Setra SRF600 Transmitters User Manual

Setra SRF600 Transmitters

Overview of SRF600s

Figure 1 SRF600 Series transmitters

NOTE: All the operations on the transmitter are implemented using two buttons, WiFi and Action, on the front of the Transmitter

Buttons

WiFi Button

The WiFi Button has several functions:

1. To enter Setup Mode
   • a. Press and hold the WiFi Button and Action Button simultaneously for five seconds.
   • b. Press the WiFi Button again to exit Setup Mode.
2. 2. To enter Survey Mode
   • a. Press and hold for five seconds.
   • b. The transmitter will check the WiFi Signal Strength.
   • c. To exit, press the WiFi Button again.
3. To connect the transmitter to SetraEDGE
   • a. Press and hold for one second.
   • b. The Activity (Green) LED will flash once to acknowledge the button press and you will hear a beep.
   • c. The transmitter will send any unsent data and/or receive any new tasks.
   • d. During this time, the lower segment of the WiFi Signal Symbol will flash.
4. Mute Audible Alarm
   • a. Press once.

Action Button

The Action Button has several functions:

1. Change Channel Displayed or Mute Audible Alarm (local visual and audible)
   • a. Press once.
2. Enter Setup Mode
   • a. Press and hold the Action Button and WiFi Button simultaneously for five seconds.

Alarms and LEDS

Audible Alarm

• Above the buttons is a built in Audible Alarm for alarm and other indications during use of the Transmitter.
• The audible alarm will activate for 30 seconds when the transmitter detects an Alarm. Pressing either the WiFi or Action Button will mute the Alarm. (local LED visual and audible)
• If not pressed, after a certain period of time, edge will automatically mute and turn off LED visual for alarm.

Alarm (Red) LED

• The Alarm (Red) LED will flash whenever one or more channels is in an active (unacknowledged) alarm state.
• It will not flash for warning High and Low Alert states but will flash for Alarm High and Alarm Low states.

Activity (Green) LED

• The Activity (Green) LED will briefly flash every second to indicate that the transmitter is operating normally.
• The Activity (Green) LED will also flash once whenever the WiFi Button is pressed.

Infrared LEDs

• The Infrared LEDs are only used during the manufacturing process and do not display or have any significance in normal operation.

Power and Diagnostic LEDs

• These illuminate at various times depending on transmitter interactions. There are three LEDs:

1. Green – If the SRF520 Mains PSU is plugged in then a GREEN LED will illuminate
2. Yellow – The YELLOW LED indicates that the Transmitter is attempting to connect to the WiFi
3. Red – When the RED Led illuminates then the WiFi Card is active

If both the Red and Yellow LEDs are illuminated, then the Transmitter is communicating with the SetraEDGE

Symbols Displayed

NOTE: Refer to Figure 1 of SRF600 Transmitter for symbol references.

WiFi Signal Symbol

• WiFi Signal strength is denoted by the number of visible bands – one band is low signal; all four bands is excellent signal.
• When the WiFi is connecting then the WiFi Signal Symbol will flash each segment consecutively, from low to full.
• If the WiFi Signal Symbol is not visible, then the transmitter has no signal or has not been set up.

Fault Alert Symbol

• When a fault is present with the transmitter present, the Fault Alert will appear with a reference number on the main LCD. See Section 8 for a full list of Fault Error Messages.

Scale Selected

• The scale will show against the selected channel. It will indicate the scale selected via the Task from the SetraEDGE.
• There are 4 scale options.

1. %RH – % Relative Humidity – (Reserved for Future Models)
2. °F – Temperature in degrees Fahrenheit
3. °C – Temperature in degrees Celsius or Centigrade
4. DP – Dew Point Temperature in either Celsius or Fahrenheit

Low Battery Indicator Symbol

• The Low Battery Indicator Symbol will appear when battery is low. The transmitter will continue to operate normally, but we recommend replacing the batteries as soon as possible.
• If the Low Battery Indicator Symbol is flashing, then the battery is critically low and should be replaced immediately. The transmitter will still log data, but no wireless communication will be possible.

Alarm Active Symbol

• The Alarm Active Symbol will flash when the Active Channel is registering an unacknowledged alarm or it’s in an active alarm state.

NOTE: If the current displayed channel is not in alarm the symbol will not flash.

High/Low Alarm Symbols

• The High/Low Alarm Symbol will show to alert you that the value displayed in the Active Channel exceeds the alarm limit. If the High/Low Alarm Symbol is flashing, then the Active Channel is registering a High/Low Alarm.

Door Sensor Symbol

• The Door Sensor Symbol indicates that the Door is Open or Closed. If the Door is in Alarm, then the Door Sensor Symbol will flash.

Action Symbols

• NOTE: If both the Pause Symbol and the Play Symbol are displayed, the LCD will indicate ‘rDy’ indicating that the Transmitter is waiting for a manual start.

Play Symbol

• The Play Symbol will flash when the transmitter is tasked and logging normally. This is the normal status.
• If Play Symbol is solid, the transmitter has received a task but waiting for a reading.

Pause Symbol

• The Pause Symbol can indicate that the transmitter is connected to the SetraEDGE but has not yet received a task.

Action Symbol

• The Action Symbol indicates that the transmitter is waiting for input from the user to perform an action.

Current Active Channel

• Depending on the type, each transmitter has several active channels, please see below:

Table 1 Active Channels

• The Internal Channel on an SRF614 is inside the Lumberg Plug
• When the transmitter has been tasked, the Active Channels will be indicated using the Active Channel Segment so that you know exactly which channel is being displayed on the LCD.
• NOTE: Displayed values on the main LCD will be updated once per minute during normal logging.

Door Switch

• When programmed via the Tasking, Channel 5 on the LCD will display the door sensor alert symbol as shown in figure1 when the door is open. Alarm is triggered when the door is open for more than the limit set for Continuous Open Alarm Period in minutes.

Included in Box

Mounting Plate and Mounting Bracket

• The transmitter comes with a mounting bracket to allow it to be affixed to a wall. The transmitter will slide into the mounting Bracket. These can also be directly mounted to appliances using Velcro or adhesive strips.

Sockets

Pin Power Supply Socket

• The 2-pin connector is designed to accept the SRF600-PWR Power Supply Unit (PSU) for mains operation of the transmitter by passing the battery operation. When SRF600-PWR is plugged in, the transmitter will activate the GREEN LED on the side to confirm that the power is available.
• Do not attempt to connect an unauthorised PSU to the transmitter as this may cause damage and invalidate your warranty.

Pin Door Sensor Socket

• The 3-pin connector is designed to accept one of the two door switches.

Pin Lumberg Probe Socket

• The Lumberg 6-Pin socket is designed to provide a robust and rugged means of connecting probes and accessories.

Manual Transmission of Data

• If you want to force the Transmitter to connect to the WiFi network either to confirm that the WiFi is connecting or simply to force the Transmitter to send its readings, simply press and hold the WiFi Button until the Green LED comes on and the WiFi Symbol starts to Flash. Within a minute the Transmitter will wake up and attempt to connect to the SetraEDGE.

Battery Life and Battery Type

• SRF600 Transmitters require 4 AA Alkaline Cells and in normal conditions (operating temperature/humidity conditions in room), these will provide good battery life up to 1 year.
• For low-temperature operation below 0°C battery life with regular Alkaline can be impacted. If your transmitter is operating in Low temperature conditions, then we recommend upgrading to Lithium L91 cells.

Battery Replacement

1. Remove the transmitter from the mounting bracket and remove the PSU lead if fitted.
2. Take a screwdriver (small flat blade or pozidriv) and remove all 4 screws from the battery compartment. They should remain captive in the cover.
3. Remove the cover.
4. Remove all 4 batteries, wait 30 seconds, and then replace them with new.
5. Do not mix old and new batteries together as this will cause issues with low battery warnings and affect normal operation.

Alarms and Warnings

Overview

• An alarm will be triggered when the temperature or other parameter exceeds the programmed alarm value by a value equivalent to the minimum resolution. So, for example, given a high alarm of 8.0°C on SRF612 then an alarm will be triggered for any reading that is recorded as 8.1°C or above.
• If an alarm time delay is set, then the temperature must remain above the set value for the period of the alarm time delay before the alarm will be officially triggered by the transmitter.
• The graph below shows a temperature profile for a transmitter tasked for 15 minutes log rate, the high alarm at 5.0°C and low alarm at 1.0°C, and 5-minute alarm delay.
• The curve indicates the actual temperature being sampled by SRF600.
• The small dots indicate the sampling at 1-minute intervals. The large black dots indicate readings logged at 15-minute (log rate) intervals. When the temperature goes out-of-limit, extra records are logged as indicated by the blue dots as follows:
• A. The record logged as the temperature goes out-of-limit (high)
• B. The record logged because the temperature has remained out-of-limit throughout the alarm delay.
• C. The maximum temperature reached for the out-of-limit period.
• D. The record logged as the temperature again becomes within limits.
• E. The record logged as the temperature goes out-of-limit (low)
• F. The minimum temperature reached for the out-of-limit period.
• G. The record logged because the temperature has remained out-of-limit throughout the alarm delay.
• H. The record logged as the temperature again becomes within limits.
• NOTE: The additional readings will be logged for all active channels to prevent unusual gaps in the data. So, one extra reading on Ch 1, would also be recorded for all other active channels including the Door Switch. When the channel enters from normal to warning, warning to alarm or alarm to warning then the transmitter pushes the data to EDGE automatically.

Different Types of Configurable Alerts

High and Low Alarms

• High and Low Alarms are traditional alarms which will generate the alerts / emails from the Cloud. You set a maximum and minimum alarm level to ensure that you capture the Alarm events.
• To use alarms with SRF600 transmitters, High and Low Alarms must be setup on SetraEDGE portal and sent to the transmitter through tasking.

High and Low Warnings (Optional)

• Warning Levels are set that sit below and above the absolute Alarm Levels. When these levels are triggered, you get a warning that your monitored area is heading towards and alarm excursion but is not there yet. This is a system that is particularly useful in applications where a time delay is not applicable or not wanted.
• To use warnings with SRF600 Transmitters, High and Low warnings must be setup on SetraEDGE portal and sent to the transmitter through tasking.

Alarm Delay (Optional)

• An Alarm Delay can be set for both High and Low Alarms as well as High and Low warnings. This Alarm
• Delay/warning can be set to 0 to 60 minutes. It provides a simple delay to the Alert being triggered to allow for small deviations above or below an Alarm or Alert value to be ignored until you want to be made aware of them.
• The Alarm Time Delay is an optional setting, the delays must be setup on SetraEDGE portal and sent to the transmitter through tasking.

Temperature Alarm Limits

• Temperature Alarm limits are set by the channel selected for the alarm. Please refer to the data sheet for specifications of your transmitter and probe selection.
• The task for the transmitter will not allow you to set an Alarm Limit outside of the measurement range for the channel.

Door Switch Alarms

• There are two types of Door Switch Alarm.

Continuous Door Open

• Set a duration between 0 and 60 minutes for a Continuous Door Open Alarm

Door Alarm Example

• Example Door Switch Alarm Settings:
• Continuous Open Alarm Period 20 minutes
• The door alarm will trigger if the door has been open for more than 20 minutes.

Alarms and Warnings on the LCD

• NOTE: The unacknowledged alarms are automatically acknowledged by the SetraEDGE.

Table 2 Temperature and Multi-Parameter Alarms and Warnings

| In the event of a High or Low warning, the H and L Symbols respectively will be solid against the Active Channel in Alert State.

In the event of a High or Low Alarm, the H and L Symbols respectively will flash to indicate that the channel is in Alarm.

__| The Alarm Bell symbol is flashing when the channel is in an active alarm state against the Active Channel and the RED LED are flashing (Optional)

Door Switch Alarms on the LCD

A door switch Alarm on the LCD will be indicated by the Door Switch Symbol Flashing on the LCD and the RED LED will be flashing. Using the Action button to scroll through to Channel 5 on the LCD will indicate the current Door Open Average Period.

NOTE: The LCD will not display how many minutes that the door was open to trigger continuously door open alarm.

Logging Modes

• The SRF600 transmitters employs essentially one logging mode with the option of a manual start. During logging, the transmitter will complete the following actions:

Auto-Start

• Under normal circumstances when the transmitter is programmed with a task as soon as it receives the task from the Cloud, it will automatically start logging. This is the normal behavior for the transmitters.

Manual Start

• During tasking, it is possible to set a Manual Start. When the transmitter receives this task, it will not begin logging automatically but wait for the instruction to do so.
• This can be accomplished by pressing the Action Button on the Transmitter to initiate logging.
• NOTE: Manual Start must be checked on the SetraEDGE portal during the tasking process to initiate manual start.

Wraparound

• The transmitter has a limited memory size and when the memory is full it will automatically be wraparound to continue logging.

Event Logging

• All transmitters have the capacity to measure from one or more sensor inputs at several log rates. However, if an alarm event occurs between log intervals, then the transmitters will wake up to record this event and trigger the alarm. It will also transmit the alarm back to
• SetraCEMS over the WiFi network.

rDy for Manual Start

• When an SRF600 transmitter has been tasked with the ‘Manual Start’ option, once the Task is loaded onto the transmitter the LCD will show the below figure.
• The Pause and Action Symbols will also appear to indicate that the Transmitter is ready to start.
• Press and hold the Action button to start logging.
• When Manual Start mode is selected the data logger starts logging once the Action symbol is pressed.

Troubleshooting

Transmitter Setup

• If you have trouble getting your Transmitter connected to the SetraEdge, there are several items to check:

1. Ensure that you have a WPA (PSK) WiFi Network to use. This usually just requires a Password to gain access.
2. Ensure that you are using the right WiFi Password.
3. Consult your IT to ensure that they are aware of the transmitters need to connect to the network.
   • a. They might have a requirement for a MAC Address Whitelist. In AP mode the Transmitter displays the MAC Address.
   • If all else fails, contact the SetraCEMS support team at SetraCEMS@setra.com.

WiFi Signal Strength – Survey Mode

• If your loggers have difficulty in getting connections to the WiFi network or they drop off for periods, then a signal strength check is advised. This is best achieved with the transmitter itself.
• Press and hold the WiFi button for 5 seconds to enable signal strength mode, the LCD will display as shown below:
• It will then switch to display negative numbers as shown below:
• The number on the LCD will give you an indication of the signal strength in dB. The number will be negative.

Table 3 Signal Strength Indication

If the WiFi signal strength is poor, then you might need to consider the following options.

1. Move the transmitter closer to the location of the Access Point
2. Install a WiFi Repeater at the point where you have good/excellent signal strength to boost the signal to the transmitter

Not finding the WiFi network in the drop-down

If your transmitter is not finding the WiFi in the Drop Down, consider the following options:

1. The Access Point is out of range. Try moving closer to the Access Point
2. The Access Point is broadcasting 5Ghz Band. Please turn on 2.4Ghz WiFi on the Access Point

Not connecting to the WiFi network

• You can try any, or all, of these steps to help with this problem

1. Check that the password being entered is correct.
2. Check if 802.11b is enabled on the access point or router. Consider switching it off.
3. Ensure MAC filtering is not switched on in the access point or router. If it is switched on, only known devices will be able to connect to your router. Ensure that the MAC Address of your transmitter is entered on the Router.
4. Check that your network has an internet connection.
5. Check that the device is in range of the router.
6. Check to see if the router has the latest firmware.
7. If the access point or router has WEP Encryption ensure that the HEX key is being entered rather than the password. You can find the HEX key in the internal settings of your access point or router. Alternatively, search the web for resources to help convert your password to a HEX key.
8. Check that DHCP service is running. This allows the device to be allocated an IP Address. Normally, the DHCP service runs in either your router or on a network server. Make sure that the configured DHCP IP address range allows the addition of new devices; if not, then extend the range.
9. Check to ensure that your router has a WPA-PSK SSID available. If it requires other levels of security, then your transmitters may not connect.
10. If your access point or router has a wireless mode setting, this must be set to ‘Mixed’, not ‘GreenField’.
11. Make sure that the SSID name does not contain spaces.

• If the problem persists, please contact your IT Department for help.

Changing the WiFi Access Point after setup

• NOTE: If you use this procedure to change the Access Point to which the transmitter is connected, the transmitter will stop logging for the duration of the process.
• Your transmitters can swap WiFi Access Points while still tasked and logging Data to the Cloud.
• To change your Access Point, follow the instructions for setting up the transmitter on the Access Point in the QSG for the transmitter.
• At the end of the process the transmitter will revert to the programmed task.

Technical Support File Request

• Occasionally there may be an issue with your transmitter that requires support from SetraCEMS Technical support. If required, they may ask for one or more of the reports stored in the Transmitter to help diagnose the issues.
• The reports are accessed through the Setup Mode on the Transmitter.

1. Press and hold the two buttons on the Front until AP Appears in the LCD as per the QSG
2. Take your internet-enabled device and search for the following Access Point: SRF600 –
3. Click on this Access Point WiFi and enter the password, which is the number part of your serial number, for example, “01210001”
4. When connected, open a web browser page and navigate to the following page: http://192.168.4.1
5. Click on the Advance Tab.
6. Simply click on the Report Button needed and the report will be displayed on-screen. Just select, copy and then paste the text into a ‘Text’ or ‘Word’ Document, or straight into an E-mail to SetraCEMS Technical support team at SetraCEMS@setra.com.

Fault Finding, LCD Error Codes, and Support Files

Local LCD Error Messages

There are several LCD Messages that can be displayed to inform the user about the status of the Transmitter, which is normal. If they repeatedly come up on screen, this may also indicate a fault with the Transmitter.
Table 4 LCD Error Messages

or connecting to the SetraEDGE will set the Clock and this message will clear. If this message comes up when you don’t expect it or repeatedly appears on the LCD contact Setra Tech support for help.
__

__

| If Stop is displayed on the LCD, then the transmitter has stopped logging. Stop is also displayed as the Transmitter receives a new Task from the EDGE as it prepares to load the new set of logging instructions. However, if Stop is appearing on screen and does not clear then this could indicate an error with the Transmitter.| This can be rectified by manually starting the transmitter (if manual start has been programmed via the Task) or simply re- tasking the transmitter.
---|---|---

Local LCD Error Codes

There are several Error Codes built into the SRF600 Transmitters that you may encounter in your use of the Transmitters.

Table 5 The full list of Error Codes associated with the Fault Alert Symbol

Support
2| 2| Memory Initialisation Error| Re-Task Transmitter| Contact Tech Support
3| 4| Settings Corrupted| Re-Task Transmitter| Contact Tech Support
4| 8| No WiFi Settings| Program WiFi Settings| Contact Tech Support
5| 16| No Cloud Server Settings| Program Cloud Settings| Contact Tech Support
6| 32| Reserved| –|
7| 64| Reserved| –|
8| 128| Status reply Initialisation or

Malformed Error

| Re-Task Transmitter| Contact Tech Support
9| 256| Memory Ease Error| Re-Task Transmitter| Contact Tech Support
10| 512| Memory Write Error| Re-Task Transmitter| Contact Tech Support
11| 1024| Memory Read Error| Re-Task Transmitter| Contact Tech Support
12| 2048| Memory Status Error| Re-Task Transmitter| Contact Tech Support
13| 4096| Memory Save Error| Re-Task Transmitter| Contact Tech Support
14| 8192| Memory Clear Error| Re-Task Transmitter| Contact Tech Support
15| 16384| Hardware Fault| Contact Tech Support| Contact Tech Support
16| 32768| Memory Compare Error| Re-Task Transmitter| Contact Tech Support

NOTE : The Error Codes can add up, so that another number will be displayed that is not in this list. In this case there are two or more error codes in play.

Reverse Engineer Decimal Value to BIT values

1. Open Windows Calculator
2. Select Programmer Mode,
3. Select DEC (Decimal)
4. Enter the code as displayed on the LCD.
   • a. For example, 24, then check the BIN (Binary) Value, which is ‘11000’, which translates to Bits 4 and 5 combined.

Table 6 Most Common Error Codes

1. If you complete the actions as indicated above and the Error Codes persist then please contact SetraCEMS Technical Support for assistance.

Firmware Update

Firmware Updates should not be necessary for normal use.

NOTE: This firmware update procedure is written to be used directly with a PC and the Transmitter.

1. Download the firmware file that was acquired from Setra.
2. Before proceeding with the Firmware Update, please ensure that the battery is healthy.
3. Put your Transmitter into AP mode. Please refer to QSG for instructions.
4. Once connected, open a web browser page on your PC and navigate to http://192.168.4.1/setup and then click on the Advance Tab.
5. Click on ‘Choose File’ and then using Windows navigation select the firmware file and click OK.
6. The firmware file will be uploaded to the Transmitter
7. Do not interrupt the process or switch the transmitter off.
8. When the firmware file has been uploaded, the Transmitter will reset.
9. During the reset process the LCD will show the below message.
10. It will indicate that it is completed a Wireless Session. The Antenna Symbol will be flashing which indicates that the second part of the process is about to occur. The LCD will clear. The RED and YELLOW LEDs will flash alternately on the side of the Transmitter.
11. If update is successful, the Transmitter will re-boot to the same figure above. It will complete a normal WiFi Session.
12. If connected to the SetraEDGE and if the Transmitter was previously logging, then the EDGE will need to send a new Task and the Transmitter will start logging normally.
13. If at any time during the process the Transmitter is interrupted, then simply re-set it by removing one of the batteries for 10 seconds and refitting to boot back up and starting over.

Terminology

LCD Messages

There are several LCD Messages that can be displayed to inform the user about the status of the Transmitter.

Table 7 LCD Messages

| The Transmitter is in its low power sleep state as supplied new.| To activate the Transmitter simply press the Action Button.
| The transmitter has lost date and time or in the case of a new transmitter simply does not have Date and Time set.| Tasking the Transmitter or connecting to the SetraEDGE will set the Clock and this message will clear.
| If Stop is displayed on the LCD, then the transmitter has stopped logging.

Stop is also displayed as the Transmitter receives a new Task from the Cloud as it prepares to load the new set of logging

instructions.

| This can be rectified by manually starting the transmitter (if manual start has been programmed via the Task) or simply re-tasking the transmitter.
__

__

| AP or Setup Mode has been initiated. The transmitter will then start to SEND a broadcast signal via WiFi that you will be able to connect to, via your PC / Laptop / Tablet / Smartphone or internet enabled device. A red diagnostic LED will

show on the side of the transmitter.

| No action is required till the display changes to AP. 0
__| The WiFi Signal Symbol will also animate to show WiFi signal is being transmitted and ready to connect to internet enabled device.| On your internet enabled device search for available  wireless networks. The SSID or Network Name being sent by the transmitter will be the same as its Serial Number. For reference this is printed on the rear label of the transmitter. When prompted for a password, enter the last 8-digits of the SSID. Once your PC

/ Laptop / Tablet / Smartphone or internet enabled device is connected

 | | to the transmitter you will be able to

configure the transmitter.

---|---|---

__

| Transmitter is connected to the internet enabled device. Refer to the QSG for detailed instructions.| The setup page can be viewed at http://192.168.4.1/setup A yellow diagnostic LED on the side of the transmitter will also start flashing to indicate an active connection with internet enabled device

| A value of >19999|

| A value of <-19999|
__| Open Circuit / Over and Under Range

__

NOTE: An SRF615 Transmitter not connected to the SRF600-ADTR4 Box will measure small values on its input, which depending on the chosen scale may indicate a random value on screen. When connected to the SRF600-ADTR4 Box, the channels will display a reading for 4mA or 0V depending on the configuration of the channel. There is no concept of Open Circuit Readings for SRF615. The SRF615 only uses Under or Over Range readings or zero for no

connection.

|
__

__

| The Transmitter is receiving a new task.

__

If the tAS is displayed on screen this usually means that Tasking is in progress.

However, if it comes up unexpectedly with the Fault Alert Symbol in the top of the LCD then this indicates an invalid Task has been sent to the Transmitter.

This is possibly caused by an interruption in the communication between the EDGE and the Transmitter. It might also indicate that there is a

memory corruption in the Transmitter.

| Try re-tasking the Transmitter.

If that does not clear this message, then contact SetraCEMS Technical Support for assistance.

__| The Transmitter is clearing the Memory for the new Task.

__

The Transmitter is clearing the Memory for the new Task. This message should not come up at any other time.

| This is automatically done on the transmitter.

__

This will be accompanied by a rotating box to indicate that work is going on in the background. (This is similar to an in-progress bar)

If you see this message unexpectedly, please contact Setra Tech Support for

assistance.

__| The Transmitter is preparing to load the new Task. This message should not come up at any other time.| This is automatically done on the transmitter.

This will be accompanied by a countdown as the transmitter waits for the minute to roll-over before taking the first reading.

If you see this message unexpectedly,

please contact Setra Tech Support for assistance.

---|---|---

NOTE: This LCD will display your measurement value in the range -19999 to +19999. Depending on the value being displayed there could be one or two decimal points (SRF615 only at launch).

Glossary

The following describes the terms used in this Manual.

Table 8 Glossary

send their Data to the

SetraEDGE

AP| The Setup Mode or Access Point Mode used for setting up SRF600 Transmitters on the WiFi
Task| A set of instructions from the SetraEDGE to program the SRF600 Transmitter with the

instructions to carry out logging and reporting back on Alarms

LCD| Describes the Display of the SRF600 Transmitter channel and Alarm information.
LED| Describes the various visual indicators on your SRF600600 Transmitters to indicate current

status

Buzzer| Describes the internal sounder for warning of Alarm conditions on the Diligence600

Transmitter

Main Operations| Wall power supple
Lumberg| The Lumberg 6-Pin socket is designed to provide a robust and rugged means of connecting

probes and Accessories to your Transmitter.

Survey mode| Used to measure the Wi-Fi signal strength.
Lower Segment| The WiFi signal symbol the lower portion will start flashing
Active Alarm

State

| It is an unacknowledged alarm that can still be visual and audible locally
Logging Mode| The data recording on the SRF600 internal memory
Wraparound| Overwriting the memory in a circular fashion
Open Circuit /| When no probe/sensor is connected to a transmitter
Over and Under

Range

| The senor/probe has too much or too little signal input
Setra EDGE|

• Setra Systems, Inc.
  

• 159 Swanson Road, Boxborough, MA 01719 800.257.3872

• www.setra.com

Documents / Resources

| Setra SRF600 Transmitters [pdf] User Manual
SRF600 Transmitters, SRF600, Transmitters
---|---
| setra SRF600 Transmitters [pdf] User Guide
SRF600 Transmitters, SRF600, Transmitters

References

• Premium Sensing Solutions | Setra Systems

Read User Manual Online (PDF format)

Download This Manual (PDF format)

Download this manual  >>