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This user guide is not legally binding. Please refer to the Terms and Conditions of Sale for any binding commitments and agreements between Observant and the end user in regard to Observant products. Contents are subject to change without notice...
Contents 1. General Information About this guide Legal (Australia and NZ only) Regulatory Compliance Australia New Zealand Europe Other 2. Overview Description Warnings Solo Components Specifications Product Codes...
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Solo User Guide 3. Installation Preparation Location Mounting Posts Pre-cabling Solo Unit Installation Mounting Bird Deterrent Power Up 4. Appendix A1. Electrical Connections Input Port Sensor Port Output Port Auxiliary Power A2. User Interface Reference LED Indicators User/Power Button A3. Mounting Orientation...
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Solo User Guide List of Figures Figure 1. Solo top components Figure 2. Solo bottom components Figure 3. Cable routing Figure 4. Solo installation Figure 5. Post fixing Figure 6. Port connector panel Figure 7. Auxiliary power connector pinout Figure 8. Solar panel orientation (top down view) Figure 9.
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List of Tables Table 1. Solo product codes Table 2. Solo cable product codes Table 3. Input port description Table 4. Sensor port description Table 5. Output port description Table 6. Auxiliary power connector description Table 7. LED assignments Table 8. Power level and charging state LED Table 9.
1. General Information About this guide This document provides information on the features, installation and typical usage of the Solo remote monitoring and control platform. The information contained in the appendices can be used as a pocket reference during installation, commissioning and troubleshooting.Morespecificinformationonassociated...
Observant will (at its option) repair or replace Observant Hardware which fails to operate according to all material functionality described as applying to that Observant Hardware on the Observant Website due to normal wear and tear at any time duringthefirst: 12 months; or...
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1. General Information above information. ObservantHardwarewhichhasbeendamaged,modified orreconfigured(includingsoftware)byapersonotherthan Observant. Observant Hardware where the case has been opened by a person other than Observant. Observant Hardware which has been connected to (or attemptedtobeconnectedto)anyequipmentnotcertified by Observant as operating correctly with Observant Hardware. ALL TERMS AND WARRANTIES WHICH MIGHT OTHERWISE...
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THE PAYMENT OF THE COST OF HAVING THE SERVICES SUPPLIED AGAIN. TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW AND SUBJECT TO CLAUSE 5, OBSERVANT IS NOT LIABLE FOR: ANY LOSS OR DAMAGE OF ANY KIND WHATSOEVER AND HOWSOEVER ARISING OUT OF OR IN CONNECTION...
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(including negligence), under statute or any other legal basis. If you suffer any loss or damage in connection with Observant Hardware, software or any services provided by Observant, you must promptly notify Observant, together with details of the loss or damage suffered, and you must use your best endeavours to mitigate such loss or damage as far as reasonably possible.
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12. If any provision of these terms or conditions is unenforceable, illegal or void, that provision is severed and the other provisions remain in force. 13. Observant may amend or vary these Terms and Conditions by notifying the Buyer in writing of the amendment or variation.
1. General Information Regulatory Compliance The following describes relevant approvals and certificationsfortheSoloproductandit’svariants.Please noteanymodificationstotheequipmentassuppliednot expressly approved by Observant could void the user’s authority to operate the equipment by invalidating all applicableregulatoryapprovalsandcertifications. Australia RCM approval of the Solo is pending New Zealand Telepermit approval of the Solo is pending This device complies with Part 15 of the FCC Rules.
• Reorient or relocate the unit • Increase the separation between the unit an the equipment in question • Consult an experienced RF technician for assistance Europe CE approval of the Solo is pending...
2. Overview 2. Overview Description The Solo is a robust remote monitoring and control platform designed for low sensor count sites and ease of deployment. The Solo is a fully integrated, solar/battery powered and radio enabled telemetry unit complete with IP 65 rated, easy to mount enclosure.
Solo User Guide and control equipment the Solo can be connected to a range of standard sensors, additionally, wide-ranging supportforspecificthirdpartyproductsexists,andcan be added to as demand requires. When combined with Observant Global the Solo becomes a very powerful remote management tool,...
Solo User Guide 1 - Power/user button 2 - LED indicators 3 - Serial number info label 4 - Retaining screw 5 - Pole mount 6 - Connector panel Figure 2. Solo bottom components...
2. Overview Specifications Power • In-built 2W photovoltaic panel • Auxiliary power connection via 2.5 mm DC power connector (30 VDC max, 20 W max) • 50-100 mW typical draw depending upon radio technology and mode of operation Battery • 36 WHrs total capacity •...
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Solo User Guide Environmental • IP rating: 65 • Operating temp: -30 to 70 °C (-22 to 158 °F) • Storage temp: -50 to 80 °C (-58 to 176 °F) • Operating humidity: 0 to 100% RH Dimensions • As installed: L 204 mm (8”), W 120 mm (4.7”), H 305mm (12”)
5 m, 4-way input cable (bare ends) 5 m, RS485/SDI-12/4 – 20 mA device connector cable (4-way switchcraft male) 10 m device extension cable (4-way switchcraft female to male) 60 cm device cable (4-way switchcraft female to bare ends) Table 2. Solo cable product codes...
Preparation Location Care must be taken when selecting a site for the installation of a Solo. It should have a clear aspect where the solar PV panel faces the optimal heading to allow the unittogeneratesufficientpower,thisisparticularlycrucial during the winter months. To allow radio communications...
Solo User Guide Mounting Posts A typical installation will involve mounting the Solo to the very top of a circular pole that has been driven or concreted securely into the earth. While dependent upon theradioconfigurationthispolewouldtypicallybeno morethan1.5metres(5’)inheightinopenandflatareas, but can be far higher in cases where the extra height is warranted eg.
Solo connection panel (Figure 4-A) • With antenna facing upward and vertical place the Solo over the mounting pole (Figure 4-B), it should sit snugly and cover the top 50mm (2”) of the pole • With the solar panel facing in the correct...
• Remove the protective label covering the solar panel (Figure 4-E) • If exposed to sunlight the Solo will turn on automatically, if not a short press of the power button (Figure 2-1) will power the unit on • After approximately 20 seconds a series of...
Note that there are limits on the number of devices that can be connected to a Solo. It would be uncommon for all of these ports to be in use on a single Solo unit.
4. Appendix Input Port • 2 x dual purpose analog/digital inputs • Configurabledigitalsinkorsource(pull-upor pull-down)forconnectiontopulseoutputflow meters, rain gauges and any other wet or dry device output • 5 V pull-up voltage • Tolerant up to 30 V • Frequency and pulse counting up to 1 kHz (@ 50% duty cycle) •...
Dual mode serial interface: True fault tolerant 2-wire RS485, or 1-wire bi-directional SDI-12 • 5 m device cable terminated to suit Observant’s standard sensor and cable extension offerings can be supplied. Bare-ended extension wire colours indicated in table 4, see table 2 for...
4. Appendix Output Port • 2 x High current outputs that can sink or source 12 VDC at up to 7A for short periods • Outputs can work as a pair to provide a bi-polar voltage for driving electric motors/actuators in bothdirections,orfiring2-wireand3-wire latching solenoids •...
Solo User Guide Auxiliary Power • 2.5 mm DC power jack for supplementary power or service charging • 5 – 30 V input, 20 W maximum power draw • 3 m 2-core bare-ended cable with locking DC connector can be supplied, see table 2 for...
4. Appendix A2. User Interface Reference The Solo makes use of a number of tricolour indicators to denote various states and modes of operation (Figure 2-2). There is also a primary user/power button (Figure 2-1) and an audio feedback mechanism to assist in local configurationandcontroltasks.
Doublegreenflash Connected - comms ok Tripleamberflash Disconnecting Doubleredflash Fault None Radio off, or user mode inactive Table 9. Observant Global connection status LED LED action Description Solid green Input active Flashing green Input pulsing No input active, or user mode...
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Solo User Guide LED action Description Solid green Sensor power active Flashing red Sensor power over-current Greenflash Communications transmit Amberflash Awaiting response Redflash Response error LongRedflash Response time-out No sensor communications None active, or user mode inactive Table 11. Sensor port status LED...
• If the Solo is off, a momentary press will power the Solo on • If the Solo is on, but not in user mode, a momentary press will activate user mode, notifiedbyanascendingseriesofbeeps • If the Solo is on, a momentary press will send a ‘user visit’...
Solo User Guide A3. Mounting Orientation The Solo unit must be oriented such that when in the northern hemisphere the solar panel is facing South, and when in the southern hemisphere the solar panel is facing North. This allows the Solo to collect as much power as possible during the period of lowest insolation (ie.
Solo User Guide 231mm [9”] 120mm [4.7”] Figure 10. Solo front dimensions...
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4. Appendix A5. Device Cabling Guidelines Protection • No cable (or part thereof) should be left exposed to the elements • Cable suitable for direct burial is recommended as it can be routed directly out of the bottom of the mounting post and in to the soil, this cable still requires additional protection when above ground to prevent UV degradation •...
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Solo User Guide Distance • Generally any cabling length over a few hundred metres is not cost effective in terms of installation and maintenance, in these cases additional telemetry units are recommended • Switched inputs and RS485 devices should work reliably up to 1 km (3000’) with the appropriate cabling.
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