Transcript File - ESH Genealogy and Marketing

Radio Frequency Identification
Osisense RFID – Ready for openness?
Osisense RFID Overview
The Osisense RFID identification system enables object traceability,
access control and identification/tracking functions to be performed.
The information is stored in accessible memory storage and transmitted
using the simple radio frequency of 13.56 MHz.
Schneider Electric -SCC- Erin Weckesser – 11/21/08
2
Benefits of Osisense RFID
● Easy Setup and Operation
● Read/write capability with the majority of 13.56 MHz RFID tags on the
market
●Customers save budget dollars by being able to use a broad range of
RFID tags available from almost any supplier/manufacturer
●Competitors seem to have limited options with reading/writing various
tags not manufactured by them
● No programming required
●Read/Write stations can automatically detect communication
parameters (speed, format, parity, protocol, etc.)
●Automatic detection of the RFID electronic tags (read/write)
●Configuration of the network address (1 to 15) using badge included
with the station
Schneider Electric -SCC- Erin Weckesser – 11/21/08
3
Benefits of Osisense RFID cont’d
● Openness and Compatibility
● Open to the majority of ISO 18000-3, ISO 15693 and ISO 14443 electronic
tags and integrates Modbus RTU, Uni-telway, Modbus TCP/IP and
CANopen protocols (Ethernet IP)
● Osisense RFID components can be interchanged with competitive systems
● System Size
● Three reader/write stations per connection box versus two for most
competitive systems
●Saves an average of $800 per station by connecting three read/write
stations to a connection box
●Eliminates extra hardware that requires system monitoring and
maintenance
Schneider Electric -SCC- Erin Weckesser – 11/21/08
4
Benefits of Osisense RFID cont’d
● Performance
● Speeds of 112 to 13.6 Kbs for reading/writing tags—Virtually instantaneous.
● Wide range of non-volatile EEPROM memory capacities to store data on
tags
● Read/write stations have reduced current consumption of less than 60 mA
thus reducing power requirements and saving energy
●Competitive stations range from 100 to 200 mA
● IP ratings of IP65 for read/write stations, IP68 for read/write tags
● Support
● Technical support is available from the SCC 24/7 by calling 800-4352121 or by visiting the SCC’s microsite, www.sesensors.com.
Schneider Electric -SCC- Erin Weckesser – 11/21/08
5
Technical Osisense RFID Component
Specifications
● Tags
● Read/Write Stations
● Non Volatile EEPROM Memory
Capacities of 112 to 3408 bytes
● Read times from 12 kbs to 16.25 kbs
● Write times from 13 kbs to 20 kbs
● Data retention time of 10 years
● -40 to +70 C (-40 to +122 F)
(varies per tag type)
● IP68
● Connection Boxes
● Operates on 13.56 MHZ frequency
● Useable on Modbus TRU, Uni-telway
● and CANOpen protocols
● -40 to +55 C (-40 to +131 F)
● IP65
Schneider Electric -SCC- Erin Weckesser – 11/21/08
● Operates on 13.56 MHz frequency
● Useable on Modbus TRU, Uni-telway
and CANOpen protocols
● Nominal detection ranges of 20 mm
(0.78”) to 100 mm (3.93”)
● Baud rate of 9600 to 115,200
● -25 to +55 C (-13 to +131 F)
● IP65
● Portable Terminal
● Microsoft Windows CE.Net
Professional version 4.2
● Color Touchscreen
● 64 Mb expandable SDRAM
● 0 to +50 C (32 to +122 F)
● IP65
6
Summary of Osisense RFID
● Operates on a 13.56 MHz frequency
● No programming required
● Open to the majority of ISO 18000-3, ISO 15693 and ISO 14443 electronic
tags and integrates Modbus RTU, Uni-telway, Modbus TCP/IP and CANopen
protocols (Ethernet IP)
● Read/write capability with the majority of 13.56 MHz RFID tags on the market
● Three reader/write stations per connection box versus two for most
competitive systems
Schneider Electric -SCC- Erin Weckesser – 11/21/08
7
Osisense RFID Customer Testimonials
“Osisense RFID performance has been great. It installed easily with our Quantum /
NOE overhead and through the use of the IO Scanner feature, we eliminated a
substantial amount of PLC code needed to handle tag-read communications.
With nearly 60 read stations and over 850 tags, this has been a major factor in
controlling complexity of a system of this size.”
Mike Labhart, Automation & Control Engineering Supervisor at the Square D
Lexington facility.
“We’ve been very impressed with the Transparent-Ready components of our
system. We rely heavily on the managed and unmanaged Ethernet switches to
provide data transfer with the HMIs, RFID and among the Quantums in the eight
conveyor zones. They’ve been extremely robust and reliable. The ConneXview
software has been an invaluable tool for managing the network.”
Michael Sturgill, Staff Electrical Engineer in the Square D Lexington facility's
Automation & Control Engineering group.
Schneider Electric -SCC- Erin Weckesser – 11/21/08
8
Osisense RFID System Applications
•Logistics: dispatch, receipt, transit, etc.
•Tracking and sorting
•Automatic tolls
•Access control
0V
Valim
0V
Valim
Schneider Electric -SCC- Erin Weckesser – 11/21/08
9
Osisense RFID Tags
The tag contains the information associated with the object to which it is
attached to. When a tag passes through the field of detection generated by the
reader/station, it detects the signal and exchanges the data (read or write)
between its memory and the reader/station.
Schneider Electric -SCC- Erin Weckesser – 11/21/08
10
Osisense RFID Compact Stations
Stations XGC S enable the reading and writing of 13.56 MHz RFID tags that
comply to standards ISO 15693 and ISO 14443 A and B.
Two models of Osisense compact stations are available.
● Format D compact station XGC S890 ● Format C compact station XGC S490
● Dimensions (mm): 80 x 80 x 26
● Nominal sensing distance: 20 to 100
mm (0.78" to 3.93") depending on the
associated tag
Schneider Electric -SCC- Erin Weckesser – 11/21/08
● Dimensions (mm): 40 x 40 x 15
● Nominal sensing distance: 18 to 70
mm (0.70" to 2.75") depending on the
associated tag
11
Osisense RFID Connection Boxes
● The Ethernet box XGS Z33ETH is
● The Osisense® Ethernet box XGS
fitted with M12 connectors. It is used
Z33ETH enables connection of
to connect the supply, the Ethernet
stations XGC S to the Ethernet
network and 1 to 3 stations XGC S.
network (Modbus TCP/IP protocol).
● Ethernet network signaling LEDs
● It enables, from a PLC or PC, access
to the functions of stations:
● One Ethernet M12 type, D coding,
● reading/writing of tags
socket
● control and checking
● One power supply M12 type 4-pin
● monitoring
male socket
● diagnostics
● Three M12 type female, A coding,
sockets for connecting 1 to 3 stations.
Schneider Electric -SCC- Erin Weckesser – 11/21/08
12
Osisense Portable Terminal
The portable terminal XGS TP401 is designed for use in industrial applications.
It operates on Microsoft® Windows CE.NET Professional version 4.2. The 13.56
MHz RFID function and Osisense software installed on the portable terminal
enable maintenance operations to be performed on electronic tags and compact
stations.
● Transfer of data to a PC is made by a RS 232
communication port.
● The portable terminal comes with:
● Touchscreen
● Keypad (45 keys)
● RS 232 port
● Included accessories:
● PC connection cable
● Osisense® software (installed)
● Universal battery charger
● Protective cover
● User guide
Schneider Electric -SCC- Erin Weckesser – 11/21/08
13
Competitive Analysis
● Siemens
● Escort Memory System (EMS)
● Omron
● Baumer
● Deister Electronic
● P&F
● Balogh
● Balluf
● Athelia
Schneider Electric -SCC- Erin Weckesser – 11/21/08
14
Differentiating points of TE with respect
to the competition
Osisense RFID
Global RFID offer
Industrial experience
Installation
Compactness
Exchange speed
EcoWeakdesign
Maintenance
Sensing distance
Connectivity to fieldbus
Openness to RFID standards
Siemens Baumer
Weak
Weak
Weak
Strong
Strong
Good
Strong
Strong
Strong
Strong
Strong
Weak
Weak
Strong
Good
Strong
Omron
Weak
Weak
Strong
Strong
Weak
Strong
EMS
Weak
Strong
Good
Good
Weak
Weak
Strong
Strong
Strong
P&F
Weak
Good
Strong
Strong
Good
Strong
Strong
Weak
Good
Strong
Balluf
Weak
Good
Strong
Balogh
Weak
Good
Good
Strong
Strong
Strong
Weak
Weak
Strong
Strong
Strong = strong points of TE compared to competitor
Good = relatively good points of TE compared to competitor
- = Weak points of TE compared to competitor
=SE= Can sense up to 100mm (3.93 in.) max.
Schneider Electric -SCC- Erin Weckesser – 11/21/08
15
Escort Memory System (EMS)
The HF 0405 is in direct competition with Osisense. Operating on 13.56 MHz, it
also has configuration of the network address using a badge and interoperability
with ISO 14443 and ISO 15693 standards. In addition, it is aimed at the same
type of applications. However, its characteristics are inferior to those of Osisense.
Type
HMS
HS/HL
COBALT
HF 0405
Applications
Assembly
Handling
Automobile
Handling
Quality control
Assembly
Handling
Automobile
Access control
Tags
Read/Write
Frequency
736 bytes
?
Automated
production
64 Kb
UHF
Not competitive
13.56 MHz
Direct
competition
OSISENSE
● Active tags for types HS and HL
● Programming in C of stations
● Gateway required for connection to standard networks
Schneider Electric -SCC- Erin Weckesser – 11/21/08
16
Siemens
The SIEMENS 13.56 MHz RFID detector is firmly positioned as a compact
and robust product that is ideal for industrial applications (flexible
production assembly lines, difficult environments)
Type
MOBY F
MOBY E
MOBY I
MOBY P
Applications
Assembly
Handling
Assembly
Handling
Automobile
Tags
Read/Write
224 bytes
EEPROM
752 bytes
EEPROM
32 Kb max.
RAM/FRAM/
EEPROM
Industry
64 Kb MDS
Logistic
Frequency
OSISENSE
125 kHz
Logistic
13.56 MHz
1.81 MHz
Automated
production
13.56 MHz
Automated
production
● The MOBY-F, E, I, P systems are not compatible with each other and are
based on different stations and antennas
● PROFIBUS is the only protocol supported, using a supplementary
coupler. The RS232 link requires a different station
● MOBY P systems are more complex since they pass through a
proprietary bus stage (IQ-sense) in addition to PROFIBUS
Schneider Electric -SCC- Erin Weckesser – 11/21/08
17
Pepperl and Fuchs
Type
Applications
IDENT I
IDENT M
IDENT M/T
Assembly
Handling
Assembly
Handling
Assembly
Handling
Automobile
Tags
Read/Write
32 Kb max.
RAM/EEPROM
8 Kb
RAM
32 Kb
RAM/FRAM/EEPROM
Frequency
250/300 kHz
Osisense
RFID
Automated
production
2.45 kHz
Not competitive
1.81 MHz
● Player showing little aggressiveness on the market
● No Schneider Electric protocol links
● The stations are not protected and require an enclosure
Schneider Electric -SCC- Erin Weckesser – 11/21/08
18
Baumer
Type
OIS-L
OIS-I / X
OIS-M
Applications
Logistic
Assembly
Handling
Assembly
Handling
Tags
Read/Write
256 bytes
EEPROM
2 Kb
EEPROM
4 Kb
RAM
Frequency
Osisense
RFID
125 kHz
Logistic
Automated
production
2.45 kHz
Not competitive
● A diversified offer without industrial connectivity (no field
network offer). Evolves by external growth, not by on-going
development
● The OIS-L and OIS-I/X ranges are incompatible with each other
● No 13.56 MHz offer
Schneider Electric -SCC- Erin Weckesser – 11/21/08
19
Omron
Type
V720D52P03/04
V720SD13P01/02/06
Applications
Automated
production
Automated
production
Tags
Read/Write
44 bytes
EEPROM
112 bytes
EEPROM
Frequency
13.56 MHz
13.56 MHz
Osisense
RFID
Automated
production
Automated
production
● Read/write tags are small and flexible that are embedded into
objects. Tags are sold in rolls.
● ISO 15693 international standard
● Website offers basic information over products but nothing in
real great depth
Schneider Electric -SCC- Erin Weckesser – 11/21/08
20