OA6KALESTOWater Level Sensor

Operating Instructions Radar Sensor Kalesto English OTT 0051B 2 Twisted pair cable up to max. 1,000 m A separate voltage supply is required for the radar sensor if cables exceed a certain length; see Technical Data (use commercially-available distributor socket) 123456 1 RS 485 A 2 RS 485 B 3 n.c. 4 n.c. 5 n.c. 6 n.c. OTT-LOG connection diagram Kalesto input card Voltage supply ±5 ̊ Connection diagram Adjust the positioning mechanism so that the radar sensor is aligned at right angles to the water surface. (Check with a spirit-level.) Distance between radar/Safety distance between sensor water surfacebuildings and centre axis 5 m0.5 m 10 m1 m 20 m2 m 30 m3 m 3 RS 485 B RS 485 A Ground +12 V DC Opening the connection section on the Kalesto radar sensor (captive screws). Connecting the twisted pair cable to the radar sensor. 4 Setting the OTT-LOG operating matrix for a Kalesto radar sensor Field 15 Enter scaling + point position; create relation to reference point 100% + 0%=Adjusts the OTT-LOG to the Kalesto radar sensor measurement range. POINT POS= Sets the decimal point position within the measured value The Kalesto radar sensor measures the distance from the bottom of its housing* to the water surface: the maximum measured value is 30.00 m. The measurement result for distance or level measurement is scaled by entering a value in the 0 % and 100 % boxes in field 15 of the OTT-LOG operating matrix. * Please note that the measurement zero point is initially positioned some centimetres inside the sensor housing. After scaling with relation to a reference point, you can check the result of all subsequent measurements (housing bottom/water surface) using an electric contact gauge, for example. Scaling for water level measurements (with relation to reference point)  Carry out measurement using the settings 100 % = 0.00; 0 % = 30.00 (result in matrix field 10).  Determine the reference value using a staff gauge, for example. Calculate: Correction value = Displayed value – staff gauge value Enter scaling/comma position → New 100 % value = 0.00 – correction value → New0 % value = 30.00 – correction value Important: Do not forget the sign! Example:Display in field 10 = 18.50 Staff gauge reference value = 1.15 Correction value = 17.35 →New 100 % value = –17.35 →New 0 % value = 12.65 15± SCALING 100% 0.00 0% 30.00 POINT POS xxx.xx 5 Scaling for distance measurements (depth of water) (radar sensor ↔water surface with relation to a reference point)  Perform measurement using the settings 100 % = 30.00; 0 % = 0.00 (result in matrix field 10).  Determine the reference value using an electric contact gauge, for example. Calculate: Correction value = Displayed value – electric contact gauge value Enter scaling/comma position → New 100 % value = 30.00 – correction value → New0 % value = 0.00 – correction value Important: Do not forget the sign! Enter scaling/decimal point position:  †  ™® Select digit position; ∑« Select sign/digits  †  ™® Select digit position; ∑« Select sign/digits  †  ∑« Select decimal point position Factory setting: 100%=0.00; 0%=30.00; POINT POS= xxx.xx – Possible decimal point positions: xxx.xx→ Resolution 1 cm xx.xxx→ Resolution 1 mm * xxx.xx→ Resolution 0.01ft – Do not forget the sign in all entries! – The decimal point position also affects the matrix fields 10, 11, 14, 15, 16 and 18. – For a resolution in 0.01 ft: Use 98.43 instead of 30.00 (30 m = 98.43 ft) * For distance measurements: possible using OTT-LOG version V2.16 and later versions (100 % value, 0 % value: max. ±29.999 m) 6 Operating mode „surface velocity“ This operating mode of the Kalesto is provided for the approach determination of the surface velocity of a river. Please note: The accuracy of measured values depends on the roughness of water surface. Strong wind influences or very smooth water surfaces falsify measuring results. Special input card for OTT-LOG necessary: 55.505.138.3.2 Min. surface velocity v min = 1 m/s The actual velocity of the river is larger than the measured velocity of the KALESTO: v = v Kalesto / cos a For this reason it is necessary to enter a correction value in the 100 % field of the matrix. Through this the OTT-LOG calculates the resulting velocity automatically. Scaling for surface velocity  Determine the value for 100 % from the table. Enter 100 % and 0 % value; e. g. α= 45 ° → 100 % value = 42.43 → 0 % value = 0.00 The OTT-LOG displays the measured value in m/s. α Flow direction h Radar Sensor Kalesto: Operating mode „surface velocity“ 7 Angle 100 % value h min h max (field 10) approx. approx. 30 °34.641.00 m10.5 m 35 °36.621.10 m12.0 m 40 °39.161.25 m13.5 m 45 °42.431.40 m15.0 m 50 °46.671.50 m16.0 m 55 °52.301.60 m17.0 m 60 °60.001.70 m18.0 m (Point position: xxx.xx) Document number 63.100.000.B.E 06-1100 Technical data Measurement range1.5 ... 30 m Resolution1 mm Maximum measurement error 1) ±1 cm + 1 digit Operating voltage9 ... 15 V DC Current consumption – Active550 mA – Standby mode< 1μA InterfaceRS 485; max. 1,000 m twisted pair cable Transmission speed9,600 bit/s Microwave frequency24.125 GHz Transmission output5 mW Radiation angle±5° Length of measurement cycle 17 s Measured value output 17 s after measured value request When the device is combined with an OTT-LOG data logger in the HYDROSENS “MIDI” housing, operation and measured value readings are performed using the OTT-LOG operating matrix. Degree of protectionIP 68 Insertable cablee. g. Li2YCYv (TP) 2 x 2 x 0.5 mm 2 FillingNitrogen; 0.5 bar overpressure Authorisation numberD810117L Dimensions L x Diam.approx. 500 mm x 160 mm Weightapprox. 8.0 kg Temperature range–40 to +85 °C 1) under reference conditions A separate voltage supply is required for the Kalesto radar sensor if cables exceed a certain length (voltage reduction in twisted pair cable): Wire cross-sectionMax. cable length for voltage supply in mm 2 12 V15 V 0.535 m100 m 1.070 m200 m 1.5110 m300 m OTT MESSTECHNIK GmbH & Co. KG P.O. Box 21 40 ⋅ …

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2 3 Kalesto Examples of use Features Installation / Function Mountain streamSediment loaded riversRiver with debris The Kalesto can be fitted easily and quickly, on a bridge, measuring frame, pipeline or ‘extension arm’, for example. The water level is measured contactless from the air ⇒ absolute measuring principle. The Kalesto sends radar waves (microwaves) perpendicular to the water surface. These waves are then mixed with the signals reflected on the surface. An intelligent signal processor (DSP) calculates the exact distance x between the sensor and the surface of the water. Digital measured values, status values and any error messages present are scanned by means of an external data logger via the RS 485 interface. The data logger calculates the water level y out of the system length b and the distance x and makes the stored values available for further processing. Installation at a ‘extension arm’ Non contact measuring principle, no damage caused by silt accumulation or debris Simple, inexpensive installation - no difficult fitting procedure necessary 12 V DC power supply; low power consumption enables operation with rechargeable batteries or solar Cost reduction due to low maintenance requirements RS 485 interface (data line up to 1.000 m), optional SDI 12 signal (RS 485 ⇔ SDI 12 converter) Integrated lightning protection fitted as standard Minimal risk of vandalism due to robust, weatherproof housing (IP 68) Example for installation: ‘extension arm’ Kalesto OTT-LOG GSM-Transmission solar powered The Kalesto radarsensor represents a new type of level measurement for surfacewater which offers many advantages in hydrological field applications. Kalesto is the first level sensor from OTT which does not come in direct contact with the water. Thanks to its compact design and the non-contact measuring principle, the sensor can be installed easily and inconspicuously, at no great cost in terms of time or money. With the Kalesto, problems like disruption of measuring operation caused by high-water, silt accumulation, debris, plant growth etc. as well as time-consuming maintenance are eliminated. Cumbersome stilling wells are replaced by an integrated software filter for averaging wave motion. The measuring signals are transferred to a data logger by means of a RS 485 interface, over distances of up to 1,000 m. A power supply of 12 V (rechargeable battery, solar energy) and low power consumption enable the device to operate independently in the most remote areas. Kalesto is particularly suitable for areas where conventional measuring systems cannot be used or where a station needs to be set up quickly and inexpensively. In addition to the conventional applications, the Kalesto is also suitable for use in: Brackish water, drains, rivers where great fluctuations are present – no contact with the measuring medium Irrigation canals, grachts, falajs – simple installation e.g. on an extension arm Water containing large amounts of suspended matter e.g.: mountain streams, wadis, etc. – no silt accummulation – sensor is easily moved e.g. when changes in water cross-section (low flow) occur, compared to stations with a gauging shelter and stilling well or inlet pipe Short-term measurements, portable operation Easy to handle - the same sensor can be used for a variety of projects without any need for alterations. The usual inconvenience associated with fixed lengths of measuring tubes, pressure sensor cables or float cable is thus avoided. Weirs, harbour basins, dam walls, recharge dams Not installed in water ⇒ the hydraulic system is not damaged; unaffected by construction and maintenance work. bx y 6 3 . 1 0 0 . 0 0 0 . P . E D I - I I / 1 . 1 0 9 9 0 9 K K W OTT MESSTECHNIK GmbH & Co. KG Postfach 21 40 · D - 87411 Kempten Ludwigstraße 16 · D - 87437 Kempten Tel. ++49 (0)831 / 56 17-0 · GERMANY Fax ++49 (0)831 / 56 17-209 eMail: [email protected] http://www.ott-hydrometry.de Extensions Technical Data 4 Kalesto Radarsensor for the touchless measurement of surfacewater level Accuracy: ± 1 cm (± 0.03 ft) over the complete measuring range Temperature range: - 40 °C ... + 80 °C Sensor technology: Touchless measurement of water level using the FMCW principle (Frequency Modulated Continuous Waves) microwaves:24,125 GHz, 5 mW beam width:± 5° dead range:1.5 m (5 ft) installation distance: min. 1 m (3 ft), e.g. from a wall measuring interval:17 sec. (40 values, creating mean values) Power supply: Nominal 12 V DC 9 ... 15 V DC (accu, solar- or mains supply) – 500 mA active – < 1 μA stand by Integrated lightning protection (standard): to reduce the possibility of damage caused by over voltage (lightning). RS 485 interface: – digital data transmission up to 1.000 m (3,000 ft) distance – Transmission rate 9.600 bps Signal line: Connection Radarsensor ⇔ data logger. Standard length 3 m (10 ft) (max. 1.000 m / 3,000 ft) – Outer-dia = 6 mm incl. connecting clamps Sign of registration: Kalesto / OTT LOG - an ideal combination Circular memory, buffered for up to 400,000 measured values (1 MB) – preselectable sample- / storage intervals – event-driven recording RS 232 interface for directly connecting the Kalesto HYDROSENS combination to various remote data transmission systems (serial modem / GSM, satellite, radio, etc.). Three additional slots for connecting other sensors (e.g. for conductivity, temperature, precipitation, etc.). CAN-bus for connection to other HYDROSENS modules, such as an OTT-COM communication module – Alarm management when levels either exceed or fall below limit values and connection to an OTT-S measured value announcer. Wall-mounted cabinet, IP 64 (190 x 250 x 140 mm W/H/D) for housing the OTT-LOG data logger Optical interface (infra-red technology) Reading of OTT-LOG stored values on site with a notebook or VOTA multifunctional unit. LCD for clear display of system and sensor parameters (level recorder function). Operating terminal A clearly laid-out operating matrix allows…

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ESR-BriefCert-00-06-04 E LECTRO M AGNETIC C OMPATIBILITY C ERTIFICATION EMCCert DR. RAŠEK · Boelwiese 5 · 91320 Ebermannstadt · Germany Zertifizierungsinstitut · Certification Institute Sachverständigenbüro · Technical Experts Von der Industrie- und Handelskammer für Ober- franken Bayreuth 1977 öffentlich bestellter und ver- eidigter Sachverständiger für elektrische Störungen und elektromagnetische Verträglichkeit BENANNTE STELLE / NOTIFIED BODY 89/336, 91/263, 93/97, 98/13, 99/5/EC BRD/RegTP EU # 0678 ZUSTÄNDIGE STELLE / COMPETENT BODY 89/336/EEC BAPT # BPT-ZE-009/94 Telefon:0 91 94 - 93 31 International:+ 49 - 91 94 - 93 31 Telefax:0 91 94 - 79 64 - 84 International:+ 49 - 91 94 - 79 64 - 84 Mail:[email protected] Web:http : //www . emcc . de Ihr ZeichenUnser ZeichenDatum Your ReferenceOur ReferenceDate V.A.T. Id. Nr.: DE 1326 389 00 Bank: HypoVereinsbank Forchheim, Germany # 1040293139 (BLZ 760 202 14), S.W.I.F.T.-Code HYVE DE MM 222 Sparkasse Forchheim, Germany # 74468 (BLZ 763 510 40), S.W.I.F.T.-Code BYLA DE MM Citibank New York, USA # 50273189, S.W.I.F.T.-Code 021000089 S INCE 1977 Application for Certification on behalf of Ott Messtechnik GmbH & Co. KG Confidentiality / FCC ID: OA6KALESTO Dear Sir/Madam Pursuant to Section 0.459 of the Commission's rules (CFR 47), we request confidentiality for portions of the material contained in the application for FCC ID: OA6KALESTO and that the identified material be withheld from public inspection following the grant of this authorization. This material contains Ott's trade secrets and confidential information that Ott Messtechnik GmbH & Co. KG does not customarily release to the public and which is otherwise not generally available to the public. Confidentiality is requested for the following exhibits: 1. Operational description (FMCW description of modulation) 2. Schematics 3. Bill of materials Yours sincerely, EMCCert DR. RAŠEK Klaus Knörig Agent for Ott Messtechnik GmbH & Co. KG EMCC Dr. Rasek Boelwiese 5 Ebermannstadt, Germany 91320 Federal Communications Commission Authorizations and Evaluation Division 7435 Oakland Mills Road Columbia Maryland 21046 USA Kn/-930251CA/nb2000-11-23

Responses to Non-Conformities (Ref # E00-000506-1) FCC ID: OA6KALESTO Item 1: The person registered with the FCC to receive the grant is Manfred Dittrich. The mailing address is listed as Ludwigstrasse 16, PO Box 2140. This is the information that will be listed on the FCC grant. If the manufacturer would like to change this information, they will need to submit a letter requesting a change of name to the following address: Federal Communications Commission Equipment Approval Services P.O. Box 358315 Pittsburgh, PA 15251-5315 Customer is going to send a revised letter to the FCC Item 2: Files such as PCB layout drawings, Assembly drawings, PCB component layout and Mechanical drawing of antenna can not be held confidential because a user can open the device and view these items. Normally only schematics, block diagrams and detailed technical descriptions are the only items the FCC considers to be confidential. Please revise the confidentiality letter to show only the type of items a user would not normally be privy to. The only documents required are the schematics, BOM, block diagram and technical description (which should include the information regarding the antenna). Revised Letter was provided. Item 3: Please provide an updated label in the following format: FCC ID: OA6KALESTO The colon is required to be in the label. See section 2.925 Revised Label provided Item 4: The FCC requires that a brief description of the circuit functions of the device along with a statement describing how the device operates be provided. This should include the information regarding the antenna. Only a block diagram was provided. Operational Diagram Provided. Item 5: Please provide a photo of the PCB board with the 2 shielding covers removed. Photo with shields removed were provided. The items indicated above must be submitted before processing can continue on the referenced application. Failure to provide the requested information within 60 days may result in application dismissal pursuant to Section 2.917(c) and forfeiture of the filing fee pursuant to Section 1.1106. Note: Any corrections or additions to this report can only be made by a further document which meets the requirements of TCB0005 and such a document is to be labeled as a supplement to evaluation report serial number E00-000506.

FCC ID: OA6KALESTO RADIO LABORATORIES EMC LABORATORIES TTI-P-G 094/94 TTI-P-G 074/95 EMCC DR. RAäEK Moggast 72-74 91320 Ebermannstadt Germany FCC Registration # 90566 Kalesto_FCC_Annex2.doc Telephone: +49-9194-9016 Telefax:+49-9194-8125 Mail:[email protected] Web:http://www.emcc.de Page 1 of 12 ANNEX 2 TO TEST REPORT # EMCC-930251C, 2000-10-25 PHOTOGRAPHS OF EQUIPMENT UNDER TEST (EUT) EQUIPMENT UNDER TEST: Type:KALESTO Article Number:63.100.002.9.2 Serial Number:161339 Equipment Category:Transmitter Manufacturer:OTT MESSTECHNIK GmbH & Co. KG Address:Ludwigstrasse 16 87411 Kempten Germany Phone:+49-831-5617-313 Fax:+49-831-5617-309 RELEVANT STANDARD:47 CFR Part 15C - Intentional Radiators, ß15.245 CONTENTS Page 1 EXTERNAL VIEW ............................................................................................................................................ 2 1.1 Photograph: KALESTO with data logger and cabeling ...........................................................................2 1.2 Photograph: KALESTO, side view .......................................................................................................... 3 1.3 Photograph: KALESTO, side view, close up: type and serial number .................................................... 4 1.4 Photograph: KALESTO, bottom view ...................................................................................................... 5 1.5 Photograph: KALESTO, top view ............................................................................................................ 6 2 INTERNAL VIEW.............................................................................................................................................. 7 2.1 Photograph: KALESTO, top view, cover removed, cable penetration .................................................... 7 2.2 Photograph: KALESTO, disassembled, top part with print circuit board, cylindrical foam, housing ....... 8 2.3 Photograph: KALESTO, print circuit board, top view .............................................................................. 9 2.4 Photograph: KALESTO, print circuit board, top view, detail 1...............................................................10 2.5 Photograph: KALESTO, print circuit board, top view, detail 2...............................................................11 2.6 Photograph: KALESTO, print circuit board, bottom view ......................................................................12 FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 2 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1 EXTERNAL VIEW 1.1 Photograph: KALESTO with data logger and cabeling FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 3 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.2 Photograph: KALESTO, side view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 4 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.3 Photograph: KALESTO, side view, close up: type and serial number FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 5 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.4 Photograph: KALESTO, bottom view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 6 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.5 Photograph: KALESTO, top view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 7 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2 INTERNAL VIEW 2.1 Photograph: KALESTO, top view, cover removed, cable penetration FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 8 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.2 Photograph: KALESTO, disassembled, top part with print circuit board, cylindrical foam, housing FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 9 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.3 Photograph: KALESTO, print circuit board, top view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 10 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.4 Photograph: KALESTO, print circuit board, top view, detail 1 FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 11 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.5 Photograph: KALESTO, print circuit board, top view, detail 2 FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 12 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.6 Photograph: KALESTO, print circuit board, bottom view

FCC ID: OA6KALESTO FCC ID: OA6KALESTO XXXXXX XXXXXX KALESTO KALESTO I C T I C T D810 D810 117L 117L

FCC ID: OA6KALESTO RADIO LABORATORIES EMC LABORATORIES TTI-P-G 094/94 TTI-P-G 074/95 EMCC DR. RAäEK Moggast 72-74 91320 Ebermannstadt Germany FCC Registration # 90566 Kalesto_FCC_Annex2.doc Telephone: +49-9194-9016 Telefax:+49-9194-8125 Mail:[email protected] Web:http://www.emcc.de Page 1 of 12 ANNEX 2 TO TEST REPORT # EMCC-930251C, 2000-10-25 PHOTOGRAPHS OF EQUIPMENT UNDER TEST (EUT) EQUIPMENT UNDER TEST: Type:KALESTO Article Number:63.100.002.9.2 Serial Number:161339 Equipment Category:Transmitter Manufacturer:OTT MESSTECHNIK GmbH & Co. KG Address:Ludwigstrasse 16 87411 Kempten Germany Phone:+49-831-5617-313 Fax:+49-831-5617-309 RELEVANT STANDARD:47 CFR Part 15C - Intentional Radiators, ß15.245 CONTENTS Page 1 EXTERNAL VIEW ............................................................................................................................................ 2 1.1 Photograph: KALESTO with data logger and cabeling ...........................................................................2 1.2 Photograph: KALESTO, side view .......................................................................................................... 3 1.3 Photograph: KALESTO, side view, close up: type and serial number .................................................... 4 1.4 Photograph: KALESTO, bottom view ...................................................................................................... 5 1.5 Photograph: KALESTO, top view ............................................................................................................ 6 2 INTERNAL VIEW.............................................................................................................................................. 7 2.1 Photograph: KALESTO, top view, cover removed, cable penetration .................................................... 7 2.2 Photograph: KALESTO, disassembled, top part with print circuit board, cylindrical foam, housing ....... 8 2.3 Photograph: KALESTO, print circuit board, top view .............................................................................. 9 2.4 Photograph: KALESTO, print circuit board, top view, detail 1...............................................................10 2.5 Photograph: KALESTO, print circuit board, top view, detail 2...............................................................11 2.6 Photograph: KALESTO, print circuit board, bottom view ......................................................................12 FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 2 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1 EXTERNAL VIEW 1.1 Photograph: KALESTO with data logger and cabeling FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 3 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.2 Photograph: KALESTO, side view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 4 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.3 Photograph: KALESTO, side view, close up: type and serial number FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 5 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.4 Photograph: KALESTO, bottom view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 6 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 1.5 Photograph: KALESTO, top view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 7 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2 INTERNAL VIEW 2.1 Photograph: KALESTO, top view, cover removed, cable penetration FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 8 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.2 Photograph: KALESTO, disassembled, top part with print circuit board, cylindrical foam, housing FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 9 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.3 Photograph: KALESTO, print circuit board, top view FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 10 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.4 Photograph: KALESTO, print circuit board, top view, detail 1 FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 11 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.5 Photograph: KALESTO, print circuit board, top view, detail 2 FCC ID: OA6KALESTO Annex 2 to Test Report #EMCC-930251C Page 12 of 12 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC_ANNEX2.DOC 2.6 Photograph: KALESTO, print circuit board, bottom view

63.100.002.3.7 20.05.99 Montagezeichnung 1 : 1,5 KALESTO II 2 1 Benennung: Ersatz f•r: Zeichnungs-Nr.: Werkstoff, Rohteil-Nr.: HYDROMETRIE Žnderungsmitteilungs-Nr. Abmaá 1 Abmaá 2 DIN 7168 - mT Toleranzangabe Paámaá Maáe ohne AnzahlIndex Tag Tag gez. Norm gepr. Name Name Ersetzt durch: von: Blatt: Maástab: 96.180.039.9.5 99.400.005.9.520.500.317.5.163.100.419.3.196.140.149.9.597.140.089.9.5 63.100.427.4.163.100.423.3.1 M6x25 DIN912-NiroB6,4 DIN125-Niro00009122240000125007 99.410.001.9.5 99.440.003.9.5 M6 DIN934-Niro0000934102 0000912004M5x10 DIN912-StZn 97.130.075.9.5 97.130.076.9.5 M3x10 DIN84-Niro0000084021 M3x4 DIN84-Niro0000084017O-Ring 73 x 50926010212 63.100.425.3.163.100.420.3.1 63.100.401.3.563.100.421.3.163.100.431.3.1 0926010214O-Ring 145 x 2 0000084016 M2,5x5 DIN84-Niro00000840000000125003B2,7 DIN125-Niro M2,5x16 DIN84-Niro M2,5 DIN934-MsNi00001251000000934002A 2,7 DIN125-Nylon 90 63.100.424.3.1 0926010213O-Ring 132 x 5 a/4258.201.07.99 mit Stickstoff gef•llt 0,5 bar ge gn br ws Belegung : RS 485 B RS 485 A Gnd + 12V DC RS485 B PWR GND A +12V 97.190.131.9.5(RS485) Gnd-Case BESTšCKUNGSSEITE 63.100.401.3.5 ws br ge gn b1x4284.215.10.99 b 63.100.111.4.2 mit Loctite abgedichtet c1x4298.208.12.99 mit LOCTITE 572 ( 0995946010 ) abgedichtet mit Durchgangsgewinde im Deckel alle Verschraubungen mit Loctite abgedichtet mit Loctite abgedichtet c d d3x4389.226.10.00 d KALESTO II97.320.108.9.51nF/2kV (4x)97.750.123.9.5Ferrith•lse 97.750.123.9.5 Ferrith•lse mit Kabelbinderan Klemme befestigt d B5,3 DIN9021 - A20.009021.101

FCC ID: OA6KALESTO Test Report #EMCC-930251C Page 2 of 22 Issue Date: 2000-10-25 TEST OF TYPE KALESTO ARTICLE NUMBER: 63.100.002.9.2 TO 47 CFR PART 15C - INTENTIONAL RADIATORS, ß15.245 KALESTO_FCC.DOC CONTENTSPage 1 GENERAL INFORMATION ..................................................................................................................................................................... 3 1.1 Purpose........................................................................................................................................................................................ 3 1.2 Limits and Reservations............................................................................................................…

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