Low Profile 1U PCI Slot Bracket for DB9 Serial and HD15 VGA Ports

Low Profile PCI Slot Bracket for DB9 Serial and HD15 VGA Connectors

This low profile PCI slot bracket is designed for mounting DB9 serial connectors or HD15 VGA connectors in compact computer systems, industrial computers, embedded systems, OEM equipment, and 1U rackmount chassis. The bracket provides a secure mounting solution when bringing internal serial or video connections to an external panel interface.

Compatible with standard DB9 serial connectors and HD15 VGA connectors, this bracket is commonly used by system builders, OEM manufacturers, industrial automation companies, medical equipment manufacturers, and computer integrators building custom hardware platforms.

Its low-profile design makes it ideal for 1U servers, small form factor (SFF) computers, embedded controllers, industrial PCs, communications equipment, and other applications where space is limited.

Product Features

• Low profile PCI slot bracket
• Supports DB9 serial connectors
• Supports HD15 VGA connectors
• Suitable for 1U rackmount systems
• Steel construction
• Ideal for OEM and custom system integration
• Compatible with small form factor computers
• Part Number: 07112
• RoHS compliant

Common Applications

• Industrial computer systems
• Medical equipment
• OEM hardware manufacturing
• Embedded computing systems
• 1U rackmount servers
• Small form factor (SFF) computers
• Serial communications equipment
• Custom workstation integration
• Network appliances
• Control and automation systems

Compatibility Notes

Designed for low-profile computer chassis and 1U rackmount systems requiring external access to DB9 serial ports or HD15 VGA connections. Verify connector dimensions and placement and chassis compatibility before purchase. Alternate Dimensions on Part 07114

Also commonly referred to as a low profile serial bracket, low profile VGA bracket, 1U PCI slot bracket, OEM slot cover bracket, DB9 mounting bracket, HD15 mounting bracket, and industrial computer slot plate.