Echelon LonWorks Router Manual de usuario Pagina 14
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- Tabla de contenidos
- MARCADORES
Valorado. / 5. Basado en revisión del cliente
• RTR-10 Router Core Module (Model: 61000R)
A compact module used by OEMs to build L
ONWORKS routers. The RTR-
10 consists of the core electronics and firmware needed to implement a
router.
• Router 5000 (Model: 14315R)
A semiconductor product used by OEMs to build half-routers or full
routers for various L
ONWORKS channel types. The Router 5000 includes
the firmware required to implement a half-router.
• FT Router 5000 (Model: 14285R)
A semiconductor product used by OEMs to build half-routers or full
routers for L
ONWORKS Free Topology (FT) channels. The FT Router 5000
includes the firmware required to implement a half-router.
Packaged routers eliminate the need to build hardware and obtain the necessary
electrical interference and safety certifications. Thus, they allow direct, off-the-
shelf integration into the user’s L
ONWORKS network. This manual does not
describe how to use the Echelon prepackaged router products. See the Echelon
router Web page (www.echelon.com/products/routers
) for information about the
pre-packaged Echelon router products.
This manual describes those Echelon router products that allow OEMs to design
and build their own custom routers for L
ONWORKS channels: the RTR-10 Router
Core Module, the Router 5000 chips, and the FT Router 5000 chips.
RTR-10 Overview
The RTR-10 Router Core Module is a compact module used by OEMs to design
and build L
ONWORKS routers. A LONWORKS router connects two communications
channels and route LonTalk messages between them. They support installation
of networks with dozens to thousands of devices.
The RTR-10 Module consists of the core electronics and firmware required to
implement a router. Its compact single inline module (SIM) form factor
minimizes the board space required to implement a router. Vertical SIM sockets
are available to minimize board space; right-angle SIM sockets are also available
to minimize component height.
A complete router, using an RTR-10 module, consists of the module, two
transceivers, and a motherboard to connect the RTR-10 router to the two
transceivers, as shown in Figure 2.
4 Introduction to LONWORKS Routers
- LONWORKS 1
- Router 1
- User’s Guide 1
- Welcome 3
- Audience 3
- Related Documentation 3
- Getting Support 4
- FCC Notice 5
- VDE Notice 5
- Canadian DoC Notice 5
- Table of Contents 7
- ONWORKS Routers 11
- LONWORKS Router Products 13
- RTR-10 Overview 14
- ONWORKS 15
- LonWorks Router Based on the 17
- Router 5000 17
- FT Router 5000 17
- ONWORKS router 18
- Router Types 19
- Repeater 19
- Configured Router 19
- Learning Router 20
- Channel A 23
- Router 1 Router 2 23
- Channel B 23
- Power Line Routers 23
- PL Phase A 24
- PL Phase B 24
- Message Receiving Side 25
- Message Sending Side 25
- Direction of Message Flow 25
- Router Performance 28
- LONWORKS Router Electrical 31
- Interfaces 31
- Overview 32
- Electrical Interface 32
- RTR-10 Electrical Interface 32
- ACLK2, BCLK1, and BCLK2 34
- ACP[4..0] and BCP[4..0] 34
- ASVC~ and BSVC~ 34
- AXID[4..0] and BXID[4..0] 34
- Note: RTR-10 Modules 36
- SERVICE~ 37
- Router 5000 Pinout 37
- FT Router 5000 Pinout 39
- Clock Pins (XIN and XOUT) 42
- CP[4..0] – Router 5000 Only 44
- IO[11..0] 46
- SCL, and SDA_CS1~) 47
- Power and Ground 47
- RX Activity Indicator 54
- TX Activity Indicator 54
- Power Requirements 55
- RTR-10 Power Requirements 55
- Low Voltage Protection 56
- LONWORKS Router Mechanical 59
- Developing a LONWORKS Router 65
- Using Custom Transceivers 68
- Differential Driver Circuit 71
- Comparator Circuit 72
- Using an EIA-485 Transceiver 74
- Using an FTT-10A Transceiver 75
- GROUND GUARD 77
- Input Output 89
- NodeBuilder Device Template 91
- Buffer Configurations 92
- Example Neuron C Source 93
- ONWORKS Router Design Issues 95
- PCB Layout Guidelines 96
- Power Supply 97
- Circuitry 97
- EMI Design Issues 99
- Compatibility) 99
- EMC Design Tips 99
- ESD Design Issues 100
- Installing a LONWORKS Router 103
- Introduction 104
- Defining a Network Topology 104
- Connecting Power 105
- Messages 106
- Testing Router Installation 107
- Network Management Messages 109
- Standard Messages 110
- Router-Specific Messages 111
- Set Router Mode 112
- Group Forward 113
- Subnet Forward 114
- Group No Forward 114
- Subnet No Forward 114
- Router Status 115
- Far Side Escape Code 116
- Set Routing Algorithm 116
- Set Buffer Size 116
- LONWORKS Routers 119
- Communications Parameters 120
- Determining RTR-10 Firmware 127
- Version 127
- Router Firmware Version 128
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