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FMCSA ELD Device With OBDii 4G LTE WiFi Hotspot and BLE

Model NO. ELD-T229LA

ELD T229LA is special for North America ELD fleet management usage, it is a Tbox OBDii GPS tracker with 4G LTE WiFi hotspots & Bluetooth functions, supports reading CANBUS J1708 & J1939 systems. Truck fitness & fault code data supports uploading to the customer server via 4G LTE and mobile phone ELD application via Bluetooth.

ELD Device T-229L Features:

SAE 1939 & J1708
4G WiFi Hotspot: Act as an in-Vehicle WiFi hotspot, up to 8 WiFi enabled devices can be connected to share high speed 4G LTE network
OBD2 GPS tracker: report the real-time location according the time interval, distance, heading change, etc.
Bluetooth (BLE): ELD fmcsa GPS Tracker T229L uses QUECTEL 4G communication module with PTCRB and ANATEL certifications, the device has CE FCC certifications.
Hours of service (HOS)
Fuel usage and mileage monitoring: Statistics the trip fuel consumption.
Engine RPM
Engine speed
VIN code
Recent ACC Ignition ON Time
Engine Running Total Distance
Distance Of The Last Positioning
Fault Indicator Light Status
Diagnostic Event Indicator Status
Latitude & Longitude

4G WIFI HOTSPOT

Act as an in-Vehicle WiFi hotspot, up to 8 WiFi enabled devices can be connected to share high speed 4G LTE network.

Unicode:

Realtime Tracking

Can report the real-time location according the time interval ,distance,heading change.

Driving Behavior

Including speeding, hard acceleration, hard deceleration etc.

Battery Monitor

Can report the battery voltage realtime to monitor the battery status.

Fuel Consumption

Statistics the trip fuel consumption.

Engine Data

Read engine data and diagnostic trouble codes (DTC) for proactive vehicle maintenance.

Mileage

Statistics the trip mileage.

Remote Power off

Remote power off the engine via connect a relay.

Size		140mm (L) * 74mm (W) * 28mm (H)
Weight		100g
Digital Input		6 digital inputs, One for ignition detection input, one for SOS button input, four for general use
Digital Output		5 digital outputs, One for relay control, four for general use
Analog Input		3 analog inputs
Engine		2 high speed CAN bus
Communication Port		One RS-232 port and one RS-485 for external device connection or one USB port for internet access
Audio		One differential MIC input, one differential speaker output
Configuration Port		Micro-USB
SIM Card Socket		Micro SIM, Push-Push type
Data Transmission		Packet data (GPRS/HSPA/LTE) and SMS
Positioning Method		GPS
Storage		8MB FLASH, up to 96,000 GPS data storage
CAN Protocol		ISO 15765-4, SAE J1939
Working Voltage		9-36VDC
Working Current		Max.: <200mA@13.8/27.6VDC Average: <150mA@13.8/27.6VDC Sleep mode: <5mA@12/24VDC
Backup battery		500mAH
GPS		Receiving satellite frequency: 1575.42mhz (GPS L1) Positioning time: Cold start: about 23s (typ.) Warm start: about 2s (typ.) Hot start: <1s (typ.) Positioning accuracy: Horizontal position accuracy: 3m CEP (typ.) Speed accuracy: 0.1m/s (typ.) Receiving sensitivity: Trace: -165dbm (typ.) Capture: -148 dbm (typ. Cold start) Refresh frequency: 1Hz
WiFi		Frequency: 2.4-2.4835GHz WLAN Standard: 802.11b/g/n Transmission Data: 65Mbps@802.11n 54Mbps@802.11g 11Mbps@802.11b
Cellular		Frequency (T-229LE, Europe): FDD LTE B1/B3/B5/B7/B8/B20 TDD LTE B38/B40/B41 WCDMA B1/B5/B8 GSM 900/1800MHz Frequency (T-229LA, US): FDD LTE B2/B4/B12 WCDMA B2/B4/B5 Data: LTE-FDD Max 150Mbps (DL)/50Mbps (UL) LTE-TDD Max 130Mbps (DL)/35Mbps (UL) HSPA+ Max 42Mbps (DL)/5.76Mbps (UL) Network protocol: Embedded TCP/IP stack
6-axis IMU		Driving behavior detection
LED Indication		GPS/Cellular/Power indication
	Cellular Antenna	External
	WiFi Antenna	Internal
	GPS Antenna	Internal or external
	Working Temperature	-30℃ ~ +70℃
	Storage Temperature	-40℃ ~ +85℃
	Humidity	5%～95%（no fog）

Advantages of Sinocastel ELD Solution

1.Free Gateway

Gateway Technical Characteristics

1. Use Spring framework to develop and Netty as communication framework.
2. The data is stored in MySQL+MongoDB.
3. Support to distributed deployment.

Gateway Data Characteristics

1. Current GPS query
2. History tracking query
3. Trip data query (start & end time of the trip, mileage, fuel consumption…)
4. DTC analysis and query of fault code
5. PID analysis and query of working condition data
6. Remote switch control

How Gateway Work

How To Use Gateway

1. Remote Deployment: After we deploy the gateway application to the customer's server,
the setup only needs to connect to the gateway server.
The customer can then query the data uploaded by the device to the server through API.
2. Deployment Period: 1-2 working days
3. Gateway Management: The customer manages the gateway
4. Gateway Maintenance: We help the customer to maintain the gateway for free if it has any bug or issue.

Gateway Advantages

Without Gateway

1. Integration Protocol: Integrates the device hex format communication protocol.
2. Integration Protocol Period: 3-6 months.

Useing Gateway

1. Without Integration Protocol: No need to integrate the device hex format communication protocol.
2. Gateway Deployment Period: 1-2 working days.
3. Reducing Testing & Integration Times: Greatly improve the efficiency of project delivery.

Customers only need to focus on their own front application function development,
and helping customers to save project integration protocol time and win projects quickly & efficiently.

Free iOS & Android Bluetooth SDKs

Android SDK Displaying Source Code

iOS Display Interface Source Code

Founded in 2007, Sinocastel is one of the largest GPS tracker manufacturers in China. We have over 15 years of experience in the development and manufacture of automotive electronics.

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