Driver ID Kit Compatibility Guide: Teltonika, Queclink & Keypad Models
Updated: Sep 24
Driver ID keypad compatibility matters before a fleet buys hardware. This guide maps PIN, RFID, iButton, BLE and NFC workflows across all six keypad models for supported Teltonika, Queclink, Ruptela and Digital Matter tracker projects.
Choosing the right driver identification keypad for your fleet means more than selecting a price point. The keypad must be compatible with the GPS tracker already installed in your vehicles — matching its communication interface, connection protocol, and I/O configuration. This guide covers which of our keypads work with which trackers, what connection method is required, and how driver ID data flows from keypad to fleet management platform.
Before ordering, confirm the exact tracker model and hardware revision, the keypad or reader protocol, the approved loom and wiring diagram, the required firmware and configuration, and whether the fleet platform decodes the Driver ID event. Bench-test authorised, unauthorised and missing-driver scenarios before a fleet-wide rollout.
Frequently asked questions
Are Driver ID keypads universal?
No. Compatibility depends on the physical interface, electrical requirements, tracker firmware, configuration and fleet-platform protocol. Confirm the complete hardware and software combination before ordering.
Which Teltonika trackers support Driver ID?
Support varies by model, interface, firmware and identification method. Confirm whether the project uses PIN, RFID or NFC, iButton or BLE and validate the exact tracker model before installation.
Can a Driver ID kit connect to a Queclink tracker?
Selected Queclink vehicle trackers can support Driver ID integrations, but the exact reader protocol, loom, configuration and platform decoding must be confirmed for the chosen model.
Does the fleet platform need special support?
Yes. The platform must decode the Driver ID event, match it to a driver record and use it in trips, alerts and reports. Hardware compatibility without platform support is incomplete.
Should we test before rollout?
Yes. Test the real tracker, accessory, SIM, firmware, configuration and platform together in a small pilot before installing the solution across the fleet.
How Driver ID Keypads Connect to GPS Trackers
Most driver identification keypads connect to a GPS tracker via one of two interfaces: 1-Wire (a single-wire digital protocol used by Teltonika and other manufacturers) or RS232/RS485 (a serial interface for more advanced data exchange). Some newer models support Bluetooth Low Energy (BLE) for wireless connection to BLE-enabled trackers. The tracker's technical specification will list which driver ID interfaces it supports. Our keypads are clearly labelled with their connection type, and we can advise on the correct pairing for your tracker model.
Keypads Compatible with Teltonika Trackers
Many Teltonika FMB and FMC series trackers support driver ID through 1-Wire. For trackers with a verified 1-Wire input, the wired range includes EC-19521, DC-51145, TC-261048, STL-1307 and GC-2673, with the final choice depending on keypad format, mounting and environmental protection. The compact FMB920 and FMC920 do not have a 1-Wire input, so a wired 1-Wire keypad must not be specified for those devices. Where the tracker firmware and fleet platform support the workflow, use the NN-21382 Bluetooth LE keypad instead. Always confirm the exact tracker model, firmware and platform before ordering.
Keypads Compatible with Queclink Trackers
Keypad Models: Which One to Choose?
Our range covers six Driver ID keypad models. EC-19521 is a 10-digit wired 1-Wire keypad. DC-51145 is an IP65, 10-digit wired 1-Wire model. TC-261048 is a compact 5-digit wired 1-Wire option. STL-1307 is the rugged IP68 wired keypad. GC-2673 combines an IP68 keypad with a 13.56 MHz NFC reader. NN-21382 is the Bluetooth Low Energy option for supported wireless Driver ID workflows. Stock is held in the UK and supplied worldwide; compatibility must still be confirmed against the exact tracker, firmware and fleet platform.
What Happens When a Driver Enters Their PIN?
When a driver enters their PIN, the keypad sends the driver identifier to the GPS tracker. The tracker logs the driver ID in its memory and includes it in every subsequent data packet transmitted to the fleet management platform. The platform attributes all trip data — location, speed, events, fuel consumption, idling — to that named driver for the duration of the login session. When the driver logs out, or the ignition turns off depending on configuration, the driver ID session ends. This creates a complete, timestamped, auditable record of who drove which vehicle, when, and how.
Can I Retrofit Driver ID to an Existing Tracker?
In most cases, yes. If you already have Teltonika or Queclink trackers installed, adding a driver identification keypad may be retrofitted only when the exact tracker exposes a verified compatible interface and the firmware and fleet platform support the Driver ID workflow. Some installations can reuse the existing tracker, while others require a different interface or tracker. Confirm the tracker model, wiring loom and platform configuration before specifying hardware.
Get Help Choosing the Right Keypad
If you are not certain which driver identification keypad is right for your tracker model and fleet type, contact us. Tell us the GPS tracker model already installed and your fleet size, and we will recommend the right keypad, wiring method, and platform configuration. We support fleet operators, installers, and platform providers worldwide on both small and large-scale deployments. Browse our full range of driver identification keypads or get in touch directly.
All Teltonika and Queclink devices we supply are fully unlocked — not tied to any specific telematics platform or fleet management software. You are free to use them with any compatible platform.
Further Reading
If you found this article useful, these related guides may also help: What Is a Driver Identification Keypad? — Driver ID Keypads vs RFID Readers — GC-2673 IP68 Keypad with NFC Reader.
If you are looking for a wireless driver identification option, Tracking Hardware UK also supplies the Bluetooth BLE Driver Identification Keypad (NN-21382). It connects wirelessly via Bluetooth Low Energy. Teltonika BLE is the verified route for this model; use with Queclink or another tracker must be treated as project-specific until the exact device, firmware and fleet-platform workflow are confirmed.
Related guide: Driver ID Keypad Guide: PIN vs BLE vs iButton & RFID.
Related Hardware
Related hardware from UK stock: iButton readers, NFC readers and RFID readers.
Complete Driver Identification Kits Guide
This article is part of our driver identification content hub. For the full buying framework, hardware comparison and deployment checklist, read the complete Driver Identification Kits guide.
From compatibility check to keypad selection
After checking which tracker supports which input method, move to the Driver Identification Keypad product range to choose the physical keypad or reader for the installation.
For verified wired 1-Wire projects across Teltonika, Queclink, Ruptela and Digital Matter, compare EC-19521, DC-51145, TC-261048, STL-1307 and GC-2673. NN-21382 is the BLE option verified for supported Teltonika workflows. In every case, the correct choice depends on the exact tracker's interface, firmware, installation environment and fleet-platform support.
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