PNTOIS-P3100Identification System

OIS-P OIS-P PC 3100/01 series 8 kbyte Communicators PC3141/03 System Description and Installation Manual B 1030 200 Page intentionally blank. Reg. No.B1030 200 Edition4 May 2001 Subject to alteration without prior notice. Baumer Ident GmbH, Hertzstrasse 10, D-69469 Weinheim © Copyright Baumer Ident GmbH 2001Tel +49 6201 9957-0 Fax +49 6201 9957-99 Printed in Germany. 3 4Baumer IdentOIS-P, PC3141/03 Manual Page intentionally blank. OIS-P, PC3141/03 ManualBaumer Ident5 The products described in this document may be subject to modifications without corresponding updating of the document. © Copyright 2001 Baumer Ident GmbH. Printed in Germany. This product contains parts, that are sensitive against electrostatic discharges. Please heed the particular instructions for protection. Ground yourself before you touch the appliance. FCC ID: PNTOIS-P3100 The 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 6Baumer IdentOIS-P, PC3141/03 Manual Page intentionally blank. OIS-P, PC3141/03 ManualBaumer Ident7 Contents Contents 1 System description.............................................................................9 1.1 General........................................................................................ 9 1.2 System components.....................................................................9 1.3 Mechanical description.................................................................9 1.4 EUROX_4-Software...................................................................10 1. 4.1 General............................................................................10 1.4.2 Commands.......................................................................10 2 System performance ........................................................................13 2.1 Communication speed................................................................13 2.1.1Data Tag communication..................................................13 2.1.2Host communication times................................................14 2.1.3 Total communication time..................................................15 2.2 Communication area...................................................................16 2.3 Distance between Data Tags.....................................................17 2.4 Distance between antennas.......................................................18 3 Environmental influence ..................................................................19 3.1 General......................................................................................19 3.2 Metallic objects...........................................................................20 3.3 Foreign substances between antenna and Data Tag.................21 3.4 Temperature...............................................................................21 3.5 Electromagnetic immunity..........................................................21 3.6. Conclusions on environmental influence....................................22 4 Health aspects ..................................................................................23 4.1 Emitted power levels..................................................................23 4.2 Health and safety cautions.........................................................23 5 Maintenance aspects .......................................................................25 5.1 General......................................................................................25 5.2 Battery life..................................................................................25 6 Installation ........................................................................................27 6.1 Mechanical installation...............................................................27 6.2 Electrical connection..................................................................28 6.2.1Power supply and object detect.........................................28 6.2.2Serial communication........................................................28 6.2.3Antenna connection...........................................................30 6.2.4Test terminal.....................................................................30 7 Installation and trouble-shooting ...................................................31 7.1 Communicator Set-Up................................................................31 7.2 Test methods and error codes....................................................33 7.3 PC program for communication test...........................................34 7.4 Built-in communication reliability statistics..................................34 8Baumer IdentOIS-P, PC3141/03 Manual Contents 7.5 Internal inspections and tests.....................................................35 7.5.1General.............................................................................35 7.5.2Connector Board and fuse................................................35 7.5.3LED indications.................................................................35 7.5.4Power Board......................................................................36 7.5.5CPU Board........................................................................37 8 Technical Data .................................................................................. 39 8.1 Communication parameters........................................................39 8.2 Mechanical specification.............................................................39 8.3 Electrical specification................................................................39 8.4 Cable specifications....................................................................40 8.5 Environmental specification.........................................................41 OIS-…

Text truncated - open the document above for the full version.

Königswinkel 10, D-32825 Blomberg Tel. +49 (0)5235-9500-0 Fax. +49 (0)5235-9500-10 e-mail: [email protected] Web: http://www.phoenix-test-lab.de 19 June 2001 Dr. Altmaier-IP/TW Bankverbindung: Stadtsparkasse Blomberg Geschäftsführer: Dr.-Ing. Holger Altmaier Rechtsform: GmbH BLZ 476 512 25 Gerd Eisert Sitz: Blomberg/Lippe Kto 113 720 Dipl.-Ing. Klaus Eisert Handelsregister: Amtsgericht Blomberg HRB 450 USt-Ident-Nr.: DE 162977933 Request for confidentialy Dear Sirs, for the application FCC ID: PNTOIS-P3100 we apply for our customer BAUMER IDENT GmbH to be kept confidential the following items: -schematic diagrams -parts list -detailed block diagrams -internal photos Because this documents are classified as company confidential. Your sincerely Wilfried Meier Test-Engineer Radio-Laboratoy Curtis-Straus LLC, Dept. of TCB Attn: Certification Manager 527 Great Road Littleton, MA 01460 USA PHOENIX TEST-LAB GmbH, Königswinkel 10, D-32825 Blomberg

OIS-P . The Antennas, PC3114/00B and PC3114/01B, are part of the PC3100 series in the OIS-P family and are used for communication with PC3100 series data tags. They are designed and built for fast data transfer, high reliability and long life applications, where a dynamic communication distance from zero up to 2 metres or alternatively zero up to 4 metres is desired. The rugged and excellent climatic resistance allow indoor as well as outdoor, stationary or mobile installation. Its compact design adds to the installation flexibility. Communication with the data tags is established via a micro- wave link, at the worldwide approved frequency 2.45 GHz. Emitted microwave power from the OIS-P system is well below the limits set by health and tele- communication authorities. The Antenna is connected to the OIS-P Central Unit via a cable up to 100 metres in length, which transfers signal data and provides low voltage DC power to the Antenna. Signal data is protected against electrical interference by the use of balanced data trans- mission techniques and cable shielding. The Antennas comply to ETSI 300 339. Medium and Long Range Antenna OIS-P PC3114/00B, PC3114/01B OIS-P 8 kbyte Data Tag OIS-P PC3104/32A capability with fast moving data tags. In addition it operates at a microwave power level well below the limits set by health and telecommunication authorities. The OIS-P technology maxi- mizes the battery lifetime. The data tag is semi-active type, normally held in a passive state. The current consumption under these passive conditions is merely a few m A. Only when activated in front of an antenna, the data tags data modulation electronics are powered up and the data tag reaches active current consumption in the mA range. As soon as the microwave communi- cation is completed, the data tag returns to its passive state, The read and write data tag PC3104 is a part of the OIS-P PC3100 series. It is designed and built for normal temperature applications requiring dynamic storage of large amounts of user data, fast data transfer, high reliability and long life. The rugged design and excel- lent climatic resistance allow indoor as well as outdoor, station- ary or mobile installation. Its compact design offers installation flexibility. The user data is backed up by a lithium battery. A battery pow- ered data tag makes it possible to obtain communication distances in the metre range, as well as an excellent reading and writing thereby saving battery energy. When data is transferred from the data tag to the Antenna, the data tag simply reflects the microwave energy sent out by the Antenna. No battery energy is expended in establishing this communication link. The battery life expectancy can be computer simulated for customer-specific conditions. In normal industrial applications, the battery life will typically exceed 8 years. The data tag complies to ETSI 300 339. Baumer Ident GmbH, Hertzstrasse 10, D-69469 Weinheim, Germany, Tel +49 6201 9957-0, Fax +49 6201 9957-99 Baumer Ident AB, Box 134, S-561 22 Huskvarna, Sweden, Tel +46 36 139430, Fax +46 36 139450 www.baumerident.com OIS-P Reg No B1003 200 Edition 8 Issued June 1999 Subject to alteration without prior notice. © Baumer Ident AB 1999 Electrical and Mechanical Data PC3104/32A (Note 1) Data speed • Writing 40 kbit/s • Reading 65 kbit/s Wake up time •2 ms Battery life (Note 2) Activation at 20°Cat 50°C • 0.1 %> 8 years> 8 years • 1.0 %6 years5 years The battery is exchangeable. RAM memory capacity • PC3104/32A8 kbyte RAM memory life • Unlimited number of read/write cycles Outline drawing (all dimensions in mm) • Tolerance unless otherwise specified ± 0.5 mm • Mounting proposal: M4 screws, Ø 4.8 ± 0.3 (4 x) Weight • 110 g Casing • Luran S Colour • Grey Temperature range Operating and storage • -40 o C to +70 o C Vibration (operating) • sine ± 0.35 mm 10-60 Hz sine 5 g 60-500 Hz in 3 axes, 40 min/axis ref: IEC 68-2-6-Test Fc • random 0.02 g 2 /Hz 10 - 2000 Hz, 3 hours in ± 3 axes ref: IEC 68-2-34 Test Fdb Bump (survival) • 10 g, 6 ms halfsine x 4000 in 3 axes ref: IEC 68-2-29 Test Eb Shock (survival) •50 g, 6 ms halfsine x 10 in 3 axes ref: IEC 68-2-27 Test Ea Free fall (survival) •1000 mm x 100 falls ref: IEC 68-2-32 Test Ed Enclosure •IP 67 ref: IEC 529 Water immersion (survival) • 9.8 kPa x 2 hrs ref: IEC 68-2-17 Test Qf Solar radiation (survival) • 1.12 kW/m2 x 56 days ref: IEC 68-2-5 Test Sa class C EMC immunity (operating) • Electrostatic discharge: 4/8 kV ref: EN61000-4-2 • Radiation: 3 V/m ref: EN61000-4-3 Environmental Data Note 2 Activation percentage is defined as the maximum part of the time that is used for reading and writing. Under these circum- stances, more than 95% of the data tag will exceed the specified lifetime. For battery lifetime at other temperatures and activation levels, consult your OIS-P sales representative. Typical activation levels in industrial applications are less than 0.1 %. Note 1 Unless otherwise specified at 20 °C. Baumer Ident GmbH, Hertzstrasse 10, D-69469 Weinheim, Germany, Tel +49 6201 9957-0, Fax +49 6201 9957-99 Baumer Ident AB, Box 134, S-561 22 Huskvarna, Sweden, Tel +46 36 139430, Fax +46 36 139450 OIS-P Reg No B0506-200 Edition 8 Issued September 1998 Subject to alteration without prior notice. © Baumer Ident AB 1997 Electrical and Mechanical Data PC3114/00B, PC3114/01B Environmental data Temperature range Operating and storage • - 40 °C to + 70 °C Vibration (operating) • sine ± 0.35 mm 10-60 Hz sine 5g 60-500 Hz in ± 3 axes, 40 min/axes ref: IEC 68-2-6 Test Fc • random 0.01 g 2 /Hz 10 - 2000 Hz, 3 hours in ± 3 axes ref: IEC 68-2-34 Test Fdb Bump (survival) • 15 g, 6 ms halfsine x 1000 in ± 3 axes ref: IEC 68-2-29 Test Eb Shock (survival) • 50 g, 6 ms halfsine x 10 in ± 3 axes ref: IEC 68-2-27 Test Ea Bench handling (survival) • Face 100 mm Corner 100 mm ref: IEC 68-2-31 Test Ec Enclosure • IP 65 ref: IEC 529 Water immersion (survival) • 9.8 kPa x 2 hrs ref: IEC 68-2-17 Test Qf Note 1 Output power, …

Text truncated - open the document above for the full version.

Königswinkel 10 D-32825 Blomberg, Germany Phone +49 5235 9500 0 Fax +49 5235 9500 10 No.: R00339 Edition 1 OIS-P 3100 Transponder system for TAG identification FCC ID: PNTOIS-P3100 EMC Test Laboratory accredited by DATech e.V. in compliance with DIN EN 45001 under the Reg. No. TTI-P-G071/94-00 and listed by FCC31040/SIT1300F2 Order No.: 00339 page 2 of 28 Testing body: PHOENIX TEST-LAB Königswinkel 10 D-32825 Blomberg Germany Applicant: Baumer Ident GmbH Hertzstrasse 10 69469 Weinheim Germany Equipment under test: OIS-P3100 FCC ID: PNTOIS-P3100 Manufacturer: applicant Order number: 00339 Type of test: Unintentional radiator (whole system) Class B limits 15.109 Intentional radiator (only EUT), 15.245 field disturbance sensor ______________________________________________________________________ Method of measurement according to: - ANSI C63.4 dd. 1992 Limits and requirements according to: - FCC Part 15.245 - FCC Part 15.109 ______________________________________________________________________ Order No.: 00339 page 3 of 28 Contents: Page 1 General Information..........................................................................................................4 1.1 Applicant.....................................................................................................................4 1.2 Manufacturer..............................................................................................................4 1.3 Dates..........................................................................................................................4 1.4 Test Laboratory..........................................................................................................5 1.5 Reservation................................................................................................................5 2 EUT Description................................................................................................................6 2.1 General EUT Description............................................................................................6 2.2 EUT............................................................................................................................6 2.3 Periphery device.........................................................................................................7 2.4 Test configuration.......................................................................................................8 3 Test procedure................................................................................................................10 3.1 Unintentional radiator...............................................................................................10 3.2 Intentional radiator....................................................................................................11 4 Radiated Emission for Unintentional Radiator.................................................................12 4.1 Test set up................................................................................................................12 4.2 Preliminary measurement.........................................................................................13 4.3 final measurement unintentional radiator..................................................................16 5 Radiated Emission for Intentional Radiator.....................................................................18 5.1 Test set up................................................................................................................18 5.2 Preliminary measurement.........................................................................................18 5.2.1 Overview frequency range 2 GHz to 12 GHz.....................................................19 5.2.2 Overview frequency range 12 GHz to 18 GHz...................................................19 5.2.3 Overview frequency range 18 GHz to 24 GHz...................................................20 5.3 Final measurement...................................................................................................22 5.3.1 Fundamental emission.......................................................................................23 5.3.2 Harmonic emissions...........................................................................................27 5.4 List of results............................................................................................................29 Effective Radiated Power...................................................................................................31 5.5 Human exposure to RF-Electromagnetic Fields.......................................................32 6 Measurement Equipment................................................................................................33 6.1 Test equipment.........................................................................................................33 6.2 Field Strength Calculation........................................................................................37 Order No.: 00339 page 4 of 28 1 GENERAL INFORMATION 1.1 APPLICANT Name: Baumer Ident GmbH Address: Hertzstrasse 10 69469 Weinheim Country: Germany Name for contact purposes: Günther Meuthen Tel: +49 62 01 99 57 0 Fax: +49 62 01 99 57 99 1.2 MANUFACTURER Name: Baumer Ident GmbH Address: Hertzstrasse 10 69469 Weinheim Country: Germany Name for contact purposes: Günther Meuthen Tel: +49 62 01 99 57 0 Fax: +49 62 01 99 57 99 1.3 DATES Date of Receipt of Test Sample: 16 th February 2001 Start of test: 19 th February 2001 Finish of test: 15 th May 2001 Order No.: 00339 page 5 of 28 1.4 TEST LABORATORY The tests were carried out at:PHOENIX TEST-LAB GmbH Königswinkel 10 D-32825 Blomberg Tel: +49 (0) 52 35 / 95 00-0 Germany Fax: +49 (0) 52 35 / 95 00-10 accredited by DATech e.V. in compliance with DIN EN 45001 under Reg. No. TTI-P-G071/94-01, and listed by FCC 31040/SIT1300F2 Applicant: G. MEUTHEN name signature…

Text truncated - open the document above for the full version.