PLGMCS001Remote lighting/power control

Installation and User Instructions for Entergize ENTERGIZE Transmitter FCCID PLGMCS001 THE SYSTEM The Entergize tm System is comprised of five major components, all specifically designed and manufactured for use with the System. The main component is the Master Control Wall Switch (“MCWS”). This component looks and operates like a normal rocker wall switch but also houses a microchip controlled crystalline-based RF transmitter with its frequency set by a 10-toggel-position on/off dipswitch. The dipswitch can be set to allow for 256 different RF frequency transmissions, each with a range of up to 70 feet, enabling the System to provide a unique non-overlapping RF signal for each room in a hotel. The MCWS is installed in place of the wall switch located closest to the entry door of a hotel/motel room. When the guest enters the room they insert their room key-card into a specially designed backlit slot in the MCWS. This activates the microchip controlled RF transmitter, which then sends a unique RF signal to the other Entergize tm components in the room. The guest now has normal control of the electrical and HVAC system in the room. When the guest vacates the room, they extract their key-card from the MCWS. This sends another RF signal to the Entergize tm components in the room, shutting off the electricity to the Entergize tm wall switches and plugs in the room. This signal also enables the TCU to take control of the rooms HVAC unit automatically setting back the room temperature ranges at more efficient levels. The MCWS is also programmed to delay this RF signal for thirty-second, allowing the guest sufficient time to gather their possessions and safely exit the still lit room before the lights are turned off. The Entergize tm System has it’s own uniquely designed wall plugs (“SWP”) and wall switches (“SWS”), which work and look exactly like their traditional counterparts but are remotely controlled by the RF signal received from the MCWS. Both of these components contain a computer board that has a microchip controlled RF receiver and a 10-toggel-position on/off dipswitch. When installed, the dipswitches are set to the same sequence/RF frequency as the rooms MCWS. This enables these components to recognize the unique RF signal sent from the rooms MCWS. When the key-card is inserted into the MCWS, these components recognize the RF transmission that is sent, allowing for the normal flow of electricity from each unit. When the guest leaves the room and extracts their key-card, an RF signal is again sent to these plugs and switches, causing the flow of electricity to be shut off. The SWP has an added feature, which allows either both or just one of its outlets to be controlled by the System. This is useful in those situations where a refrigerator or clock radio is plugged into the same wall outlet as a light fixture. Obviously these appliances should not be turned off when the guest leaves the room. The SWS also has a unique feature in that its microchip processor reduces the initial surge of electricity that is sent to a light bulb when it is turned on. This has the affect of greatly extending the useful life of the light bulb that is being controlled by the switch. Representatives from Nevada Power have indicated to Management that this feature should extent the life of an average light bulb by as much as 8 times. Assuming an average cost to replace a light bulb of $5.00, a hotel operator could pay for the wall switch in three to four years just from the savings it could achieve by extending the life of one light bulb. THE SYSTEM-CONTINUED Over 75% of the energy consumed in a hotel/motel room is used to for heating and air-conditioning. The Entergize tm System controls these costs through the use of its TCU. This component also has a microchip controlled RF receiver, as well as its own thermostat; three relay switches and a 10-toggle-position dipswitch. The TCU can be connected to any existing thermostat enabling it to regulate the room’s temperature at more efficient levels. When the guest vacates the room and extracts their key-card from the MCWS, the TCU receives an RF signal, causing the TCU to take control of the existing thermostat. The TCU then uses its own thermostat to sensor the room’s temperature enabling it to turn on and off the room’s HVAC unit at preprogrammed temperature levels. As an example, the TCU can be programmed to only turn on the HVAC unit when the temperature in the room exceeds 80 degrees or falls below 60 degrees. The TCU can also function as a programmable thermostat when the room is occupied; regulating the room’s temperature at the hotel operators predetermined ranges. This feature is very useful in the hotel industry because in a number of hotels the guest rooms HVAC unit is not temperature controlled. In these room’s the guest only has the option to turn on the fan and then set the heating or cooling cycle to a hi - medium–low mode. This means that there is no upper or lower temperature range settings that, when reached, would cause the HVAC unit to automatically shut off or turn on. If the room gets to cold or too hot, the only way for the guest to regulate the temperature is by physically turning on/off the HVAC unit. The TCU has been designed to allow for complete flexibility in setting these managed temperature ranges. The System is programmed with four unique sets of temperature control ranges and the desired setting can be selected at the time of installation by positioning the appropriate toggle switches. The final component of the System is a lithium battery powered door sensor. This sensor can be attached to a sliding glass balcony door and will send an RF signal to the TCU when the door is opened or closed. This enables the TCU turn off the HVAC unit when the door is open or returned to its previous setting when the door is closed. This functionality of the System is most useful in hotel located in warmer climates where guests tend to leave the ba…

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Green Mountain Electromagnetics, Inc. GME (802)388-3390 Fax: (802)388-6279 Email: [email protected] 219 Blake Roy Road • Middlebury, VT 05753 4/23/01 To Whom it Concerns FCC Dear Sirs, Please find the submission for the Entergize Master-Switch 315 MHz transmitter equipment. FCC ID PLGMCS001 for: DBS Lodging Technologies, LLC 1408 Irvine Avenue, #118 Newport Beach, CA 92660 USA Please call if you have any questions. Sincerely, Kyle R. Kowalczyk President

ENTERGIZE Transmitter FCCID PLGMCS001 This product will power on/off light switches and outlet receptacles in a hotel room via wireless communication. The system is comprised of 3 devices, a Master Sending Unit, a Remote Light Switch, and a Remote Outlet Receptacle. These units will replace existing standard light switch & outlet hardware; and will be professionally installed into the existing receptacle boxes. When a Room Key Card is inserted into the Master Unit, the Master Unit transmits an encoded signal to the Slave Light Switches and Outlets. This signal activates the Switches and Outlets, allowing power to be available for the occupant. When the Room Key Card is removed from the Master Unit, another encoded signal is sent to the remotes; and power is switched off at each device. Installation will consist of removing the existing,a standard light switch and outlet hardware; and then replacing them with the Entergize hardware. All of these units will be utilizing existing UL approved Wall Plates (Leviton cover 262B). The units will be wired into the existing wiring system by using insulated stranded wire. The wires are soldered directly to the printed pircuit boards; and will be attached to the existing wiring system via standard "Wirenuts". The Master Unit is comprised of the following: Top Case: - Material:Plastic, Polycarbonate/ABS alloy, Bayer Corp. Bayblend FR110 Rear Case: - Plastic, Polycarbonate/ABS alloy, Bayer Corp. Bayblend FR110 Rocker Switch: - Plastic, Polycarbonate/ABS alloy, Bayer Corp. Bayblend FR110 Light Pipe: - Plastic, Polycarbonate, Modified Plastics Inc, MPC Mounting Plate: - Aluminum, 5052-H32 Also functions as a heat sink for a TRIAC. - 1 - Printed Circuit Board w/ components see schematics The Slave Light Switch is comprised of the following: Same as Master Unit with Light Pipe omitted. The Outlet Receptacle is comprised of the following: Top Case: - Plastic, Polycarbonate/ABS alloy, Bayer Corp. Bayblend FR110 - Also functions as a mounting plate. Rear Case: - Plastic, Polycarbonate/ABS alloy, Bayer Corp. Bayblend FR110 Contacts: - Brass, C260 Printed Circuit Board w/ components see schematics - 2 -

DBS Lodging Technologies, LLC 241Ridgemont, Grosse Pointe, MI 48236 313.378-9868 fax 313.886.7214 [email protected] www.entergize.net 5/24/2001 e-mail transmission [email protected] To: FCC Re: Question "Please explain how the device meets the requirements of Section 15.231(a)(1)." Application pending for PLGMCS001 , EA100726. This device does not transmit for longer than 1 second, when activated by user. After that point, there are no other transmissions. The Transmitter unit deactivates in less than 1 second once activated... 1: The room key is inserted by user... . The transmitter sends an ON code, which lasts about 1 second. It will not transmit any more at this point. 2: The room key is removed by user.... the transmitter sends an OFF code, which also lasts about 1 second. It will not transmit any more. Sinserly, Sheldon Smith, Pres

DesignationMASTER Switch PARTS LIST C1.1 mfd C101 mfd 200v C12.1mfd C3100 mfd C5.01 mfd C6nill C71 mfd 200v C8100Pf C920 pf D14001 D24001 D54001 IC1PIC16c505 IC214051 L1.68 uh LED1-6 Green LED smt 1206 Q1BTA-08-SW Q2MpsH10 Q32N2222 Q4NPN Phototransistor R1470k R10,R11 100k R2470k R347 ohm 1w R510k R63.3k RLY1 125v 15A SW1 Dip10+B54 piano VR17805 X12.44 mhz Y1315 mhz Saw ZD112v 500mw

DD CC BB AA 4 4 3 3 2 2 1 1 LOOP B Master Switch Board A 1 1 Wednesday, February 28, 2001 International Electron ics TitleSize Document Number Rev Date: Sheet of +5V +5V +5V +5V +5V +5V CN2 .250 SPADE 1 R7 470K R310K SWB C1.1UF CN1.250 SPADE 1 IC2 14051 EN 6 GND 8 A 11 B 10 C 9 VDD 16 VEE 7 X 3 X0 13 X1 14 X2 15 X3 12 X4 1 X5 5 X6 2 X7 4 C8100PF LED5 LED SW1SW DIP-10 + C3 100UF TP1 R8 470K Q3 2N2222 LED1 LED LED6 LED TP5 C4 .1UF R10100K LED2 LED VR1 78L05 IN 3 OUT 1 GND 2 R110K TP2 R11100K C5 .1UF D1 S1D LED3 LED C7.47UF TP4 R510K R6470 R4 471W CN3.250 SPADE 1 SWA R2220 D2 S1D TP3 LED4 LED D3 12V F1 1A IC1 PIC16C505/SO GND 14 RC4 6 RC3 7 RC2 8 RC1 9 RC0 10 VDD 1 RC5/T0CKI 5 RB3/MCLR/VPP 4 RB0 13 RB1 12 RB2 11 RB4/OSC2/CLKOUT 3 RB5/OSC1/CLKIN 2 R13 1K LED7 LED Q4 PHOTO NPN R14100K R9100K Q1TRIAC L1 Q2H10 ANT1 Y1OSC8/SM 3 3 OUT 1 4 4 GND 2 C6.1UF C12.1UF R12100K

Serial No. GM21022f FCC EMC TEST REPORT FOR THE DBS LODGING TECHNOLOGIES, LLC ENTERGIZE MASTER CONTROL UNIT TRANSMITTER FCC ID PLGMCS001 Prepared for: DBS Lodging Technologies, LLC 1408 Irvine Avenue, #118 Newport Beach, CA 92660 USA Submitted by: Green Mountain Electromagnetics, Inc. (802) 388-3390 Fax: (802) 388-6279 E-mail: [email protected] 219 Blake Roy Road • Middlebury, Vermont 05753 Copyright: April 17, 2001 GME This report shall not be reproduced, except in full, without the written approval of GME. Accredited FCC ID: PLGMCS001 Serial No. GM21022f 2 of 15 DBS Lodging Technologies, LLC FCC EMC Testing At Green Mountain Electromagnetics, Inc. Middlebury, Vermont Unit: Entergize Master Control Unit Transmitter PLGMCS001 Received: 4/9/01 Tested: April 10 & 11, 2001 I. Applicable Standards: The unit described in this report was measured for verification of compliance with the FCC Intentional Radiator EMC standard, 47 CFR: Part 15, Subpart C paragraphs 207, 209 & 231. Measurement procedures were in accordance with ANSI C63.4, "Methods of Measurement of Radio-Noise Emissions from Low-Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz (1992)." II. Units Tested: The DBS Lodging Technologies, LLC Entergize Master Control Unit Transmitter provides control of a slave-switch receiver and a duplex-outlet receiver. The unit consists of the transmitter electronics and a card reader installed in a standard, wall-mounted, light-switch enclosure. The transmitter electronics use SAW technology, and all assemblies are permanently installed. The table below describes the unit that was subjected to measurements determining compliance with applicable EMC standards: (The receivers were used to verify transmitter operation). ProductManufacturerModelFCCID 315-MHz Low- Power Transmitter DBS Lodging Technologies, LLC Entergize P/N 6000 PLGMCS001 315-MHz Outlet Receiver DBS Lodging Technologies, LLC Entergize P/N 6001 n/a 315-MHz Slave Switch Receiver DBS Lodging Technologies, LLC Entergize P/N 6002 n/a FCC ID: PLGMCS001 Serial No. GM21022f 3 of 15 III. Equipment and Cable Configuration: GME witnessed the unit in satisfactory condition for testing, however the manufacturer is responsible for ensuring that the equipment under test (EUT) represents the product line. The manufacturer is also responsible for the EMC test plan and for assuring that this report is consistent with that plan. The EUT was arranged as in the photographs in Section IX. The EUT configuration produced the maximum radiated emissions. The equipment was subjected to complete emissions tests. A receiver was used to verify transmitter operation during all testing. The equipment was operating in a continuous mode utilizing and testing its control functions. The EUT was also set to self-test upon power up. The temperature, humidity, and atmospheric pressure during testing were 17 ̊C, 33% RH and 101.9 kPa. Exception: 5 ̊C for radiated emissions. IV. Measuring Equipment: The table below describes the instrumentation used by Green Mountain Electromagnetics, Inc. (GME) to perform this testing: UnitManufacturer Model Serial # Last Cal. Next Cal. Spectrum Analyzer Hewlett- Packard 85923624A00631 12/01/00 12/01/01 AmplifierKalmus700A7945-1 8/18/00 8/18/01 Pre-amplifier Mini-CircuitsZJL-7G D12229811/14/00 11/14/01 LISNGME4A/50A n/a8/21/00 8/21/01 Plotter Hewlett- Packard 7475A 2517A05281 n/an/a Broadband E-field Antenna Antenna Research Associates LPB-2513/A 112510/03/00 10/03/01 FCC ID: PLGMCS001 Serial No. GM21022f 4 of 15 V. Units of Measurement: Measurements of radiated electric fields were made in units of dB referenced to 1 microvolt per meter (dBuV/m). Limits appearing on the spectrum analyzer data were corrected for the appropriate antenna factor, cable loss, amplifier gain and measurement distance X. The following equations were employed: Corrected Limit (dBuV/m) = Limit (dBuV/m) + 20 log(X/3 meters) - Antenna Factor (dB) + (Amplifier Gain (dB) - Cable Loss (dB)). Sample calculation at 30 MHz: 55.0 dBuV corrected limit = 40.0 dBuV/m limit + 20 log(3/3) dB distance - 19.0 dB/m AF + 34.0 dB amp/cable loss. Uncertainty: The combined uncertainties for GME emissions measurements are: u(y) = 1.946 for radiated and u(y) = 1.298 for conducted. VI. Measurement Location: The GME laboratory and Open Area Test Site (OATS) are located at 219 Blake Roy Road, Middlebury, VT. The OATS is a 3-meter site complete with antenna positioner, ground plane and motorized turntable. The OATS is constructed in accordance with ANSI C63.7-1992 and complies with the requirements for radiated emissions testing in ANSI C63.4-1992 and CISPR 16-1993. The electromagnetics laboratory is constructed in accordance with CE immunity standards and ANSI C63.4-1992 (conducted emissions). GME is internationally accredited by the American Association for Laboratory Accreditation (A2LA) and meets the quality requirements in EN 45001-1989 and ISO/IEC Guide 25-1990, "General Requirements for the Competence of Calibration and Testing Laboratories." FCC ID: PLGMCS001 Serial No. GM21022f 5 of 15 VII. Measurement Procedures: 1. Radiated Emissions in accordance with Part 15.209 & 15.231. Frequency range: 30 MHz to 88 MHz Limit: 40 dBuV @ 3 meters Frequency range: 88 MHz to 216 MHz Limit: 43.5 dBuV @ 3 meters Frequency range: 216 MHz to 960 MHz Limit: 46 dBuV @ 3 meters Frequency range: 960 MHz to 3.1 GHz Limit: 54 dBuV @ 3 meters Fundamental frequency: 315 MHz Limit: 73.9 dBuV average/93.9 dBuV peak @ 3 meters Harmonic frequencies: 630, 945, 1260, 1575, 1890, 2205, 2520, 2835, 3150 MHz Limit: 61.9 dBuV @ 3 meters a. Set up instrumentation at open area test site. i. Mount EUT on table and broadband antenna on antenna positioner. ii. Record temperature, humidity and atmospheric pressure. iii. Measurement distance is 3 meters and antenna scan height is varied from 1 to 4 meters. b. Verify spectrum analyzer and antenna operation. i. Spectrum analyzer is connected to antenna.…

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Radiated Emissions Data - FCCID PLGMCS001 1 of 4 FreqPolDetectorRBWVBWVmeasAFAmpCableFieldDistLimitDev MHzH/VkHzkHzdBuVdB1/mdBdBdBuV/mdBdBuV/mdB 30HPeak120300401935125040-15 30VPeak120300391935124040-16 35HPeak1203004818.235132.2040-7.8 35VPeak1203005018.235134.2040-5.8 40HPeak1203004418.335128.3040-11.7 40VPeak1203004618.335130.3040-9.7 45HPeak1203004517.835128.8040-11.2 45VPeak1203004617.835129.8040-10.2 50HPeak1203003915.635221.6040-18.4 50VPeak1203004015.635222.6040-17.4 60HPeak120300501135228040-12 60VPeak120300471135225040-15 70HPeak12030053835228040-12 70VPeak12030051835226040-14 80HPeak120300529.835228.8040-11.2 80VPeak120300449.835220.8040-19.2 90HPeak1203004510.935222.9043.5-20.6 90VPeak1203004110.935218.9043.5-24.6 100HPeak12030043.512.535324043.5-19.5 Radiated Emissions Data - FCCID PLGMCS001 2 of 4 FreqPolDetectorRBWVBWVmeasAFAmpCableFieldDistLimitDev MHzH/VkHzkHzdBuVdB1/mdBdBdBuV/mdBdBuV/mdB 100VPeak1203004312.535323.5043.5-20 125HPeak12030043.512.235323.7043.5-19.8 125VPeak1203004212.235322.2043.5-21.3 150HPeak12030043.510.535423043.5-20.5 150VPeak1203004310.535422.5043.5-21 175HPeak1203004410.935423.9043.5-19.6 175VPeak1203004510.935424.9043.5-18.6 200HPeak1203004611.335426.3043.5-17.2 200VPeak1203004311.335423.3043.5-20.2 250HPeak1203003813.435420.4046-25.6 250VPeak1203003913.435421.4046-24.6 300HPeak1203004115.135425.1046-20.9 300HPeak1203004115.135425.1046-20.9 315HPeak1203008815.135472.1074-1.9 315HPeak1203008915.135473.1074-0.9 400HPeak1203004316.5354.529046-17 400VPeak1203004216.5354.528046-18 500HPeak1203004618.235534.2046-11.8 500VPeak1203004518.235533.2046-12.8 Radiated Emissions Data - FCCID PLGMCS001 3 of 4 FreqPolDetectorRBWVBWVmeasAFAmpCableFieldDistLimitDev MHzH/VkHzkHzdBuVdB1/mdBdBdBuV/mdBdBuV/mdB 600HPeak1203004019.735529.7046-16.3 600VPeak1203004319.735532.7046-13.3 630HPeak1203004419.735533.7046-12.3 630VPeak1203004319.735532.7046-13.3 700HPeak1203004420.2355.534.7046-11.3 700VPeak1203004320.2355.533.7046-12.3 800HPeak1203003821.534631.5046-14.5 800VPeak1203003921.534632.5046-13.5 900HPeak1203003822.434632.4046-13.6 900VPeak1203003922.434633.4046-12.6 945HPeak1203004422.434638.4046-7.6 945VPeak1203004322.434637.4046-8.6 959HPeak1203003722.433733.4046-12.6 959VPeak1203003922.433735.4046-10.6 960HPeak1203003822.433734.4046-11.6 960VPeak1203003722.433733.4046-12.6 1000HPeak100010003024.29146.2054-7.8 1000VPeak100010003124.29147.2054-6.8 1260HPeak100010003324.2101.348.5054-5.5 Radiated Emissions Data - FCCID PLGMCS001 4 of 4 FreqPolDetectorRBWVBWVmeasAFAmpCableFieldDistLimitDev MHzH/VkHzkHzdBuVdB1/mdBdBdBuV/mdBdBuV/mdB 1260VPeak100010003424.2101.349.5054-4.5 1575HPeak100010003124.2101.546.7054-7.3 1575VPeak100010003024.2101.545.7054-8.3 1890HPeak100010003126.89.61.549.7054-4.3 1890VPeak100010003126.89.61.549.7054-4.3 2205HPeak100010003226.89.31.5511054-13 2205VPeak100010003026.89.31.5491054-15 2520HPeak100010002926.891.548.31054-15.7 2520VPeak100010003026.891.549.31054-14.7 2835HPeak100010002830.191.850.91054-13.1 2835HPeak100010002730.191.849.91054-14.1 3150HPeak100010002831.292.552.71054-11.3 3150HPeak100010002731.292.551.71054-12.3