator Exerciser | . .19 |
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.110 |
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Introduction
GE Zenith Transfer Switches are used to provide a continuous source of power for lighting and other critical loads by auto- matically transferring from source 1 power to source 2 power in the event that source 1 voltage falls below preset limits.
Voltage sensing and system control is performed via a
All GE Zenith transfer switches are designed for use on emergency or standby systems, and are rated for total system or motor loads. Transfer switches are UL Listed under Standard 1008 and CSA Certified under Standard C22.2 No. 178 and IEC Listed under Standard 947.
NOTES: A protective device such as a molded case circuit breaker or fused disconnect switch MUST be installed on both sources of incoming power for circuit protection and as a disconnection device.
All references made within this manual about the term “S1” or “Source 1” relate to a Normal Power Source. All references made about the term “S2” or “Source 2” relate to an Emergency
or Alternative Power Source.