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QuecLink - GV355CEU

GV355CEU

The Queclink GV355CEU is a high‑precision LTE vehicle GPS tracker engineered for demanding fleet management and regulatory compliance applications. As a Plaspy compatible device, the GV355CEU delivers robust real‑time tracking, comprehensive vehicle telemetry and remote tachograph retrieval so fleets can monitor vehicle location, driver hours and critical diagnostic data from a single platform.

Built for mixed fleets and intensive use, the GV355CEU combines LTE Cat‑1 connectivity with 2G fallback, a u‑blox GNSS engine and wide vehicle interface support (dual CAN, J1708, K‑Line and OBDII). When integrated with Plaspy, this tracker enables continuous position accuracy under 2 meters, automated DDD file downloads from supported tachographs and actionable alerts for anti‑theft, driver behaviour and maintenance workflows.

Key Highlights

  • Plaspy compatible GPS tracker offering reliable real‑time tracking and fleet management visibility.
  • Advanced tachograph support — remote DDD file download for driver hours and compliance workflows.
  • Dual CAN, J1708 and OBDII interfaces for rich telemetry and diagnostic trouble code (DTC) extraction.
  • High‑precision GNSS (GPS/GLONASS/Galileo/BeiDou) with autonomous accuracy under 2 meters for precise routing and geofencing.
  • BLE 5.2 and 1‑Wire support for Bluetooth sensors, temperature probes and driver ID (iButton) integration.
  • Compact, rugged form factor with internal antennas and a backup battery to maintain reports during power events.
  • Event and alarm suite: geo‑fencing, tow alarm, harsh driving/crash detection and configurable input alarms for anti‑theft protection.

How It Works with Plaspy

When paired with Plaspy, the GV355CEU streams location and vehicle telemetry to the platform over LTE/2G using TCP/UDP or SMS. Plaspy ingests GNSS positions, CAN‑bus parameters and tachograph DDD files so fleet managers gain a unified view of vehicle location, driver hours, diagnostics and status events. Alerts and reports are generated in Plaspy from device events, scheduled reports and geo‑fence triggers.

  • Real‑time location and telemetry updates transmitted to Plaspy for live tracking and historical playback.
  • Remote tachograph (DDD) file downloading from D8 and CAN‑interface tachographs for compliance reporting.
  • Ignition and digital/analog input status (doors, alarms, PTO) used by Plaspy to trigger rules and workflows.
  • Fuel monitoring and engine parameters available via CAN/OBDII when the vehicle exposes those signals, enabling fuel monitoring and efficiency reporting.
  • Remote output control to support immobilizer or engine cutoff workflows when integrated through Plaspy commands and device outputs.
  • Bluetooth sensors and 1‑Wire probes feed temperature, driver ID and accessory data into Plaspy for cargo or driver management.

Technical Overview

Connectivity LTE Cat 1 with 2G fallback; TCP/UDP/SMS transmission
Bands LTE‑FDD: B1/B2/B3/B4/B5/B7/B8/B20/B28; GSM/GPRS/EDGE for fallback
Power & Battery Wide operating voltage 8–32 V DC; internal 250 mAh Li‑Polymer backup battery
Interfaces 1 × RS232, 1 × RS485, dual CAN (heavy & light vehicle), K‑Line (D8 tachograph), mini‑USB, 1‑Wire, multiple digital & analog inputs, latched digital output, configurable I/O port
GNSS u‑blox GNSS receiver (GPS/GLONASS/Galileo/BeiDou); autonomous position accuracy < 2 m
Bluetooth BLE 5.2 for driver ID, temperature sensors and BLE accessories
Remote Management Remote tachograph downloading and control of outputs; mini‑USB for configuration and firmware; OTA control of device outputs
Form Factor Compact: 94 × 58.5 × 21 mm; weight 92 g; internal cellular, GNSS and BLE antennas; LED indicators for cellular, GNSS, power and tachograph/CAN status

Use Cases

  • Fleet compliance and tachograph management — automate DDD retrieval and driver hours reporting for regulatory audits.
  • Fleet anti‑theft and recovery — geo‑fence alerts, ignition monitoring and remote output control help deter theft and enable immobilization workflows.
  • Mixed fleet telemetry — collect engine parameters, DTCs and fuel data from heavy and light vehicles via J1939/CAN and OBDII for maintenance planning.
  • Cold chain and cargo monitoring — integrate 1‑Wire and BLE temperature sensors to track load conditions alongside GPS position in Plaspy.
  • Driver identification and behaviour tracking — BLE driver ID and harsh driving detection support payroll reconciliation and safety coaching programs.

Why Choose This Tracker with Plaspy

The GV355CEU is designed for fleets that need dependable GPS tracker performance plus deep vehicle data — all accessible from Plaspy for centralized management. Its broad protocol support (dual CAN, J1708, K‑Line and OBDII), high‑accuracy GNSS and LTE connectivity ensure continuous real‑time tracking and rich telemetry. Plaspy users gain automated tachograph DDD downloads, configurable alerts (geo‑fence, tow, low battery, crash) and remote control of outputs to support immobilizer and anti‑theft procedures.

Choosing the GV355CEU with Plaspy delivers a scalable telematics solution that reduces manual processes, improves fleet safety, supports regulatory compliance and enables operational insights such as fuel monitoring and predictive maintenance where vehicle CAN exposes those parameters. With BLE sensors, driver ID and a compact, vehicle‑ready form factor, this Queclink tracker is optimized for modern fleet management, stolen vehicle recovery and end‑to‑end telemetry needs.

Set Up GV355CEU

Country
Carrier
APN
internet.comcel.com.co
User
COMCELWEB
Password
COMCELWEB

To set the tracker send the following commands by SMS messages, the sample setup the device password is Q7mGpB6f, this password is the default

  1. Restore factory settings
    AT+GTRTO=Q7mGpB6f,4,,,,,,FFFF$
  2. Set the time zone UTC-0
    AT+GTTMA=Q7mGpB6f,+,0,0,0,,,,,,FFFF$
  3. Set the operator APN
    AT+GTBSI=Q7mGpB6f,{{apn}},{{apnu}},{{apnp}},,,,,FFFF$
  4. Set the GPRS server
    AT+GTSRI=Q7mGpB6f,4,,1,d.plaspy.com,8888,54.85.159.138,8888,,0,0,0,,,,FFFF$
  5. Set the update interval 60 seconds.
    AT+GTFRI=Q7mGpB6f,1,1,0,0,,,60,60,60,60,7F,40,0,,,FFFF$
  6. Enable SOS button notification input 2
    AT+GTSOS=Q7mGpB6f,2,2,,0,0,0,0,0,0,,,FFFF$