Single UPS Operation (continued)

After following all warnings listed in the Safety section and precautions listed above, start-up UPS according to the following procedure:

Step 1. Turn on (close) the “RESERVE INPUT” Breaker. The LCD Screen will display “Bypass Mode”.

Step 2. Turn on (close) the “RECTIFIER INPUT” Breaker and wait about 30 seconds. The DC BUS voltage will be built up to about 393V DC.

Step 3. Locate the external fuse block(s) on the battery module(s) and turn on (close) the fuses.

Step 4. Simultaneously press the “ON” and “” Buttons and hold for 3 seconds. The inverter will turn on and voltage will build for about 30 seconds. The load will be transferred to the inverter. The LCD Screen will display “Normal Mode”.

Step 5. Measure the voltage on the UPS Output Breaker to determine if it is normal or abnormal. If the output voltage is normal, close the Output Breaker to supply the load. After approximately 30 seconds, the UPS will automatically execute a battery test.

Shutdown Procedure

This procedure removes power from and shuts down the UPS.

Step 1. Turn off (open) the “UPS OUTPUT” Breaker.

Step 2. Simultaneously press the “OFF” and “” Buttons and hold for 3 seconds. When the reserve power has returned to normal (where its voltage and frequency are within the set range), the power module's inverter will turn off immediately. Support of the equipment load will be transferred to reserve power. The LCD Screen will display “Bypass Mode”.

Step 3. Locate the external fuse block(s) on the battery module(s) and turn off (open) the fuses.

Step 4. Turn off (open) the “RECTIFIER INPUT” Breaker.

Step 5. Wait approximately 5 minutes for the DC capacity to discharge. Press the “ON” and “OFF” Buttons to test the inverter for adequate discharge of DC capacity, and then simultaneously press the “OFF” and “” Buttons to turn off the inverter. Confirm that BUS voltage is safe.

Step 6. Turn off (open) the “RESERVE INPUT” Breaker.

Manual Maintenance Bypass Procedure

This procedure allows for routine maintenance by qualified service personnel. Tripp Lite recommends a routine maintenance inspection every six months. Note: since the power module's inverter is bypassed during this procedure, the UPS will not be able to switch to Back-Up Mode and support connected equipment in the event of a power failure.

Manual Maintenance Procedure (ON Bypass)

Step 1. Simultaneously press the “OFF” and “” Buttons and hold for 3 seconds. When the reserve power has returned to normal (where its voltage and frequency are within the set range), the power module's inverter will turn off immediately. Support of the equipment load will be transferred to reserve power. The LCD Screen will display “Bypass Mode”.

Step 2. Locate the external fuse block(s) on the battery module(s) and turn off (open) the fuses.

Step 3. Turn off (open) the “RECTIFIER INPUT” Breaker.

Step 4. Wait approximately 5 minutes for the DC capacity to discharge. Press the “ON” and “OFF” Buttons to test the inverter for adequate discharge of DC capacity, and then simultaneously press the “OFF” and “” Buttons to turn off the inverter. Confirm that BUS voltage is safe.

Step 5. Turn on (close) the “MANUAL BYPASS” Breaker. Support of the equipment load will transfer to manual bypass. The LCD Screen will display “Manual Bypass”.

Step 6. Turn off (open) the “UPS OUTPUT” Breaker, the “RESERVE INPUT” Breaker and the auxiliary power (+) and fan power (N) fuse isolators. The LCD Screen will go dark.

Note: When the UPS is in Maintenance Bypass Mode, no high voltages will be present within the UPS power module except at the terminals and the “MANUAL BYPASS”Breaker.

Manual Maintenance Procedure (OFF Bypass):

Step 1. Turn on (close) the “UPS OUTPUT” Breaker, the “RESERVE INPUT” Breaker and the auxiliary power (+) and fan power (N) fuse isolators. Support of the equipment load will transfer to manual bypass. The LCD Screen will display “Manual Bypass”.

Step 2. Turn off (open) the “MANUAL BYPASS” Breaker. Support of the equipment load will transfer to reserve power. The LCD Screen will display “Bypass Mode”.

Step 3. Turn on (close) the “RECTIFIER INPUT” breaker and wait approximately 30 seconds. The DC BUS voltage will be built up to about 393V DC.

Step 4. Locate the external fuse block(s) on the battery module(s) and turn on (close) the fuses.

Step 5. Simultaneously press the “ON” and “” Buttons and hold for 3 seconds. The inverter will turn on and voltage will build for about 30 seconds. The load will be transferred to the inverter. The LCD Screen will display “Normal Mode”.

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Tripp Lite 230/400V, 240/415V AC, 277/480V AC, 220/380V owner manual Shutdown Procedure, Manual Maintenance Bypass Procedure
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220/380V, 277/480V AC, 230/400V, 240/415V AC specifications

Tripp Lite is a renowned manufacturer in the field of power solutions, offering a wide range of products designed to meet various electrical and connectivity requirements. Among its extensive portfolio, Tripp Lite provides effective AC power distribution units (PDUs) that support multiple voltage configurations, including 240/415V AC, 230/400V AC, 277/480V AC, and 220/380V. These PDUs are essential for managing power within industrial, commercial, and data center environments.

One of the main features of Tripp Lite's AC PDUs is their versatility in handling different voltage inputs, which allows them to cater to a wide range of global electrical standards. This feature is crucial for businesses operating in multiple regions or those with diverse electrical equipment that require specific voltage levels. The PDUs are equipped with multiple outlet configurations, ensuring compatibility with various types of plugs used in different countries.

Safety is another critical aspect of Tripp Lite’s design, with built-in protections such as surge protection and circuit breakers. These enhancements help safeguard connected devices from power surges, spikes, and overloads, ultimately reducing the risk of damage and downtime. Additionally, the units are constructed with high-quality materials to ensure durability and reliable performance, even under demanding conditions.

Tripp Lite also integrates advanced technologies into its PDUs to enhance functionality and user experience. Features such as remote monitoring capabilities allow users to track power usage, load balance, and environmental conditions in real time. This data is invaluable for optimizing energy management and ensuring that power distribution is both efficient and effective.

The compact design of Tripp Lite PDUs makes them easy to install in various spaces, including server racks and telecommunications closets. With options for vertical or horizontal mounting, users can customize their setup to best fit their needs. In terms of cooling efficiency, many of these PDUs are designed to facilitate optimal airflow, further enhancing the lifespan of connected equipment.

Tripp Lite’s commitment to delivering high-quality power solutions is evident in their warranty and customer support services. With years of industry experience, Tripp Lite stands out as a reliable partner for businesses looking to enhance their power management systems. The combination of advanced features, robust safety mechanisms, and versatile voltage compatibility makes Tripp Lite PDUs an excellent choice for any organization seeking dependable AC power solutions.
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