Waters ACQUITY UPLC H-Class

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Summary

Product description and function

Preparing to install the H-Class LCC bracket

Materials

Lists the required tools and kit components for the installation of the LCC bracket.

Installing the ACQUITY UPLC H-Class LCC Bracket

To install the LCC

Details the procedure for physically mounting the LCC bracket onto the sample manager door.

Summary

Product description and function

Preparing to install the H-Class LCC bracket

Materials

Lists the required tools and kit components for the installation of the LCC bracket.

Installing the ACQUITY UPLC H-Class LCC Bracket

To install the LCC

Details the procedure for physically mounting the LCC bracket onto the sample manager door.

The ACQUITY UPLC H-Class LCC Bracket is an accessory designed for use with the Waters ACQUITY UPLC SM-FTN system. Its primary function is to securely hold the local console controller (LCC) in place. This bracket, along with a cradle, ensures that the LCC is properly positioned and accessible for operation.

Function Description

The core function of this device is to provide a stable mounting solution for the LCC on the Waters ACQUITY UPLC SM-FTN. The LCC itself is a critical component for controlling and monitoring the UPLC system. By providing a dedicated and secure mounting point, the bracket helps integrate the LCC seamlessly into the overall system setup, ensuring operational stability and user convenience. The cradle and bracket assembly is specifically designed to attach to the sample manager door, making the LCC readily available to the user.

Important Technical Specifications

While specific dimensions and material compositions are not detailed in the provided document, the instructions imply several key technical aspects:

Compatibility: Exclusively designed for the Waters ACQUITY UPLC SM-FTN system. It is noted that the ACQUITY LCC Bracket is not needed for an ACQUITY UPLC H-Class SM-FTN, implying that this specific bracket is for a different configuration or a general H-Class system where the SM-FTN is a component. The document clarifies that "Only the bracket in this kit is used in this installation," suggesting a specific bracket design for the intended purpose.
Mounting Mechanism: The bracket utilizes screws for attachment. It features two captive screws on the cradle that align with holes on the bracket, secured with a Phillips-head screwdriver. Additionally, the bracket itself attaches to the sample manager door using screws, aligning with pre-existing screw holes. This screw-based attachment ensures a robust and stable connection, minimizing movement or dislodgement of the LCC during operation.
Tool Requirement: Installation requires a Phillips®-head screwdriver, indicating the type of fasteners used and the standard tools needed for assembly.
Environmental Considerations: A crucial caution is highlighted regarding the LCC itself: "To prevent damage to the LCC, avoid exposure to solvents. The LCC is designed to withstand only incidental exposure to solvents." While this directly pertains to the LCC, it indirectly informs the environment in which the bracket and LCC assembly should operate, emphasizing the need for a clean, solvent-free workspace to protect the sensitive electronic components. The bracket, by extension, is part of an assembly that should be protected from excessive solvent exposure.

Usage Features

The primary usage feature is the secure and convenient placement of the LCC.

Enhanced Accessibility: By mounting the LCC directly on the sample manager door, the bracket ensures that the controller is within easy reach of the operator, facilitating quick adjustments, monitoring, and interaction with the UPLC system.
System Integration: The bracket serves as an integral part of the ACQUITY UPLC H-Class system setup, ensuring that all components are properly organized and contribute to a streamlined workflow.
Stability: The screw-based attachment method provides a stable platform for the LCC, preventing accidental dislodgement or movement during routine laboratory operations, which is crucial for maintaining the integrity of experimental setups.
Installation Simplicity: The installation process is straightforward, involving alignment of screws and tightening with a common tool (Phillips-head screwdriver). The instructions are clear and sequential, making it easy for users to install the bracket correctly.

Maintenance Features

The document does not explicitly detail maintenance features for the bracket itself, but general implications can be drawn:

Durability: Given its role in a laboratory environment, the bracket is likely constructed from durable materials designed to withstand typical lab conditions, though specific material information is not provided. The use of screws for attachment suggests a design intended for long-term stability.
Cleaning: While not explicitly stated for the bracket, the caution regarding solvent exposure for the LCC implies that any cleaning of the bracket or surrounding area should be done carefully to avoid splashing or exposing the LCC to harsh chemicals. A gentle, dry, or slightly damp cloth (without solvents) would likely be appropriate for cleaning the bracket if necessary.
Inspection: Regular inspection of the screws and attachment points would be a good practice to ensure the bracket remains securely fastened and the LCC is stable. Any loosening of screws should be addressed promptly to maintain the integrity of the setup.
Component Replacement: The instructions refer to a "kit" that includes the bracket and screws, suggesting that these components are designed to be installed as a unit. If any part of the bracket assembly were to be damaged, it would likely be replaced as a kit or individual components sourced from Waters.

In summary, the ACQUITY UPLC H-Class LCC Bracket is a purpose-built mounting solution that ensures the secure and accessible placement of the local console controller within the Waters ACQUITY UPLC H-Class system, contributing to operational efficiency and system stability in a laboratory setting. Its design emphasizes ease of installation and robust attachment, with considerations for protecting the sensitive LCC from environmental factors like solvents.