Easylon Catalog 2014
Easylon® Network Components
From Repeater to Terminator
Repeater
Compact or multi-port
Router
Structuring networks,
combining FT and IP
Link Power Supply
Supply and fieldbus on the same line
Host Controller
Embedded PC for LonWorks
Terminator
Bus terminator for LonWorks
20
Easylon · Network Infrastructure Components
Easylon® Repeater
Compact LonWorks® Repeater
•
•
•
•
•
•
Increase of the communication distance
Regeneration of network signals
AC and DC power supply
Separation of Link Power segments
Communication of data packets of any length
No configuration required
Network Interface
TransceiverFTT-10A
Connectors 2 pairs of screw terminals on each side
Power Supply
Voltage 24 V AC ± 20%, 1 W or
12 – 28 V DC, 1 W
Connector screw terminals
Dimensions & Environmental Characteristics
Housing type F, cf. p. 26
Dimensions 95 x 45 x 38 [mm], 2.5 units accord. to
DIN 43880
Mounting DIN rail (EN 60715: 35x15, 35x7.5)
0 – +60 °C
Temperature operating
storage
-20 – +85 °C
Humidity class F, accord. DIN 40040,
5 – 93 %, no condensation
Protection class IP 20
EN 55022 A/B
EMC emission immunity EN 61000-6-2
Flammability UL94-V0, self-extinguishing
Easylon Repeater
with transceiver FTT-10A
P.R10003
Compact repeater for TP/FT and TP/LP LonWorks networks, increasing
the allowable communication distances by regeneration of the signals.
A greater number of nodes within a physical network segment are also
possible. The rules for repeater usage have to be observed.
In Link Power networks the Easylon Repeater realizes the connection
between two segments.
By its compact size of just 45 mm width it perfectly suits into cabinets
or in cable ducts. The power supply of the DIN rail module can either be
AC or DC.
Subject to technical modifications
• Netzwerkkomponenten
Easylon
Easylon · Network
Infrastructure
Components
Network Interface
Transceiver 4 x FTT-10A or
3 x FTT-10A and 1x LPT-10
Connectors 3 pin screw-plug terminals, Phoenix 3.81 mm
Termination bus / free topology selectable per channel
Power Supply
Voltage1
Type A
Type B
Type C
Type D
Power consumption:
21
Easylon® Multiport Repeater
LonWorks® Repeater with 4 Channels
• Integrated bus termination
• Variants for 24 V, 120 V, 230 V or Link Power
• Version for extended temperature range
24 V AC +- 20%, or 12 – 28 V DC
230 V AC, 50 Hz
120 V AC, 60 Hz
Link Power over LonWorks network
< 2.5 W
Display & Operation
LEDs power (green)
traffic (yellow)
DIL switches 2 per channel: bus termination on/off and
topology
Dimensions & Environmental Characteristics
Housing
Dimensions
Repeater type A, B, C
type D
Mounting
Temperature
ext. temp. range
Humidity
Protection class
EMC
Flammability
type A or B, cf. p. 26
105 x5 8 x 68 [mm], 6 units accord. DIN 43880
70 x 58 x 86 [mm], 4 units accord. DIN 43880
DIN rail (EN 60715: 35x15, 35x7.5)
operation
0 – +55 °C
-20 – +85 °C
storage
operation
-40 – +85 °C
-40 – +85 °C
storage
class F accord. DIN 40040 F,
5 – 93 %, no condensation
IP20
emission
EN 55 022 A/B
EN 61000-6-2
immunity
UL94-V0, self-extinguishing
Easylon Multiport Repeater
24 V supply (Type A)
230 V supply (Type B)
120 V supply (Type C)
Link power supply (Type D)
P.R10103
P.R10113
P.R10123
P.R10133
LonWorks Repeater with 4 channels in variants for free topology and
Link Power. By regenerating the signals it increases the allowable communication distance. Even a greater number of nodes within a physical network segment are also possible within the limits of a tolerable
network load.
With up to 4 network connections the Easylon Multiport Repeater allows
for a flexible network structure. Of course this repeater is also compatible to Link Power networks. For each channel a termination can be set
by switches to bus or free topology network structure. The device status
is displayed by a power and a traffic LED.
There are variants for power supply with 24 V AC/DC, 120 V AC or 230 V
AC available. A fourth variant of the repeater is supplied by Link Power. This
device with a width of only 70 mm does not require external power supply.
Subject to technical modifications
22
Easylon · Network Infrastructure Components
Easylon® Router+
LON/IP Router for ISO/IEC 14908 Compatible Networks
•
•
•
•
•
•
Router in TP/FT-10 and to LON/IP-852 networks
Channel routing, subnet-/node routing
Integrated configuration server
Remote network interface for VNI and MIP applications
Usable as NTP server
Multi-language browser interface for setup
and diagnosis
Interfaces
Network Interfaces
Transceiver
Connector
Ethernet Interface
Transmission rate
Connector
1 or 2 x TP/FT-10, depending on variant
3 pin screw-plug terminals (0.5–2.5 mm2)
LON/IP-852 according to ISO/IEC 14908-4
10/100 Mbps
RJ45
Power Supply
Voltage
Consumption
Connector
24 V DC (10–30 V)
typically: <2,5 W, max = 3,6 W
3 pin screw-plug terminals (0.5–2.5 mm2)
Display & Operation
LEDs
Taster
- Status
- Ethernet
- Channel / Reset
- LON IP
- LON 1
- LON 2
- Service Pin
- Factory Reset
Features
Real-time clock Gold Cap buffered, >6 d
Watchdog
Voltage Monitoring
Temperature Sensor displayed in Web Interface
Dimensions & Environmental Characteristics
The Easylon Router+ connects ISO/IEC 14908-2 compatible network
segments, as well as TP/FT-10 and LON/IP-852 networks, according
to the ISO/IEC 14908-4 standard. Furthermore the device operates as
configuration server in LON/IP networks.
Fitted with Ethernet interface and 2 LON TP/FT-10 interfaces the 3-port
version of the device can be used in versatile manner: As router between
two segments of a TP/FT network or to a LON/IP network. The latter allows
implementation of fast backbone structures. The device is also available
as a 2-port variant with only one TP/FT interface.
Parameterization of the Easylon Router+ is easily achieved via its multilingual web interface, by which extensive diagnosis information can as
well be called from the device.
Dimensions
Mounting
Temperature
Humidity Protection class
EMC
Flammability
107 x 90 x 58 [mm], 6 units acc. to DIN 43880
DIN rail (EN 60715: 35 x 15, 35 x 7.5)
0 – +55 °C
operating 0 – +55 °C
storage class F, accord. DIN 40040,
5 – 93 %, no condensation
IP 20
emission
EN 55 022 B
immunity
EN 61000-6-2/3/4/5
UL94-V0, self-extinguishing
Easylon Router+
2 x TP/FT-10, 1 x LON/IP-852
1 x TP/FT-10, 1 x LON/IP-852
P.I30106
P.I30116
PC based applications, such as a network management tool, accessing the
TCP/IP channel will additionally need the Easylon IP Interface software.
Configuration Server
Router
IEC 14908-2
Subject to technical modifications
Installed at the LonWorks network and connected to it and via Ethernet
into the Internet, the device can as well serve as a TCP/IP network interface. Using the Easylon RNI software this is a cost effective and reliable
solution for remote network access for VNI or MIP based PC applications,
compared to a special PC at the network.
ISO/IEC 14908-4 LON/ IP
TP/FT
Network Interface for Remote Access
TCP/IP
TP/FT
The Easylon Router+ provides an integrated Configuration Server. Using
the web interface all settings are easily handled including access to the
settings of other LON/IP devices.
Easylon · Network Infrastructure Components
Power Supply
Rated input voltage 230 V AC (195 – 264 V) or
120 V AC (96 – 144 V)
Rated frequency 50 Hz (47 – 63 Hz) or
60 Hz (57 – 63 Hz)
Mains failure buffering > 20 ms at nominal input voltage
Rated input current 0.7 A / 1,4 A
Inrush current < 20 A
Efficiency > 75%, at nominal input voltage
Easylon® Link Power Supply
Supply and Fieldbus on the Same Line
Output to bus
Output voltage Residual ripple Output current Overload protection 23
41.5 V +/-2.2%
< 80 mV at 10 kHz (200 mV at f>200 kHz)
2 A at nominal input voltage
typical at 2.3 A; permanent short-circuit proof
with pulsing try of restart
•
•
•
•
•
•
Low residual ripple of the output voltage
Short circuit and over current monitoring
Type of bus termination externally selectable
Output current limitation
Thermal monitoring
Variants for 120 V and 230 V supply
Dimensions & Environmental Characteristics
Housing
Dimensions
Mounting
Connectors
Temperature
type D, cf. p. 26
126 x 58 x 90 [mm], 7 units accord. DIN 43880
DIN rail (EN 60715: 35x15, 35x7.5)
screw terminal 0.5 – 2.5 mm²
operating
0 – +40 °C convection
storage
-40 – +70 °C
Relative humidity 5 – 95 %, no condensation
Protection class IP 20 (EN 60529)
VDE0106 T1 I (with PE) (EN61140)
emission EN 61000-6-3, class B, EN 50090-2-2
EMC
immunity EN 61000-4-2/3/4/5/6, class A
Bus termination bus or free topology, settable by switch
Easylon Link Power Supply
230 V input voltage
120 V input voltage
P.I10002
P.I10012
Power supply for LonWorks networks in Link Power technology. The
Easylon Link Power Supply is designed for the use in networks with
free and bus topology. It satisfies with both, its compact design and
its excellent technical features: Overload protection at 2.3 A, residual
ripple of the output voltage below 80 mV, galvanic isolation of input and
output voltage, internal no load, overload and short-circuit protection.
The high efficiency of the power pack of more than 75% reduces heating of
switching cabinets. The EMC classification makes the module the perfect
choice for industrial as well as building and home automation networks.
Subject to technical modifications
Automatic restart of the Easylon Link Power Supply at failures increases
the usability of the device. The possibility to set the type of bus termination by a switch is comfortable.
Info
Link Power Networks
In Link Power Networks the twisted pair line not only transmits messages
but also supplies the devices. One link power supply can energize a bus
length of up to 320 m. For the network nodes a supply of 100 mA at 5 V is
available. Several link power segments can be connected. Concerning their
structure link power networks have to follow the rules for free topology
networks. Mixed networks with link power (TP/LP) and free topology (TP/
FT) transceivers can be realized.
24
Easylon · Network Infrastructure Components
Delta 1000
Host Controller with Remote Access
• Remote Network Interface for VNI and MIP
Applications
• Host Controller at LonWorks Control network
• Data server for remote capturing and monitoring
• Web server for parameterization and diagnosis
Interfaces
LonWorks
Transceiver 2 x FTT-10A
Connector 3 pin screw-plug terminals, Phoenix 5.08 mm
Serial Interface EIA-232, not optically isolated
Connector 9 pin D-type
Ethernet Interface according to CEA-852
Transmission rate 100 Mbps
Connector RJ45
USB Host acc. full speed USB standard 2.0
Connector USB type B
Modem optional PSTN, ISDN or GSM modem
Power Supply
Voltage 24 V DC (± 20%),
Consumption < 2.5 W w/o external USB devices
< 8 W under GSM operation
Display & Operation
LEDs - Status
- LON 1
- LON 2
- LON IP
- USB active
Push button - service pin
- stop USB
DIL switches - bus termination, free or bus topology
- watchdog
- boot mode
Delta 1000 is an embedded device providing many features for data
communication. In addition to an Ethernet connection a modem can
be plugged in optionally. Furthermore it provides two interfaces to
CEA-709.1 compatible networks (LonWorks TP/FT), making the device
suitable as host controller.
Depending on project requirements socket modems (analog, ISDN or GSM)
can also be used for a remote connection. Thus the Delta 1000 is perfectly
suitable for the use in data capturing and monitoring systems with remote
access, running user provided software. The device software includes an
SQL data base, a web server and an CEA-852 compliant LON/IP interface.
With the Delta 1000 the following solutions can be realized in a LonWorks environment:
Dimensions & Environmental Characteristics
Housing type C, cf. p. 26
Dimensions 157 x 86 x 58 [mm], 9 units accord. to
DIN 43880
Mounting DIN rail (EN 60715: 35 x 15, 35 x 7.5)
0 – +55 °C
Temperature operating storage -20 – +70 °C
Humidity class F, accord. DIN 40040,
5 – 93 %, no condensation
Protection class IP 20
EN 55 022 A/B
EMC emission
immunity
EN 61000-6-2
Flammability UL94-V0, self-extinguishing
• Data capturing and communication with remote systems
Delta 1000
• Ethernet interface to the control network
Hardware configurations:
2x FTT-10, CEA-852
2x FTT-10, CEA-852, PSTN Modem
2x FTT-10, CEA-852, ISDN Modem
2x FTT-10, CEA-852, GSM Modem
• Analyzer node (using the optionally available Analyzer software
from a networked PC)
A browser interface is available for parameterization which can also be
used for diagnosis purposes.
Please contact us for available software.
Subject to technical modifications
Easylon · Network Infrastructure Components
Network Interface
25
Connector screw terminal 0.5 – 2.5 mm²
Easylon® Bus-Terminator
Dimensions & Environmental Characteristics
Housing
Dimensions
Mounting
Temperature
type F, cf. p. 26
75 x 55 x 10 [mm]
DIN rail (EN 50 022, 35x15)
operating - 0 – +60 °C
storage -20 – +70 °C
Humidity class F, accord. DIN 40 040,
5 – 93 %, no condensation
Protection class IP 20
Flammability UL94-V0, self-extinguishing
Bus Terminator for LonWorks®
• For FTT-10, LPT-10 and TP/XF networks
• Variants for free and bus topology
• Top hat rail installation
Easylon Bus-Terminator
FTT-10/LPT-10 for - free topology
- bus topology
TP/XF-1250, -78 - bus topology
P.Z10013
P.Z10023
P.Z10001
Bus (line)
Term.
Term.
A bus terminator is required for correct operation of a LonWorks network. The type of the bus terminator depends on the used transmission
technology and the network topology. Easylon Terminators for TP/
FT-networks are available for bus or free topology. These are as well
suited for LPT-10 (link power) networks. A separate variant is available
for TP/XF networks.
Free Topology
Term.
Info
Using Terminators
Subject to technical modifications
TP/FT and TP/LP networks
Free topology: One terminator per segment is required, which can be
connected at any place.
Bus topology:
Two terminators are required, which must be placed at
both ends.
TP/XF networks
Two terminators are required, which must be placed at
both ends.
The Easylon Link Power Supply, Multiport Repeater and Router+ have inteBus topology:
grated bus terminators.
26
Easylon · Network Infrastructure Components
Housings
Housing type A
Multiport Repeater
Housing type E
58
48
Terminator
70 mm
28
Material: Polycarbonate
55 mm
Material Top: Lexan 940
Base: Noryl VO 1550
Color: green
86 mm
Flammability: UL94-V0
Flammability: UL94-V0
75 mm
10 mm
Color
Top: RAL 7035 (grey)
Base: RAL 7021 (black)
Housing type F
Repeater
Mul­ti­port Repeater
96 mm
Housing type B
58
48
Material Top: Lexan 940
Base: Noryl VO 1550
38 mm
Color
Top: RAL 7035 (grey)
Base: RAL 7021 (black)
Housing type C
Material Top: Lexan 940
Base: Noryl VO 1550
45 mm
86 mm
Flammability: UL94-V0
Router+, Delta 1000
Flammability: UL94-V0
Color: grey
105 mm
28
Material: Makrolon 9425
58
48
157 mm
28
12
86 mm
Flammability: UL94-V0
Color
Top: RAL 7035 (grey)
Base: RAL 7021 (black)
22
Housing type D
45 mm
90 mm
Link Power Supply
126 mm
Subject to technical modifications
58 mm
Some Information About LonWorks
27
Some Information About LonWorks®
The Elements of LonWorks
LonWorks is a control network for universal use developed by
Echelon Corporation, USA. It is a distributed automation system
where free programmable intelligent nodes communicate using the
standardized LonTalk® protocol (CEA-709.1). The nodes exchange
status and control messages in any topology and via various media
realizing the desired control applications by interacting. Thereby
the entire system remains modular and flexible. Furthermore the
software of a node remains slight and manageable.
The Neuron Chip is the core of the node intelligence, where arbitrary
applications can be loaded. If required, external memory can be added.
Each Neuron and herewith each network node can be identified by its
unique, 48 bit Neuron-ID. In addition the Neuron ensures communication handling by the implemented LonTalk protocol.
Interoperability, meaning the seamless integration of products from
several manufacturers, is a major subject of LonWorks technology.
This was reached by using a single microprocessor –the Neuron Chip®–
not only providing a standardized communication interface but also
realizing the basic communication. Disclosure of the communication
protocol in the ANSI/CEA-709.1 standard and continuative standards
defined an open standardized system, for which components are
available from manufacturers all over the world.
Following the disclosure of the LonTalk protocol in the CEA-709.1 standard
it is possible to develop devices for this network technology using different
processors. Normally an FPGA or ASIC is used on the device to access the
network; the higher protocol layers are then realized in PC software. This
allows, further to higher performance, to overcome other resource restrictions. PC–network interfaces, routers and nodes with special performance
requirements are typical fields of application. The Easylon + products, for
instance, make use of these possibilities.
Network Nodes
What Makes the Difference?
The difference in comparison with other field bus systems becomes
obvious in the technological approach: Distributing the control task
by using rules partly realized in hardware is a general approach not
emerging from the solution for a single area of application. This results
in a universal usability for a general and very broad range of requirements. For extreme requirements and special challenges LonWorks
often is inappropriate. There specific solutions are unbeatable, however
rarely transposable.
In building automation this becomes apparent. LonWorks crosses
the traditional barriers between different building sections (heating,
lighting, …) to the advantage of a cross-functional building automation.
LonWorks devices complete the control tasks in their application
section but, at the same time, make available information to devices
dedicated to other application sections, thus increasing the effectiveness of the whole automation system. The important thing in this is
not being open for information transfer but the integrated operation of
the networked system. Without any change in technology all tasks can
be solved using products from different manufacturers. The message
from the access control at the gate is just a data point, which next to
granting access can as well be used by the room heating resulting in a
comfortable office temperature as soon as the staff member reaches
the office. Separate presence detection is not required. Initial costs
of such integrated solutions may be higher than those for traditional
ones, total cost of ownership will soon make up for it.
LonWorks Characteristics
• Standardized and already implemented communication
• Manageable software by distribution of the control task
• Easy modification and scalability
• Free choice of topology
• Safe local operation by independence from a central instance
• Variety of transmission media
• Communication distance
• Flexible addressing
• Interoperability
Transceiver
A transceiver couples the node to the network. As large as the variety of
the media is which LonWorks can use (the technology is by definition not
restricted to certain media) as large is the number of different transceivers. Very common is the FTT-10A transceiver, as twisted pair lines in free
topology are frequently used (TP/FT networks).
LonTalk Protocol
This is the LonWorks “language”. It is used with all nodes and is already
implemented in the Neuron Chip.
Info
Standards and Names
CEA-709
Communication protocol standard (ANSI/EIA), LonWorks
compatible; corresponding European standard: EN 14908
CEA-852
Standard for an Ethernet based communication protocol
equivalent to LonWorks (EIA/CEA) corresponding European
standard: EN14908 part 4
DIN EN 14908 "Open data communication in building automation, controls
and building management"; European standard for LonWorks
equivalent communication protocol;
28
Some Information About LonWorks
Tools for Operation and Development
Network Topology and Media
A network management tool is required to design and maintain a LonWorks network. Almost all current tools are based on the LNS (LonWorks
Network Services) platform by Echelon. A network management tool
serves for planning the network and establishing the logical connections
between the nodes – the binding. Furthermore it allows network diagnosis
and provides information visualization systems can use.
LonWorks allows for various network topologies and free selection
between bus, star, ring or tree structure. In practice free topologies
often are realized, oriented to the existing structures in buildings or
installations. For segmentation of such free topologies routers can
be used to control the data transfer.
For the development of the nodes themselves Echelon provides the “NodeBuilder” software. This program allows application writing using the
Neuron-C programming language. Similar to C this language contains
special extensions with respect to the LonWorks communication protocol
and enables a quick implementation of control applications.
Interoperability
The standardized protocol in itself is not sufficient. Standard network
variable type tables (SNVT) are part of the LonWorks technology. With
respect to applications, LonMark International coordinates the definition
of functional profiles existing for many areas of application.
Star
Bus (line)
Term.
Term.
Term.
Free Topology
Ring
Term.
The Network Structure
The LonWorks network can be structured in domain, subnet and node.
A domain can comprise up to 255 subnets, a subnet a maximum of 127
nodes. In total this makes up to 32 385 nodes in one domain. Several
domains can be connected. However, in principle only nodes within the
same domain can directly communicate. Each node in the network has a
distinct logical address consisting of the three hierarchical levels domainid, subnet-id and node-id.
A LonWorks network uses infrastructure components such as routers,
bridges and repeaters.
Routers are devices offering two or more network connections. They are
used to connect different subnets. Messages received from the network
on one side will usually be transmitted to the other
side and vice versa. Additionally the router can
filter messages, distribute messages or find and
route into the correct subnet.
Bridges connect different domains. They transmit
data from one domain to another and vice versa.
Repeaters just are physical signal amplifiers regardless of the message contents. They are used
to realize long communication distances or if the
maximum permissible number of 64 nodes per
2-wire-segment (FTT-10 transceiver) is exceeded.
Term.
LonWorks is specially flexible with respect to the transmission media:
• Twisted pair
• Radio
• Infra-red
• Fiber optic cable
• COAX cable
• Power supply system
• IP-networks
Even larger distances can be connected. Networks (in bus topology)
can be extended up to more than 2000 m using twisted pair lines.
By using physical star couplers for instance, the length of the individual branch lines is 1.3 km maximum. By using repeaters, routers or
gateways the structures of the network can be extended to an almost
unlimited length. Further to those transmission media the LonTalk protocol can also use
the IP-protocol for transmission. Thus the LonTalk protocol becomes
Intranet and Internet enabled.
Transceiver
Medium
TP/XF 78
TP/XF-1250
Twisted Pair Twisted Pair
Number nodes
64
64
Topology
line
line
1 400 m
130 m
Network length
TP/FTT-10
TP/LP-10
Twisted Pair
Twisted Pair
64
line
127
free
line
free
2 700 m 500 m 2 200 m 500 m
Some Information About LonWorks
29
Who is Addressing Whom?
The Network is the Control
Further to the mere physical connection the control task requires
a logical connection. Data exchange in LonWorks networks takes
place between network variables (NV). A special group among these
is the SNTVs (Standard Network Variable Type). Defined by LonMark
International every developer can use them to maintain interoperability. Network variables are of special importance:
A LonWorks network consists of up to 32 385 intelligent network nodes
communicating via LonTalk. Time-critical messages can be prioritized; a
safe transmission is granted, amongst others, by end-to-end control and
acknowledgements.
• Information from one node to another is exclusively “transmitted” by NVs.
• NVs are the logical interface from one node to every other node.
• Binding the NVs of the network nodes is the main task of the
system integrator while commissioning the network.
• NVs are, along with configuration parameters, the essential
information, which can be seen of a node.
A network management tool is used to define the control logic of the
network. The following definitions are made:
• Who communicates with whom?
• Which information is exchanged?
• In which way is the information exchanged?
Wherever input and output signals (I/O) are required, distributed and
intelligent sensor or actor devices can be placed. Those application specific nodes control and manage themselves and mutually. They only need
status or modification messages from other network nodes to take action,
which they receive via the LonWorks network. Transmission speeds up
to 1.25 Mbps can be reached.
Standardized data types, so-called SNVTs and functional profiles are the
basis for the interoperability of the network nodes. The interoperability
between modules from different vendors provides the user with freedom of
choice and considerably facilitates a cross-functional building automation.
By distributing the intelligence or, respectively, the application LonWorks
networks can be operated at low cost without host computer or PLC (for
central capturing and processing). No host computer is required for control
and monitoring tasks. For visualization purposes and further processing
of LonWorks data in other systems usually PCs are used.
LonWorks offers a flexible field bus system provided with distributed intelligence that can cover
large distances using most different media on a
high level of reliability and safety. The modular
structure allows for modification and extension of
the network; at any time and without large effort.
Gesytec GmbH
61A0190A07d 03/2014
Pascalstr. 6, 52076 Aachen, Germany
Tel.: +49 2408/ 944-0
Fax: +49 2408/ 944-100
info@gesytec.de · www.gesytec.com
Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF

advertising