Falcon MONITORING F110 User Manual

Monitoring  
F110 User Guide  
Product Registration  
Product registration helps RLE Technologies inform owners of:  
Product upgrades  
Firmware enhancements  
New products and technologies  
Special offers available only to registered users  
Access and submit Product Registration information from the F110 Configuration Menu.  
Any information provided to RLE Technologies through the registration form will be regarded as  
confidential. RLE will not sell or distribute any of the information to third parties. To read our  
Privacy Policy, please visit our website: www.rletech.com.  
Technical Support  
Personal assistance is available Monday through Friday, from 8:00 a.m. to 5:00 p.m. MST.  
A request for assistance may be sent to [email protected].  
Otherwise, please call us directly at: (970) 484-6510, and press “2” for technical support.  
The following information is located on the bottom of each F110 unit. Please have this information  
available whenever a technical support call is placed:  
Product Model Number  
Product Serial Number  
Product Manufacture Date  
970.484.6510  
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Contents  
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Figures  
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C H A P T E R  
CHAPTER 0  
SYSTEM OVERVIEW  
1.1.  
Product Description  
The F110 Monitoring System is a comprehensive system which provides equipment protection  
by monitoring critical operating parameters in enterprises, remote network facilities,  
communication rooms, and critical support systems. The F110 is a stand alone system. It  
operates via embedded “firmware” that handles all data collection, alarm reporting, and  
multiple concurrent communication mediums.  
The F110 is designed specifically to monitor any combination of 3 digital temperature/humidity  
sensors or 3 digital temperature only sensors and up to 8 dry contact sensors (signal quality  
contacts) that can be distributed at locations spanning up to 100 feet (30m).  
Additionally, the F110 allows alert notifications to be sent via email to devices like computers,  
phones, pagers and PDAs. Users can set up thresholds for temperatures and humidity as well as  
configure monitoring of Normally Open (N/O) or Normally Closed (N/C) inputs. Status of  
attached sensors for power, smoke/fire, motion, air flow and more is viewed in real-time.  
Because each F110 is SNMP enabled, it can easily be monitored by network management  
software. The F110 can easily be integrated with Building Management Systems (BMS) via the  
Modbus protocol.  
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1.2.  
Front Panel Indicators and Controls  
Figure 1.1 F110 Font Panel Indicators and Controls  
Power LED – Green (On) if power is on.  
Network Link – Green (On) if a network connection is found.  
Network Activity LED – Green (On) if network communication is occurring.  
Front Panel  
Power  
5VDC wall adapter input (center +)  
Network  
RJ45 1-/1--BaseT Ethernet connector  
RJ11 External Environment Sensor input  
RJ11 External Environment Sensor input  
RJ11 External Environment Sensor input  
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3
4
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1.3.  
Terminal Block Designations  
Figure 1.2 F110 Terminal Block Designations  
Rear Panel  
Switch Sensor Port 1  
Switch Sensor Port 2  
Switch Sensor Port 3  
Switch Sensor Port 4  
Switch Sensor Port 5  
Switch Sensor Port 6  
Switch Sensor Port 7  
Switch Sensor Port 8  
Digital Input 1  
Digital Input 2  
Digital Input 3  
Digital Input 4  
Digital Input 5  
Digital Input 6  
Digital Input 7  
Digital Input 8  
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Notes:  
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C H A P T E R  
CHAPTER 0  
GETTING STARTED  
2.1.  
2.2.  
Installation  
The F110 comes in a 4.5”W x 1.25”H x 2.5”D desktop enclosure. Mount or place the unit in the  
desired location. A 19 inch (.48m) rack mount enclosure is available from RLE.  
Communication  
The F110 default is configured with a DHCP IP Address. The RLE Device Discovery Utility  
scans the network and locates all F110 devices connected to the network. This provides an  
efficient way to manage large numbers of F110 devices from a single host system.  
Note The default DHCP name on the F110 is 'F110 -<5 digit number>'. This 5 digit number will be the  
serial number located on the bottom of the F110.  
The Device Discovery Utility is available on your RLE Product User Guide CD, included with  
your F110. It is also available for download on the Documentation/Files section of the F110  
webpage at www.rletech.com. Install and run the Device Discovery Utility.  
Figure 2.1 Device Discovery Utility  
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2 Getting Started  
2.2.1 Search  
Select the Search button to scan the network for the F110 hardware devices. If an F110 is  
physically attached to your network anywhere it will be located in this scan.  
Note If the Device Discovery Utility can not find the F110, reset the unit by unplugging the power  
adapter and then plugging it back in. Also, make sure that UDP port “30718” is not restricted on  
your network by a router, switch, network firewall or software firewall.  
2.2.2 Set IP  
Select the Set IP button to enter a static IP address, gateway IP address and subnet mask for the  
selected F110. To configure a dynamic IP address, set the IP to 0.0.0.0. When configured for a  
dynamic IP address, F110 will attempt to obtain an IP address automatically via DHCP.  
Figure 2.2 IP Pop-up Box  
2.2.3 IP Address Assignment for Static Only Networks  
If the network is not configured for DHCP, a static IP address will need to be set before the  
F110 can be accessed. After discovering the unit, it will be displayed with an IP address. Click  
the Set IP button to assign a static IP address only. After the F110 reboots (i.e,. it takes about 4  
seconds) with the new IP address, select the Search button on the Device Discovery Utility.  
Next, select the F110 that was just assigned a static IP and then select the Set IP button. Finally,  
fill in the gateway IP address and subnet mask for the selected ID Box.  
2.2.4 Settings  
Click the Settings button to open the Settings Applet on the web browser interface for the  
selected device. The Settings Applet can then be used to configure that specific F110.  
2.2.5 Web  
Click the Web button to open the web browser interface for the selected F110. This is useful for  
viewing the current sensor status.  
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2 Getting Started  
2.2.6 Update  
Click the Update button to update the firmware installed on the selected F110. Updated  
firmware files provided by RLE, add new features and enhance the web browser interface.  
These firmware updates are available from RLE if firmware replacement is necessary.  
Note When obtaining the F110 Firmware Update file from the RLE Technologies website, be sure to  
save the file instead of opening it from a web browser. After receiving the file, right-click the  
F110 Firmware Update file and select “Properties.” If the F110 Firmware Update file has a “.zip”  
extension, replace “.zip” with “.upd” before uploading the file with the Device Discovery Utility.  
2.3.  
F110 Wiring  
RLE recommends an 18AWG stranded copper wire for connection from each monitored point  
to the terminal block (TB) connection on the F110 (8 Switched Sensors inputs only). RLE  
recommends no more than 200 feet (60.9m) of wire at this specification. If longer runs are  
needed, please contact RLE for application guidance.  
2.3.1 Power Supply  
Plug the wall adapter into the connection labeled Power. The wall adapter has a 6 foot  
(18.82m) power cord. RLE recommends powering the F110 from a UPS supply to allow the  
F110 to send alarm notification during a power outage.  
Figure 2.3 5VDC Power Supply Connection  
NEVER connect main power to the sensors or sensor cables.  
WARNING  
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2 Getting Started  
2.3.2 RJ45 Ethernet Connection  
The F110 has an internal 10/100BaseT Ethernet port used to configure and monitor the F110.  
The Ethernet port supports Web browser access, email (SMTP), Modbus, and SNMP. The  
following figures show the physical connection.  
Figure 2.4 Physical Connection  
Figure 2.5 shows a typical F110 connection on a subnet using a hub or switch and straight  
through Network Patch cables.  
Figure 2.5 F110 Ethernet Connection to a PC on a Subnet  
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C H A P T E R  
CHAPTER 0  
F110 WEB INTERFACE  
3.1.  
3.2.  
F110 Web Interface Overview  
The F110’s Web interface provides a convenient way to check the F110’s status and  
reconfigure basic settings from any internet enabled computer. Enter the IP address of the F110  
into your web browser’s address bar. The F110 Main Page will appear.  
Status Screen  
Figure 3.1 F110 Status Screen  
The Falcon F110 Status Screen is available through the built-in web server and shows the  
current status of the attached sensors. If high and low alert thresholds are defined for the  
temperature or temperature/humidity sensors, the status icon above the sensor label changes  
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color based upon where the temperature or humidity is in relation to the established high and  
low thresholds.  
If the temperature or humidity is between the high and low thresholds and more than five (5)  
degrees from either threshold, the status icon will be green. If it is within five (5) degrees of the  
high threshold, the status icon will be yellow. If it is within five (5) degrees of the low threshold,  
the status icon will be blue. If the high or low threshold is exceeded, the status icon will be red.  
If no thresholds are currently defined, the status icon will be gray.  
The Status screen also displays the current status of any switch sensors connected to the F110.  
If the status icon above the switch sensor is red, then that switch sensor is currently in an alarm  
state. Below the status icon and switch sensor label, the current switch sensor state will be  
displayed. If you are unsure as to which state (i.e. open or closed) to set for the switch sensor  
alarm state and the switch sensor is not currently in an alarm state, set the alarm state to be the  
opposite of what is displayed here. Refer to the manual of each sensor for information on the  
normal state (open or closed) of the switch sensor in use.  
Below the DHCP Name and time display are a number of radio buttons and form fields that  
allow the display of the F110 web server interface to be modified. Changing the Display radio  
buttons will toggle how inactive sensors are displayed, modifying the Update Every form field  
will adjust the refresh time of the F110 web server interface and selecting the Celsius radio  
button instead of the Fahrenheit radio button will display sensor values in Celsius.  
3.3.  
Settings Screen  
The F110 Settings Screen is used to modify the F110 configuration. Here users can configure  
Network, Email, SNMP, Alert Threshold, Security, and Advanced settings. When settings are  
modified and saved, the F110 will automatically reset and start with the new configuration.  
Note After you make a field change, click on Accept Changes at the bottom of the screen, then click  
on Save Settings on the left hand column.  
You will see an authentication security prompt appear once accessing the Settings Menu.  
Default from RLE, there is no USER name and NO password assigned to the unit. A password  
can be assign to the unit later during the configuration. There is no USER name assigned to the  
unit, at this time.  
Figure 3.2 Authentication Security Prompt (no Username or Password)  
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Note There is no user name or no password from RLE. Password can be assigned to the unit later in  
the configuration menu. There is no user name that can be configured at this time.  
3.3.1 Network  
The Network tab stores settings to control how the F110 appears on the local network.  
Modifying the DHCP name will change how the F110 reports to the DHCP server when  
attempting to obtain a dynamic IP address. This label must be unique, so when assigning the  
DHCP Name ensure that duplicate labels do not appear on the network.  
To set a static IP address, uncheck the Use DHCP checkbox and enter the Static IP, Gateway  
IP, and Subnet Mask.  
If you wish to use a DNS name instead of an IP address for the Mail Server Address on the  
Email tab, enter the IP address of your DNS Server in the DNS Server IP field.  
Note In most cases, the DNS Server IP address is the same as the IP address entered into the  
“Gateway IP” field. If this does not work, please contact your network administrator for  
assistance.  
Figure 3.3 Network Settings  
Note If using SNMP monitoring software to monitor the F110, it is recommended that a static IP  
address be assigned to the device to ensure that the software can find the unit. The IP address  
assigned must also be excluded from DHCP assignment to ensure that the IP address of the  
F110 is NOT given to another device on your network. Please contact your Network  
Administrator for assistance.  
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3.3.2 Email  
The Email tab stores settings for the F110 to send Email Alert Notifications when alert  
thresholds are exceeded. In order to enable email alerting from the F110's web server interface,  
your mail server must have SMTP Relay enabled for either your network or the IP address of  
the F110. Contact your Email Administrator if you need assistance.  
Enter the mail server address for the mail server you are using in the Mail Server Address  
field. The address can be entered as either the IP address or the DNS name of your mail server.  
If you wish to use a DNS name for the Mail Server Address field, you must assign a Static IP  
address, Gateway IP address, DNS Server IP address, and Subnet Mask on the Network tab.  
In the Email Recipients fields, you can enter a single/regular email address, distribution list  
email address or mobile phone, pager or PDA email address (using Email-To-SMS) for email  
alert when alert thresholds are exceeded. Only one address may be entered.  
The Return Address (From) field MUST contain an email address for an active account on the  
mail server specified in the Mail Server Address field. For example, if 'mail.rletech.com' is  
entered in the Mail Server Address field, the Return Address (From) field must contain an  
email address with the 'mail.rletech.com' domain. Contact your email administrator if you  
require additional assistance.  
The F110 can also do authenticated SMTP (ESMTP). Enter your user name and password in  
the fields and select the check box for Enable Authentication. You MUST save your settings  
before sending a test email. Refer to xrefpg. X for Trace output, to view mail transfer  
information between the F110 and mail server for troubleshooting.  
Note You must save your settings before sending a test email.  
Figure 3.4 Email Settings  
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Note Many email servers block SMTP email by default. To use SMTP email with the F110, be sure  
the F110 IP address is added to the list of allowed SMTP relay hosts on the email server you  
are using for email.  
Note After you make a field change, click on Accept Changes at the bottom of the screen, after  
verifying the settings are ok, click on the Save Settings tab located on the left hand column.  
3.3.3 SNMP  
The SNMP tab stores settings allowing the F110 to respond to SNMP Query requests from  
network monitoring applications. Enter the 'Community Name' to use for accessing the SNMP  
data via SNMP Query for the F110 sensors. If the SNMP feature of the F110 is used, F110 MIB  
files are available for download on the Documentation/Files section of the F110 webpage at  
www.rletech.com, or by contacting RLE via [email protected].  
The F110 can also send SNMP Traps in response to alerts. Enter up to three (3) IP addresses on  
the SNMP tab and F110 will send SNMP Traps to these systems for processing by network  
monitoring applications.  
Figure 3.5 SNMP Settings  
Note After you make a field change, click on Accept Changes at the bottom of the screen, after  
verifying the settings are ok, click on the Save Settings tab located on the left hand column.  
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3.3.4 Channel 2, Channel 3 and Channel 4  
The Channel 2, Channel 3 and Channel 4 tabs are used to configure sensor labels and to set  
temperature thresholds, temperature/humidity thresholds and/or alarm states for the sensors  
connected to sensor channels 2, 3 and 4 on the front of the F110. Sensor labels can be up to 14  
characters in length.  
Depending on whether an external temperature / humidity sensor, external temperature sensor  
or any additional external sensor is plugged into the sensor channel, configuration of each  
specific channel may vary.  
3.3.4.1 External Temperature/Humidity  
High and low thresholds can be defined for each temperature/humidity sensor. If the current  
temperature and/or humidity rises above the high threshold or falls below the low threshold, an  
alert will be generated. When the temperature and/or humidity returns to a normal state, the alert  
will clear and a follow-up notification will be sent.  
The temperature/humidity sensors can be calibrated, if necessary, by entering correction values  
in the Adjust field for each temperature/humidity sensor. Temperature corrections entered here  
can only be entered in degrees Celsius (i.e. °Celsius = [5/9]*[°Fahrenheit-32]). Humidity  
corrections are entered in percent (%) Relative Humidity. To adjust the temperature and/or  
humidity down, enter a minus (-) sign before the value (i.e. -5). All temperature alert thresholds  
must be entered in degrees Fahrenheit and all humidity alert thresholds must be entered in  
percent (%) Relative Humidity.  
Field  
High  
Low  
Temperature Units  
Fahrenheit  
Fahrenheit  
Adjust  
Celsius  
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Figure 3.6 Sensor Settings  
3.3.5 Switched Sensor Alarm Configuration  
The Channel 1 tab is used to configure sensor labels and alarm states (normally open or closed)  
for the eight (8) switch sensor ports (dry contact inputs) on the back of the F110 unit. Sensor  
labels can be up to 15 characters in length.  
Alert Thresholds for switch sensors connected to the eight (8) sensor ports on the back of the  
F110 are set by specifying either CLOSED or OPEN. Please refer to the documentation  
received with any sensor purchased to determine the 'normal' state (open or closed) for that  
specific sensor type. Next, select the opposite state (i.e. not normal) to configure the F110 for  
its alarm state, which will cause it to send an alert when the alarm condition exists.  
3.3.6 Security  
The Security tab is used to configure password security for access to the F110 Settings Screen.  
Passwords can ONLY contain the alphanumeric characters “0-9”,”'a-z” and “A-Z”. Spaces,  
symbols, and punctuation are not supported. Be sure to record the password entered here in a  
secure location.  
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Figure 3.7 Security Settings  
3.3.7 Advanced  
The Advanced tab is used to configure the Temperature Scale Configuration, Time & Date  
Configuration by connecting to a NTP server and provides a Trace Configuration for  
diagnostics when communicating to other equipment. If you wish to modify the time display on  
the Status screen to the local time zone, use the drop down box to select your local time zone,  
check the Daylight Savings Time checkbox if applicable and click Save Settings. The Time  
Server IP field can be used to manually enter a specific time server to use for the time display if  
access to the Internet is restricted or not available and a time server is available for use on the  
local network.  
Figure 3.8 Advanced Settings  
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Temperature Scale Conversion: You can select how the F110 displays the Temperature  
output on the Status page, either being Fahrenheit or Celsius.  
Time & Date Configuration: Enter an IP address of a NTP server for the F110 to synchronize  
with for displaying current date and time information.  
Trace Configuration: This feature enable you to open a secondary window to view  
communication between the F110 and other devices, such as a Mail Server, Modus Master and  
SNMP manager. This feature aids in troubleshooting if communication is not being made. To  
use Tracing Output, click on the enable tracing box, save your settings. Go back to the  
Advanced screen after the changes have been made and left click the View Tracing Output  
button.  
Note If Daylight Savings Time is used in your location, be sure to toggle the “Daylight Savings Time'”  
checkbox when Daylight Savings Time is not being observed.  
3.3.8 Reset Defaults  
The Reset Factory Defaults button will reset the F110 to its default factory configuration,  
clearing any configuration changes made to the F110. Use this as a LAST resort if you are  
experiencing difficulties configuring the F110. You will have to rediscover the F110 once  
submitting. Write down the F110 MAC address before resetting to factory defaults.  
Figure 3.9 Restore Defaults Prompt  
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3.3.9 Help Screen  
The Help screen displays the current firmware on the F110 unit. There are hyperlinks available  
for contacting RLE Technologies, RLE Technical Support, and Web Site link for viewing other  
RLE products and information.  
Figure 3.10 Help Screen  
3.3.10 About Screen  
The About screen also displays current information and provides links and information for  
contacting RLE Technologies.  
Figure 3.11 About Screen  
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A P P E N D I X  
CHAPTER 0  
MODBUS CONFIGURATION VIA TELNET  
A.1.  
A.2.  
F110 Modbus Capabilities  
By default, the F110 is enabled to listen on TCP port 502 for Modbus requests. The Modbus  
module can be enabled or disabled, the TCP port can be changed, and a list of IP addresses can  
be specified and used to either allow or deny Modbus requests.  
Telnet Configuration  
Modbus can be configured through the F110 Telnet interface. To open the Telnet interface, type  
the following on the command line being sure to replace <IP Address> with the IP address of  
the F110:  
telnet <IP Address> 9999  
Press Enter when prompted to enter Setup Mode. If Enter is not pressed within three (3)  
seconds, the connection will be closed automatically.  
Figure A.1 Telnet Connection  
Enter 2 and press Enter to select the SNMP/MODBUS Configuration option. At the next  
prompt, enter 2 and press Enter to select the MODBUS Configuration option. Follow the  
prompts below to configure Modbus on the F110.  
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A Modbus Configuration Via Telnet  
Enable MODBUS? (N)?  
Enter Y to enable Modbus and N to disable it. When Modbus is disabled, the F110 will not  
actively listen on the Modbus TCP port for Modbus requests.  
MODBUS Port: (502)  
By default, the F110 listens for Modbus requests on TCP port 502. This port can be changed to  
any valid TCP port number although it is recommended to leave it set for port 502 to ensure  
compatibility with other Modbus devices on the network.  
Should IP List Allow or Deny Connections (0=Allow, 1=Deny):  
The F110 is configured by default to deny connections from any IP addresses listed in the  
Modbus IP list. When all IP addresses in this list are set to default (0.0.0.0) the F110 will deny  
connections from no devices. In other words, by default the F110 allows connections from all IP  
addresses. This can be modified if desired so that the F110 will only allow connections from IP  
addresses appearing in the IP list. Selecting “0=Allow” will only allow connections from the IP  
addresses provided in the list and deny connections from all other addresses. Selecting  
“1=Deny” will deny connections from all address in the list but accept from all other addresses.  
Enter IP addresses for MODBUS Security:  
Up to three (3) IP addresses can be specified and added to the Modbus IP list. This list can be  
used to either allow or deny connections if the IP address that the request originated from  
matches an IP address in the list. To configure IP addresses, enter each IP address when  
prompted or enter 0.0.0.0 to leave blank.  
Save Changes And Exit  
When configuration changes are complete, press 9 and Enter to save the changes and exit. The  
F110 will reboot and apply the new settings.  
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CHAPTER 0  
MODBUS REGISTERS  
Table B.1 Read Output Registers  
Register  
40002  
40003  
40004  
40005  
Name  
FC  
Description  
Units  
None  
None  
None  
None  
Range  
Family Code (8 Switch Sensors)  
Switch Status (8 Switch Sensors)  
0-65535  
0-65535  
0-65535  
0-65535  
SS  
SC  
Current Alarm Setting (8 Switch Sensors)  
Current Alarm State (8 Switch Sensors)  
AS  
40009  
40010  
40011  
40012  
40013  
40014  
40015  
FC  
TC  
TH  
TL  
Family Code (External Sensor 1)  
None  
0-65535  
0-65535  
0-65535  
0-65535  
0-65535  
0-65535  
0-65535  
Current Temperature (External Sensor 1)  
High Temperature (External Sensor 1)  
Low Temperature (External Sensor 1)  
Current Humidity (External Sensor 1)  
High Humidity (External Sensor 1)  
Low Humidity (External Sensor 1)  
Celsius x100  
Celsius x100  
Celsius x100  
HC  
HH  
HL  
% Relative Humidity  
% Relative Humidity  
% Relative Humidity  
40016  
40017  
40018  
40019  
40020  
40021  
40022  
FC  
TC  
TH  
TL  
Family Code (External Sensor 2)  
None  
0-65535  
0-65535  
0-65535  
0-65535  
0-65535  
0-65535  
0-65535  
Current Temperature (External Sensor 2)  
High Temperature (External Sensor 2)  
Low Temperature (External Sensor 2)  
Current Humidity (External Sensor 2)  
High Humidity (External Sensor 2)  
Low Humidity (External Sensor 2)  
Celsius x100  
Celsius x100  
Celsius x100  
HC  
HH  
HL  
% Relative Humidity  
% Relative Humidity  
% Relative Humidity  
40023  
40024  
40025  
FC  
TC  
TH  
Family Code (External Sensor 3)  
None  
0-65535  
0-65535  
0-65535  
Current Temperature (External Sensor 3)  
High Temperature (External Sensor 3)  
Celsius x100  
Celsius x100  
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B Modbus Registers  
Table B.1 Read Output Registers (continued)  
Register  
40026  
40027  
40028  
40029  
Name  
TL  
Description  
Units  
Range  
Low Temperature (External Sensor 3)  
Current Humidity (External Sensor 3)  
High Humidity (External Sensor 3)  
Low Humidity (External Sensor 3)  
Celsius x100  
0-65535  
0-65535  
0-65535  
0-65535  
HC  
% Relative Humidity  
% Relative Humidity  
% Relative Humidity  
HH  
HL  
40038  
40039  
40040  
TC  
TH  
TL  
Current Temperature (External Sensor 1)  
High Temperature (External Sensor 1)  
Low Temperature (External Sensor 1)  
Fahrenheit x100  
Fahrenheit x100  
Fahrenheit x100  
0-65535  
0-65535  
0-65535  
40045  
40046  
40047  
TC  
TH  
TL  
Current Temperature (External Sensor 2)  
High Temperature (External Sensor 2)  
Low Temperature (External Sensor 2)  
Fahrenheit x100  
Fahrenheit x100  
Fahrenheit x100  
0-65535  
0-65535  
0-65535  
40052  
40053  
40054  
TC  
TH  
TL  
Current Temperature (External Sensor 3)  
High Temperature (External Sensor 3)  
Low Temperature (External Sensor 3)  
Fahrenheit x100  
Fahrenheit x100  
Fahrenheit x100  
0-65535  
0-65535  
0-65535  
Table B.2 Family Code (Register 40002, 40009, 40016, 40023: FC)  
Hexadecimal  
Value  
0x29  
0x10  
0x26  
0x00  
Decimal Value  
Description  
41  
16  
38  
00  
8 Switch Sensor  
Temperature Sensor  
Temperature and Humidity Sensor  
No Sensor  
Table B.3 Status Flags (Register 40003: SS)  
Bit  
00  
01  
02  
03  
04  
05  
06  
Status Flag  
Switch Sensor 1 Status; 1 = On, 0 = Off  
Switch Sensor 2 Status; 1 = On, 0 = Off  
Switch Sensor 3 Status; 1 = On, 0 = Off  
Switch Sensor 4 Status; 1 = On, 0 = Off  
Switch Sensor 5 Status; 1 = On, 0 = Off  
Switch Sensor 6 Status; 1 = On, 0 = Off  
Switch Sensor 7 Status; 1 = On, 0 = Off  
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B Modbus Registers  
Table B.3 Status Flags (Register 40003: SS) (continued)  
Bit  
Status Flag  
07  
Switch Sensor 8 Status; 1 = On, 0 = Off  
Spare  
08-15  
Table B.4 Status Flags (Register 40004: SC)  
Bit  
00  
Status Flag  
Switch Sensor 1 Alarm On: 1 = Closed, 0 = Open  
Switch Sensor 2 Alarm On: 1 = Closed, 0 = Open  
Switch Sensor 3 Alarm On: 1 = Closed, 0 = Open  
Switch Sensor 4 Alarm On: 1 = Closed, 0 = Open  
Switch Sensor 5 Alarm On: 1 = Closed, 0 = Open  
Switch Sensor 6 Alarm On: 1 = Closed, 0 = Open  
Switch Sensor 7 Alarm On: 1 = Closed, 0 = Open  
Switch Sensor 8 Alarm On: 1 = Closed, 0 = Open  
Spare  
01  
02  
03  
04  
05  
06  
07  
08-15  
Table B.5 Status Flags (Register 40005: AS)  
Bit  
00  
Status Flag  
Switch Sensor 1 Alarm State; 1 = Alarm, 0 = Normal  
Switch Sensor 2 Alarm State; 1 = Alarm, 0 = Normal  
Switch Sensor 3 Alarm State; 1 = Alarm, 0 = Normal  
Switch Sensor 4 Alarm State; 1 = Alarm, 0 = Normal  
Switch Sensor 5 Alarm State; 1 = Alarm, 0 = Normal  
Switch Sensor 6 Alarm State; 1 = Alarm, 0 = Normal  
Switch Sensor 7 Alarm State; 1 = Alarm, 0 = Normal  
Switch Sensor 8 Alarm State; 1 = Alarm, 0 = Normal  
Spare  
01  
02  
03  
04  
05  
06  
07  
08-15  
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B Modbus Registers  
Notes:  
34  
970.484.6510  
A P P E N D I X  
CHAPTER 0  
TECHNICAL SPECIFICATIONS  
Table C.1 Technical Specifications  
Power  
5VDC @ 800mA max.; wall adaptor included  
110/240VAC 50/60Hz  
Wall Adapter Input  
Inputs  
Temperature/Humidity  
3 Digital temperature or digital temperature/humidity sensor  
inputs; plug-and-play; configurable alarm points  
Digital (Dry Contact)  
Input Cable Length  
Communications Ports  
Ethernet  
8 Digital alarm points (configurable) / Dry contacts (gold/Au clad)  
25ft (7.62m) standard; maximum length up to 100ft (30.48m)  
10/100 BaseT, RJ45 connector; DHCP enabled (default); Static  
IP-addressable  
Protocols  
TCP/IP; NTP  
HTTP/HTML; Telnet  
SNMP  
IPv4.0  
1.1/4.0  
V1; NMS manageable with Get, and Traps; V2c- Traps or  
Informs  
SMTP (Email)  
Modbus (TCP/IP)  
Alarm Notification  
Email  
Slave; RTU Mode; Supports function codes 03, 04, 06 and 16  
Modbus slave; TCP/IP transmission protocol  
1 Email field (for one or multiple recipients); email sent on alarm;  
alarms notify email recipients; regular email, distribution list, or  
email-to-SMS accepted  
SNMP Traps  
Login Security  
1 Community string with up to 3 manager IP addresses  
Web Browser Access  
Front Panel Interface  
LED Indicators  
1 Universal web password for administrator access  
Power: 1 green; Network Link: 1 green;  
Network Activity: 1 amber  
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C Technical Specifications  
Table C.1 Technical Specifications (continued)  
Operating Environment  
Temperature  
-40°F to 185°F (-40°C to 85°C)  
5% to 85% RH, non-condensing  
15,000ft (4,572m) max.  
Humidity  
Altitude  
Storage Environment  
Dimensions  
-40°F to 185°F (-40°C to 85°C)  
Box Enclosure  
4.56"W x 1.25"H x 2.25"D  
(115.8mmW x 31.75mmH x 57.15mmD)  
Rack Mount – Optional  
19.0"W x 1.75"H x 3.75"D  
(482.6mmW x 44.45mmH x 95.25mmD)  
Weight  
Box Enclosure  
Rack Mount – Optional  
Mounting  
10 oz. (283g))  
20 oz. (567g))  
Rack mount (brackets required): F110-RMB rack mount brackets  
(not included)  
Temperature Sensor – Optional  
F110-TS (optional); includes 25ft (7.62m) leader cable with  
RJ-11 connector (100ft/30.48m distance max.)  
Range: -67°F to 127°F (-55°C to 52°C)  
Temperature/Humidity Sensor – Optional F110-THS (optional); includes 25ft (7.62m) leader cable with  
RJ-11 connector (100ft/30.48m distance max.)  
Range: -67°F to 127°F (-55°C to 52°C)  
Certifications  
CE; UL STD 17DU E248122; EN STD 5502; ICES-003 Issue 4;  
FCC 47 CFR Part 15; VCCI; AS/NZS CISPR 22; EN 61326  
36  
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