QBU-WR1212RF Remote Control Thermostat Transmitter

Fig.5 Hang the upper 2 Slots onto the Tabs _Take engaged upper Slots and Tabs as the center of a pivotal movement, slide down the Receiver Unit. See Fig.6 Fig.6 Slide down the Receiver Unit before engage the lower 2 tabs _Before engaging the lower 2 Slots of the Receiver Unit onto the lower 2 Tabs of the Base Plate, make sure the Terminal Pins Adapter (See Fig.3) is in position in accepting the Terminal Pins of the Base Plate. See Fig.6 _Press the lower 2 Slots onto the lower 2 Tabs. Mounting ZoneLogic Receiver Unit is now complete. 5. Install 2XAA alkaline battery inside the thermostat Transmitter Unit. 6. Installation of ZoneLogic is now complete and ready for programming. Panel Indication a. System Switch On Receiver Unit b. Fan Switch c. Using Condition/Power Switch d. Pre-Set Temperature Adjusting Button (UP) On Receiver Unit e. Pre-Set Temperature Adjusting Button (DOWN) On Receiver Unit f. Power Switch on Transmitter Unit g. System Switch On Transmitter Unit h. Pre-Set Temperature Adjusting Button (UP) On Transmitter Unit i. Pre-Set Temperature Adjusting Button (DOWN) On Transmitter Unit LCD Display Indication A. Local Temperature. An indication of the local temperature whether it is sensed by the Receiver or Transmitter Unit B. Pre-set Temperature. An indication of an adjustable temperature which users wish to have and cooling/heating system to control at C. Temperature Degree Scale in Fahrenheit or Celsius. By pressing the d & e push buttons on the Receiver Unit at the same time, or pressing the h & i buttons on the Transmitter Unit at the same time, will be able to change the indication of "F" to "C", or vise versa. D. Heating or Cooling System Selection Indication E. Radio Frequency Remote Control in Use Indication F. Low Battery Warning Indication on the Transmitter Unit G. Power On or Off Indication Radio Frequency Remote Control Thermostat INSTALLATION INSTRUCTIONS Wireless Radio-Frequency Remote Control Thermostat Heat and/or Cool Control HVAC Central Air System or Heat Pump System Table Of Contents 1. Compatibility 2. Install The Thermostat 3. Panel Indication 4. LCD Display Indication 5. Operating The Thermostat Compatibility ZoneLogic wireless R/F remote control thermostat is compatible with the following Heating/Cooling system: • Gas (Standing Pilot) • Electronic Ignition • Gas Fired Boilers • Oil-Fired Boilers • Oil-Fired Furnace • Electric Air Conditioning • Single Stage Heat Pump System ZoneLogic wireless R/F remote control thermostat is NOT compatible with the following system: • Millivolt Gas Heater System • 120/240 Line Volt System • Multi-Stage Heat Pump System Install The Thermostat 1. Remove the old thermostat Unscrew all holding screws from the existing thermostat to the base plate. Carefully rotate the thermostat until the wiring in the back is visible. Loosen the colored-wires from the back. Remove one wire at a time and then label the wire immediately, using a small piece of masking tape based on the terminal label on the base plate (i.e. R, Rc, G, Y, W etc.). You may need to stretch out the wires from the wall to have sufficient wire length to work with. SAFETY PRECAUTION: Don’t use your fingers to touch the bare copper wires at any time because you may get an unpleasant electrical shock even at a low 24 VAC. Put a piece of black electrical tape to cover each bear copper wire to prevent any potential shorting from accidentally touching two wires. Remove the old base plate from the wall. 2. Disengage the Base Plate from the Receiver Unit The Base Plate has 4 tabs surround. See Fig.1 Press to disengage the bottom 2 tabs from the Receiver unit. After the bottom 2 tabs were disengage from the slots, pulling the Base Plate up and away from the Receiver Unit. See Fig.2. Fig.2 Pulling the Base Plate up and away from the Receiver Unit 2. Mount the Base Plate _Before mounting the base plate, direct wires from wall opening through the Wiring Entrance Holes. See Fig.1 _Mount the Base Plate to the wall. Use a screwdriver to tighten the mounting screws provided in the package through the Mounting Holes to the wall. See Fig.1 3. Wire the terminal _Refer to the wiring labels which placed on the wires, match the letters for each of the corresponding terminal. Connect the wires to the back of the ZoneLogic Receiver Unit. Connect one wire at a time based on the label on the Receiver Unit. For example, R wire is connected to the R terminal, Y wire to the Y terminal, etc. When connecting the wires to the terminal you need to remove the black electrical tapes from the wires and put the wires under the screw washers. Then tighten the screws. See Fig.1 4. Mount the Thermostat Receiver Unit to the Base Plate _Before mounting the Receiver Unit, check the DIP switch (See Fig.3) on the back of the Receiver Unit if the setting is identical to the one above the Battery Chamber of the back of the Thermostat Transmitter Unit. If the setting of the DIP Switches is not identical, ZoneLogic will not work. See Fig.4 NOTE: The implementation of DIP Switch is to avoid interference with your neighbors when two or more ZoneLogic units are used in the same neighborhood. During assembling, the DIP Switches in each ZoneLogic were set to the same setting. Please make one last check if the setting is correct before mounting the Receiver Unit. Should you experience any interference when using your ZoneLogic, just change the DIP Switches setting to another set of On/Off combination, ZoneLogic will function normally again. _Mount the Thermostat Receiver Unit to the Base Plate by first hanging the upper 2 Mounting Slots of the Receiver Unit (See Fig.3) onto the Base Plate upper 2 Tabs. See Fig.5 Fig.1 Base Plate Fig.2 1. First Pulling Up Fig.3 Dip Switch on Receiver Unit Fig.4 Dip Switch on Transmitter 2. Then Pulling Away Wiring Entrance Hole Mounting Holes Terminals Ta bTa b Ta b Ta b Connector Pins Upper Mounting Slots Lower Mounting Slots DIP SwitchBattery Chamber Connector Pin Adapter DIP Switch h…

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From: leon [[email protected]] Sent: Thursday, June 06, 2002 4:46 AM To: [email protected] Subject: Re: WhiteRock Corporation, FCC ID:QBU-WR1212, AN02T2030 Dear Mike: Sorry,this application is urgent that client said to me today.Could you give us a hand on this? Best regards. Leon 6/6 Taiwan Tokin EMC. ----- Original Message ----- ???: "leon" <[email protected]> ???: "Mike Kuo" <[email protected]> ??: "1.Cherry Wang(TTEMC)" <[email protected]> ????: 2002?6?5? PM 06:25 ??: Re: WhiteRock Corporation, FCC ID:QBU-WR1212, AN02T2030 > Dear Mike: > About the question,I asked and confirmed data again. > In technical say we have a deviation that we recorded the spectrum > analyzer's ambient noise to be the field strength level for harmonic or > spurious frequency.In fact,we can not measure the spurious level > at 3 meter over 1 GHz,we must move and close to horn antenna 20cm under this > situation,we just find the small signal.As to the field strength of > fundametal frequency > they are the same level as report. > Now,I'll handle a correction to provide you a radiation test results as > attached file. > Hope this correction you could recognize and understand.Thank you so much > for your teach. > Best regard. > > Leon 6/5 Taiwan TOKIN EMC. > > ----- Original Message ----- > ???: "Mike Kuo" <[email protected]> > ???: <[email protected]>; <[email protected]> > ????: 2002?6?1? AM 01:23 > ??: FW: WhiteRock Corporation, FCC ID:QBU-WR1212, AN02T2030 > > > > > > > > -----Original Message----- > > From: CERTADM > > Sent: Friday, May 31, 2002 10:21 AM > > To: '[email protected]' > > Subject: WhiteRock Corporation, FCC ID:QBU-WR1212, AN02T2030 > > > > > > Notice_content > > ------------- > > Question #1: In accordance with Section 15.215(b) of FCC rules, in no case > > shall the level of the unwanted emissions from an intentional radiator > > operating under these additional provisions exceed the field strength of > the > > fundamental emission. Page 13 of 24 of test report, the field strength of > > fundamental frequency is 43.90dBuV/m QP, there are several spurious > emission > > field strengths are higher than 43.9dBuV/m. It is noted that fundamental > > field strength was measured with QP detector but spurious emissions were > > measured with Peak detector. In order to demonstrate compliance, please > > measure the fundamental frequency in Page 13 with peak detector and > compare > > with spurious emission level. > > > > Best Regards > > > > > > Mike Kuo/ TCB Certifier > > The items indicated above must be submitted before processing can continue > > on the above referenced application. Failure to provide the requested > > information within 60 days of the original e-mail date may result in > > application dismissal and forfeiture of the filing fee. Also, please note > > that partial responses increase processing time and should not be > submitted. > > Any questions about the content of this correspondence should be directed > to > > the e-mail address listed below the name of the sender. > > > >

)                     !"#$ %% Photographs Photos 1 General Appearance (Front View) Photos 2 General Appearance (Back View)

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*                     !"#$ %% Photos 3 Appearance (Removed Front Cover) Photos 4 Removed Case Covers (Frame of Internal)
+                     !"#$ %% Photos 5 Main Board (Front Side) Photos 6 Main Board (Back Side)
,                     !"#$ %% Photos 7 PCB View (TX Module)

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