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Электронный компонент: 41200

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LonPoint System
The LonPoint System is a family of products designed to
integrate new and legacy sensors and actuators, as well as
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devices, into cost-effective, interoperable, control
systems for building and industrial applications. In contrast to
traditional control networks, which use closed islands of con-
trol linked with proprietary gateways, the LonPoint System
offers an open distributed system architecture in which every
device performs some control processing and can be accessed
from any location in the network. Distributing the processing
throughout the network and providing open access to every
device lowers the overall installation and life cycle costs,
increases reliability by minimizing single points of failure, and
provides the flexibility to adapt the system to a wide variety of
applications.
The system consists of the LonPoint Interface, Scheduler,
Data Logger, Router Modules, LonPoint Application Programs,
LNS
TM
- based LonMaker
TM
for Windows
Integration Tool,
LonPoint Plug-In and LNS DDE Server.
DO-10 Module
The DO-10 Module is a L
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a device that provides 4
digital outputs, 0-12V, 100mA source/sink maximum on any
one output, 110mA source/400mA sink on all outputs com-
bined. Separate hand/off/auto front panel DIP switches, and
status LEDs, are provided for each output. The module oper-
ates from 16 to 30VAC or VDC, allowing it to be powered
from the same sources as the actuators.
Resident within the module is a powerful, configurable
application program. The program includes a variety of soft-
ware functional blocks (L
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ARK
objects) that define how the
module will function. Digital Output functional blocks provide
configurable debouncing, inversion, time-based processing,
preset, override, and heartbeat control of the digital outputs.
Digital Encoder functional blocks encode up to four digital
values to produce configurable digital and mode outputs.
Analog Function Blocks perform configurable logic, math, or
enthalpy calculations on two analog inputs to generate analog
and digital outputs. Type Translator functional blocks convert
any input network variable type to any output network variable
type using a configurable translation table. Using the
LonMaker tool, the user links together the functional blocks of
the DO-10 Module, other LonPoint modules, and other
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and L
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ORKS
devices, to create an open distrib-
uted control system. Network design and configuration is
simplified by the Visio
interface of the LonMaker tool, which
can both import and export AutoCAD
files and generate as-
built documentation. The user configures the DO-10 Module
using the simple and intuitive interface provided by the
LonPoint Plug-In.
Moves, adds, and changes can be easily accommodated by
downloading configuration changes into the LonPoint module's
flash memory--either locally or via remote L
ON
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ORKS
or
Internet network connection.
T
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O I N T
S
Y S T E M
DO-10 Digital Output Interface Module
Model 41200
LonPoint Interface
Model and Software
Revision
DO-10 MODEL 41200ID NUMBER
MODEL 41200 972
SW VERSION 1 .0
ID NUMBER
DO-10
LISTED 178K
ENERGY MANAGEMENT
EQUIPMENT SUBASMBLY
C
UL
US
DO-10 MODEL 41200ID NUMBER
UL
Service LED
Service Switch
Power/Wink LED:
Power/On: Illuminated
Continuously
Wink: Flashing
Digital Output Status LEDs
(LED function is user-programmed)
Digital Output 1 LED
Digital Output 2 LED
Digital Output 3 LED
Digital Output 4 LED
Peel-Off Code 39
Format Bar Code of
LonPoint Interface
Neuron Chip ID
Number
Network Access Jack; use
with Echelon PCC-10 Cable
Model 78303
Hand/Off/Auto Switch
1 ON (Hand)
0 OFF (Off)
Network Controlled (Auto)
1
0
1
2
3
4
Digital Output 1 Switch
Digital Output 2 Switch
Digital Output 3 Switch
Digital Output 4 Switch
w Seamlessly integrates digital actuators into
interoperable L
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ORKS
networks
w 4 digital outputs: 0-12VDC
w Separate hand/off/auto switch and status LED
for each output
w Flash memory: download via network
w Network access from front panel jack
w Two-piece design cuts installation time, cost
w LNS Plug-In
w U.L. Listed, cU.L. Listed, CE Mark, FCC, L
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A unique, two-piece design allows pre-wiring and cable
testing by an electrician prior to installation of the electronics;
technician time can be reserved for tasks such as device config-
uration. Power and network wiring are looped through the
base plate, providing the ability to replace modules by hot-
plugging without disrupting network operation.
Polarity-insensitive power and network connections mini-
mize the chance of miswiring, and the free topology design
allows wiring to be run via the most convenient route. A front
panel jack accesses the twisted pair network without any disas-
sembly, saving time when the network must be accessed for
configuration or maintenance.
A front panel bar code with the model, revision, and two
removable Neuron
ID stickers is provided. When placed on
the building or system design plans, these stickers can save
installation time, especially for inaccessible devices.
Mounting
The DO-10 may be used with either a Type 1 Base Plate
(for use with 4" square electrical boxes) or a Type 1D DIN
Base Plate (for panel, wall, or 35mm DIN-rail mounting).
LonPoint Module
Service
LED
Base Plate
4" Square
Electrical Box
LonPoint Interface Module 4
Square by 2
Deep Electrical Box
Mounting Configuration
Type 1 Base Plate -- Front View
Type 1D DIN Base Plate
w w w . e c h e l o n . c o m
Copyright 1997-1999, Echelon Corporation. Echelon, LON, L
ON
W
ORKS
, LonBuilder, Nodebuilder, LonManager, L
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ARK
, LonPoint, LonTalk, LonUsers, Neuron, 3120, 3150, the Echelon logo, and the LonUsers logo
are trademarks of Echelon Corporation registered in the United States and other countries. LonLink, LNS, LonResponse, LonSupport, and LonMaker are trademarks of Echelon Corporation. Other trademarks belong to
their respective corporations.
Disclaimer
Neuron Chips, Free Topology Twisted Pair Transceiver Modules, and other OEM Products were not designed for use in equipment or systems which involve danger to human health or safety or a risk of property
damage and Echelon assumes no responsibility or liability for use of the Neuron Chips or Free Topology Twisted Pair Transceiver Modules in such applications. ECHELON MAKES AND YOU RECEIVE NO
WARRANTIES OR CONDITIONS, EXPRESS, IMPLIED, STATUTORY OR IN ANY COMMUNICATION WITH YOU, AND ECHELON SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY OF MERCHANTABILITY
OR FITNESS FOR A PARTICULAR PURPOSE.
Part # 003-0135-01C
Specifications
Function
Description
Processor/memory
Neuron 3150
Chip, 10MHz, 56K flash memory
Service function
Recessed service switch, service (wink) LED. Dual tear-off bar-code Neuron ID self-adhesive tag
I/O
4 digital outputs, 0-12V, 100mA source/sink maximum on any one output, 110mA source/400mA sink on
all outputs combined; separate status LEDs for each output; separate hand/off/auto front panel DIP switches
for each output
I/O isolation
100V, transformer isolation. Outputs are isolated from the input power and the network but not from
each other
I/O connector
9 screw terminal, non-removable, wire clamp style, supports 12-24AWG (2 to 0.5mm) wire
Transceiver type
FTT-10A with blocking capacitors for compatibility with link power channel
Input power
16-30VAC or DC @ 3.2 to 6.5VA (25mA per output) depending on load, internally isolated power supply
Mounting
Type 1 Base Plate or Type 1D DIN Base Plate
Temperature
-40 to +85C, operating and non-operating
Humidity
10 to 95% RH @ 50C
EMI
FCC A, CE Mark
Safety agency
U.L. 916
Functional blocks
Node object (1), digital output open-loop actuator objects (4), digital encoder controller objects (2),
analog function block controller objects (2), type translators (6)
Software configuration
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configuration properties configured by an LNS plug-in. The LNS plug-in is compatible with LNS
tools supporting the LNS plug-in standard, including the LonMaker for Windows Integration Tool
L
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status
Certified to meet
L
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Interoperability Guidelines
Dimensions
3.9
x 3.9
x 1
(10cm x 10cm x 2.5cm)