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Toknav TCA930M GNSS Antenna



Specifications

SKU: Toknav TCA930M GNSS Antenna

GNSS ANTENNA

TCA930M GNSS Antenna

TCA930M is a TOKNAV mini 3D choke-ring GNSS antenna for base and monitoring systems for professional field workflows. The page presents the key published values and application context available for this model.

Signal coverage
GPS, GLONASS, Galileo, BDS, QZSS, SBAS, NavIC and L-Band
LNA gain
50 dB ±2 dB
Size and connector
Ø185 × 148 mm; TNC female
Phase-center repeatability
Less than 1 mm; 2.5 kg maximum

PRODUCT DECISION PATH

Start with the TCA930M application, then define the configuration.

This page keeps the product decision focused on a verified model record, its intended application and the project details needed for a useful recommendation.

01

Designed for the role

TCA930M is designed as a mini 3D choke-ring GNSS antenna for base and monitoring systems.

02

Signal coverage

Published product information lists GPS, GLONASS, Galileo, BDS, QZSS, SBAS, NavIC and L-Band.

03

LNA gain

Published product information lists 50 dB ±2 dB.

04

Configuration support

TOKNAV can help confirm compatible equipment, destination-market requirements and the intended project workflow.

FIELD WORKFLOW

A practical TCA930M workflow.

The steps below explain the operating decision path. Project procedures, safety requirements and final acceptance criteria remain the responsibility of the project team.

  1. 01

    Match antenna and receiver

    Confirm supported signals, connector, power and cable arrangement against the exact receiver and installation plan.

  2. 02

    Install at the approved location

    Use the documented mounting method and protect the antenna, connector and cable from the site environment.

  3. 03

    Verify the signal path

    Check signal tracking and project data output after installation; final performance depends on siting and the complete system.


TCA930M angled product view

CONFIGURE FOR THE PROJECT

Match TCA930M to the actual field workflow.

A model name is only the starting point. A useful configuration considers the work method, output, integration, country of use and available supporting equipment.

Confirm the application

Define the project task and operating environment before selecting accessories or options.

Confirm the field system

Review compatibility with any receiver, controller, software, vessel, machine or workflow already in use.

Request a configuration

Send the destination country and project requirement for a focused product recommendation.



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