Cypress Blue Box Server User manual

Blue Box Server
User Manual
Doc # 152-10201-01
Revision 2.0
Sept 2010

Copyrights
Copyright 2008 by Cypress Envirosystems. All rights reserve .
The information in this ocument is subject to change without notice. While reasonable precautions have been
taken, Cypress Envirosystems assumes no responsibility for any errors that may appear in this ocument. No part
of this ocument may be copie or repro uce in any form or by any means without the prior written consent of
Cypress Envirosystems.
Disclaimer
CYPRESS ENVIROSYSTEMS MAKES NO WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, WITH REGARD TO THIS
MATERIAL, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
A PARTICULAR PURPOSE. Cypress Envirosystems reserves the right to make changes without further notice to the
materials escribe herein. Cypress Envirosystems oes not assume any liability arising out of the application or
use of any pro uct or information escribe herein. Cypress Envirosystems oes not authorize its pro ucts for use
in mission or safety critical systems or where a malfunction or failure may reasonably be expecte to result in
significant injury to the user. The inclusion of Cypress Envirosystems’ pro uct in mission or safety critical system
applications implies that the manufacturer assumes all risk of such use an in oing so in emnifies Cypress
Envirosystems against all charges. In no event is Cypress Envirosystems liable to anyone for any in irect, special or
consequential amages.

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Table of Contents
1.0 Intro uction ........................................................................................................................ 4
2.0 Safety Precautions .............................................................................................................. 4
3.0 Description of BBS............................................................................................................... 4
3.1 Cypress Envirosystems Monitoring System.............................................................. 5
3.2 Relate Pro ucts....................................................................................................... 5
4.0 Setup Instructions ............................................................................................................... 6
4.1 Components.............................................................................................................. 6
5.0 Web Console ....................................................................................................................... 7
5.1 Starting the Program an General Navigation ......................................................... 7
5.2 Rea ings Page ........................................................................................................... 7
5.3 Other Rea ings Pages ............................................................................................... 9
5.4 Configuring No es................................................................................................... 11
5.5 Battery an Signal Strength Status ......................................................................... 27
5.6 Alarms ..................................................................................................................... 27
5.7 View Alarm History ................................................................................................. 29
5.8 Site Settings............................................................................................................. 31
5.9 Querying the System Remotely .............................................................................. 32
5.10 Graphs..................................................................................................................... 32
5.11 Using Tables to Export Data.................................................................................... 34
5.12 Reports.................................................................................................................... 36
6.0 OPC Interface .................................................................................................................... 37
7.0 Care an Maintenance...................................................................................................... 37
8.0 Troubleshooting................................................................................................................ 37
9.0 Technical Specifications .................................................................................................... 38
10.0 Support.............................................................................................................................. 38
11.0 Warranty Information....................................................................................................... 38

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1.0 ntroduction
Thank you for purchasing the Cypress Envirosystems Blue Box Server (BBS), a core component of the
Cypress Envirosystems Monitoring System. Please rea this manual thoroughly before using the BBS.
2.0 Safety Precautions
•Do not expose the BBS to water.
•Do not try to repair yourself as it contains no user-serviceable parts. Contact a qualifie service
technician for repairs. See Section 10.0, Support, for etails.
3.0 Description of BBS
The Cypress Envirosystems Blue Box Server, BBS, is a flexible in ustrial server that collects wireless ata
from various Cypress Envirosystems fiel evices an enables access to the rea ings from a variety of user
interfaces. The BBS can be use as part of an overall existing infrastructure or as a stan alone station.
Figure 1. Blue Box Server
Through in ustry stan ar protocols, the ata can be connecte to your existing plant systems. The ata
can also be viewe from any computer on the intranet using a stan ar web browser.

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3.1 Cypress Envirosystems Monitoring System
The Cypress Envirosystems Blue Box Server is part of the Cypress Envirosystems Monitoring System. This
system can be setup one of two ways:
Figure 2. Cypress Envirosystems Monitoring System Setup Options
For users with existing plant atabases an operator stations, the BBS can forwar ata seamlessly
integrating with existing plant SCADA or IT infrastructure. This can be accomplishe using a variety of
open communication protocols (e.g. OPC, BACnet, web services). This configuration is epicte above as
Option A.
For users who o not nee to connect to an existing infrastructure, the BBS can also serve as a stan alone
Web Server an Text Message Server, shown as Option B. Stan ar PC workstations can become
operator stations simply by using any stan ar web browser. Alarm notifications can be sent via email or
SMS to cell phones.
3.2 Relate Pro ucts
Blue Box Servers can be use to communicate with the following Cypress Envirosystems fiel evices:
•Wireless Gauge Rea ers (WGRs)
•Wireless Trans ucer Rea ers (WTRs)
•Wireless Steam Trap Monitors (WSTMs)
•Wireless Freezer Monitors (WFMs)
•Wireless Battery Monitors (WBMs)
•Wireless Range Exten ers (WREs)

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4.0 Setup nstructions
4.1 Components
The BBS comes with the following components:
BBS Antennas Power Cord
Connect the antennas to the back of the BBS as shown below. Then connect the power cor . To turn on
the BBS press the rocker switch highlighte below.
Figure 3. BBS Power Switch Location
To change the receiver channel frequency, set the DIP switches accor ingly.
Frequency
Dip Switches
-Channel Set A (2,74)
-Channel Set B (6,78)
-Channel Set C (24,50)
-Channel Set D (30,54)
-Channel Set A (2,74)
-Channel Set B (6,78)
-Channel Set C (24,50)
-Channel Set D (30,54)
Figure 4. BBS Channel Frequency Configuration
Power switch

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5.0 Web Console
The Cypress Envirosystems Web Console is a browser-base program that enables you to remotely
monitor, configure, an review ata from wireless fiel evices. This section explains how to rea an e it
ata points, set up alerts an notifications, graph an export ata, an troubleshoot common problems.
5.1 Starting the Program an General Navigation
To start the Cypress Envirosystems Web Console, open a Web browser an type in the IP a ress or name
of the Blue Box Server an click Enter.
Figure 5. Cypress Envirosystems Web Console Main Menu Bar
Once the web page loa s, the application opens to the READ NGS page (by efault), where you can fin
information on every ata point, or node, in the system.
At the top of the READ NGS page an every page in the application is a Main Menu bar with tabs that
enable you to navigate through the ifferent pages in the program. The BBS may be set up to receive
ata from multiple types of fiel evices. If so, there the various fiel evices will have their own pages.
See Figure 6 below.
Figure 6. Cypress Envirosystems Web Console Main Menu Bar
5.2 Rea ings Page
The READ NGS page enables you to check the summary of no e rea ings. It also provi es other etaile
information, such as the time of the rea ing, as well as the upper an lower control limits an the status
of a particular no e. Figure 7 below shows a sample WGR AND WTR READ NGS page.

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Figure 7. WGR and WTR READ NGS page
5.2.1 Get No e Rea ings
To check your no e rea ings, click on READ NGS in the Main Menu. The READ NGS page appears with the
following information:
•Timestamp: Time when the last rea ing was taken. This time is base on the BBS system clock.
•Node D: I entification number that your service representative originally assigns to a no e.
•Description: A brief escription of the no e, for example, “Emergency Generator” or “Water Inlet
Pressure.”
•Reading: Most recent rea ing taken from the no e. Your service representative configures the
up ate rate when the system is installe .
•Units: Unit of measurement that applies to the rea ing.
•LCL: Lower control limit. When a no e rea ing falls below this value, the systems signals an alert.
(See Section 5.6, Setting Up the Alarm)
•UCL: Upper control limit. When a no e rea ing rises above this value, the system signals an alert.
(See Section 5.6, Setting Up the Alarm)
•Status: In icates the status of the no e, for example, whether it is okay, inactive, or below or above
acceptable limits. Values are: OK, Inactive, Error, Lower Ctl Limit, Upper Ctl Limit.

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Base on the status, in ivi ual rows are also highlighte to provi e an extra visual cue. See Table 1 for a
etaile escription of each status an the highlighte color.
Error Reporte by WGR. Row is highlighte in re
Verify
If No e rea ings have not change in past 2 ays the row is highlighte in yellow.
By efault this feature is isable . To enable this feature contact Cypress
Envirosystems fiel service group by sen ing an email to
[e-mail]
Upper Ctr Limit
(UCL)
If the rea ing for the UCL limit excee s the limit for the no e set by the user, the
row is highlighte in orange
Lower Ctr Limit (LCL) If the rea ing for the UCL rops below the limit for the no e set by the user, the
row is highlighte in orange
Low Battery
This status will show if a batteries are low. Please contact
[e-mail] to sche ule battery replacements. Row will be
highlighte in Yellow.
No Data
This status is isplaye if a Fiel Device has been configure on the BBS, but no
ata has ever been sent from that fiel evice. The Row will be highlighte in
gray.
OK This is the efault status of the No e. The row is not highlighte
Inactive This status is isplaye if a fiel evice has stoppe sen ing ata to the BBS. Row
will be highlighte in blue.
Table 1. Status Column Details
Tip: Similar to stan ar web pages, the Cypress Envirosystems Web Console pages are static. To get a new
value on a rea ing, you must reloa the page by clicking F5 on your keyboar or the Reload button
on your browser.
5.2.2 Sort Rea ings
You can sort a column of rea ings by ascen ing or escen ing value by simply clicking on any column
hea ing that is un erline . The system oes not save sorts, however, an reverts back to the efault view
when the page reloa s.
5.3 Other Rea ings Pages
Depen ing on the fiel evice, the rea ings page may look a little ifferent. WGRs an WTRs share the
same page an the ata is isplaye as seen above in Figure 7.
Figure 8 an Figure 9 show other examples of what the rea ings page will look like.

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Figure 8. The Wireless Steam Trap Monitor (WSTM) Readings Page
Figure 9. Wireless Freezer Monitor (WFM) Readings Page
Figure 10. Wireless Battery Monitor (WBM) Readings Page

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5.3.1 WSTM Rea ings Page
Users can specify which WSTM columns they woul like to see in READ NGS page by selecting columns from
the S TE SETT NGS WSTM Tab. The column selections will be save as a browser cookie to the local computer
so users from ifferent computers may select ifferent columns to view.
Figure 11. Available WSTM fields (found in the Site Settings page)
In a ition to the status fiel s etaile in Table 1 above, WSTMs will report the following in the con ition
column base on the alarm profile set in the CONF GURAT ON page.
Blowing The trap is blowing steam. The row is highlighte in re .
Leaking The trap is starting to blow steam. The row is highlighte in orange.
Floo e The trap is buil ing up con ensate on the inlet. The row is highlighte in re .
Out of Service There is no steam going to the trap. It is not being use in the system. The row is
highlighte in blue.
Offline The WSTM is not reporting ata to the BBS. The row is highlighte in yellow.
No Data The WSTM has never reporte any ata to the BBS. The row is highlighte in yellow.
Goo This is the efault status of the No e. The row is not highlighte .
Table 2. WSTM Condition Field
5.4 Configuring No es
You can a , elete, an e it no e configurations by going to the CONF GURAT ON page. This page is
passwor restricte , so that only the system a ministrator can access it. If multiple evices have been
setup to communicate with the BBS, each evice will have a separate configuration page
5.4.1 Access No e Configurations
To access the No e Configuration screen:
1. Click CONF GURAT ON in the Main Menu.
A ialog box, shown in Figure 12, appears asking for a user name an passwor .

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Figure 12. Administrator login page
2. n the dialog box, enter a user name and password, and click Log n.
The configuration page appears, as shown in Figure 13 below. It has two clearly efine sections: a
top section, where you can a an elete in ivi ual or multiple no es, an a bottom section that
isplays all the no es in the system that are visible to the server.
Figure 13. Main Configuration page
5.4.2 A or Delete a No e
The ialog box in the top section of the CONF GURAT ON page enables you to a or elete no es, as shown
in Figure 14 below.

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Figure 14. The upper dialog box in the CONF GURAT ON page
Every fiel evice is associate with a No eID. Fiel evices are configure by the han hel evice an
start transmitting ata, but the BBS must be configure to collect ata for that evice. To a a no e,
enter the new No e ID an press the A button. This will bring up a pop-up ialog box. See Figure 15
below. This ialog box will allow you to e it the no e settings. Please see below in the section “E it a
No e” for etails.
5.4.2.1 WGR an WTR Configuration Parameters
Figure 15. Node Configuration pop-up dialog box for WGRs and WTRs

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Available No e
List No es that can be seen by the BBS but have not been configure .
No eID No eID of the Cypress Envirosystems fiel evice
Device ID A unique i entifier for a WTR evice. If the user oes not input a value,
the efault is the No eID number.
Name A basic escription of the no e.
Unit
Unit of measurement for each Gauge. The user will either specify the
type of measurement such as PSI, H2O, Inch, LBS, or a binary type
(TRUE/FALSE, ON/OFF or ACTIVE/INACTIVE). In case of Binary unit type
the Unit column isplay is empty in the Rea ings page. For WTRs with
Device Type = Thermocouples or Thermistors the this fiel can be either
“C” for Celsius or “F” for Fahrenheit
No e Detail
If a binary value was use in the “Unit” column, the type of binary is
isplaye in this column. A itionally, in applications requiring a elta
rea ing between two existing no es a virtual elta no e can be
configure . Values for the elta no es are compute base on the elta
logic specifie an are up ate whenever the existing no es change.
No e Math function Select this for the Steam Trap no e. Enter No e1 an No e2 that will be
use to calculate the rea ing for new no e. E.g. No e3 = No e1-No e2
Precision
Precision is use to set the number of ecimal places to isplay on the
rea ings page. If no precision is use , ecimal places will be isplaye
epen ing on how large or small the rea ing value is at the time.
Up ate Rate
Up ate rate as it has been configure on the fiel evice ( uration of
time between samples). This is use to etermine if the fiel evice is
inactive (no wireless ata). Changing this value oes not change the
up ate rate on the fiel evice.
Enable Alarm
This fiel must be checke for the SMS alarm to be activate for the
no e. If a limit is excee e , an the SMS Alarm box is checke for the
no e, an SMS Text message an /or email will be sent to all SMS Alarm
recipients.
Alarm Excursion #
This is the number of consecutive times the no e ata limit has is
excee e before an SMS an /or Email notification is sent. (Only works
when SMS Alarm is checke )
Min Alarm Threshol This is a specifie lowest allowable value. If the no e rea ing rops
below this number, an alarm con ition is create .
Max Alarm Threshol This is a specifie highest allowable value. If the no e rea ing rises
above this number, an alarm con ition is create .
WGR Configuration Select this ra io button if configuring a WGR

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WGR Configuration - Min Minimum gauge value for the WGR
WGR Configuration - Max Maximum gauge value for the WGR
WTR Configuration Select this ra io button if configuring a WTR type no e. Use this for
WFM an WSTM no es as well
WTR Configuration – Log
Scale Select this check box if the rea ing nee s to be calculate in Log scale
WTR Device Type Select the proper WTR type for the evice
WTR Sensor Type
Select this for to specify the right sensor type. Base on the rea ings
select the sensor type. E.g. in case of Freezer WTR, rea ing1 is current
sensor1 an sensor type is OPT1-2, Rea ing2 is current sensor2 an the
sensor type is OPT1-2, Rea ing3 is Thermocouple an sensor type is
Thermocouple Type-K, Rea ing4 is Door switch, can be set to OPT1-2.
For Binary unit type sensor type is ignore .
Sensor Responsivity -
Volts or mA1, Volts or
mA2, Value1, Value2
Select this to calculate slope an intercept values in y= mx+B
Enter these rea ings for calculating the slope an intercept. This will be
use later to calculate the Min an Max values an engineering rea ing.
These can be either note own from the ata sheet or the actual
rea ing from the evice. E.g. For WTR type 0-10 V, Volts1 = 0, Volts2
=10.35, Value1 = 0.0001, Value2 = 1000
WTR One-Point Calibration Check this box if a 1 point calibration can be one. This is typically use
for calibrating thermocouples.
One Point Calibration –
Value Measure ,
Value esire , Col
junction
Use this to apply the offset correction value to the ADC rea ings. . e.g.
Temp measure might be 40 C. An user might say the right temp is
45C. Then enter the inputs here to calculate the gain constant
(correction factor) that is use internally for the correction
Ok Save ata, but keep win ow open
Close Don’t save any ata, just close ialog
Refresh Get the latest ata from the atabase
Table 3 escribes the no e configuration parameters for the WGR an WTR. After a ing the parameters,
the Ok button must be clicke to save the ata. Each WGR an each channel of a WTR must be
configure separately. For 2 channel WTRs, use the No e ID assigne when configuring the evice with a
Available No e List No es that can be seen by the BBS but have not been configure .
No eID No eID of the Cypress Envirosystems fiel evice
Device ID A unique i entifier for a WTR evice. If the user oes not input a value,
the efault is the No eID number.

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Name A basic escription of the no e.
Unit
Unit of measurement for each Gauge. The user will either specify the
type of measurement such as PSI, H2O, Inch, LBS, or a binary type
(TRUE/FALSE, ON/OFF or ACTIVE/INACTIVE). In case of Binary unit type
the Unit column isplay is empty in the Rea ings page. For WTRs with
Device Type = Thermocouples or Thermistors the this fiel can be either
“C” for Celsius or “F” for Fahrenheit
No e Detail
If a binary value was use in the “Unit” column, the type of binary is
isplaye in this column. A itionally, in applications requiring a elta
rea ing between two existing no es a virtual elta no e can be
configure . Values for the elta no es are compute base on the elta
logic specifie an are up ate whenever the existing no es change.
No e Math function Select this for the Steam Trap no e. Enter No e1 an No e2 that will be
use to calculate the rea ing for new no e. E.g. No e3 = No e1-No e2
Precision
Precision is use to set the number of ecimal places to isplay on the
rea ings page. If no precision is use , ecimal places will be isplaye
epen ing on how large or small the rea ing value is at the time.
Up ate Rate
Up ate rate as it has been configure on the fiel evice ( uration of
time between samples). This is use to etermine if the fiel evice is
inactive (no wireless ata). Changing this value oes not change the
up ate rate on the fiel evice.
Enable Alarm
This fiel must be checke for the SMS alarm to be activate for the
no e. If a limit is excee e , an the SMS Alarm box is checke for the
no e, an SMS Text message an /or email will be sent to all SMS Alarm
recipients.
Alarm Excursion #
This is the number of consecutive times the no e ata limit has is
excee e before an SMS an /or Email notification is sent. (Only works
when SMS Alarm is checke )
Min Alarm Threshol This is a specifie lowest allowable value. If the no e rea ing rops
below this number, an alarm con ition is create .
Max Alarm Threshol This is a specifie highest allowable value. If the no e rea ing rises
above this number, an alarm con ition is create .
WGR Configuration Select this ra io button if configuring a WGR
WGR Configuration - Min Minimum gauge value for the WGR
WGR Configuration - Max Maximum gauge value for the WGR
WTR Configuration Select this ra io button if configuring a WTR type no e. Use this for
WFM an WSTM no es as well

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WTR Configuration – Log
Scale Select this check box if the rea ing nee s to be calculate in Log scale
WTR Device Type Select the proper WTR type for the evice
WTR Sensor Type
Select this for to specify the right sensor type. Base on the rea ings
select the sensor type. E.g. in case of Freezer WTR, rea ing1 is current
sensor1 an sensor type is OPT1-2, Rea ing2 is current sensor2 an the
sensor type is OPT1-2, Rea ing3 is Thermocouple an sensor type is
Thermocouple Type-K, Rea ing4 is Door switch, can be set to OPT1-2.
For Binary unit type sensor type is ignore .
Sensor Responsivity -
Volts or mA1, Volts or
mA2, Value1, Value2
Select this to calculate slope an intercept values in y= mx+B
Enter these rea ings for calculating the slope an intercept. This will be
use later to calculate the Min an Max values an engineering rea ing.
These can be either note own from the ata sheet or the actual
rea ing from the evice. E.g. For WTR type 0-10 V, Volts1 = 0, Volts2
=10.35, Value1 = 0.0001, Value2 = 1000
WTR One-Point Calibration Check this box if a 1 point calibration can be one. This is typically use
for calibrating thermocouples.
One Point Calibration –
Value Measure ,
Value esire , Col
junction
Use this to apply the offset correction value to the ADC rea ings. . e.g.
Temp measure might be 40 C. An user might say the right temp is
45C. Then enter the inputs here to calculate the gain constant
(correction factor) that is use internally for the correction
Ok Save ata, but keep win ow open
Close Don’t save any ata, just close ialog
Refresh Get the latest ata from the atabase
Table 3. WGR and WTR Node configuration details
5.4.2.1.1 Configuring 2 Channel WTRs
For 2 channel WTRs, the first channel shall receive the No eID that was given to the evice via the
han hel uring the WTR setup. The secon channel shall receive the No eID of the first channel + 1, an
the evice ID must be equal to the No eID of channel 1. i.e. if a 2 channel WTR was configure with the
han hel with No eID 35, when a ing the no es to the Web Console, channel 1 will have No eID = 35
an DeviceID = 35, an channel 2 will have No eID = 36 an DeviceID = 35.

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5.4.2.2 WFM Configuration Parameters
Figure 16. Node Configuration pop-up dialog box for WFMs
Available No e List No es that can be seen by the BBS but have not been configure .
No eID No eID of the Cypress Envirosystems fiel evice
Device ID A unique i entifier for a WTR evice. If the user oes not input a
value, the efault is the No eID number.
Name A basic escription of the no e.
Unit
Unit of measurement for each Gauge. The user will either specify the
type of measurement such as PSI, H2O, Inch, LBS, or a binary type
(TRUE/FALSE, ON/OFF or ACTIVE/INACTIVE). In case of Binary unit
type the Unit column isplay is empty in the Rea ings page. For WTRs
with Device Type = Thermocouples or Thermistors the this fiel can be
either “C” for Celsius or “F” for Fahrenheit
No e Detail
If a binary value was use in the “Unit” column, the type of binary is
isplaye in this column. A itionally, in applications requiring a elta
rea ing between two existing no es a virtual elta no e can be
configure . Values for the elta no es are compute base on the
elta logic specifie an are up ate whenever the existing no es
change.

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No e Math function
Select this for the Steam Trap no e. Enter No e1 an No e2 that will
be use to calculate the rea ing for new no e. E.g. No e3 = No e1-
No e2
Precision
Precision is use to set the number of ecimal places to isplay on the
rea ings page. If no precision is use , ecimal places will be isplaye
epen ing on how large or small the rea ing value is at the time.
Up ate Rate
Up ate rate as it has been configure on the fiel evice ( uration of
time between samples). This is use to etermine if the fiel evice is
inactive (no wireless ata). Changing this value oes not change the
up ate rate on the fiel evice.
Enable Alarm
This fiel must be checke for the SMS alarm to be activate for the
no e. If a limit is excee e , an the SMS Alarm box is checke for the
no e, an SMS Text message an /or email will be sent to all SMS Alarm
recipients.
Alarm Excursion #
This is the number of consecutive times the no e ata limit has is
excee e before an SMS an /or Email notification is sent. (Only works
when SMS Alarm is checke )
Min Alarm Threshol This is a specifie lowest allowable value. If the no e rea ing rops
below this number, an alarm con ition is create .
Max Alarm Threshol This is a specifie highest allowable value. If the no e rea ing rises
above this number, an alarm con ition is create .
WTR Configuration Select this ra io button if configuring a WTR type no e. Use this for
WFM an WSTM no es as well
WTR Configuration – Log
Scale Select this check box if the rea ing nee s to be calculate in Log scale
WTR Device Type Select WFM as the evice.
WTR Sensor Type
Select this to specify the right sensor type. For the first no e ID, select
OPT1-2, for the secon No e ID select OPT1-2, for the thir No e ID
select Thermocouple Type-K an for the fourth No e ID the sensor
type is ignore since this is a binary On/Off evice.
Sensor Responsivity -
Volts or mA1, Volts or
mA2, Value1, Value2
Select this to calculate slope an intercept values in y= mx+B
Enter these rea ings for calculating the slope an intercept. This will
be use later to calculate the Min an Max values an engineering
rea ing. These can be either note own from the ata sheet or the
actual rea ing from the evice. E.g. For WTR type 0-10 V, Volts1 = 0,
Volts2 =10.35, Value1 = 0.0001, Value2 = 1000

Cypress Envirosystems
Doc # 152-10201-01 Rev 2.0 BBS User Manual Page 20
WTR One-Point
Calibration
Check this box if a 1 point calibration can be one. This is typically
use for calibrating thermocouples.
One Point Calibration –
Value Measure ,
Value esire , Col
junction
Use this to apply the offset correction value to the ADC rea ings. . e.g.
Temp measure might be 40 C. An user might say the right temp is
45C. Then enter the inputs here to calculate the gain constant
(correction factor) that is use internally for the correction
Ok Save ata, but keep win ow open
Close Don’t save any ata, just close ialog
Refresh Get the latest ata from the atabase
escribes the no e configuration parameters for the WFM. After a ing the parameters, the Ok button
must be clicke to save the ata. For each WFM, 4 consecutive No e IDs must be create all with the
same Device ID. For example if a WFM was configure with the han hel as No eID = 1, the following
woul be set up:
No e ID Device ID Name Units Device Type Sensor Type Volts or mA1 –
Value 1
Volts or mA2 -
Value2
1 1 Low Stage
Compressor
Current
A WFM Opt 1-2 Volts = 0
Value = 0
Volts = 5,
Value = 20
2 1 High Stage
Compressor
Current
A WFM Opt 1-2 Volts = 0
Value = 0
Volts = 5,
Value = 20
3 1 Freezer
Temp
C or F WFM Thermocouple
Type-K
N/A N/A
4 1 Door Switch Binary:
On/Off
or
Off/On
WFM N/A N/A N/A
Table 4. WFM Configuration parameter example
Available No e List No es that can be seen by the BBS but have not been configure .
No eID No eID of the Cypress Envirosystems fiel evice
Device ID A unique i entifier for a WTR evice. If the user oes not input a
value, the efault is the No eID number.
Name A basic escription of the no e.
Unit
Unit of measurement for each Gauge. The user will either specify the
type of measurement such as PSI, H2O, Inch, LBS, or a binary type
(TRUE/FALSE, ON/OFF or ACTIVE/INACTIVE). In case of Binary unit
type the Unit column isplay is empty in the Rea ings page. For WTRs
with Device Type = Thermocouples or Thermistors the this fiel can be
either “C” for Celsius or “F” for Fahrenheit
No e Detail
If a binary value was use in the “Unit” column, the type of binary is
isplaye in this column. A itionally, in applications requiring a elta
rea ing between two existing no es a virtual elta no e can be
configure . Values for the elta no es are compute base on the
elta logic specifie an are up ate whenever the existing no es
change.