900X600MM M8 NO OFFSET, QLATCH

The Chief PSB2104 is a VESA interface adapter bracket identified by a 900 x 600 mm mounting pattern, M8 configuration, no offset, and QLatch compatibility. It is intended to support compatibility between appropriate mount components in complex AV installations. Its narrowly defined interface specifications make it suitable for projects in which the display pattern and receiving mount configuration have already been established.

Ideal Use Cases

This model is intended for display-mounting installations that specifically require a 900 x 600 mm VESA interface. It is relevant when an AV system uses compatible Chief mounting components and calls for a QLatch interface with no offset. The bracket can also be considered when coordinating compatible mount components or pipe-based mounting arrangements within a more complex AV setup. Because no display-size range, load capacity, or compatible mount model list is provided, selection should be based on verified interface requirements rather than display dimensions alone.

Why Choose This Model

The PSB2104 provides a clearly identified mechanical configuration: a 900 x 600 mm VESA pattern, M8 specification, no-offset arrangement, and QLatch designation. These details allow system designers, installers, and replacement-part buyers to compare the bracket directly with the requirements of an existing display and mounting assembly. The PSB2104 model number also provides a precise reference when matching the bracket to project documentation, equipment schedules, or an established Chief mounting configuration.

Installation and Integration

Before installation, confirm that the display uses an exact 900 x 600 mm VESA mounting pattern. The receiving mount components should also be checked for PSB2104 or equivalent interface compatibility, including the stated QLatch and no-offset configuration. The M8 designation should be compared with the fastening requirements of the display and mount assembly.

No information is provided about included hardware, compatible display models, weight capacity, bracket dimensions, or required tools. M8 fasteners therefore should not be assumed to be included. Installation planning should account for these unlisted details and use the instructions supplied with the associated display and mounting system. Compatibility should be verified across the complete assembly rather than inferred from the VESA pattern alone.

Performance Highlights

For this adapter bracket, performance centers on mechanical fit and component compatibility rather than electronic or image-processing capabilities. Its primary documented characteristic is the 900 x 600 mm VESA interface, accompanied by the M8, no-offset, and QLatch specifications. No powered functions, signal connections, adjustment ranges, or electronic performance features are listed. This focused role makes accurate mechanical matching the central consideration when evaluating the PSB2104 for an AV installation.

What Makes It Different

The defining feature of the PSB2104 is the complete combination of its stated interface details. A 900 x 600 mm VESA pattern alone does not establish full compatibility; the M8 configuration, no-offset requirement, and QLatch interface are also part of this model’s identity. This combination distinguishes it from brackets with different VESA dimensions, fastening requirements, offsets, or attachment systems. Using the PSB2104 model reference helps preserve that distinction during specification and procurement.

Final Assessment

The Chief PSB2104 is a purpose-specific interface adapter bracket for installations requiring 900 x 600 mm VESA, M8, no offset, and QLatch. It is a focused choice when those exact requirements correspond with the display and receiving mount components. Since the available product data does not identify load limits, included hardware, physical dimensions, or a compatibility list, those points should be confirmed before purchase. When the documented interface requirements align, the PSB2104 provides a clearly specified component for integrating compatible parts within a complex AV mounting setup.