Antenne Navilock NL-60560M

The Navilock NL-60560M is a compact, high-precision network antenna designed for GNSS reception. It supports simultaneous reception of GPS, GLONASS, GALILEO and COMPASS/BEIDOU satellite signals, offers 5 dBi gain and uses a TNC connector. The antenna provides circular polarization and a 360° horizontal beam width, with low power consumption and a small form factor suitable for a range of installations.

Advantages

The antenna’s 5 dBi gain and circular polarization improve signal stability in multi-constellation GNSS setups, while the 360° horizontal beam width ensures consistent reception from all azimuths. Its low current draw (approx. 45 mA) and wide input voltage range (3–5.5 V) enable integration into battery-powered and vehicle-mounted devices. The compact dimensions (62.5 mm height, 147 mm diameter) and standard TNC connector simplify installation in constrained spaces.

Suitable for

• GNSS receivers requiring multi-constellation support (GPS, GLONASS, GALILEO, BEIDOU/COMPASS)
• Vehicle, marine, and stationary positioning systems
• IoT gateways and tracking devices with TNC antenna ports

Key specifications

• Antenna model: Navilock NL-60560M
• Antenna gain (max): 5 dBi
• Connector: TNC
• Polarization: Circular
• Horizontal beam width: 360°
• VSWR: 1.5/2
• Operating voltage: 3–5.5 V
• Typical current consumption: 45 mA
• Dimensions: 62.5 mm (height) × 147 mm (diameter)
• Colour: White, Blue
• EAN: 4043619605606

How to use

Mount the Navilock NL-60560M in a location with a clear view of the sky for optimal GNSS reception. Connect the antenna to the GNSS device using the TNC connector; ensure the device supports the antenna’s power and voltage range (3–5.5 V). Route and secure the cable to avoid stress on the connector and verify signal reception with the GNSS receiver’s status indicators or software.

Recommendations

For best results, install the antenna away from large metal obstructions and RF noise sources. Verify grounding and cable quality in vehicle or marine installations to maintain reliable multi-constellation reception.