RQ6-WISSLUB-01Radio remote controlled Lubricator

#103 – 7088 Venture Street Delta, BC Canada V4G 1H5 +1.604.946.0173 Office +1.866.283.1863 Mobile www.sstwireless.com Ultimate Wireless Luber 100 User and Installation Manual The Ultimate Wireless Luber 100 is an automated wireless lubing device that has been built on top of already proven lubing technology. The Wireless luber extends the basic function of a pre-set timing based system, to allow functional monitoring. The UWL has a replaceable, one-time use cartridge that can be changed in seconds. It contains a powerful motor that can create and produce over 200 psi of dispense pressure. Its biggest feature is that it can be wireless monitored from a remote location, no more need for technician lead site inspection of grease level and operating conditions! FCC: This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. IC: This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device Le present appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de licence. L’exploitation est autorisee aux deux conditions suivantes : (1) l’appareil ne doit pas produire de brouillage, et (2) l’appareil doit accepter tout brouillage radioelectrique subi, meme si le brouillage est susceptible d’en compromettre le fonctionnement FCC ID: RQ6-WISSLUB-01 IC ID:10853A -WISSLUB-01 Caution: User changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. #103 – 7088 Venture Street Delta, BC Canada V4G 1H5 +1.604.946.0173 Office +1.866.283.1863 Mobile www.sstwireless.com System Description The Ultimate Wireless Luber (UWL) is an End Device in a portion of a wireless network meant to operate within the 433 Mhz RF Frequency band. Specifically in this current form the device operates on a single channel at 434.375 MHz. The system consists of device acting as an Access Point (AP) in a star network, connecting with an RF based Wireless monitoring Luber (UWL). Basic Operating Methods The units are battery powered and have included batteries inside of the casings. In order to activate, or begin operation, the luber’s main lid must be un-screwed and the battery connected. Upon power up, the luber powers on the GREEN LED for approximately 1 second, then proceeds to cycle through all three LED’s at a rate of approximately 1 per second. The sequence goes GREEN-RED-BLUE-RED-GREEN. After this cycle, the Luber powers up the motor, turning the shaft until the shaft count switch has been activated. This is displayed by a GREEN LED flash. After a switch ‘hit’ has been detected, the Luber then enters operational mode. Operational mode depends on whether the Luber is operating as an RF device in a network, or as a local device with no RF capabilities. The operating mode is governed by the switch settings, primarily SW position #8. If the switch is in the “ON” position, the luber is operating in RF mode. If the switch is in the “OFF” position, the luber is operating in manual or local control mode. Operating Procedure – Manual (Local) If it is desired to increase or decrease the lubricant dispensing rate during operations, simply click the switch or switches in use to OFF, Then click on the new switch setting for the revised rate. To turn OFF the LUBER set all switches to OFF. The LUBER can be removed at any time without lubricant discharge. Switch 7 is a purge switch. If your bearing requires an immediate shot of grease, turn ON switch 7. When the LUBER starts operating, turn switch 7 OFF. The LUBER will run for approximately 1 minute. If you require more purging, repeat the procedure. While the unit is operational, the LED light will flash green once every 20 seconds, indicating the electronics are functioning properly. During the pump cycle, the LED will flash green approximately once per second, indicating that the pump is turning and pumping grease. If there is a problem with the unit it will be indicated by the Red or Blue LED flashing every 20 seconds as follows: · 1 red flash indicates that the unit has an internal limit switch error and is running in the failsafe mode. (Limit switch is used to control the dispensed volume, if it fails; the unit goes into a “failsafe” mode to dispense by time) · 2 red flashes indicate that the battery is low and must be replaced shortly. · 1 blue flash indicates that the grease cartridge is low and should be replaced shortly. #103 – 7088 Venture Street Delta, BC Canada V4G 1H5 +1.604.946.0173 Office +1.866.283.1863 Mobile www.sstwireless.com · 2 blue flashes indicate that the unit is operating via the remote control option. · 4 blue flashes indicate that the unit’s operation is halted due to a low ambient temperature. Operating Procedure – Remote (RF) While operating under normal remote RF monitor mode, the local switch positions control the base lube timer but it can also be overridden under remote control. The switch positions should be taken as a guide. However, changing switch positions locally resets the luber to ‘local’ time settings. If Switch 8 is moved imto the “ON” position, the luber will try to establish an RF link with an Access Point in a star type network. If Switch 8 is in the “ON” position when power is applied, after the appropriate power up sequence, the Luber will attempt to establish an RF connection with an Access Point before proceeding to the main application. If no Access Point (AP) is available, the luber will continue attempts at approximately 1 second intervals until a connection has been established, or…

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Product Basic Block Diagram Intfc 26 Mhz Crystal Oscillator Main Proc RF 4 3 4 . 3 7 5 Limit Switch Count Input Switches Output Status Indicators Main Motor Drive

SST Wireless Inc. #103-7088 Venture Street Delta, BC, Canada, V4G 1H5 Phone: 604-946-0173 Fax: 604-946-0173 Email: [email protected] To: Federal Communications Commission Authorization and Evaluation Division Confidentiality Request regarding application for certification of FCC ID: RQ6-WISSLUB-01. Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, we hereby request confidential treatment of information accompanying this application as outlined below: Exhibit Type File Name Schematics WISSLUB_Sch.pdf The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, William Morton June 21, 2014 V.P. Operations SST Wireless Inc.

External Photos - TopView_without Cap - TopView_with Cap - SideView

Internal Photos - Topside View - Bottomside View

#103 – 7088 Venture Street Delta, BC Canada V4G 1H5 +1.604.946.0173 Office +1.866.283.1863 Mobile www.sstwireless.com Ultimate Wireless Luber 100 Operational Description Introduction The Ultimate Wireless Luber 100 is an automated wireless lubing device that has been built on top of already proven lubing technology. The Wireless luber extends the basic function of a pre-set timing based system, to allow functional monitoring over a wireless link. System Description The Ultimate Wireless Luber is an End Device in a portion of a wireless network meant to operate within the 433 Mhz RF Frequency band. Specifically in this current form the device operates on a single channel at 434.375 MHz. The system consists of, in its basic form, an device acting as an Access Point (AP) in a star network, connecting with an RF based monitoring Luber. All transmissions are initiated in the Ultimate Wireless Luber. The AP devices only respond to messages initiated by a luber device. Status and control messages are only returned (from the AP) to the luber device after a communication has been initiated by the luber. This is done as an ACKnowledge event so that the luber and AP understand a logical connection exists. While the luber is acting as a non-periodic transmitter, it only transmits at randomly generated (non-predictable) intervals. Upon Luber initiated transmission, the next luber transmission event is performed at some randomly generated time later. It is however within a window of 500 to 800 seconds and sufficiently short enough to guarantee the total transmission time is less than 2 seconds per hour. The luber does intend to wake up every 20 seconds to perform local status and dispense control; however it does not transmit until some randomly generated interval later than the previous transmission event. The controlling software is intended to have sufficient local control to prevent excessive transmissions within each hour. If the transmission time is approaching a maximum allowable, the luber backs off and skips events until the former hour has expired to begin a new period. The AP in this system, only serves to acknowledge the logical connection and occasionally return a status or control message. The AP never initiates a status or control message. In fact, the luber mainly sleeps, reducing operating power, only waking to serve local dispense events, or the random transmission event. Therefore the AP would never be aware of when a Luber may be active. #103 – 7088 Venture Street Delta, BC Canada V4G 1H5 +1.604.946.0173 Office +1.866.283.1863 Mobile www.sstwireless.com Device (Wireless Luber) Operational Description The core process for the Ultimate Wireless Luber (UWL) is to dispense lubrication into a fitting by way of a power drive unit turned on at predetermined intervals. Those intervals are set by a series of switch positions contained on the operating device printed circuit board. The UWL can operate in either RF Wireless mode, or non-wireless mode, based on a switch position setting on the device. The benefit of operating in non-wireless mode is reduced battery usage (ie: no RF transmission), however monitoring would not be available. A site technician would be required to inspect the luber for proper operation and grease level. In wireless mode, the UWL transmits functional operating parameters and permits remote monitoring. In this mode, remote operators can determine operating temperature, grease level, motor current and other parameters. When an operator assess there is perhaps a need for additive injections of grease, the operator can ‘key up’ additional injections on the next transmission. On the next transmission cycle, randomized between 500 and 800 seconds, the UWL will cause a transmission to occur reporting it’s current operational status. When the AP responds with an ACKnowledge message, any current updates are embedded within the reply. For example, the reply ACKnowledge may also contain a bit to command the luber to dispense another level of grease. Package Each UWL comes with it’s battery unattached, switch positions set to Non-RF based, normal operating mode but programmed with appropriate addressing such that it can be utilized in an RF Wireless network. Trained personnel are required for installation, configuration and assurance of proper operating conditions. Installation During installation and setup, if wireless mode is to be enabled, the device must run through a series of steps to permit connection with an AP device. Only at this time may the device transmits more information and at intervals less than the normal operating 500 to 800 seconds. The units are battery powered and have included batteries inside of the casings. In order to activate, or begin operation, the luber’s main lid must be un-screwed and the battery connected. During the installation phase, the UWL after running through some local diagnostics would attempt to establish a connection with an AP device. If an acceptable AP is within range, the UWL will logically connect with it and begin it’s normal cycle. The installer is able to monitor this progress and status by observing the 3 available status LED’s on the device. Device as an AP A device will be used as an AP (Access Point) in a star based network without end devices acting as repeaters. The following diagram shows this in a sample network. #103 – 7088 Venture Street Delta, BC Canada V4G 1H5 +1.604.946.0173 Office +1.866.283.1863 Mobile www.sstwireless.com X . x x M H z F r e q u e n c y # 1 X . x x M H z F r e q u e n c y # 1 MCM (AP) Zone Control (Repeater) The AP may in some cases be connected to a gateway device for operations on a SCADA or other larger network. However, the primary radio frequency network design will remain the same. The AP in this system, only serves to acknowledge the logical connection and occasionally return a status or control message. The AP never initiates a status or control message. In fact, the luber mainly sleeps…

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TEST REPORT For SST Wireless Inc. #103-7088 Venture Street Delta, British Columbia V4G 1H5, Canada Date: JUNE 16, 2014 Report No.: 12023-1E Revision No.: 0 Project No.: 12023 Equipment: Radio Remote Controlled Lubricator Model No.: WISSLUB-01 ONE STOP GLOBAL CERTIFICATION SOLUTIONS 3133-20800 Westminster Hwy, Richmond, BC V6V 2W3, Canada Phone: 604-247-0444 Fax: 604-247-0442 www.labtestcert.com Prepared by: LabTest Certification Inc. Client: SST Wireless Inc. Date Issued: June 16, 2014 Report No.: 12023-1E Project No: 12023 Revision No.: 0 Page 2 of 37 This document shall not be reproduced or utilized in any form or by any means, except in full, without the written approval of LabTest Certification Inc. DCN: 1034, Rev 4 TABLE OF CONTENTS TEST REPORT ................................................................................................................................................ 3 General product information: ............................................................................................................................ 5 Frequencies ...................................................................................................................................................... 5 List of ancillary and/or support equipment provided by the applicant .............................................................. 5 Description of Interface Cables for Testing ...................................................................................................... 5 Software and Firmware .................................................................................................................................... 5 Worst-case configuration and mode of operation during testing ...................................................................... 6 Modifications Required for Compliance............................................................................................................ 6 Test Equipment Verified for function ................................................................................................................ 6 Measurement Uncertainty ................................................................................................................................ 6 Markings ........................................................................................................................................................... 6 Test Summary .................................................................................................................................................. 8 AC Power Line Conducted Emission ............................................................................................................... 9 Test Limits ..................................................................................................................................................... 9 Test Results .................................................................................................................................................. 9 Summary of the operation of RF Transmission .............................................................................................. 10 Test Limits ................................................................................................................................................... 10 Reviewed Results: ...................................................................................................................................... 10 Field Strength of Fundamental – Intentional Radiator.................................................................................... 12 Test Limits ................................................................................................................................................... 12 Test Setup ................................................................................................................................................... 13 Setup Block Diagram .................................................................................................................................. 13 Test Setup in Chamber ............................................................................................................................... 13 Test Results: ............................................................................................................................................... 14 Field Strength of Spurious Emissions ............................................................................................................ 15 Test Limits ................................................................................................................................................... 15 Test Setup ................................................................................................................................................... 16 Test Results: ............................................................................................................................................... 16 Radiated Emission; Intentional Radiators ...................................................................................................... 20 Test Limits ................................................................................................................................................... 20 Test Results: ............................................................................................................................................... 20 The Bandwidth of the emission ...................................................................................................................... 25 Test Limits ................................................................................................................................................... 25 Test Setup ..................................................................................................................…

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Prepared by: LabTest Certification Inc. Client: SST Wireless Inc. Date Issued: June 16, 2014 Report No.: 12023-1E Project No: 12023 Revision No.: 0 Page 30 of 37 This document shall not be reproduced or utilized in any form or by any means, except in full, without the written approval of LabTest Certification Inc. DCN: 1034, Rev 4 APPENDIX C: Test setup photos - Test configuration for Field Strength measurement, Fundamental and Second Harmonics Prepared by: LabTest Certification Inc. Client: SST Wireless Inc. Date Issued: June 16, 2014 Report No.: 12023-1E Project No: 12023 Revision No.: 0 Page 31 of 37 This document shall not be reproduced or utilized in any form or by any means, except in full, without the written approval of LabTest Certification Inc. DCN: 1034, Rev 4 - Test configuration for Harmonic measurement over 1GHz Prepared by: LabTest Certification Inc. Client: SST Wireless Inc. Date Issued: June 16, 2014 Report No.: 12023-1E Project No: 12023 Revision No.: 0 Page 32 of 37 This document shall not be reproduced or utilized in any form or by any means, except in full, without the written approval of LabTest Certification Inc. DCN: 1034, Rev 4 - Test configuration for Unintentional measurement below 30MHz