Kapitel 7

Technical Reference

Beacon Line technical data

Beacon Line Ether Gateway

7.1 Overview

Technical data of the gateway - Overview Comment Values Enclosure 91 x 41 x 26 (max.) mm, PC-Macrolon (UL-94-V2), black Weight 58 g Operating temperature -25 to 85 °C Storage temperature -40 to 85°C Security class IP40 Connecting cable RJ45 Power supply Passive PoE1 (12-24 V) Power consumption 0.8 W Maximum number of anchors in a Beacon Line 20 Interfaces Interfaces Values LAN Ethernet 100Base-T, TCP/IP Protokoll, RJ45-Connector, includes 24 V Power Supply Lines for passive PoE (Power over Ethernet) Serial RS422 via RJ45-Connector Technical data of the anchor - overview

7.2 Commissions

CE-Certification Comment Value CE Compliant to standards IEC 61000-1-2:2016 Funk-Certification Comment Value USA FCC ID: TFB-1002, 15.247 Canada IC ID: 5969A-1002, RSS 210 Europe CE Compliant to standards EN 62368-1, EN 300 328 and EN 301 489 Japan Giteki: 209-J00169 Australia / New Zealand RCM Explanations Passive PoETM (Power over Ethernet) is a simple way to supply power to the Beacon Line via an Ethernet cable. Passive PoETM uses free wires in the Ethernet cable (Plus 4;5 / GND 7;8) to transfer power to the device from one end to the other.

7.3 Features

Maximum Distance between nodes: 30m Minimum Distance between nodes: 13cm The data transfer lines (Ethernet / RS232 / RS422) are on pin 1, 2, 3 and 6. The powersupply is positive on pin 4 and 5 and with the negative potential (usually GND) on pin 7 and 8. It is not relevant on which end you give power to a Beacon Line (Gateway or last Node). The direction is neutral.

Unterabschnitte von Technical Reference

7.1 Overview

Technical data of the gateway - Overview

Comment Values
Enclosure 91 x 41 x 26 (max.) mm, PC-Macrolon (UL-94-V2), black
Weight 58 g
Operating temperature -25 to 85 °C
Storage temperature -40 to 85°C
Security class IP40
Connecting cable RJ45
Power supply Passive PoE1 (12-24 V)
Power consumption 0.8 W
Maximum number of anchors in a Beacon Line 20

Interfaces

Interfaces Values
LAN Ethernet 100Base-T, TCP/IP Protokoll, RJ45-Connector, includes 24 V Power Supply Lines for passive PoE (Power over Ethernet)
Serial RS422 via RJ45-Connector

Technical data of the anchor - overview

Comment Values
Size (PCB incl. connections) 90 x 33.4 x 16 mm
Housing 91 x 41 x 26 (max.) mm, PC-Macrolon (UL-94-V2)
Weight (incl. Connections) 55 g (incl. Housing)
Operating temperature -40 to 85 °C
Security class IP40
Connecting cable RJ45
Power supply Passive PoE1 (12-24 V)
Bluetooth® class Bluetooth® Low Energy 5.2 (Bluetooth® Smart)
Maximum number of anchors in a Beacon line clock 20
Bluetooth® Low Energy Role all
Bluetooth® Low Energy Filtering adjustable
Bluetooth® Low Energy antenna Internal PCB antenna (2.4 GHz ~ 2.48 GHz)

Consumption of the main CPU and line communication

Comment Values
CPU Cortex M0, 32 MHz
Line communication (anchor to anchor, anchor to gateway) RS422 via RJ45
Host module consumption (average) 110 mW per anchor
Complete Beacon Line System (1 Gateway Ether, 2 Anchors) 1.1 W @ 24 VDC
Complete Beacon Line System (1 Gateway Wifi, 2 Nodes) 1.3 W @ 24 VDC

Technical data of the Bluetooth® Low Energy module

Comment Values
CPU(s) Cortex M0 incl. Bluetooth® Low Energy-stack, Cortex M3, 24 MHz incl. RTOS
Memory 128 kB Flash, 20 kB SRAM
Active power 61 uA/MHz
Standby power 1 uA
Shutdown power 200 nA
Bluetooth® Low Energy-stack Bluetooth® Low Energy 5.2 (Bluetooth® Smart)
TX-Power Programmable +5dBm to 0dBm (1dBm steps), 0dBm to -21dBm (3dBm steps)
Unerwünschte Emission -43 dBm @ f < 1 GHz, -46dBM @ f > 1GHz
RF Frequency span 2402 MHz to 2480 MHz, adjustable in 1-MHz Steps
RF Sensitivity -95 dBm
Saturation +4 dBm
Frequency Error Tollerance +/- 250 kHz
Intermodulation -36 dBm
Antenna internal PCB antenna
Operating temperature -40 to +85 °C

Technical data - CPU module in the gateway

Comment Values
Processor Atmel SAMA5D22, mit ARM Cortex-A5 Core, 500 MHz
RAM 256 MB LPDDR1, 128 kB SRAM
Flash 1 MB Serial NOR-Flash
Memory Card MicroSD-Card 8 GB, Suitable for industry (-25..+85 °C Operating temperature)
Sensors Overheating sensor
Watchdog Hardware Watchdog, to restart the system in case of error
Operating System Linux 4.7, bootet von MicroSD-Card

7.2 Commissions

  CE-Certification

Comment Value
CE Compliant to standards IEC 61000-1-2:2016

Funk-Certification

Comment Value
USA FCC ID: TFB-1002, 15.247
Canada IC ID: 5969A-1002, RSS 210
Europe CE Compliant to standards EN 62368-1, EN 300 328 and EN 301 489
Japan Giteki: 209-J00169
Australia / New Zealand RCM

Explanations

Passive PoETM (Power over Ethernet) is a simple way to supply power to the Beacon Line via an Ethernet cable. Passive PoETM uses free wires in the Ethernet cable (Plus 4;5 / GND 7;8) to transfer power to the device from one end to the other.

BEACON LINE

Web: www.beacon-line.com

Tel: +49(0)30 / 611295-46

Fax: +49(0)30 / 611295-10

Beacon Line, a brand of taskit GmbH

Groß-Berliner Damm 37, 12487 Berlin, Germany

Local court Berlin-Charlottenburg HRB 39014

Chief executive Dipl.-Ing. (FH) Thorsten Raulfs

7.3 Features

  • Maximum Distance between nodes: 30m
  • Minimum Distance between nodes: 13cm

Technical_Reference


The data transfer lines (Ethernet / RS232 / RS422) are on pin 1, 2, 3 and 6. The powersupply is positive on pin 4 and 5 and with the negative potential (usually GND) on pin 7 and 8.

It is not relevant on which end you give power to a Beacon Line (Gateway or last Node). The direction is neutral.

The nominal voltage range is from 12VDC…to….24VDC. The maximum power is 28 Volts. The minimum power is depending on your layout (number of Nodes and length of cables), but please never give less than 6VDC to a Beacon Line.

For example: One Gateway with two Nodes and 10meter cable each 12VDC is enough.

The electricity is not exceeding 400mA and usually is in a range of 200mA.

Small overvoltage will be taken by the internal mains supply circuit. High electric tension like you have sometimes in a vehicle, should buffered first or caused in damage of hardware, humans and environment.