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The automatic transfer switch is used for transferring critical electrical loads from a UTILITY (NORMAL) power source to an EMERGENCY (GENERATOR) power source.
The transfer switch consists of a transfer mecha-nism, service disconnect circuit breaker, a relay control, fuses, and a terminal strip for connection of sensing wires. This transfer switch is suitable for use as service entrance equipment. 1.2.1 TRANSFER SWITCH MECHANISM These switches (Figure 1.1) are used with a single-
The transfer switch consists of a transfer mechanism, UTILITY SERVICE DISCONNECT circuit breaker, a control relay, fuses, ter- minal strip, and fuse holder for connection of sensing wires.
The transfer switch consists of a transfer mechanism, UTILITY SERVICE DISCONNECT circuit breaker, GENERATOR DISCONNECT circuit breaker, a relay control, fuses, and a terminal strip for connection of sensing wires. This transfer switch is suitable for use as service entrance equipment. 1.2.1 TRANSFER SWITCH MECHANISM
FOLLOW PROPER INSTALLATION, OPERATION, AND MAIN-TENANCE PROCEDURES TO AVOID THESE VOLTAGES. THE TRANSFER SWITCH EQUIPMENT COVERED BY THIS INSTRUC-TION BOOK IS DESIGNED AND TESTED TO OPERATE WITHIN ITS NAMEPLATE RATINGS.
The transfer switch consists of a transfer mechanism, utility service disconnect circuit breaker, a control relay, fuses, terminal strip, and fuse holder for connection of sensing wires. This transfer switch is suitable for use as service equip-ment. 2.3.1— Transfer Switch Mechanism These switches (Figure 2-1) are used with a single-phase
The automatic transfer switch is used for transferring electrical load from a UTILITY (NORMAL) power source to an EMERGENCY (STANDBY) power source. Mounting • This model automatic transfer switch is designed for use only with Trane home standby generator sets.
