Manual Bypass Procedure

WARNING! For qualified service personnel only. Failure to follow the bypass procedure completely will not adequately power down the UPS, resulting in the continued risk of death or injury from potential contact with high voltage. The UPS is extremely heavy. This procedure requires several people to perform.

The UPS system includes an independent, detachable PDU with a bypass switch. This switch allows qualified service personnel to remove the detachable PDU from the power module for maintenance, repair or replacement without disrupting power to connected loads. While this switch is set to “BYPASS”, connected equipment will receive unfiltered AC mains power, but the equipment will not receive battery power in the event of a blackout.

Note: An optional hardwire output detachable PDU is also available. Contact Tripp Lite for details.

UPS Power Module Removal

STEP 1. Disable PowerAlert Software and disconnect all communication cable(s) from the communication port(s) A on the UPS power module.

STEP 2. Turn the detachable PDU's Bypass Switch B to “BYPASS”.

STEP 3. If the UPS is powered, press the “OFF” button C until you hear a beep and see a “STANDBY MODE” message shown in the LCD Display D .

STEP 4. Disconnect the battery power cable E from the UPS power module.

The UPS power module is now safely powered down and it can be detached from the PDU to perform maintenance/replacement. STEP 5. Remove the screws that hold the detachable PDU to the power module.

WARNING! High Voltage! Risk of electrical shock! SEE NEXT PAGE.

STEP 6. Using several assistants at each end, carefully pull the detachable PDU away from the power module. During this process, ensure that each section is properly supported after they are separated.

•If the sections are detached in a rackmount application, ensure that each section remains adequately supported by the rackmount rails. Remove the rackmounting hardware from the front panel of the UPS; slide the power module forward, and remove. The PDU will remain supported on the rackmount rails. Care should be taken in this process because the PDU will not be secured to the rack with hardware of any kind.

•If the sections are detached in a tower application, ensure that the PDU is supported by the UPS's tower feet. Adjust the tower feet so they are as close together as possible.

Warning: Use extreme caution when handling the PDU. Do not allow the contacts to touch any surface.

To reattach the PDU, reverse the process listed above.

A

E

B

Steps 1, 2 & 4

I/P

 

BYPASS

 

BATTERY

AC/DC

DC/AC

O/P

D

 

 

 

 

 

 

C

ON

 

 

OFF

MUTE

 

SELECT

 

 

SETUP

 

Step 3

WARNING! High Voltage! Risk of electrical shock! SEE NEXT PAGE.

 

 

See warning

 

 

statements on

Step 5

Step 6

next page!

 

 

15

 

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Tripp Lite SU16000RT4UHW owner manual UPS Power Module Removal, To reattach the PDU, reverse the process listed above
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SU16000RT4U, SU16000RT4UHW specifications

The Tripp Lite SU16000RT4UHW is a high-capacity rack-mounted uninterruptible power supply (UPS) designed to provide reliable power protection for critical IT infrastructure. With a maximum output of 16,000 VA, this device is ideal for data centers, server rooms, and enterprise networks that demand continuous power and high performance. One of its standout features is its hybrid design, which allows for versatile installation in both rack and tower formats, making it suitable for various environments.

The SU16000RT4U offers advanced battery management technologies, ensuring long-lasting performance and efficiency. Its scalable architecture allows users to add additional battery packs for extended runtime, which is essential in situations where power outages can disrupt business operations. Equipped with smart features, it includes an LCD control panel that provides real-time information regarding battery status, load level, and other vital metrics, enabling users to monitor performance effortlessly.

Another significant characteristic of the SU16000RT4UHW is its compatibility with Tripp Lite's PowerAlert software. This software allows for advanced management of power conditions and remote monitoring via SNMP interface when paired with the optional SNMP/Web card. The UPS also includes a variety of outlets, including both NEMA and IEC standard configurations, catering to different equipment and ensuring adaptability.

Furthermore, this UPS is designed with enhanced protection features such as spike and surge suppression, which safeguards connected devices from electrical disturbances. The internal smart charging system also maximizes battery life by optimizing charging cycles based on usage patterns. This means that users can expect higher availability and a longer operational lifespan.

Constructed with durability in mind, Tripp Lite has included a fault-tolerant design that ensures uninterrupted power delivery even under extreme conditions. The SU16000RT4UHW's robust thermal management enhances cooling efficiency, contributing to reliable operation even in densely populated rack environments.

In conclusion, the Tripp Lite SU16000RT4UHW and its counterpart the SU16000RT4U are essential components for any organization that prioritizes reliable power management. With its high capacity, advanced features, and flexible configurations, it provides unmatched protection for critical IT equipment, ensuring business continuity in the face of electrical failures. Investing in such technology not only protects hardware but also secures data integrity and operational efficiency.
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