KLN314Wireless weather sensor

Maximum Wireless Installation Instructions Introduction Thank you for purchasing A Maximum Wireless Weather instrument. Maximum Wireless Instruments are designed with the customer in mind. It’s ease of installation and operation enables the Do It Yourself consumer to install the instrument. If you need assistance, consult a contractor, electrician, or television antenna installer. Components Receiver Wind Transmitter Temperature Transmitter Rain Transmitter Wiring Pre-Wiring and Test Locations It is important to pre-wire and test operation before final installation can begin. Receiver/Instrument Connect the AC power wires from the Receiver (Blue and Green wires) to the AC Power terminals of the Brass Instrument (DO NOT APPLY POWER). Connect the White wire from the Receiver to terminal #1 (Rx) of the Brass Instrument. Connect the Black wire from the Receiver to terminal #2 (GND) of the Brass Instrument. • If an additional instrument (except Rainwatch, or Cronus) is also being installed use the enclosed jumper wire for connection between instruments. • Connect one end of the WHITE wire to terminal #3 of the 1 st instrument (Tx), and BLACK wire to terminal #2 of the 1 st instrument (GND). • Connect other end of the WHITE wire to terminal #1 of the 2 nd Instrument (Rx), and BLACK wire to terminal #2 of the 2 nd instrument (GND). Receiver/Rainwatch Connect the Yellow wire from the receiver to terminal #4 of the Rainwatch. Connect the Brown wire from the receiver to terminal #5 of the Rainwatch. Maximum Wireless Installation Instructions Cont. Wind Transmitter Insert the two enclosed AA Ni-Cad batteries into the enclosed battery charger (be sure to observe Polarity) and charge batteries for 12 hours. (Do not attempt to charge any batteries other than NI-Cad batteries. This could cause the batteries to explode, possibly causing physical damage or fire). Connect the sensors to the Wind Transmitter wire. Feed the terminal lug end of the Yellow and Brown wires through one of the rubber boots and connect the lugs to the terminals on the bottom of the wind speed sensor using the brass nuts provided. The polarity does not matter. (DO NOT adjust the nuts that are already on the sensor). Feed the terminal lug ends of the wind direction sensor through the other rubber boot. Wire the wind direction sensor as follows: 1=White, 2=Orange, 3=Black, 4=Red, 5=Green Use the Hex nuts provided. (Do NOT adjust the nuts that are already on the wind direction sensor). Slide the stub mast through the rubber boots and insert the stub masts into the bottom of the sensors. Secure with the cotter pins. When connecting the Wind Direction sensor to the Z-mast, make certain that the #3 terminal is aligned with the Z-mast arm. If the sensor is not installed in this manner your wind direction readings will be incorrect. Remove the bottom half of the clamp on the back of the Wind transmitter by loosening the screws. Place the Transmitter on the Wind Direction mast with the antenna above the mast arm. Place bottom of the clamp in back of the mast and secure with the screws that were removed. Secure the sensors and stub masts to your antenna mast (not supplied) with the two hose clamps. Open the Wind Transmitter box by lifting the latches on the box. Place the Jumper to the Test position. (See Diagram) The test position will ensure that the receiver is polling each individual sensor. Temperature Transmitter The Temperature sensor operates on two AA Alkaline batteries (enclosed). Do not connect the batteries yet. Open the Temperature Transmitter box by lifting the latch on the box. Place the Jumper on the Test position. (See Diagram) Rainfall Transmitter The Rainfall sensor operates on two AA Alkaline batteries (enclosed). Do not connect the batteries yet. Remove the top of the Rain Collector by loosening the four Phillips head screws and rotating the top off. Remove the blue cover to access the circuit board. Place the jumper on the Test position. TESTING/SENSOR INSTALLATION Please follow directions in this order Instrument Display Move the Instrument Display near the location where they will be installed. (They may lie on a table or floor for testing). Connect the AC Power adaptor enclosed with the instrument to each specific instrument. If you have 2,3, or 4 instruments wire the AC adaptors to all of the instruments. Plug in all applicable AC Power Adaptors. Merlin you will see all lights light up then NS. Mystic you will see all lights light up then NS. Rainwatch you will See 00.00. Cronus you will see all lights light up then it will display the current time. Rain Transmitter (If Applicable) Install two AA Batteries into the Rain transmitter The Red Light on the Receiver box should light every 4 seconds. Manually tip the dipper on the Rain Collector Base to one side. The Rainwatch display should measure .01” of rain. Move the Collector to final installation location. The Red Light on the Receiver should continue to light every 4 seconds. Manually tip the dipper on the Rain Collector Base and the Rainwatch display should measure .02” of rain. If you loose the signal (Light does not blink), try alternate mounting locations for the Rain Collector. Once location is established remove the batteries, and the test jumper. (Leave Batteries disconnected). Temperature Transmitter (If applicable) Install two AA Batteries into the Temperature transmitter. The Red Light on the Receiver box should light every 4 seconds. Switch the Mystic to display temperature. The instrument should measure the ambient temperature. Move the temperature sensor to final mounting location. (A North exposure 6’ off the ground is recommended). The Red Light on the Receiver should continue to light every 4 seconds. If you loose the signal (Light does not blink), try alternate mounting locations for the temperature sensor. Once location is established remove the battery, and the test jumper. (Leave Battery disconnected). Wind Transmitter Remove the Ni-Cad Batter…

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Maximum Inc., 30 Samuel Barnet Blvd., New Bedford, MA, 02745, Phone 508-995-2200 October 2, 2002 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen: This letter is to comply with 47 CFR 0.457(d)(2) pertaining to confidential material. Maximum, Inc. requests that the following documents regarding this submission for FCC ID: KLN314 be kept confidential: 1. Schematic 2. Block Diagram 3. Circuit Description The material above contains technical data, which would customarily be guarded from competitors. Thank You, Paul Hutchinson Chief Engineer Maximum Inc. 30 Samuel Barnet Blvd. New Bedford, MA, 02745

External Pictures Model: EA314 FCC ID: KLN314 Model: EA314 FCC ID: KLN314

(EXCEPT AS NOTED) DECIMAL FRACTIONAL ANGULAR NO. DATEBY REVISIONS TOLERANCES DRAWN BYSCALEMATERIAL DRAWING NO.DATE 30 Samuel Barnet Blvd. New Bedford, MA 02745 [email protected] (508) 995-2200 Inc. FCC ID: KLN314 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. Rain Transmitter Rain Transmitter Labels P.H. 9/24/02 1 1 All dimensions in inches 2 2 See above Material - Polyester with permanent adhesive

Internal Pictures Model: EA314 FCC ID: KLN314 Model: EA314 FCC ID: KLN314 Model: EA314 FCC ID: KLN314 Model: EA314 FCC ID: KLN314

Test Report Report No EC0749-1 Client Maximum Inc. 30 Samuel Barnet Blvd. New Bedford, MA 02745 Phone (508) 995-2200 Fax (508) 998-5359 FRN 0005833959 Model EA314 FCC ID KLN314 Equipment Type Low Power Communication Device Transmitter Equipment Code DXX Results As detailed within this report Prepared by _____________________ Evan Gould – Test Engineer Authorized by __________________________ Michael Buchholz – EMC Manager Issue Date _10/4/02____ Conditions of issue This Test Report is issued subject to the conditions stated in ‘terms and conditions’ section of this report. Curtis-Straus LLC is accredited by the American Association for Laboratory Accreditation for the specific scope of accreditation under Certificate Number 1627-01. This report may contain data which is not covered by the A2LA accreditation. _____________________________________________________________ Curtis-Straus LLC • 527 Great Road • Littleton, MA • TEL (978) 486-8880 • FAX (978) 486-8828 REPORT: EC0749-1 FCC ID: KLN314 Table Of Contents Summary ............................................................................................................3 Test Methodology .............................................................................................3 Statement of Conformity .................................................................................4 Test Equipment Used ......................................................................................5 Fundamental Frequency Measurement......................................................6 Band Edge Measurements ............................................................................7 Harmonic Frequency Measurements ..........................................................8 Terms and Conditions .....................................................................................9 Page 2 of 10 _____________________________________________________________ Curtis-Straus LLC • 527 Great Road • Littleton, MA • TEL (978) 486-8880 • FAX (978) 486-8828 REPORT: EC0749-1 FCC ID: KLN314 Summary This report is an application for Certification of a transmitter operating pursuant to Part 15.249 of the FCC Rules, Code of Federal Regulations 47. This report is designed to demonstrate the compliance of the EA314 Wireless Rain Transmitter with the requirements outlined in Part 15 (using the methods outlined in Part 2) of 47 CFR. Test Methodology Radiated emission testing was performed according to the procedures in ANSI C63.4 (1992). The testing was performed at distance of 3 meters below 1GHz, and 3 or 1 meter(s) above 1GHz. The actual test distance used is noted in the test data sheets. The device’s performance was investigated in the range 30MHz to 9166MHz (tenth harmonic). The EUT was powered by two AA batteries. Fresh batteries were used for all testing. Since the device is installed in only one orientation, the emissions were maximized around the vertical axis and the maximum reading was recorded. The integrated antenna cannot be maximized separately. All other performance tests were made in accordance with the procedures outlined in Part 15 of CFR 47. The applicable sections provided under Part 15 are provided in the measurement section of this report. Page 3 of 10 _____________________________________________________________ Curtis-Straus LLC • 527 Great Road • Littleton, MA • TEL (978) 486-8880 • FAX (978) 486-8828 REPORT: EC0749-1 FCC ID: KLN314 Statement of Conformity The Maximum Inc. Wireless Rain Transmitter has been found to conform with the following parts of the 47 CFR as detailed below: Part 2 Part 15 Comments 15.15(b) The product contains no user accessible controls that increase transmission power above allowable levels. 2.925 15.19 The label is shown in the label exhibit. 15.21 Information to the user is shown in the instruction manual exhibit. 15.27 No special accessories are required for compliance. 15.203 The antenna is soldered to the transmitter board, and there is no external antenna connection. 15.205 15.209 The fundamental is not in a Restricted band and the spurious and harmonic emissions in the Restricted bands comply with the general emission limits of 15.209. 15.207 The unit is battery powered without the capability of being recharged or operated from the AC mains. 15.249 The unit complies with the field strength limits of 15.249 Page 4 of 10 _____________________________________________________________ Curtis-Straus LLC • 527 Great Road • Littleton, MA • TEL (978) 486-8880 • FAX (978) 486-8828 REPORT: EC0749-1 FCC ID: KLN314 Test Equipment Used S PECTRUM A NALYZERS x Analyzer Model No. Company Serial No. Calibration Due X Y ELLOW 9kHz-2.9GHz 8594E HP 3523A01958 03-JUL-2003 X O RANGE 9kHz-26.5GHz E4407B HP US39440975 07-JUN-2003 O PEN A REA T EST S ITE (OATS) x Site FCC Code IC Code VCCI Code Calibration Due X “T” Texas 93448 IC 2762-T R-905/ C-480 04-FEB-2004 A NTENNAS x Antenna Model No. Company Serial No. Calibration Due X B LUE Bilog: 30MHz-1GHz 3143 EMCO 1271 11-JUL-2004 X Y ELLOW Horn: 1-18GHz 3115 EMCO 9608-4898 08-MAY-2003 P REAMPLIFIERS x Preamplifier Model No. Company Serial No. Calibration Due X B LACK 0.01-2000MHz ZFL-1000-LN MiniCircuits/ C-S n/a 22-MAR-2003 X O RANGE -B LACK 1-20GH Z SMC-12A MITEQ 690639 27-AUG-2003 RMS V OLTMETER x Meter Model No. Company Serial No. Calibration Due X T RUE -RMS VOLTMETER 79III Fluke 71700298 03-OCT-2002 Unless otherwise noted the calibration interval is one year. All equipment is calibrated using standards traceable to NIST or other nationally recognized calibration standard. Page 5 of 10 _____________________________________________________________ Curtis-Straus LLC • 527 Great Road • Littleton, MA • TEL (978) 486-8880 • FAX (978) 486-8828 REPORT: EC0749-1 FCC ID: KLN314 Fundamental Frequency Measurement LIMIT Quasi-Peak: 50mV/m = 93.9dBμV/m @ 3m [15.249(a), (b), and (d)] Note: If Peak measurements meet Quasi-Peak limits, then Quasi-Peak measurements are not required. MEASUREM…

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