U2Z45606-72 & 3-wire dimmer switch

45606 Instructions, Revision a.4 4/4/2007 7:09:08 PM Page 1 of 5 Model: 45606 Z-Wave, RF Controlled, 500W, 120 VAC, Two Wire, Wall Mounted Dimmer/Switch and Transceiver Thank you for your purchase of a GE SmartHome™ Z-Wave ® control device. Z-Wave technology is designed to automate lighting/home control and provide easy remote operation of all your Z-wave enabled devices. The GE Z- Wave product family includes a variety of devices to enable and control lighting in your home. It is up to you whether you want to control one room or your entire house and whether you want to do it all now or start with one room and add more over time. This dimmer is one component of a Z-Wave ® control system and is designed to work with all other Z-Wave enabled devices in a home control network. It will also act as a wireless repeater to insure that commands intended for another device in the network are received, thereby extending the range of the wireless controller. Z-Wave devices of other types and brands can be added to the system and will also act as range extenders if they support this function of repeating the signal received to other nodes in the system. CAUTION! This device is intended for installation in accordance with the National Electric Code and local regulations in the United States, or the Canadian Electrical Code and local regulations in Canada. It is recommended that a qualified electrician perform this installation. This dimmer switch is designed for use only with permanently installed incandescent lighting fixtures. Do not use it to control fluorescent lighting, transformer supplied lighting/appliances, motorized appliances or receptacles. The incandescent lighting controlled by this dimmer switch must not exceed a total of 500 watts. There are no user serviceable parts in this unit. INSTALLATION This dimmer switch may be used in new installations or to replace an existing wall switch (incandescent lighting only). Need new diagram WARNING! SHOCK HAZARD! Turn OFF the power to the branch circuit for the switch and lighting fixture at the service panel. All wiring connections must be made with the POWER OFF to avoid personal injury and/or damage to the dimmer switch. 45606 Instructions, Revision a.4 4/4/2007 7:09:08 PM Page 2 of 5 Single, Dual and Triple Gang Boxes The metal plate surrounding the switch assembly is a heat sink. The maximum load rating (500W) is provided when installed in a single gang box with the full heat sink. If necessary, one or both sides of the heat sink may be removed but there is a corresponding reduction in the switch’s load rating. • 400W maximum with one side removed • 300W maximum with both sides removed Multiple 45606 Dimmer Switches may be installed in dual or triple gang boxes however, Do Not exceed the following loads: • 300W for each of the two 45606 dimmer switches • 200W for each of the three 45606 dimmer switches 1. Strip 3/4" of insulation from the ends of the conductors and connect as shown in the wiring diagram. Note that the line (hot) side of the load must be switched and that the connection to Neutral is required. 2. Check the connections to be sure they are tight and no bare conductors are exposed. 3. Make sure the total load does not exceed the dimmer switch’s rating as listed above. 4. Turn On the power. Use your primary controller to include the dimmer switch in the home control network after the dimmer switch is wired as shown in the above diagram,. It can then be added to groups and/or lighting scenes and managed remotely to control the On/Off status and brightness level of the connected incandescent lighting. Air Gap Switch During normal operation, there is a small amount of power passing through the switch to the load even when the dimmer switch is turned off. The 45606 has an air gap switch on the lower left side (see diagram for location) to completely disconnect power to the load. Pull the air gap switch OUT to disconnect the power while replacing light bulbs and push it all the way back in for normal operation. The air gap switch must be all the way in for the dimmer to function and control the lighting. BASIC OPERATION Manual Control The 45606 dimmer switch allows the user to: Turn ON/OFF and control the brightness level of the connected incandescent lighting. • Tap the top of the rocker to turn the connected lighting ON. • Tap the bottom of the rocker to turn the connected lighting OFF. • Press and hold the top of the rocker to brighten the connected lighting; release when desired level is achieved • Press and hold the bottom of the rocker to dim the connected lighting; release when desired level is achieved • When OFF, pressing and holding the bottom of the rocker will cause the lighting to go to the minimum dim level. Include or exclude the dimmer switch from the Z-Wave home control network. • Refer to the instructions for your primary controller to access the network setup function and include or exclude devices. • When prompted by your primary controller, tap the top or bottom of the rocker. • The primary controller should indicate that the action was successful. If the controller indicates the action was unsuccessful, please repeat the procedure. • Once the dimmer switch is part of the network, the same basic procedure is used to add the dimmer switch to groups or scenes. Refer to the primary controller’s instructions for details. Please Note: After a power failure, the 45606 dimmer switch defaults to OFF. 45606 Instructions, Revision a.4 4/4/2007 7:09:08 PM Page 3 of 5 LED Indicator The LED will be lit when the connected lighting is OFF. This is the factory default setting and can be changed if your primary controller supports the node configuration function. See the section on “Configuration” for details ADVANCED OPERATION The following Advanced Operation parameters require that you have an advanced controller like the GE model 45601 LCD remote. Advanced remotes from other manufacturers may also be able to change these settin…

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45607 Instructions, Revision a.4 4/4/2007 7:08:02 PM Page 1 of 6 Model: 45607 Z-Wave, RF Controlled, 500W, 120 VAC, Three Wire, Wall Mounted Dimmer/Switch and Transceiver Thank you for your purchase of a GE SmartHome™ Z-Wave ® control device. Z-Wave technology is designed to automate lighting/home control and provide easy remote operation of all your Z-wave enabled devices. The GE Z-Wave product family includes a variety of devices to enable and control lighting in your home. It is up to you whether you want to control one room or your entire house and whether you want to do it all now or start with one room and add more over time. This dimmer is one component of a Z-Wave® control system and is designed to work with all other Z-Wave enabled devices in a home control network. It will also act as a wireless repeater to insure that commands intended for another device in the network are received, thereby extending the range of the wireless controller. Z-Wave devices of other types and brands can be added to the system and will also act as range extenders if they support this function of repeating the signal received to other nodes in the system. CAUTION! This device is intended for installation in accordance with the National Electric Code and local regulations in the United States, or the Canadian Electrical Code and local regulations in Canada. It is recommended that a qualified electrician perform this installation. This dimmer switch is designed for use only with permanently installed incandescent lighting fixtures. Do not use it to control fluorescent lighting, transformer supplied lighting/appliances, motorized appliances or receptacles. The incandescent lighting controlled by this dimmer switch must not exceed a total of 500 watts. There are no user serviceable parts in this unit. IMPORTANT NOTE ABOUT 3-WAY CIRCUITS The term “3-way circuit” can be confusing. Technically, it can be used to describe a circuit with two switches and one load (light) like you find at the top and bottom of a stairway or a circuit with one switch and two loads like you may have in your garage. In the US, it is normally used for the two switches & one load type of circuit. There are many ways to physically wire a 3-way circuit and it is important to understand how the circuit you wish to upgrade to Z-Wave control is wired. Information and wiring diagrams regarding the various wiring possibilities are readily available on the Internet; just search for “3-way electrical wiring”. One of the ways to wire a two-switch/one-load circuit is to route the incoming power through the first switch, then to the second switch and then to the load. Although very common and by no means a standard, it is the easiest to convert to Z-Wave control. With this type of circuit, the first 3-way switch is replaced with the 45610 Auxiliary switch and the second 3-way switch is replaced with the 45607 Z-Wave dimmer. The auxiliary switch does not actually control the power; instead, it sends a momentary voltage signal through the traveler wire to the 45607 which in turn, controls the On/Off status of the power. If these two switches are reversed with the 45607 in the first position, the auxiliary switch will not be able to send the voltage signal back to the 45607 if the 44607 is in the Off position. Please consult an electrician if you have trouble identifying the type of wiring circuit you wish to convert or if you do not feel confident in your ability to convert the circuit to Z-Wave control. INSTALLATION This dimmer switch is designed for use with permanently installed incandescent lighting only and may be used in new installations or to replace an existing wall switch. It can be used by itself or in three-way installations where a light is controlled from 2 locations such as the top and bottom of a staircase. It is also compatible with four-way installations (three switches & one light). Please note: 1. The SmartHome Auxiliary Switch, model 45610, must be used with the 45607 Dimmer Switch in three-way installations. Two Auxiliary switches must be used in four-way installations. 45607 Instructions, Revision a.4 4/4/2007 7:08:02 PM Page 2 of 6 2. The Auxiliary switch(s) must be wired to the same Neutral as the 45607 Dimmer Switch and the lighting device. It must not be wired to any other neutral. If multiple neutrals are tied together in one box, separate the neutrals to preserve the integrity of the 45607’s circuit. Need new diagram with our model numbers WARNING! SHOCK HAZARD! Turn OFF the power to the branch circuit for the switch and lighting fixture at the service panel. All wiring connections must be made with the POWER OFF to avoid personal injury and/or damage to the dimmer switch. Single, Dual and Triple Gang Boxes The metal plate surrounding the switch assembly is a heat sink. The maximum load rating (500W) is provided when installed in a single gang box with the full heat sink. If necessary, one or both sides of the heat sink may be removed but there is a corresponding reduction in the switch’s load rating. • 400W maximum with one side removed • 300W maximum with both sides removed Multiple 45607 Dimmer Switches may be installed in dual or triple gang boxes however, Do Not exceed the following loads: • 300W for each of the two 45607 dimmer switches • 200W for each of the three 45607 dimmer switches 1. Strip 3/4" of insulation from the ends of the conductors and connect as shown in the wiring diagram. Note that the line (hot) side of the load must be switched and that the connection to Neutral is required. 2. Check the connections to be sure they are tight and no bare conductors are exposed. 3. Make sure the total load does not exceed the dimmer switch’s rating as listed above. 4. Turn On the power. Use your primary controller to include the dimmer switch in the home control network after the dimmer switch is wired as shown in the above diagram. It can then be added to groups and/or lighting scenes and managed remotely to c…

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Sheenway Asia Ltd Room 1313, 13/F, Austin Tower, Tsim Sha Tsui, Kowloon. Tel: (86-755)82374246 Fax: (86-755)82375277 Email: [email protected] ; [email protected] Federal Communications Commission 7435 Okland Mills Road Columbia, MD 21046 Genelmen: This letter is to comply with section 0.457(d)(2)(i) pertaining to confidential material. Sheenway Asia Ltd would like the following documents regarding this submission for FCC ID: U2Z45606-7 to be kept confidential. 1. schematics 2. block diagram the above documents contains trade secrets or technical data, which would customarily be guarded from competitors. We do not want the documents to be accessible to general public. If you have any questions regarding the authorization, please don’t hesitate to contact us. Thank you! Sincerely yours, --------------------------------------------------- Project Engineer company: Sheenway Asia Ltd Tel: (86-755)82374246 Fax: (86-755)82375277 E-mail: [email protected] ; [email protected]

45606 45607 External Photo 1 Photo 1 Appearance of EUT (45607) Photo 2 Appearance of EUT (45607) 45606 45607 External Photo 2 Photo 3 Appearance of EUT (45606) Photo 4 Appearance of EUT (45606)

45606 45607 Internal Photo 1 Photo 1 Inside of EUT (45607) Photo 2 Inside of EUT (45607) 45606 45607 Internal Photo 2 Photo 3 Inside of EUT (45607) Photo 4 Inside of EUT (45607) 45606 45607 Internal Photo 3 Photo 5 Inside of EUT (45607) Photo 6 Inside of EUT ( 45606) 45606 45607 Internal Photo 4 Photo 7 Inside of EUT (45606) Photo 8 Inside of EUT (45606) 45606 45607 Internal Photo 5 Photo 9 Inside of EUT (45606) Photo 10 Inside of EUT (45606)

Operation description: 45606(ZDW120) —Please refer to hardware block diagram: 1) Cut the live(black wire) in the wall switch, connect one of the unit black wire to the live and connect the other black wire of the unit to the other end black wire being cut in the wall switch. 2) AC power will be rectified and regulated to DC 6.8V for PHOTOCOUPLER control and TRIAC control which controls the appliance loading, and DC3.3V for CPU power supply. 3) Press the push button on the unit to turn the appliance ON/OFF. Press and hold the push button on the unit to turn the appliance to bright / dim. You may use remote controller to do the same operation. 45607(ZDW103) – Please refer to hardware block diagram: 1) Cut the live(black wire) in the wall switch connect one of the unit black wire to the live and connect the blue wire of the unit to the other end black wire being cut in the wall switch. Connect the white wire of the unit to the Neutral. 2) AC power will be rectified and regulated to DC 6.8V for PHOTOCOUPLER control and TRIAC control which controls the appliance loading, and DC3.3V for CPU power supply. 3) Press the push button on the unit to turn the appliance ON/OFF. Press and hold the push button on the unit to turn the appliance to bright / dim. You may use remote controller to do the same operation.

Report No.: WT078000356 Page 1/40 EMC TEST REPORT For 2-wire dimmer switch & 3-way dimmer switch Model Number: ZDW120 45606 ZDW103 45607 FCC ID: U2Z45606-7 Report Number : WT078000356 Test Laboratory : Shenzhen Academy of Metrology and Quality Inspection EMC Laboratory Guangdong EMC Compliance Test Center Site Location : Bldg. of Metrology &Quality Inspection, Longzhu Road, Shenzhen, Guangdong, China Tel : 0086-755-26941637, 26941529, 26941531 Fax : 0086-755-26941545 Email : [email protected] Report No.: WT078000356 Page 2/40 TABLE OF CONTENTS TEST REPORT DECLARATION ........................................................................................................3 1. TEST RESULTS SUMMARY ...................................................................................................4 2. GENERAL INFORMATION ....................................................................................................5 2.1. Report information ............................................................................................................5 2.2. Laboratory Accreditation and Relationship to Customer .................................................5 2.3. Measurement Uncertainty .................................................................................................6 3. PRODUCT DESCRIPTION ......................................................................................................6 3.1. EUT Description ...............................................................................................................6 3.2. Related Submittal(s) / Grant (s) ........................................................................................6 3.3. Block Diagram of EUT Configuration..............................................................................7 3.4. Operating Condition of EUT ............................................................................................7 3.5. Special Accessories...........................................................................................................7 3.6. Equipment Modifications..................................................................................................7 3.7. Support Equipment List ....................................................................................................7 3.8. Test Conditions .................................................................................................................7 4. TEST EQUIPMENT USED .......................................................................................................8 4.1. Test Equipment Used to Measure Conducted Disturbance ..............................................8 4.2. Test Equipment Used to Measure Radiated Disturbance and bandwidth.........................8 5. CONDUCTED DISTURBANCE TEST ....................................................................................9 5.1. Test Standard and Limit ....................................................................................................9 5.2. Test Procedure ..................................................................................................................9 5.3. Test Arrangement..............................................................................................................9 5.4. Test Data ...........................................................................................................................9 6. RADIATED DISTURBANCE TEST ......................................................................................18 6.1. Test Standard and Limit ..................................................................................................18 6.2. Test Procedure ................................................................................................................18 6.3. Test Arrangement............................................................................................................18 6.4. Test Data .........................................................................................................................19 7. OCCUPIED BANDWIDTH .....................................................................................................24 7.1. Test Standard and Limit ..................................................................................................24 7.2. Test Procedure ................................................................................................................24 7.3. Test Arrangement............................................................................................................24 7.4. Test Data .........................................................................................................................24 8. BAND EDGE .............................................................................................................................26 8.1. Test Standard and Limit ..................................................................................................26 8.2. Band Edge FCC 15.249(d) Limit ....................................................................................26 8.3. Test Procedure ................................................................................................................26 8.4. Test Arrangement............................................................................................................26 8.5. Test Data .........................................................................................................................26 9. ANTENNA REQUIREMENT .................................................................................................28 APPENDIX I TEST PHOTO...............................................................................................................29 APPENDIX II EUT PHOTO ...............................................................................................................33 Report No.: WT078000356 Page 3/40 TEST REPO…

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45606 45607 Test Photo 1 Photo 1 Conducted Emission Test (45607) Photo 2 Conducted Emission Test (45607) 45606 45607 Test Photo 2 Photo 3 Radiated Emission Test (45607) Photo 4 Radiated Emission Test (45607) 45606 45607 Test Photo 3 Photo 5 Radiated Emission Test (45607) Photo 6 Radiated Emission Test (45607)