OE5S844S844 Inductive Reader

Installation and User Instructions for S844 Readers You should find that the backplate has holes for connection to most standard electrical backboxes. With the backplate off (see above), mount the backplate adjacent to the opening edge of the door and at a convenient height. Feed the required cables through the backplate: The cable from the controller. The cable from the heater, if used (must be a separate cable). A cable from a Remote Interface Module (RIM), if used. A RIM can reduce cable lengths to door furniture. 2 The optional heater kit maintains the reader at the correct temperature when mounted outside. With the backplate off, remove the backing paper from the two elements, then stick them to the inner sides of the reader. The heaters must be connected to a 24V AC supply (min 25VA). When mounting outside, the two-part gasket kit must be fitted: a)Remove the backplate from the reader by releasing the two securing screws. b)Remove the cutouts and backing paper from the two gaskets, then stick them to the backplate as shown. Outer gasket Inner gasket Backplate securing screws Backplate 1 Fit the Weatherproofing Kit Mount the Backplate Set LK1 (USER FB) to 1 for sound on, or 0 for sound off. If a jumper is provided for LK2 (TEST), park it across one pin only. Set LK3 (COMMS) across the center and WGD pin for Wiegand communications, or across the center and C/L pin for 20mA current loop communications. 3 Reader Links The S844 is a keypad. The reader can be set to use Wiegand or p The S844 is able to read Personal Identity Verification (PIV II) type A and B, Philips MIFARE and Philips MIFARE DESfire smart cards. For Philips MIFARE and Philips MIFARE DESfire cards, the S844 supports the use of unencoded cards (where only the unique card serial number is read), or cards encoded with a card number. Several encoding formats are supported. The reader can simultaneously support two different card types/formats (e.g. non-encoded MIFARE and smartMAX- encoded MIFARE DESfire, or non-encoded MIFARE and smartMAX-encoded MIFARE). The reader is automatically configured to accept the first two card types/formats presented after power is applied. Note: For PIV II compliance, Wiegand communications should be used. contactless smart-card reader, with LCD and 20mA current loop seudo-random communications. 0V Connectshield at controller end only. RX+RX-TX+TX-12V Reader Controller 20mA current loop The I/O terminal is for connection to a RIM (see the RIM Instructions). Slide the ferrite sleeve onto cable before wiring terminal block. Ferrite to be placed 50mm (2") up cable and held in place with cable ties. 0V TX+ TX- I/0 RX+ RX- +V Twistedpairs(use Belden 9503 cable) Connectshield at controller end only. GroundData 0Green Data 112V Reader Controller Wiegand 0V 0 GRN 1 +V UseBelden 9537 cable Presentthe cardface-ontothereaderuntilyouhear a"bleep". Cardscanbepresentedinrapidsuccession; there is no need, for example, to wait for "UNLOCKED" to disappear before presenting another. If the reader has been enabled for user-code mode at the controller, you can gain access by pressing the # key, entering your card number, then pressing the * key. A Setup menu can be displayed by pressing the * and # keys simultaneously while power is applied. You can use the menu to change the contrast and language used for the LCD (default English). At the prompts, press * for No and # for Yes. 9600-0452. Installation and User Instructions for S844 Readers, Issue 2.0.1 8th December 2009. G4S Technology, 2009. FCC Notice: 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. Any unauthorized modification to this device may void the authority of the user to operate it. All trademarks acknowledged. © About the Reader Messages } READY – UNLOCKED – The lock is released and you may open the door. ACCESS DENIED & LOCKED – You do not have access rights to gain entry, or the reader did not read your card properly (in this case, present it again). ENTER PIN – Enter your PIN. If you make a mistake, the message INCORRECT PIN is momentarily displayed, followed by ENTER PIN, to prompt you to try again. CARD PIN AND # – Enter the DESfire card PIN, then press # if the PIN is less than 8 digits. The reader is waiting for a valid card to be presented. (Flashing or steady) – These auxiliary indicators can be configured to operate in conjunction with conditional commands. Specifications Input voltage: 10.2-14Vdc. Input current (excl. heater): 180mA @ nom. 12Vdc. Operating temperature: -4 to 158F (-20 to 70C) without heater. Operating humidity: 15 to 90%, non-condensing. Maximum read range: 3/4" (20mm). Approvals: EN50133, R&TTE, IP656. °° 5 Using the Reader 4 Reader Connections Note: The FERRITE must be fitted! Note: Use LK3 to select the communications mode (see step 3).

Overview Top view PCB removed from case Underside view

Serial Label Position 91 mm 1 12 mm

Overview Top view PCB removed from case Underside view

S844 MIFARE PROXIMITY READER TECHNICAL DESCRIPTION OF OPERATION The S844 Mifare Proximity Reader’s intended purpose is to read identification codes programmed into passive mifare cards, accept PINs through a keypad and display a response on a LCD. The maximum read range is about 1”. The unit is connected by cable to an Access Control controller which provides the necessary power and control/interface signals. The circuitry is contained on three PCBs and these are mounted in a plastic enclosure (125mm x 100mm x 45mm or 5” x 4” x 1.5” approx.). The PCB nearest the keypad forms the antenna, with the r.f. circuitry and the LCD control on the middle PCB, while the remainder of the circuitry including the terminal block for power and signals is on the final PCB. The cable from the terminal block exits through the large hole in the back of the unit. A small connector is provided to allow the option of connecting a magstripe reader. The power supply is a nominal 12v DC with the output of a 5V regulator powering the majority of the circuit including the antenna drive. The antenna is a printed coil that emits a 13.56MHz magnetic field. The field ‘powers up’ a passive transponder or tag which is brought into the vicinity of the antenna. The transponder, when powered, operates as a field disturbance device allowing two-way communication to take place between the reader and the card. The field is switched on continuously and modulation of the field is carried out by a dedicated device that is manufactured by Philips for the purpose. The control processor handles the bi-directional communications between the reader and the controller, responding to commands received and passing card data and status information back to the controller. The control processor also carries out housekeeping tasks such as scanning the keypad and monitoring the tamper switch.

REPORT ON THE CERTIFICATION TESTING OF A S844 CARD READER WITH RESPECT TO THE FCC RULES CFR 47, PART 15.225 JULY 2008 INTENTIONAL RADIATOR SPECIFICATION ON BEHALF OF G4S TECHNOLOGY Ltd TEST REPORT NO: 9F2869WUS1 COPY NO: 1 ISSUE NO: 1 FCC ID: OE5S844 REPORT ON THE CERTIFICATION TESTING OF A S844 CARD READER WITH RESPECT TO THE FCC RULES CFR 47, PART 15.225 JULY 2008 INTENTIONAL RADIATOR SPECIFICATION ON BEHALF OF G4S TECHNOLOGY Ltd TEST DATE: 8 th December - 11 th December 2009 TESTED BY: S HODGKINSON APPROVED BY: J CHARTERS PRODUCT MANAGER DATE: 18 th December 2009 Distribution: Copy Nos: 1. G4S Technology Ltd 2. FCC EVALUATION LABORATORIES 3. TRaC Telecoms and Radio THIS DOCUMENT MAY BE REPRODUCED ONLY IN ITS ENTIRETY AND WITHOUT CHANGE 9F2869WUS1 Page 3 of 35 CONTENTS PAGE CERTIFICATE OF CONFORMITY & COMPLIANCE 4 APPLICANT’S SUMMARY 5 EQUIPMENT TEST CONDITIONS 6 TEST RESULTS 7-12 ANNEX PHOTOGRAPHS A PHOTOGRAPH No. 1: H Field test setup PHOTOGRAPH No. 2: AC powerline test setup PHOTOGRAPH No. 3: E Field test setup PHOTOGRAPH No. 4: Overview PHOTOGRAPH No. 5: Rear View PHOTOGRAPH No. 6: Top View PCB case removed PHOTOGRAPH No. 7: Underside View PCB case removed APPLICANT’S SUBMISSION OF DOCUMENTATION LIST B MEASUREMENT UNCERTAINTY C TEST EQUIPMENT CALIBRATION D EMISSIONS GRAPH(s) E POWERLINE CONDUCTION EMISSIONS GRAPH(s) F EMISSIONS MASK COMPLIANCE G Notes: 1. Component failure during test YES NO [ ] [X] 2. If Yes, details of failure: 3. The facilities used for the testing of the product contain in this report are FCC Listed. 4. The contents of the attached applicants declarations and other supplied information are not covered by the scope of this laboratory’s UKAS or FCC accreditations’ and is provided in good faith. CERTIFICATE OF CONFORMITY & COMPLIANCE 9F2869WUS1 FCC IDENTITY: OE5S844 PURPOSE OF TEST: Certification TEST SPECIFICATION: FCC RULES CFR 47, Part 15.225 July 2008 TEST RESULT: Compliant to Specification EQUIPMENT UNDER TEST: S844 EQUIPMENT TYPE: Inductive Reader PRODUCT USE: RFID CARRIER EMISSION: 38.10μV/m @ 30m ANTENNA TYPE: Integral FREQUENCY OF OPERATION: 13.56 MHz CHANNEL SPACING: Not Applicable/ Wideband NUMBER OF CHANNELS: 1 FREQUENCY GENERATION: SAW Resonator [ ] Crystal [X] Synthesiser [ ] MODULATION METHOD: Amplitude [X] Digital [ ] Angle [ ] POWER SOURCE(s): +12.0Vdc TEST DATE(s): 8 th December - 11 th December 2009 ORDER No(s): EL5353 APPLICANT: G4S Technology Ltd ADDRESS: G4S Technology Ltd Challenge House Northway Lane Tewkesbury Gloucester Gloucestershire GL20 8UQ TESTED BY: S HODGKINSON APPROVED BY: J CHARTERS PRODUCT MANAGER 9F2869WUS1 Page 5 of 35 APPLICANT’S SUMMARY EQUIPMENT UNDER TEST (EUT): S844 EQUIPMENT TYPE: Inductive Reader PURPOSE OF TEST: Certification TEST SPECIFICATION(s): FCC RULES CFR 47, Part 15.225 July 2009 TEST RESULT: COMPLIANT Yes No [X] [ ] APPLICANT’S CATEGORY: MANUFACTURER IMPORTER DISTRIBUTOR TEST HOUSE AGENT [X] [ ] [ ] [ ] [ ] APPLICANT’S ORDER No(s): EL5353 APPLICANT’S CONTACT PERSON(s): Mr E Porter E-mail address: [email protected] APPLICANT: G4S Technology Ltd ADDRESS: G4S Technology Ltd Challenge House Northway Lane Tewkesbury Gloucester Gloucestershire GL20 8UQ TEL: 01684 850977 FAX: 01684 294845 EUT(s) COUNTRY OF ORIGIN: United Kingdom TEST LABORATORY: TRaC Telecoms and Radio UKAS ACCREDITATION No: 0971 TEST DATE(s): 8 th December - 11 th December 2009 TEST REPORT No: 9F2869WUS1 9F2869WUS1 Page 6 of 35 EQUIPMENT TEST / EXAMINATIONS REQUIRED 1. TEST/EXAMINATION RULE PART DETECTOR APPLICABILITY Intentional Emission Frequency: 15.225(a) Quasi-Peak Yes Intentional Emission Field Strength: 15.225(a) Quasi-Peak Yes Intentional Emission Band Occupancy: 12.255(e) Peak Yes Intentional Emission ERP (mW): - - No Spurious Emissions – Conducted: 15.207 Quasi-Peak Average Yes Spurious Emissions – Radiated <1000MHz: 15.209 Quasi-Peak Yes Spurious Emissions – Radiated >1000MHz: 15.209 Average Yes Maximum Frequency of Search: 15.33 - Yes Antenna Arrangements Integral: 15.203 - Yes Antenna Arrangements External Connector: 15.204 - Yes Restricted Bands: 15.205 - Yes Extrapolation Factor: 15.31(f) - Yes 2. Product Use: RFID 3. Duty Cycle: <100 % 4. Temperatures: Ambient (Tnom) 16 o C 5. Supply Voltages: Vnom +12.0Vdc Note: Vnom voltages are as stated above unless otherwise shown on the test report page Single channel [X] Two channel [ ] 6. Equipment Category: Multi-channel [ ] Narrowband [ ] Wideband [X] 7. Channel spacing: 9F2869WUS1 Page 7 of 35 TRANSMITTER TESTS TRANSMITTER SPURIOUS EMISSIONS – RADIATED – PART 15.209 Ambient temperature = 19 o C(<1GHz) 3m measurements <1GHz [X] Relative humidity = 43% (<1GHz), 10m measurements <30MHz [X] Conditions = Open Area Test Site (OATS) 30m extrapolated from 10m [X] Supply voltage = +12Vdc Channel number = 1 FREQ. (MHz) MEAS. Rx. (dBμV) CABLE LOSS (dB) ANT FACT. (dB/m) FIELD STRENGTH (dBμV/m) EXTRAP. FACTOR (dB) FIELD STRENGTH (μV/m) LIMIT (μV/m) 0.009MHz - 0.490MHz No significant emissions Note 9 0.490MHz - 1.750MHz No significant emissions Note 9 1.705MHz - 30.0MHz No significant emissions Note 9 30MHz - 88MHz 40.70 54.25 81.35 11.57 15.72 16.02 1.20 1.45 1.80 12.53 6.43 6.88 25.30 23.60 24.70 N/A 18.40 15.13 17.17 100 88MHz - 216MHz 108.55 135.65 149.20 203.45 11.41 14.08 17.83 29.39 2.00 2.30 2.32 2.70 11.19 11.12 9.95 8.71 24.60 27.50 30.10 40.80 N/A 16.98 23.71 35.48 109.64 150 216MHz - 960MHz 230.55 244.10 271.30 284.80 339.05 366.20 393.35 406.90 420.45 447.60 474.70 569.60 596.70 637.40 31.46 23.20 23.42 27.59 24.05 18.02 15.75 10.54 16.65 15.35 12.07 14.59 12.43 8.81 3.06 3.10 3.70 3.75 4.15 4.21 4.25 4.30 4.48 4.50 4.72 4.80 5.20 5.60 9.68 11.40 12.48 12.56 14.00 14.77 15.60 16.16 16.57 16.35 16.91 16.81 18.67 18.89 44.20 37.70 39.60 43.90 42.20 37.00 35.60 31.00 37.70 36.20 33.70 36.20 36.30 33.30 N/A 162.18 76.73 95.49 156.67 128.82 70.79 60.25 35.48 76.73 64.56 48.41 64.56 65.31 46.23 200 960MHz - 1GHz No significant emissions N/A 1GHz - 5GHz No significant emissions N/A 0.009MHz to…

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Test setup