ZZH-ZW1PWIRELESS SWITCH

INSTALLATION INSTRUCTIONS -01-
DESCRIPTION
FEATURES ZW1P Plug-in Lamp Voltage................................................................................ 120VAC, 60Hz Maximum Load requirements:Incandescent......................................................................................300WFrequency................................................................................ 908.42 MHzOperating Temperature............................................................... 32-104° FRange.................................................................Up to 100 feet line of sight between the Wireless Controller and the closest Z-Wave receiver module. Wireless Lighting Control
SPECIFICATIONS Dimming Module Resistive...........................................................................................1800W In a Z-Wave network, each device is designed to act as a wireless repeater. WARNINGS AND CAUTIONS -02-
OPERATIONS Basic OperationThe connected light can be turned ON in two ways:1. With a Z-wave remote.2. Manually with the program button on the Z-Wave module. Remote Control Z-Wave remotes provide control of an Individual device, Groups of devices Manual Control The Front Panel Program Button on the ZW1P dimming module allows the Provides manual and remote control Blue LED show feedback from the controller Ease of installation(no new wiring) Compatible with other Z-Wave enabled devices This lamp dimming module is a Z-Wave enabled device and is fully comp- -atible with any Z-Wave enabled network. Z-Wave enabled devices display- -ing the Z-Wave logo can also be used with it regardless of the manufacturer. Repeaters will retransmit the RF signal from one device to another until the intended device is reached. This ensures that the signal is received by its intended destination by routing the signal around obstacles and radio dead spots.
INSTALLATION 1. Plug the ZW1P Lamp Dimming Module into a 120VAC,60HZ outlet. 2 2. Plug the lamp into the ZW1P Lamp Dimming Module. Make sure the lamp to be controlled does not exceed 300 Watts.(Not for use with fluorescent lights, motor loads, or magnetic or electronic transformers.) 3. Turn the knob or switch on the lamp to the ON position. 3 1.To manually turn ON the ZW1P Lamp Dimming Module, press and release the program button.The blue indicator LED will turn ON, and the lamp plugged into the ZW1P Lamp Dimming Module will also turn ON.2.To manually turn OFF the ZW1P Lamp Dimming Module, simply press andrelease the program button. The blue indicator will turn OFF and the lamp plugged into the ZW1P Lamp Dimming Module will also turn OFF. 3.To manually dim the ZW1P Lamp Dimming Module, press and hold the program button until the desired lighting level has been reached. 1 Z-Wave outlet Program Button The four possible responses are: - It will respond to ALL-ON and the ALL-OFF command (default). - It will not respond to ALL-ON or ALL-OFF commands.- It will respond to the ALL-OFF command but will not respond to the ALL-ON command. - It will respond to the ALL-ON command but will not respond to the ALL-OFF command All On/All OffDepending upon your primary controller, the ZW1P dimming module can be set to respond to ALL ON and ALL OFF commands in up to four different ways. Some controllers may not be able to change the response from its default setting. Please refer to your controller’s instructions for information on whether or not it supports the configuration function and if so, how to advanced controller. However, basic remotes do not have this capability. ADVANCED OPERATIONThe following Advanced Operation parameters require that you have an To be installed and/or used in accordance with approprite electrical codes please consult a qualified electrician. and regulations. Exercise extreme caution when using Z-Wave devices to control appliances. Operation of the Z-Wave device may be in a differentroom than the controlled appliance, also an unintentional activation mayoccur if the wrong button on the remote is pressed. Z-Wave devices mayautomatically be powered on due to timed event programming.Depending upon the appliance, these unattended or unintentional operation could If you are unsure or uncomfortable about performing the installation, possibly result in a hazardous condition. Blue LED indicator change this setting.
WIRELESS RANGE This device complies with the Z-Wave standard of open-air, line of sight transmission distances of 65 feet. Actual performance in a home dependson the numbers of walls between the remote controller and the destination device, the type of construction and the number of Z-Wave enabled devices installed in the control network. Things to consider regarding RF range: - Each wall or obstacle (i.e.:refrigerator, big screen TV, etc.)between the remote or a Z-Wave device and the destination device will reduce the maximum range by approximately 25-30%. - Brick, tile or concrete walls block more of the RF signal than walls made of wooden studs and plasterboard (drywall). - Wall mounted Z-Wave devices installed in metal junction boxes will suffer a significant loss of range (approximately 20%) since the metal box blocks a large part of the RF signal. -03- Z-Wave controled AC outlet and Scenes. Please refer to your remote control's instructions for detail on its capabilities and instructions for adding and controlling devices. user to: 4. Refer to the instruction for your primary controller to access the setup function and include or exclude devices. INSTALLATION INSTRUCTIONS -05- -04-
WARRANTY INFORMATION Our company warranties its products to be free of defects in materials and workmanship for a period of two (2) years. There are no obligations or out of or in connection with the use or performance of this product or other indirect damages with respect to loss of property, revenue, or profit, or cost of removal, installation or reinstallation. liabilities on the part of our company for consequential damages arising J…

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RF U1 120V 60Hz Switching Power Supply LNK304PN U1 Antenna 908.42MHz Crystal 5VDC Regulator HT7133 3.3V 100mA Drive BTA24600B 3.3V

External Photo

FCC Certification Label FCC ID: ZZH-ZW1P 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. Label Location on EUT EUT View/ FCC ID Label Location

Internal Photo Antenna

Operational Description Power section Input stage is made of 4 parts : the fuse F1 , diode D1, capacitor C4C5 and inductor L1. Fuse's function is to limit the inrush current of rectifier D1 in a safe range, attenuation of differential-mode noise , fault occurs in anywhere else, bring the protection of circuit. C1 keeps input voltage. The power processing stage consists of the LNK3047PN, L2, D3, and C7. Diode D3 adopts a reverse recovery time (Trr = 35ns) of the quick reply diode. Inductor L2 with appropriate RMS current rating (to meet the temperature rise requirements), capacitor C7 is the output filtering capacitance, the main function is to limit the output voltage ripple. The output is a steady 5V DC voltage. Diodes D3 and D4's forward voltage drop is the same, both sides of the C7 voltage tracks the output voltage. The resistance divider which is made of R2 and R3 will proceed detection and regulation of C7 voltage. Using of switch cycles to maintain a steady output voltage. When the output voltage rises, the current into the U11.2.7.8 pin increases. if the current checks IFB value, then the cycle will not lose, when the current is less than IFB value, it will perform the switching operation cycle , so as to reduce the load, there will be more cycle will be lost, and when the load increased, only a few cycles to be lost. Then after L3, C9 filter to U2 step-down regulator, The RC filter circuit consists of R4, C10, C3 will proceed filtering of output voltage. The R4 also act as a dummy load, let the switch power to a steady 5V DC voltage. RF control part In the case of power supply, manual signal input, press SW1 switch and give a voltage signal to RF control board U1, after signal is processing by U1, recognition, sent to the execution section to proceed load adjustment. Execution section After sending the signal to TRIAC through RF control part , relay turns on and then by the RF control ZeroX zero signal detection to off, control the load. Among which electricity into the R6, R7, BAT54S, R8, R9, C11 form a zero-crossing detection circuit gives feedback of RF control section.

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1234 A B C D 4 321 D C B A ZWSDP101_1#.244663 13 V1.2 Title Sheet NO. Date ORG. Sheet Total Version Black(Line) C1 0.1uF/250V Blue(Load) D1 M7 F1 10A/125V L1 1mH/4R5 C6 0.1uF R2 2K R3 3K9 C7 10uF/25V D3 ES1G L3 39uH L2 390uH D4 M7 C8 220uF/16V C9 0.1uF Vin 2 1 Vout 3 GND U2 HT7533 R4 1KC10 4.7uF 3V3 D 5 S 1 S 2 S 7 S 8 BP 3 F B 4 U1 LNK304PN VCC 2 1 3 D2 BAT54S 3V3 R9 10K C11 100pF ZeroX 1 2 3 4 5 J1 3V3 GND Analog in Triac +5V SW1 BLK BLU Remarks: N.M. means "not mounted". ZeroX R8 N.M. R1 300R C3 0.047uF/250V C4 3.3uF/400V C5 3.3uF/400V L4 47uH Q1 BAT24-600BW Q2 MAC97A6 R12 200R R10 300R R11 1.3K Triac On RF Board A B R6 510K C2 0.1uF R7 510K M1 Z151 PDF 文件使用 "pdfFactory Pro" 试用版本创建 www.fineprint.com.cn 1234 A B C D 4 321 D C B A ZWSRP101/ZWSDP101_2#.244661 23 V1.2 Title Sheet NO. Date ORG. Sheet Total Revesion C5 0R FB2 1K@100MHz C1 10uF R20 10K VCC R24 1K FB1 1K@100MHz RXD/ADC3_ZW TXD/ADC2_ZW TRIAC/ADC1_ZW SCK_ZW P1.5_ZW PWM/INT0_ZW INT1_ZW RESET_N_ZW MOSI_ZW MISO_ZW LED1 BLUE RXD/ADC3_ZW TXD/ADC2_ZW TRIAC/ADC1_ZW SCK_ZW MOSI_ZW MISO_ZW RESET_N_ZW SCK MOSI MISO RESET_N C6 N.M. SW1ON/OFF VCC R21 10K R22 10K VCC R4 1K R11K R5N.M. R8N.M. R2 1K R9 N.M. R3 1K E P 1 1 E P 2 2 E P 3 3 E P 4 4 E P 5 5 E P 6 6 EP7 7 EP8 8 EP9 9 EP10 10 EP11 11 E P 1 2 1 2 E P 1 3 1 3 E P 1 4 1 4 E P 1 5 1 5 E P 1 6 1 6 EP17 17 EP18 18U1 ZM3102 ZEROX/ADC0_ZW 1 2 3 4 5 6 J1 Connect to Application Board VCC R10 N.M. 3V3 COM Analog in Load Sense Triac R23 N.M. CS 1 SO 2 WP 3 GND 4 SI 5 SCK 6 HOLD 7 VCC 8 U2 N.M. VCC C4 N.M. MOSI_ZW MISO_ZW SCK_ZW P1.5_ZW VCC R7 1K R6 N.M. MOSI_ZW TP6 TP2 TP5 TP4 TP1 TP3 1 2 3 4 5 6 7 8 J2 for Programming RXD/ADC3_ZW TXD/ADC2_ZW R11 0R ZEROX TP7 TP8 TP11 RXD TXD L1 3.9nH R23 N.M. R24 N.M. VCC ZEROX/ADC0_ZW C2 4.7uF C3 33nF VCC PDF 文件使用 "pdfFactory Pro" 试用版本创建 www.fineprint.com.cn

FCC PART 15.249 EMI MEASUREMENT AND TEST REPORT For WENZHOU MTLC ELECTRIC APPLIANCES CO., LTD. Tiancheng Industrial Zone,Yueqing, Zhejiang 325608, China FCC ID: ZZH-ZW1P September 13, 2011 This Report Concerns: Original Report Equipment Type: Wireless Switch Test Engineer: Eric Li Report No.: SHBST2011083106Y-1ER-3 Receive EUT Date/Test Date: September 7, 2011/ September 8-12, 2011 Reviewed By: Christina Prepared By: Shenzhen BST Technology Co.,Ltd. 3F,Weames Technology Building, No. 10 Kefa Road, Science Park, Nanshan District,Shenzhen,Guangdong,China Tel: 0755-267477513 Fax: 0755-267477513 ext.826 Note: The test report is specially limited to the above company and this particular sample only. It may not be duplicated without prior written consent of Shenzhen BST Technology Co.,Ltd. This report must not be used by the client to claim product certification,approval,or endorsement by NVLAP, NIST or any agency of the US Government. WENZHOU MTLC ELECTRIC APPLIANCES CO., LTD. FCC ID: ZZH-ZW1P FCC ID REPORT: SHBST2011083106Y-1ER-3 Page 2/19 TABLE OF CONTENTS 1. GENERAL INFORMATION ....................................................................................................3 1.1. Report information ............................................................................................................3 1.2. Measurement Uncertainty .................................................................................................3 2. PRODUCT DESCRIPTION ......................................................................................................4 2.1. EUT Description ...............................................................................................................4 2.2. Block Diagram of EUT Configuration..............................................................................4 2.3. Support Equipment List ....................................................................................................4 2.4. Test Conditions .................................................................................................................4 3. FCC ID LABEL...........................................................................................................................5 4. TEST RESULTS SUMMARY ...................................................................................................6 Modifications ................................................................................................................................6 5. TEST EQUIPMENT USED .......................................................................................................7 6. ANTENNA REQUIREMENT ...................................................................................................8 6.1. STANDARD APPLICABLE............................................................................................8 6.2. ANTENNA CONNECTED CONSTRUCTION ..............................................................8 6.3. Result ................................................................................................................................8 7. CONDUCTED POWER LINE TEST .......................................................................................9 7.1. Test Equipment .................................................................................................................9 7.2. Test Procedure ..................................................................................................................9 7.3. Test Setup..........................................................................................................................9 7.4. Conducted Power line Emission Limits............................................................................9 7.5. Conducted Power Line Test Result.................................................................................10 8. RADIATED EMISSION TEST ...............................................................................................12 8.1. Test Equipment ...............................................................................................................12 8.2. Test Procedure ................................................................................................................12 8.3. Radiated Test Setup ........................................................................................................12 8.4. Radiated Emission Limit.................................................................................................13 8.5. Radiated Emission Test Result .......................................................................................14 9. BAND EDGE .............................................................................................................................17 9.1. Test Equipment ...............................................................................................................17 9.2. Test Procedure ................................................................................................................17 9.3. Band Edge FCC 15.249(d) Limit ....................................................................................17 9.4. Band Edge Test Result ....................................................................................................17 WENZHOU MTLC ELECTRIC APPLIANCES CO., LTD. FCC ID: ZZH-ZW1P FCC ID REPORT: SHBST2011083106Y-1ER-3 Page 3/19 1. GENERAL INFORMATION 1.1. Report information 1.1.1.This report is not a certificate of quality; it only applies to the sample of the specific product/equipment given at the time of its testing. The results are not used to indicate or imply that they are application to the similar items. In addition, such results must not be used to indicate or imply that BST approves recommends or endorses the manufacture, supplier or use of such product/equipment, or that BST in any way guarantees the later performance of the product/equipment. 1.1.2.The sample/s ment…

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Radiated emissions test Conducted emissions test