| Вид документа | Бюлетень виробу |
|---|---|
| Виробник | JCI |
| Код документа | fx16-master-controller-multi-media-programmable-controller-product-bulletin |
| Група обладнання | FX16 Field Controller |
| Сторінок | 15 |
| Мова документа | англійська |
| Розмір файлу | 0.6 МБ |
Текст документа
Product Bulletin FX16 Master Controller
Issue Date 06 2005
16 Master Controller
multi-media programmable controller
The FX16 Master Controller is a multi-media The FX16 Master Controller is fully programmable,
programmable controller of the FX Platform. The FX16 using the FX TOOLS 2 Suite, for a wide range of
Master Controller is specifically designed for commercial environmental control applications
commercial HVAC and refrigeration applications such including the connected XT/XP modules and FX slave
as chillers and rooftops, indoor packaged air controllers.
conditioning units, Air Handling Units and Close
Control Units. The FX16 Master Controller is also available with a
serial communication card for integration into a
The controller has 27 physical inputs & outputs and Building Automation System with a LonWorks® or
supports a wide range of temperature sensors and N2Open bus network.
actuating devices. Additional physical inputs & outputs
may be achieved by adding the XT/XP expansion
modules on the Local N2Open bus.
The FX16 Master Controller is able to manage a
distributed control application with up to 8 FX Platform
slave controllers (FX05 Advanced, FX15 Classic &
Universal). Parameters in the distributed control
application can be displayed and modified from the
optional remote mounted user interface displays.
Multimedia features include the communication
services to transmit event notification messages via
SMS (Short Messaging Service) or by e-mail. With its Figure 1 : FX16 Master Controller
on-board Web server, the user can browse and make
adjustments to parameters of the application from a
remote location.
Features and Benefits
Distributed Control Application Management of multiple FX Platform controllers opearting as an integrated
control system with a common user interface
Embedded Web server Data available from the control system on a Web browser with standard
Internet Explorer® software V5.5 or later at any location with a secure access
to the FX16 Master Controller
Communication Services Automatic reporting of important events/alarms by e-mail or by SMS (Short
Message Service)
Supervisory Communication Options FX16 Master Controller can be integrated into a supervisory Building
Management System using the optional LonWorks® or N2Open
communication cards
Freely Programmable using FX TOOLS 2 Adaptable to a wide range of HVAC or refrigeration control applications using
Software Suite the extensive programming features of the FX TOOLS 2 software Suite
Trend and Event Logging Automatic reporting and recording of control system events and alarms as well
as continuous trending of data from selected control routines for display or
long term storage.
Software selectable analog inputs : A99 / Choice of temperature sensor according to the control range and application.
NTC k10, 2k2
4-20 mA
0-10 V
0-5 V Ratiometric
User Interfaces, integrated or remote Clear data presentation in numerical and text format on LCD 4 x 20 character
display to manage the controlled system.
© 2005 Johnson Controls, Inc. 1
Code No. www.johnsoncontrols.com
On Board Inputs and Outputs
The FX16 Master Controller features the following I/O The FX16 Master Controller provides the formatting
Channels: data for the requested pages starting with a “Home
Page” from which other pages can be requested. Each
6 high resolution Analog Inputs;
page may contain graphic images and links to the
8 opto-isolated Digital (Binary) Inputs (DI) – for other pages as well as data windows for the display of
voltage free contacts; live information from the control system.
9 Digital Outputs (4 Relays -line voltage contacts-
The active values are transmitted by the embedded
and 5 Relays -line voltage contacts- or 5 Triacs -
Web server in the FX16 Master Controller to the
24 VAC-);
screen of the PC. Typically up to 16 values can be
4 Analog Outputs (0..10 V). continuously updated in one page and the user may
adjust or override values on the screen. Access to the
Scalable I/O Expansions Web pages is protected by a password system to
prevent unauthorised viewing of data and control
The input/output capacity of the FX16 Master actions.
Controller may be extended by connecting up to four
From the Web browser the user can access the event
extension modules via the Local N2Open Bus.
history log, the list of active alarms in the FX16 Master
An extension module comprises an XT-9100
Controller. The user can also display the contents of
processor / communications module and one or more
the trend log table, and enable or disable trend
XP expansion modules. The expansion modules
collection.
provide input/output capability for the extension
modules. In summary, the Web server interface provides the
An extension module set is assembled from sub- following features from any PC that is directly
modules, providing various combinations of analog connected to the FX16 Master Controller or with
and digital (binary) I/O points. access to the telephone system.
The connectable expansions are: Display live variables in the monitored control
system
XT-9100 Processor / Communication Module
Adjust and command variables in the control
XP-9102 6 universal AIs + 2 AOs
system
XP-9103 8 DOs (triacs)
Display and acknowledge active alarms
XP-9104 4 DIs + 4 DOs (triacs)
Display the event history log
XP-9105 8 Dis
Display trended values and copy/paste to Excel
XP-9106 4 DOs (Relays) 230VAC (Europe spreadsheet for storage and further processing
only)
Enable and disable trend logs
XP-9107 4 Dos (Relays) 24VAC (North
Read and modify communication parameters
America only)
including e-mail addresses, telephone numbers,
Refer to the XT-9100 Technical Bulletin for more etc.
details.
Embedded Web Server and Web Page
Access
The FX16 Master Controller features an embedded
Web server that enables a local or remote user to
establish communication with the FX16 Master
Controller from a PC and to browse live control
information, active alarms, recorded data and
configuration parameters. This feature provides an
effective, low cost monitoring and control system
without the need for any special or proprietary
supervisory software. Figure 2 : Web Page with Trend Data
The Web pages are accessed using a direct serial line
or telephone modem connection and the point-to-point
protocol (PPP) from any PC with Microsoft® Internet
Explorer® software that serves as a Web browser.
2 FX16 Master Controller
Communication services
E-mail, SMS Messaging
The FX16 Master Controller can be programmed to into the active or alarm state and can be directed to a
send out e-mail, SMS (Short Message Service) prioritized list of destinations.
messages when connected to a modem and
Alternatively if the user has access to a PC with Web
telephone line or to a GSM (Global System for Mobile
browser and modem connection, the control system
communications) modem with an appropriate
can be viewed on the Web pages that have been
transmitter and antenna. E-mail messages are
generated in the FX16 Master Controller.
directed to an ISP (Internet Service Provider) that
offers an e-mail forwarding service. SMS messages The e-mail service can also be used to periodically
can be sent to a Service Centre or directly to a mobile send trend log data to a remote e-mail receiver for
telephone. Messages are sent when an event goes electronic storage and to prevent the loss of data in
the FX16 Master Controller when the trend buffer is
full.
Figure 3 : Communication Services
FX16 Master Controller 3
Distributed Application
A distributed application is a control strategy that is Distributed applications are used for the coordinated
managed by the FX16 Master Controller but is control of a central plant and the remote equipment
executed concurrently in the FX16 Master Controller that it serves. For example, a distributed application
and in up to eight FX platform controllers connected could be applied to an FX16 Master Controller
to the Local Link Bus. The communication between controlling an air handling unit and a number of
the controllers is defined by network variables in the FX05 controllers controlling zone temperature
distributed application and the FX16 Master controllers. Another benefit of the distributed
Controller executes the communication in the most application is the ability to combine FX controllers to
effective way to maintain the performance of the provide the required inputs and outputs for the
entire control system. physical equipment interface and then to develop an
application that is automatically distributed and
executed in the individual controllers as a single
control system.
Figure 4 : Distributed Application
4 FX16 Master Controller
time and date on the screen and the time stamping of
Supervisory Options each event. The real time clock also enables the time
scheduling of start and stop commands and set point
The FX16 Master Controller controllers can be changes to the plant that is being monitored and
integrated into a supervisory building management controlled. Scheduled commands may be configured
system for continuous monitoring of the control to execute on one or more days of the week and an
system. The FX16 Master Controller supports two exception day calendar allows for alternative time
methods of integration : schedules on holidays or during special periods in the
year.
N2Open Network Time schedules may be displayed and edited on the
A supervisory N2Open building management system available User Interfaces or in a Web page on a Web
can be connected to the FX16 Master Controller and browser screen. The real time clock is battery backed
has access to all the control system variables and with an average battery life of more than two years.
parameters when the FX16 Master Controller is fitted
with the N2Open communication card. Alarm and Event Management
The FX16 Master Controller manages and records
events or errors that are generated by the operating
system and events or alarms that are associated
with data points or variables in the control
application.
System events indicate to the user that the control
system requires some attention and include events
such as:
System power up
Trend buffer full
Communication message failure (E-mail, SMS)
Device communication error
Figure 5 : N2Open Communication card
Application or display diagnostic error
LonWorks® Network
Application events or alarms indicate to the user that
A LonWorks® compatible building management the controlled equipment requires attention or that
system can be connected to the FX16 Master the controlled conditions are not within the expected
Controller when the FX16 Master Controller is fitted limits.
with the LonWorks® communication card.
Analog value is outside of a desired range
The LonWorks® network uses the peer-to-peer Status value represents a condition that is not
LonTalk® protocol so that the FX16 Master Controller normal
controller can be monitored or commanded by any
LonWorks® compatible device on the system network When an event goes into the active state, it is
and present the data on its user interfaces (integral or entered into the table of active events and the event
remote). history log with the time and date of occurrence, and
a message window appears on the display screen.
The event can also be configured to send a
message to one or more of the following:
E-mail Message Server
Mobile Telephone with Short Message Service
(SMS)
When active events are configured to be
acknowledged by a user, they are only removed
from the table of active events when acknowledged
and they have returned to the inactive or normal
state. Events may be acknowledged from the
Figure 6 : LonWorks® Communication card available User Interfaces. The table of active events
and the event history log may be viewed on the
available User Interfaces or Web browser screen.
Real Time Clock
The FX16 Master Controller has a real time clock that
supports all real time functions including the display of
FX16 Master Controller 5
Data Trend Logging
The FX16 Master Controller can be configured to The user interface models connectable to the FX16
record data samples at a defined interval from up to Master Controller are:
16 variables within the control application. The
sample interval is defined for each variable and can LP-DIS65P00-0C: Large User Interface Version
be set from every minute to once per day. The on- 2, panel, flush mount or hand held, 4x20
board memory can hold, for example, a trend log of character backlit CD, IP54, extended
samples taken at 15 minute intervals for up to 20 temperature range: -20°C (68°F) to +50°C
days. (122°F), standard JCI front-plate. The front-plate
is fully customisable upon minimum order.
The trend data for each variable can be viewed in
text format on the available User Interfaces within a
specified time range.
The trend log buffer can also be viewed from a Web
browser and the trend information can be copied
and pasted into a spreadsheet application such as
Excel for further processing and electronic storage.
The trend logs can also be transmitted at regular
intervals from one hour to every day via the
telephone modem connection to an e-mail server. A
system event message is generated if the trend
buffer is not configured in the circular recording
mode and the buffer becomes full.
User Interfaces, Keyboard and Figure 7 : LUI V.2
Indicators LP-DIS60P10-0C / LP-DIS60P11-0C: Medium
The FX16 Master Controller allows for two types of User Interface Version 2, 4x20 character backlit
user interface: Local or Remote. LCD, IP54, extended temperature range: -20°C
(68°F) to +50°C (122°F). Panel mount, non-
LOCAL: up to 3 m (10ft) from the controller, isolated version, wall mount isolated version.
power supply and data communication via the
flat telephone cable included in the LP-KIT007-
000C.
REMOTE: up to 300 mt (1000ft) from the
controller.
The display must be independently powered.
The data communication requires a 3 cone
shielded cable (not provided) connected to the
Remote Display Connection of the FX16 Master
Figure 8 : MUI V.2
Controller.
For more details about the connection possibilities
please refer to the specific user interface technical
bulletin.
Multi-language database
All the text on the available User Interfaces is fully
programmable and can be entered in up to five
different languages using the table provided in the
programming tool that lists all the texts for
translation.
The user is then able to select the preferred
language from the display menu when logging into
the system. This feature has been designed for
equipment manufacturers who export systems to
many countries in the world or for systems in areas
where more than one language is spoken.
6 FX16 Master Controller
FX TOOLS 2 Suite
The FX16 Master Controller is
fully programmable. The FX
Builder configuration tool is used
to program the controller with
the required application, using
the 27 physical input/output
points. The application can be
downloaded, tested and
commissioned using FX Loader and FX CommPro
software packages.
Application Upload / Download
The FX16 Master Controller is a fully programmable
controller and the application can be downloaded to
the controller via PC, with the FX TOOLS 2 or
uploaded / downloaded via the FX programming
key. Figure 9 : FX Programming Key
FX16 Master Controller 7
Dimensions in mm (inch)
215 (8.46) 49 (1.93)
For Omega Rail DIN/EN 50022 Mounting
142 (5.59) 122 (4.8) DIN RAIL
B B
FX16-003_09 2003
180.5 (7.11)
)3
8
1
(
5
6
4
Panel cut-out
Figure 10 : FX16 Master Controller dimension and cut-out
8 FX16 Master Controller
Ordering Codes
Controller Ordering Codes
LP-FX16D00-
FX16 Master Controller, 9 relays, application-less
000C
LP-FX16D01-
FX16 Master Controller, 9 relays, application-less, N2Open card pre-assembled
000C
LP-FX16D02-
FX16 Master Controller, 9 relays, application-less, LonWorks® card pre-assembled
000C
LP-FX16D03-
FX16 Master Controller, 9 relays, application-less, RS-232 card pre-assembled
000C
LP-FX16D10-
FX16 Master Controller, 4 relays + 5 triacs, application-less
000C
LP-FX16D11-
FX16 Master Controller, 4 relays + 5 triacs, application-less, N2Open card pre-assembled
000C
FX16 Master Controller, 4 relays + 5 triacs, application-less, LonWorks® card pre- LP-FX16D12-
assembled 000C
LP-FX16D13-
FX16 Master Controller, 4 relays + 5 triacs, application-less, RS-232 card pre-assembled
000C
Communication Card Ordering Codes
N2Open communication card LP-NET151-010C
LonWorks® communication card LP-NET152-010C
RS232 communication card LP-NET163-000C
Accessories Ordering Codes
Link cable for the connection of the FX16 Master Controller to the MUI / LUI display - 3m
LP-KIT007-000C
(10ft).
Link cable FX16 Master Controller - STD modem - DB9, 1.5m (5ft) LP-KIT007-001C
Link cable FX16 Master Controller - GSM modem - DB15, 1.5m (5ft) LP-KIT007-002C
NULL MODEM link cable - RS232, 3m (10ft) LP-KIT007-013C
NULL MODEM link cable - RS232, 15m (49ft) LP-KIT007-014C
Kit of female screw connectors LP-KIT015-000C
Kit of female cage clamp connectors. LP-KIT015-001C
MODEM GSM 900/1800 FastTrack LP-KIT090-000C
GSM modem plug-in antenna LP-KIT090-001C
GSM modem magnetic mount antenna - 2,5m (9ft) cable LP-KIT090-003C
GSM modem panel mount antenna - 5m (16ft) LP-KIT090-004C
GSM modem power adpater, 230Vac/12Vdc, wall plug LP-KIT090-005C
FX Programming Key LP-KIT100-000C
Demos Ordering Codes
DEMO FX16 Master Controller, 9 relays, application-less, N2Open card pre-assembled LP-FX16DEM-001C
DEMO FX16 Master Controller, 9 relays, application-less, LonWorks® card pre-
LP-FX16DEM-002C
assembled
DEMO FX16 Master Controller, 9 relays, application-less, RS-232 card pre-assembled LP-FX16DEM-003C
FX16 Master Controller 9
User Interface Displays Ordering Codes
Large User Interface V.2, (4x20 character) LCD backlit display (LUI with standard
LP-DIS65P10-0C
JCI front plate).
Medium User Interface V.2, (4x20 character) LCD backlit display, panel mount
LP-DIS60P10-0C
version.
Medium User Interface V.2, (4x20 character) LCD backlit display, wall mount
LP-DIS60P11-0C
isolated version.
Expansion Modules Ordering Codes
Extension module XT-9100-8304
Expansion board: 6AI, 2AO XP-9102-8304
Expansion board: 8DO (triacs) XP-9103-8304
Expansion board: 4DI, 4DO (triacs) XP-9104-8304
Expansion board: 8DI XP-9105-8304
Expansion board: 4DO (relays) 230VAC (Europe only) XP-9106-8304
Expansion board: 4DO (relays) 24VAC (North America only) XP-9107-8304
Software Ordering Codes
FX TOOLS 2 Suite CD-Rom (FX Builder, FX CommPro, FX Loader) LP-FXTOOLS2
FX TOOLS Express Suite CD-Rom (FX Builder Express, FX CommPro Express) LP-FXTOOLS-EXP
10 FX16 Master Controller
Technical Specifications
I/O Details
Terminals Type Remark/Application
Analog Input (AI)
See table below Freely software configurable.
AI1, AI2, AI3,
TB1 Application: temperature, humidity, pressure,
AI4, AI5, AI6 16 bit resolution etc.
0-10 V Sensors
3, 8 EXT-VDC +16 V, 80 mA or
max no. 4 0/4 - 20 mA Sensors
To power direcly from the FX16 ratiometric
AVPS = +5 V, 20 mA sensors, with AVPS
AVPS / EXT- or
13 EXT-VDC = +16 V, 80
VDC 0-10 V, 0/4 - 20 mA Sensors with EXT-VDC.
mA
The selection between AVPS and EXT-VDC
is done through jumpers.
List of available sensor input
Accuracy
Sensor Type Linearization Range
@ 20°C ambient
Ni1000 JCI -45°C (-49°F) to 120 °C (248°F) +/- 0.5° C (32°F)
Ni1000 JCI Extended 20°C (68°F) to 287°C (548.6°F) +/- 0.5° C (32°F)
Ni1000 Siemens -50,00°C (-58°F) to 160°C (320°F) +/- 0.5° C (32°F)
Ni1000 DIN -60,00°C (-76°F) to 180°C (356°F) +/- 0.5° C (32°F)
Pt1000 -50°C (-58°F) to 605°C (1121°F) +/- 0.6° C (32°F)
A99 -50°C (-58°F) to 110°C (230°F) +/- 0.5° C (32°F)
NTC 2,2K -40°C (-40°F) to 150°C (302°F) +/- 0.5° C (32°F)
0 to 5 VDC ratiometric 10 to 90% of supply voltage 0.3%
0 to 10 VDC 0 to 10 Volts 0.3%
0 to 20 mA 0 to 20 mA 0.3%
FX16 Master Controller 11
Digital Input (DI)
In order to assure galvanic isolation a different
24 VAC power supply must be used to empower
DI1, DI2, DI3,
the digital inputs (through terminals 34, 35).
TB2 DI4, DI5, DI6, Potential free contacts
Transition counter function maximum 1Hz.
DI7, DI8
For quicker counter function use the XP-9105
module.
Digital Output (DO)
Max switching power:
2000VA, 240W, 0.5HP, 250VAC
UL/CUR rating: 8A 250VAC
8A 30VDC
DO1, DO2,
TB3 SPST 8(3)A power relays VDE rating: 8A 250VAC
DO3
Expected electrical life min. operations:
1 x 105 operations (360 ops x hour)
Dielectric strength:
coil-contacts 4000 Vrms
Max switching power:
1250VA, 150W
Rating (resistive): 10A 125VAC
5A 250VAC
SPST 5(3)A power relays 5A 30VDC
TB4 DO4, DO5 or Expected electrical life (min operations):
0,5A / 24 VAC triacs 10A 125Vac 5x104
5A 250VAC 5x104
5A 30VDC 105
Dielectric strength:
coil-contacts 4000 Vrms for 1 min
SPST 5(3)A power relays
DO6, DO7,
TB5 or
DO8
0,5A / 24 VAC triacs
Same as TB3 relays
Fail relay for enhanced security. The relay will
TB6 DO9 SPDT NC 8(3)A 250V relay return to its NC position not only at power fail but
also in case the microprocessor should fail:
watch-dog, brown-out, etc.
Analogue Outputs (AO)
Used to drive analog actuators, frequency
TB7 AO1, AO2 0 ÷ 10 VDC (max 1.5 mA)
drives. 16 bit resolution.
Used to drive analog actuators, frequency
TB8 AO3, AO4 0 ÷ 10 VDC (max 1.5 mA)
drives. 16 bit resolution.
AO V~ Hot In order to assure galvanic isolation a different
79, 80 24VAC 24 VAC power supply must be used to empower
AO V~ Com the analog outputs.
12 FX16 Master Controller
FX16 Master Controller
Product FX16 Master Controller
Power Supply Requirements 24 VAC ±15%, 50/60 Hz - Class 2 Power Supply
Power Consumption 15 VA at max load
Internal Fuse 2 A, 250 V
Protection Class IP 20
Ambient Operating Conditions -20°C to +50°C10 to 95% rH (non condensing)
Ambient Storage Conditions -20°C to +70°C10 to 95% rH (non condensing)
Dimensions (H x W x D) 142 x 215 x 49
Weight (with package) 0,74 Kg
Connection terminals for signals and Screw terminals for max 1 x 1.5 mm2 wires
power supply or
Cage clamp connectors 1 x 1.5 mm2 wires
To be ordered separately
LonWorks® / N2Open bus connection Screw terminals, cable size 0.05 to 1.5 mm2, AWG30 to AWG14
terminals Belden cable, 2-core twisted pair with shield
2
Connection terminals for extension bus Screw terminals, cable size 0.05 to 1.5 mm , AWG30 to AWG14
and remote display
Single cable lengths
Digital Inputs DI1 - DI8 Max. 100m (328,1 ft) with diameters ≥ 0.6 mm (0.02 in)
Analog Inputs AI1 - AI6 Max. 100m (328,1 ft) with diameters ≥ 0.6 mm (0.02 in)
Max. 100m (328,1 ft) where A ≥ 1.5 mm (0.002 in )
Triac outputs (when present) 2 2
Analog Outputs AO1 - AO4 Max. 100m (328,1 ft) where A ≥ 1.5 mm (0.002 in2)
2
Remote Display Max. 3m (9.8 ft) if display is powered by controller. Max. 1km (1.9 mi)
if display independently powered
Extension Modules Bus Max. 1km (0.6 mi)
Display and Extensions cable type Belden 4-core, twisted pair, shielded
89/336 EEC directive: EN 50081-1 (EN 61000-6-3),
EN 50082-1 (EN 61000-6-1)
Compliance 73/23 EEC directive: EN 60730
UL compliance UL873
N2Open Bus Characteristics
RS485 line maximum length without repeater: 1200m (4000ft), AWG26 twisted pair with
shield.
Devices maximum of 32 per 1200m (4000ft) bus segment.
RS485/232 Converter IU-9100 if third party converter is used then make sure it supports automatic
DSC (Data Send Control)
Electrical Isolation 1500 V
FX16 Master Controller 13
LonWorks® Network Characteristics
LonWorks® network and Line Daisy chained Bus Topology: two terminators of 100 Ohm required, one at each end
Terminators of the bus.
Free (start) topology: single terminator of 50 Ohm required.
Nodes 64 (if repeaters are not used),
FTT-10 nodes only.
Cable type: Length with FTT-10 devices
Bus topology Free topology
Belden 85102 2700m (1.7mi) 500m (0.3mi)
Belden 8471 2700m (1.7mi) 500m (0.3mi)
Level IV 22 AWG 1400m (0.9mi) 400m (0.3mi)
GSM modem
GSM 900 GSM 1800/1900
Voltage Range 5 to 32 VDC
Power Supply @25°C Min Typ Max Min Typ Max
Input Supply voltage 5 13.2 32 5 13.2 32
@5 V 1.8A 1.1 A
Input peak supply current
@13.2 V 0.7A 0.4 A
(in communication)
@32 V 0.4A 0.2 A
@5 V 330 mA 220 mA
Input average supply current
@13.2 V 130 mA 95 mA
(in communication)
@32 V 65 mA 50 mA
@5 V 31.4 mA 31.4 mA
Input average supply current
@13.2 V 13.2 mA 13.2 mA
(in idle mode)
@32 V 5.6 mA 5.6 mA
Ambient Operating
-20°C (-4°F) to +55°C (131°F)
Conditions
Ambient Storage Conditions -25°C (-13°F) to +70°C (158°F)
Housing Material Aluminium profiled
Volume 12.2cm3 (0.7in3)
Weight < 130g (0.3lb)
Dimensions 98mm (3.9in) x 54mm (2.1in) x25mm (1in) (excluding connectors)
Overall dimensions 110mm (4.3in) x 54mm (2.1in) x 25mm (1in)
14 FX16 Master Controller
Programming Key
Power Supply Directly powered from the Display Bus port of the FX15 Classic or from an AC/DC
adapter 230V to 12 VAC ÷ 15 VDC min 2 VA
Memory type and size Flash memory 1 Mbytes
Connection to controller Via RS485, not isolated, 10 cm cable provided with the key
Enclosure IP class IP40
Ambient Limits Operating: 0°C (32°F) – 40°C (104°F), 10-95% rH
(not condensing)
Storage: -20°C (-4°F) – 70°C (158°F), 10-95% rH
(not condensing)
Agency Listing 89/336 EEC directive: EN 50081-1 (EN 61000-6-3),
EN 50082-1 (EN 61000-6-1)
The performance specifications are nominal and conform to acceptable industry standards. For application at conditions
beyond these specifications, consult the local Johnson Controls office. Johnson Controls, Inc. shall not be liable for
damages resulting from misapplication or misuse of its products.
LonWorks®, LonTalk® are registered trademarks of the Echelon Corporation.
Microsoft® Internet Explorer® is a registered trademark of the Microsoft Corporation.
Headquarters: Milwaukee, Wisconsin, USA
European Customer Service Center: Westendhof 3, D-45143 Essen, Germany
European Factories: Essen (Germany), Leeuwarden (The Netherlands) and Lomagna (Italy)
Branch Offices: Principal European Cities
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