Sea-Bird Scientific ECO-FLNTUS Product Manual

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Product Manual

LOBO System Operation Manual

AT-DN-00434

2011-11-24

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seabird@seabird.com

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Page 2 S.K. Feener, P.Eng. Added Cycle PO4 information. Added Contact page. Added Warranty page. Updated GPRS modem data. Various operation details updated. Updated for Sea-Bird Scientific Branding May 10, 2017 T.V. Yeadon, BSc. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 3: Table Of Contents
Shore-Based Power System ....................35 5.2.1 Solar Panel........................35 5.2.2 Battery Enclosure ......................37 Wireless Telemetry System ....................42 External Antenna and Antenna Cable ................... 43 Cellular Modem ........................44 6.2.1 Modem Enclosure ....................... 44 Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 4 11.1 Sea-Bird Scientific STOR-X Maintenance ................75 11.2 Sea-Bird Scientific SUNA/ISUS/ISUS-X................... 75 11.3 Sea-Bird Scientific Alkaline Battery Pack Maintenance ............76 11.4 WET Labs WQM Maintenance ..................... 76 11.4.1 Replacing the WQM Bleach (when plumbed with ISUS only)........... 77 11.4.2 Purging the WQM of Bleach (when plumbed with ISUS only) ..........
Page 5 Table 1: Example 2D Continental Specifications ................... 22 Table 2: Example Aquadopp Specifications ....................23 Table 3: Example ECO-CDS Specifications ..................... 27 Table 4: Example ECO-FLNTUS Specifications ....................28 Table 5: Example WQM Specifications ......................29 Table 6: Example Cycle PO Specifications ....................
Page 6 Figure 33: Main Web Page ..........................51 Figure 34: LOBOviz ............................52 Figure 35: LOBOviz time series plot ....................... 53 Figure 36: Archived raw data ......................... 54 Figure 37: Schedule and previous schedule folders ..................55 Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 7: Introduction
Near real time and archived data from Sea-Bird Scientific’s RiverLOBO deployed in the Northwest Arm in Halifax, Nova Scotia, can be viewed at http://lobo.Sea-Bird...
Page 8: Definitions, Acronyms And Abbreviations
RD2. Sea-Bird Scientific Instrument File Standard, Sea-Bird Scientific Inc., SAT-DN-00134, Version 6.1, 2010-02-04 RD3. Sea-Bird Scientific Log File Standard, Sea-Bird Scientific Inc., SAT-DN-00135, Version 1.1, 2007-08- RD4. Technical Note, ISUS V2 Sampling Tips, Sea-Bird Scientific Inc.,, RD5. Aquadopp Current Profiler User Guide, Nortek AS, N3009-103, Revision B, September 2005 RD6.
Page 9: Scheduled Operation Quick Start
Please verify the contents of all shipping cases against the packing list. LOBO is based around Sea-Bird Scientific’s STOR-X data logger and controller. The basic quick start instructions provided in its user manual (RD1) also hold true for LOBO, with some changes to account for hardware differences.
Page 10: Description Of Lobo
GPS tracking system is available. LOBO platforms are also available for attaching to fixed structures such as docks or pilings (DockLOBO), or for placing directly on the bottom (BenthicLOBO). The various configurations are described in the following sections. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 11: Riverlobo
Marine Hazard Light Cellular Modem GPS Tracking Device (optional) Flotation Frame and Sensors Figure 1: RiverLOBO A dimensioned drawing of the standard RiverLOBO platform can be found on the following page. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 14: Docklobo
Battery Box and Cellular Modem Frame and Sensors Figure 3: Typical DockLOBO Deployment A dimensioned drawing of an example DockLOBO using a submersible battery pack can be found on the following page. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 16: Benthiclobo
Figure 5: Typical BenthicLOBO Deployment Dimensions for the LOBO frame would normally be identical to that of the DockLOBO in Figure 4. Dimensions of the bottom frame will depend on the deployment site. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 17: Baylobo
A larger payload bay allows for more battery capacity for longer deployments. Data is sent back to the user via wireless options, typically cellular. Marine Hazard Light Cellular Modem Flotation Frame and Sensors Figure 6: BayLOBO Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 18: Safety
Indications of a flooded instrument include short circuits between connectors or an extended gap between the end cap and housing. If an instrument is suspected of being flooded, disconnect its power source, place it in a safe location and contact Sea-Bird Scientific for further instructions.
Page 19: Recovery
Do not haul instruments in by their electrical cables, unless they are reinforced with mechanical strength members for the purpose. Hauling on electrical cables can cause damage to the instrument port connectors, cables, and splices. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 20: Instrumentation
Page 20 of 86 4 Instrumentation While highly customizable with respect to instrumentation, Sea-Bird Scientific’s STOR-X data logger will always be present, as it controls all aspects of the LOBO platform operation. A common configuration for a LOBO platform is as follows:...
Page 21: Sea-Bird Scientific Stor-X Datalogger/Controller
STOR-X to shut down gracefully if power is inadvertently removed. Provided the autorun feature of the STOR-X is enabled, the shell program will force the program to restart when power is restored. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 22: Nortek Acoustic Sensors
Max. Sampling Rate 1 Hz Ancillary sensors Temperature, compass, tilt, pressure Serial Interface RS-232 at 9600 bps (configurable) Dimensions (approx) 8.5” high x 7.5” diameter Weight (in air) 16.5 lbs (7.5 kg) Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 23: Aquadopp Profiler
2017-05-16 Page 23 of 86 Normally, Sea-Bird Scientific will provide an ICD or other documentation describing the as-shipped configuration of the Continental. The ICD includes a procedure for reconfiguration of the sensor if required. It is expected that the end-user will change the configuration to match the actual operating environment.
Page 24: Sea-Bird Scientific Nitrate Sensors
Weight (in air) 5.3 lbs (2.4 kg) Normally, Sea-Bird Scientific will provide an ICD or other documentation describing the as-shipped configuration of the Aquadopp. It is expected that the end-user will change the configuration to match the actual operating environment. Specifically, the number of measurement cells, the cell size, and the profile interval (essentially averaging duration) are all expected to change.
Page 25 Scientific prior to attempting this approach, as there are changes that have to be made to the settings for the ISUS-X and STOR-X. Examples of sensors that have been successfully integrated in this manner are: • WET Labs ECO series (e.g. ECO-FLNTUS, ECO-CDS) • Sea-Bird SBE-37SIP •...
Page 26: Sea-Bird Scientific Suna
Page 26 of 86 4.3.2 Sea-Bird Scientific SUNA Based on the same technology developed for the Sea-Bird Scientific ISUS nitrate sensor, the SUNA provides researchers with real-time nitrate measurements essential to the study of physical, chemical, and biological processes in coastal and freshwater environments from an economical and compact package.
Page 27: Wet Labs Sensors
During port configuration, the STOR-X must be informed that an ECO-sensor is attached. This allows the STOR-X to send a “stop” command to the sensor so that the shutter will close prior to power removal. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 28: Wet Labs Eco-Flntus
The ECO-FLNTUS is a sensor manufactured by WET Labs to measure chlorophyll-A fluorescence and turbidity. The sensor has an anti-fouling wiper that opens and cleans the optical window before every measurement. Note that the ECO-FLNTUS is a standard component of the WET Labs WQM. Example specifications are summarized below in Table 4.
Page 29: Wet Labs Cycle Po Sensor
During port configuration, the STOR-X must be informed that a WQM sensor is attached. This allows the STOR-X to send a “stop” command to the sensor so that the ECO-FLNTUS shutter will close prior to power removal, and allow the WQM to perform a bleach injection.
Page 30: Table 6: Example Cycle Po
5), as shown below. MCBH6F Instrument Port Pin Signal Ground/VBATTERY- Cycle RS-232 Data Receive Cycle Wake VBATTERY+ Cycle RS-232 Data Transmit Female Face View not connected Figure 17: Cycle STOR-X Sensor Port Pin Assignment Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 31: Sea-Bird Sbe 37-Sip
Example specifications are given below in Table 7; please refer to the manufacturer’s documentation for complete specifications. Use caution when testing a LOBO system with an integrated SBE 37-SIP. Running the pump dry will damage it. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 32: Aanderaa 3835 Oxygen Optode
9.2 lbs (excluding clamps) Weight (in water) 6.2 lbs (excluding clamps) If integrated by Sea-Bird Scientific, an ICD or other documentation describing the as-shipped configuration of the SBE 37-SIP, with a procedure for reconfiguration if required, will be provided. Aanderaa 3835 Oxygen Optode The Oxygen Optode 3835 is a sensor manufactured by Aanderaa used to measure absolute oxygen concentrations in water using optical methods.
Page 33 Weight (in air) 120 g (4.23 oz) If integrated by Sea-Bird Scientific, an ICD or other documentation describing the as-shipped configuration of the SBE 37-SIP, with a procedure for reconfiguration if required, will be provided. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 34: Power System
3x slow blow 1.5A, 1x fast blow 4A, 3AG type Housing Material Anodized 6061 Aluminum Operating Depth 1000 meters Dimensions 19.4” long x 4.5” diameter Weight (in air) 18.7 lbs Weight (in water) 6.7 lbs Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 35: Shore-Based Power System
The specifications for the solar panel used in the power system are summarized below in Table 10. Table 10: Solar Panel Specifications Manufacturer Carmanah Model CTI-80 Typical Power 80 W Voltage at typical power 17.2 V Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 36: Table 11: Panel Rack Specifications
Figure 21; note the locations of the mounting clips (circled). Table 11: Panel Rack Specifications Manufacturer Unirac Model 400103 Rail Length 24” Channel Length 32” Weight 6 lbs Mounting 2 ½” Schedule-40 pole Panel Angle Adjustable Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 37: Battery Enclosure
The enclosure contains a large rechargeable battery, a charge and load controller (CLC), and associated fusing and wiring. Two bulkhead connectors on the top of the Battery Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 38: Table 12: Battery Enclosure Specifications
PANEL + BH2F BH2M Female Face View Male Face View (to STOR-X) (to Solar Panel) Figure 24: Battery Enclosure Connectors The internal assembly of the Battery Enclosure is shown below in Figure 25. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 39: Table 13: Battery Specifications
Table 13: Battery Specifications Manufacturer Soltek powersource Model Extreme EX-580 Voltage 12 V Capacity 55 Ah Type Weight 38 lbs Dimensions 9” x 6” x 9” Discharge cycles 600+ cycles to 50% Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 40: Table 14: Clc Specifications
If the surge is sufficiently strong, the arrestor may be damaged and will require replacement. The arrestor specifications are summarized below in Table 15. Figure 26: Lightning Arrestor Table 15: Lightning Arrestor Specifications Manufacturer Delta Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 41 LOBO 2017-05-16 Page 41 of 86 Model LA-302DC Max Voltage to ground 250 V Surge Current 60 000 A Wire Leads 3x 18” #12AWG Dimensions 2 ¼” long x 2 ¼” diameter Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 42: Wireless Telemetry System
A diagram of the cellular modem assembly for a typical RiverLOBO system is shown below in Figure 28, with the inset image illustrating the small internal antenna. Note there are several variations for the RiverLOBO modem assembly – your system may not be exactly as shown. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 43: External Antenna And Antenna Cable
4 ½” length, female to female, 1”-14 threads Antenna Base 3” diameter, 1”-14 thread Cable Type Shakespeare Lo-Max® Cable Length 5 meters (can be shortened) Cable Connectors N-male (to antenna), TNC male (to modem enclosure) Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 44: Cellular Modem
There are several versions of the modem enclosure available, depending on the LOBO platform used and the user requirements. The basic versions are • RiverLOBO Modem Enclosure • DockLOBO Modem Enclosure • DockLOBO Modem Enclosure with Surge Protection Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 45 Figure 27. The enclosure is also shown below in Figure 31 with the GSM modem; the SIM card can be replaced without removing the modem. After installation, connect the grounding stud to earth ground using heavy guage copper wire or a copper grounding strap. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 46: Table 18: Modem Enclosure Pin Configuration
Figure 32. The connector pinout is provided in Table 18. Figure 32: MCBH6M Bulkhead Face View Table 18: Modem Enclosure Pin Configuration Pin Name Notes Power to Modem Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 47: A Note About Cellular Coverage
Please ensure that you have adequate cellular coverage (normally GPRS required) in the area in which you intend to deploy LOBO. Sea-Bird Scientific cannot be held responsible for systems that fail to transmit data due to lack of cellular coverage.
Page 48: Server Computer
Basic keyboard, monitor, mouse, etc If you are providing the server, please consult Sea-Bird Scientific to ensure that the hardware is suitable. An alternative and preferred solution is to use a hosting service and install the email server and LOBOviz on a virtual machine.
Page 49: Stor-X Email Format
The subject line has the format “STOR-X sn XXXX Log File (filename.raw)”, where XXXX is the serial number of the STOR-X and filename is the name of the attached file. The subject line is created automatically by the STOR-X and is not configurable. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 50: Web Server Interface
IP address remain static for the web interface to work properly. Generally, the web page will be customized, with both a public and private interface. Below, we use some of the private Sea-Bird Scientific interface as an example. Sea-Bird Scientific’s present main web page is shown below in Figure 34; your page will look significantly different.
Page 51 2017-05-16 Page 51 of 86 Figure 34: Main Web Page Selecting the LOBOviz link takes you to the LOBOviz data display page, where recent and archived data can be accessed and displayed. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 52 LOBO 2017-05-16 Page 52 of 86 Figure 35: LOBOviz For example, if we plot a time series for nitrate concentration and fluorescence, we can see the spring bloom occurring, as shown below. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 53 .split file is a separate acquisition time. An example from Sea-Bird Scientific’s server is shown below in Figure 37. Please note that this data is not identical to that displayed by LOBOviz; this data is “raw”, meaning that it contains every frame for each sensor as recorded by the STOR-X for the event.
Page 54 Scripts running on the server will periodically check the received email for valid schedule update emails. If present, the new schedule will be extracted, renamed, and placed in the folder. Any existing schedule file for the selected STOR-X will be moved to the “previous” subfolder. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 55 STOR-X checks the schedule folder for its new schedule file, and retrieves it if available. If the file is not present, the STOR-X simply continues to use its existing schedule. Note that the Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 56 STOR-X serial number prepended to the file name, e.g. “0022-schedule.txt”. For a discussion regarding the format of the schedule file, please refer to Section 8 Event Scheduling. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 57: Event Scheduling
This utility should have been included with the LOBO shipment. Note that only version 1.5.1 or later may be used with this system. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 58 One minute of acquisition time should be sufficient. To eliminate any chance of interference between the ECO-FLNTUS in the WQM and the separate ECO-CDS, the ECO-CDS power-up and acquisition will occur separately; 20 seconds of data for this sensor should suffice.
Page 59 Offset by 7 minutes. This ensures that the data event is completed before the email attempt starts. Leave the Retry field as 1 to allow one reattempt in case the email connection fails. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 60 The vertical axis represents each port, while the horizontal axis indicates the hour of the day. Close the figure when you are ready. Exit the ISUSSchedule program. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 61 10. Browse to the folder containing the schedule file and open it in a text editor such as Windows NotePad. You will see the following: ##### SCHEDULE FILE START # STOR-X SCHEDULE FILE # File generated by Sea-Bird Scientific Schedule File Generator. # File generated at 07-Jun-2007 21:27:23. 00:01:00 POWER +V +1 +2...
Page 62 #, to describe what you’ve done. ##### SCHEDULE FILE START # STOR-X SCHEDULE FILE # File generated by Sea-Bird Scientific Schedule File Generator. # File generated at 07-Jun-2007 21:27:23. # 2007-07-07, SF: Created for manual demo...
Page 63: Power And Data Size Considerations
STOR-X in the LOBO to meet their requirements and operating conditions. To assist with the determination of a given schedules feasibility, Sea-Bird Scientific may be able to provide a Microsoft Excel spreadsheet to estimate the power budget.
Page 64: Data Formats And Data Extraction
Sea-Bird Scientific’s data format standards. Please refer to the Sea-Bird Scientific Instrument File Standard (RD2) and the Log File Standard (RD3) for assistance in the definition and interpretation of data formats used by Sea-Bird Scientific’s instrumentation and data logging and conversion software.
Page 65 Similarly, copy the STOR-X raw files to your PC (this includes the .splitx files) – here we’ll use the C:\LOBOtest directory again, as shown. The raw file shown here contains data from STOR-X sn 0031 during a real-time test. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 66 At the bottom of the window is the Output File List path – let’s set this to our test directory C:\LOBOtest, as shown. Click OK to close the dialog. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 67 Next we will configure the data conversion parameters. Select Conversion -> Parameters to open the Conversion Parameters dialog. Configure the Conversion Parameters dialog as shown below. When complete, click OK to close the dialog. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 68 11. Press the blue exclamation point (!) or select Conversion -> Convert to begin the data conversion. Click OK if SatCon gives warnings about not finding valid frame counter and checksum sensors – this is Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 69 For an example, let’s plot the dissolved oxygen and oxygen saturation measurements. Notice the response of the DO measurement – this approach can be used to evaluate how much WQM warm up time is required. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 70 That’s it! You can repeat this process for all the data files and instrument files. Note that SatCon also has the ability to batch process several files in one conversion; simply select multiple Log and Instrument files from their corresponding lists before you issue the Convert command. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 71: System Startup And Operation
The following procedures provide a detailed system check of each component in a typical system. It is advised to perform all steps, as it is much easier to correct a problem in the lab than after it is deployed. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 72: Step 1: Prepare Power System
You should see SUNA displaying data continuously. Normally the SUNA will be configured for binary output, so the data will appear garbled, but you should occasionally see a SATSLB header. To terminate, Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 73: Step 7: Configure The Stor-X Cellular Parameters
If you do not wish to use the autorun feature, you will have to start the storxv2 program manually at the C:\> prompt. This is not recommended, however, because the system will not restart if a new schedule file is downloaded to the STOR-X. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 74: Step 10: Start Lobo
STOR-X is asleep to wake it (it doesn’t respond during events). Answer Y to stop program execution. Important: the autorun mode is now disabled – you will have to enable it again the next time you deploy the system. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 75: Maintenance
(up to 5) – contact Sea-Bird Scientific for details. 11.2 Sea-Bird Scientific SUNA/ISUS/ISUS-X The Sea-Bird Scientific nitrate sensors are low maintenance. A summary is provided below. Please refer to the maintenance section of the appropriate user manual for details. Preventative Maintenance: •...
Page 76: Sea-Bird Scientific Alkaline Battery Pack Maintenance
Keep track of UV lamp usage. The lamp has a 1000 hour rating to 50% intensity, although the entire life of the lamp may not be usable. Expect to return the sensor to Sea-Bird Scientific for lamp replacement as the lamp on-time approaches 1000 hours.
Page 77: Replacing The Wqm Bleach (When Plumbed With Isus Only)
3. Remove the two screws holding the cap on the BLIS. 4. Pour some fresh water into the BLIS to ensure that the nipple indentation is filled with water and that there are no air bubbles. The excess will simply run out. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 78: Purging The Wqm Of Bleach (When Plumbed With Isus Only)
Connect to the WQM using the WET Labs test cable (*** WARNING! WET Labs test cable has a different pin-out than Sea-Bird Scientific’s 6-pin cable – confusing them may damage your sensor. ***). Immerse the WQM in fresh water, and run the purge commands outlined in the WQM user manual.
Page 79 053107 121042 3600 3615 0.0 1079872978 4054449128 1 0 de WETS_WQM0008 053107 121100 3600 3615 0.0 1079872978 4054449128 1 0 de WETS_WQM0008 053107 121200 3600 3615 0.0 1079872978 4054449128 1 0 de Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 80: Wet Labs Cycle Po
• Antifouling paints can be used. • Replace internal desiccant annually. 11.8 WET Labs ECO-FLNTUS Maintenance The ECO-FLNTUS manual includes maintenance information. Key points: • Warning! Do not use acetone or other solvents to clean the sensor! • Do not move the Bio-Wiper with your finger – this can damage the wiper motor and void the warranty •...
Page 81: Seabird Sbe-37Sip Maintenance
Clean the Bio-wiper (as explained in the manual) periodically to maintain maximum anti-biofoul capability Sea-Bird Scientific also suggests avoiding allowing the ECO-FLNTUS sensor face to dry out, as any residue left on the face may scratch the optics from the wiper action 11.9 Seabird SBE-37SIP Maintenance...
Page 82: Wireless System Maintenance
• Rinse with fresh water. • If you remove the Modem Enclosure from the LOBO frame, follow the guidelines described above for the DockLOBO and BenthicLOBO systems. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 83: Warranty
Restrictions Warranty does not apply to products that are deemed by Sea-Bird Scientific to be damaged by misuse, abuse, accident or modifications by the customer. The warranty is considered void if any optical or mechanical housing is opened. In addition, the warranty is void if the warranty seal is removed, broken or otherwise damaged.
Page 84: Appendix A - Wet Labs Cycle Po Configuration
The STOR-X will have been set to UTC time at Sea-Bird Scientific, and normally the Cycle has been set to UTC at Sea-Bird Scientific as well. Sea-Bird Scientific does not recommend changing from UTC. If you have set your PC clock to UTC as requested above, configure the wizard dialog box as shown below;...
Page 85 15. If you have already primed the Cycle, check the Skip Prime Cycle box in the dialog, otherwise select a time after the sensor will be deployed for it to self prime, then select Next. 16. You will then be presented with a Settings summary. Select Send Settings to Cycle. Copyright  2017 Sea-Bird Scientific. All rights reserved.
Page 86 Cycle on the LOBO frame. Reconnect the STOR-X to Cycle cable. Remember that the Cycle gets power directly from the STOR-X battery POWER connector, so ensure that it is disconnected so that the Cycle does not attempt to operate (i.e. prime itself) unexpectedly. Copyright  2017 Sea-Bird Scientific. All rights reserved.

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