HG-GPGLTIM32-MNT

Antennas RF Overview

The L-com HG-GPGLTIM32-MNT is a high-gain GPS/GLNSS timing antenna designed for professional time and frequency system applications. It operates within the 1574 MHz to 1610 MHz frequency range, providing a gain of 32 dBi with a VSWR of 2. The unit features an IP67 rating for environmental protection and includes a complete mounting kit for installation.

Antennas RF Feature Summary

• Professional-grade design optimized for advanced time and frequency synchronization systems
• High-gain performance delivering 32 dBi signal amplification across the specified band
• IP67 rated construction ensuring robust protection against dust and water ingress

Antennas RF Applications

• Advanced time and frequency system applications
• GPS/GLNSS timing infrastructure
• Professional synchronization networks

Antennas RF Procurement Notes

Verify that the specific part number matches the requirement for the version including the mounting kit, as distinct SKUs exist for the antenna alone versus the assembly. Confirm interface compatibility and environmental ratings align with the deployment site specifications before finalizing the order.

Antennas RF Selection Notes

Select this model when high-gain performance is critical for precise timing synchronization in demanding environments. The included mounting kit simplifies integration compared to standalone units. Ensure the application requires the specific 1574-1610 MHz operational bandwidth for optimal signal reception.

Antennas RF Part Context

This component belongs to the HG series of RF antennas from L-com. It is specifically engineered for GNSS timing rather than general communication. The product line emphasizes durability and high gain for professional industrial use cases requiring reliable satellite signal acquisition.

Antennas RF Replacement Considerations

HG-GPGLTIM32 is the base antenna model without the integrated mounting kit. Verify if the separate mount kit is required or if the pre-assembled MNT variant is necessary for the intended installation configuration.