MiX Telematics PBS9 Pico Base Station (PBS) User Manual PFS Magix PBS V1 2

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Document ID	2912378
Application ID	1O8chqnFI7oM/wzPWdnpQA==
Document Description	Product fact sheet PFS_Magix PBS_V1.2
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	9.79kB (122396 bits)
Date Submitted	2016-02-26 00:00:00
Date Available	2016-02-26 00:00:00
Creation Date	2016-01-21 11:52:22
Producing Software	Acrobat Distiller 8.1.0 (Windows)
Document Lastmod	2016-01-21 11:52:22
Document Title	Microsoft Word - PFS_Magix PBS_V1.2
Document Creator	PScript5.dll Version 5.2.2
Document Author:	SteveD

PRODUCT FACT SHEET
Magix Pico Base Station (PBS)
Overview
This document is applicable to the MiX-Tabs Asset Positioning System (MAPS).
MAPS enables all existing MiX Telematics installed vehicles to create a customer specific wireless network, where each vehicle becomes a
mobile beacon reader, would not require any additional effort on the customers part. As the vehicles move around the sites and depots they
would encounter beacon equipped assets and relay information about the position of those beacons.
A single software platform, MiX Fleet Manager, enables the management of vehicles as well as beacon equipped assets. In MiX Fleet
Manager, asset managers are able to keep track of where there assets have been deployed and are currently in use. Vehicles in the vicinity
of these assets will also be shown on the same tracking screen, should the fleet manager need to efficiently coordinate the redeployment of
an asset to a different location.
MAPS consist of the following hardware:
•
An RF network transceiver or Pico Base Station (PBS) that is added into the wiring harness of any existing FM
Beacon
Mobile Base Station
RF
Asset + Beacon
Customer Interface
GSM/WiFi
MiX OBC + PBS in vehicle
MiX Fleet Manager
Communicator OBC to convert the vehicle to a Mobile Base Station (MBS)
•
The Beame (also called the Magix Beacon): The Beame communicates with a Mobile Base Station (MBS) or stationary as a
Fixed Base Station unit (FSB) via a radio link. The MBS and FSB communicate with a remote server via a GSM link. The
Beacon is a wireless battery operated product. It is therefore easy to install. The variant of Beame that is fitted with a GPS
is called a “MAPS Beame”.
The PBS consists of the following part numbers.
Release version
Page 1 of 3
www.mixtelematics.com
Part Number
Product Name
Description
440FT0947
Pico Base Station Interface Harness
Interface between the 6-pin micro fit connector on PBS and the Code
Plug Socket Harness
440FT0964
Magix Pico Base Station Type 9
PBS Electronic Unit
440FT0965
Magix Pico Base Station Type 9 Kit
Kit consisting of PBS Electronic unit plus PBS Interface harness
(440FT0947) and the PBS Power Harness (440FT0966)
440FT0966
Pico Base Station Power Harness
Connects the PBS Electronic unit to vehicle battery power
440FTZ035-1
(new: 440FT0945)
Code Plug Socket Harness
Connects to the PBS Interface harness (440FT0947) or alternatively to
the FM300 Code Pug Harness
440FT0034
FM300 Code Plug Harness
Connects between the PBS (4 pin) to the FM 3xxxi Code Plug connector
(4 pin micro fit)
Technical description
PBS
Voltage Range
9 V DC – 48 V DC
Current
During transmission: 35 mA @ 14V
During receiving:
12.7mA @14V
Input Protection
Over Voltage (56 V DC for 60 s) and Reverse Polarity (-30 V for 60 s)
Serial Port
Intended to be used for factory use and during the development phase (19200 b/s)
I2C
375000 baud
RF Transceiver
Centre frequency: 915 MHz
RF Bandwidth available: 26 MHz
Frequency deviation: 10 KHz
RF Bandwidth: 15 KHz
RF Radiated Output Power: 100 mW max
Dimensions
80 x 38 x 20 mm
Weight
34 g
ENVIRONMENT
Temperature
Operating
-30°C to +80°C
Temperature
Storage
-30°C to +80°C
IP Rating
IP30
Shock
In accordance with Mil-Std-810F method 516.5 at a level 30g and with pulse duration of 11ms. The test
consists of three shocks to be executed in each major axis and for both positive and negative directions
resulting in a total of 18 shocks (in all 3 perpendicular axes).
Vibration
In accordance with ISO 16750-3:2007(E) for 9h in each of the perpendicular axes. The vibration profile is as
per table 14 of ISO16750-3:2007(E)
Humidity
The product complies to Humidity test requirements in accordance with of MIL-STD-810F figure 507.4-1 (Test
Duration: 5 x 48 h cycles; Relative Humidity: 95%; Temperature cycle between 20 and 60 ºC)
Mechanics: Free fall
To automotive guidelines 3 drops from 1 m height (outside packaging)
Statutory and Regulatory Compliance
V1.1 – 19 Jan 2016
Page 2 of 3
www.mixtelematics.com
Region
Type of
Approval
Directive / Legislation
PBS
It also complies with FCC 47 CFR Part 15C (2014) on Conducted
and Radiated Emissions.
Industry Canada RSS-247 (Issue 1, 2015)
Industry Canada RSS-GEN (Issue 4, 2014) on Receiver Emissions
USA
FCC
RF Exposure Assessment CFR 47 Pt1.1310
Health Canada Safety Code 6
FCC ID: 2AFMS-PBS9
IC: 20545-PBS9
FCC 47 CFR Part 15B (2014) and ICES-003 (2014) on Radiated
Emissions
V1.1 – 19 Jan 2016
Page 3 of 3

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