
Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.
Ins-30027-US Net2Air Hands Free Interface 04/04/2007 Technical Support Technical help is available: Monday - Friday from 5am - 5pm PST / 8am - 8pm EST Other documentation on Net2 can be found on our web site - http://www.paxton-access.com/ 1 800 672 [email protected] Net2Air increases the effective read range of a standard Paxton P or KP series reader to a maximum of 8 feet. The system comprises of a Net2Air Hands Free Interface, a compatible reader (see specification table) and Net2Air tokens (keycard or keyfob). The system operates by using the field being transmitted by the reader to wake up the token which then communicates with the interface which contains a long range receiver. Existing P and KP readers with their Switch 2 or Net2 control units, can be used without modification. The Net2Air Hands Free Interface takes its power from the control unit and therefore does not require a power supply. Net2Air tokens also include a standard proximity ID chip and can therefore be presented to any Paxton proximity reader whether they are using the Net2Air interface or not. What is Net2Air? Before you install Read in, read out When using in and out readers, users may be picked up by both readers as they move through the door which will effect the reliability of any Roll Call or Antipassback application. Ensure that sufficient spacing is provided between these readers for optimum range and reliability. Positioning readers For maximum read range the Net2Air reader field should not be overlapped by the field from other interference sources at or around 125KHz. These include Loop readers, non Paxton readers, etc. Readers should not positioned so that their active fields overlap. (see table on back page for typical read ranges) For example, the minimum distance between a P200 and a P50 reader should be 12 ft (P200 Net2Air range = 8 ft + P50 Net2Air range = 4 ft) Net2Air Keyfob Net2Air keycard P series reader Net2Air Interface Net2 control unit Switch2 control unit For optimum keyfob battery life please choose your reader size and location carefully to avoid placing readers within Net2Air range of work stations, rest or smoking areas. Net2Air tokens have features to extend battery life. These include a two second timeout following a valid read and a block on repeated reads at the same door whilst the keyfob remains in range. Positioning the interface The interface should be positioned within 15 yards of the reader regardless of cable length. Wireless technology can be susceptible to environmental factors so if problems are experienced it may be necessary to move the interface closer to the reader. The Net2Air interface should not be housed in a metal enclosure as it contains the main receiver aerial. Wiring 2ED V DC "ROWN /RANGE 'REEN 9ELLOW "LUE -AUVE "LACK7HITE "ROWN 9ELLOW 2EADER /RANGE +EYPAD V V .# ./ #OM .# ./ #OM !LARM /UTPUT V #ONTACT V %XIT V 4AMPER 035 2X 4X 2ELAY 2ELAY %XIT #ONTACT 4AMPER 035 /+ V V 2ED "ROWN /RANGE 'REEN 9ELLOW "LUE -AUVE "LACK7HITE "ROWN 9ELLOW /RANGE 2EADER +EYPAD 0OWER 2ELAY 2ELAY )NPUTS .ETWORK #!4 CABLE CODING 7HITE'REEN 'REEN 7HITE/RANGE /RANGE 3CREEN OR SPARE CORES FROM NETWORK CABLE #!54)/. FOR V DC READERS ONLY &ORCORRECT CONNECTION OF OLD V READERS REFER TO INSTRUCTIONS Serial number241821Test ID: 012345678901z-1440 6 2ED ,%$ !MBER ,%$ 'REEN ,%$ $ATA$ #LOCK$ -EDIA DETECT %NTRY 6 2EADER %NTRY CONFIRM 6 2ED ,%$ !MBER ,%$ 'REEN ,%$ $ATA$ #LOCK$ -EDIA DETECT %NTRY 6 .ET #ONTROL 5NIT 6%XIT%NTRY'REEN ,%$6 .ET!IR )NTERFACE 2ED 6 "ROWN /RANGE 'REEN 9ELLOW "LUE -AUVE %XIT #ONTACT "LACK #ARD READER OR KEYPAD V V .# ./ #OM "ELL 0OWER $OOR RELAY !LARM witch 2 S #ONTROL UNIT )NPUTS CAUTION &OR 6 DC READERS ONLY &OR CORRECT CONNECTION OF OLD READERS REFER TO INSTRUCTIONS 6 2ED ,%$ !MBER ,%$ 'REEN ,%$ $ATA$ #LOCK$ -EDIA DETECT %NTRY 6 2EADER %NTRY CONFIRM 6 2ED ,%$ !MBER ,%$ 'REEN ,%$ $ATA$ #LOCK$ -EDIA DETECT %NTRY 6 .ET #ONTROL 5NIT 6%XIT%NTRY'REEN ,%$6 .ET!IR )NTERFACE Entry confirmation button (optional) Input terminal (FOR FUTURE USE) Paxton Access Net2 control unit Readers used with Net2Air can be extended using Beldon CR9540 10-core overall screened cable. The maximum cable length between the reader and its Net2 ACU or Switch 2 is 100 yards Cable extensions Using an entry confirmation button Where two doors are close together and there is a possibility that both may pick up the Net2Air token, a push to make button can be used to confirm an entry request for a specific door. Where fitted, the button must be pressed within 5 seconds of a valid Net2Air token being recognised to unlock the door. Configuration Firmware download When first powered up new firmware will be downloaded from the interface to the reader. This is indicted by flashing amber and red LEDs on the reader. Once complete all LEDs will be lit. This may take up to 10 minutes to complete. Do NOT disconnect power during the firmware update. If the firmware update is still taking place after 10 minutes then remove and then re-connect the ACU cable. Listen to the reader, the reader should NOT beep. If the reader beeps within approximately 10 seconds of power up it will not take the firmware update. Repeat the process until the reader does NOT ‘beep’ on power up. Then leave for 10 mins to allow the update to take place To enable the use of an entry confirmation button do the following steps: 1. Power down the Net2Air interface board 2. Power up the Net2Air interface board 3. Press and hold the entry confirmation button for a minumum of 3 seconds within 60 seconds of power up. To disable the use of the button repeat the above process. * * Paxton Access Switch2 control unit * Changing frequency channel If you are experiencing problems with the range or reliability this may be due to poor reader positioning, adjacent interfering 125KHz or 2.4 GHz equipment, e.g. an ad…
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1(1) Attention: Application Examiner Re: Request for confidentiality Applicant: Paxton Access Ltd FCC ID: USE477222 10 th April 2007 To whom it may concern, Permanent Confidentiality Request is hereby submitted by Paxton Access Ltd to withhold permanently from public review certain portions of the application for equipment certification for the referenced FCC identifiers. This request for confidentiality is made pursuant to 47 CFR 0.457(d) and 0.459 of the FCC Rules. In particular, the following sections of the application are to be kept permanently confidential: 1. Schematics 2. Detailed Block diagrams 3. Detailed Operational/Functional Description Rationale for request for confidentiality for items 1,2, and 3: Paxton Access Ltd has invested considerable time and materials in research and development to produce the referenced product. Disclosure of the permanently confidential portions of this application to competitors would not only give them significant competitive advantages in developing similar products, but would also disclose successful implementation of unpublished, leading edge technology developed by us. Sincerely, Quality Manager Paxton Access Ltd
Exhibit 3: External Photographs Page 1 Housing front view Housing back view Exhibit 3: External Photographs Page 2 Housing end view Housing side view
FCC ID: USE477222 Model Number: 477-222-US Material: White Polyester, permanent adhesive. Material must be non-conductive. Printing: 300dpi using HL27 ribbon. Size: 29mm x 9mm (1 mm radius corners). Text: Arial Regular Exhibit 1: ID Label - location info Page 1 Example of FCC ID label location Exhibit 1: ID Label - location info Page 2
Exhibit 9: Internal Photographs Page 1 PCB Front PCB Back Exhibit 9: Internal Photographs Page 2 PCB mounted to housing base, minus wiring label & connectors PCB mounted to housing base, with wiring label & connectors
Report No.: EM07024171 Page: 2 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 Contents Page No. 1. JOB DESCRIPTION................................................................................................... 4 2. TEST SUMMARY....................................................................................................... 5 3. EQUIPMENT UNDER TEST (EUT)......................................................................... 6 3.1. Description of the EUT....................................................................................... 6 3.2. EUT’s Modes of Operation................................................................................ 6 3.3. EUT Configuration Diagram.............................................................................. 6 3.4. EUT Support Equipment.................................................................................... 6 3.5. Cables Associated With the EUT..................................................................... 6 4. CONDUCTED EMISSIONS...................................................................................... 7 4.1. Conducted Emissions Test Method................................................................. 7 4.2. Conducted Emissions Test Results................................................................. 7 4.3. Modification Performed During Testing........................................................... 7 4.4. Conducted Emissions Conclusions.................................................................. 7 4.5. Measurement Uncertainty................................................................................. 7 5. RADIATED EMISSIONS.......................................................................................... 22 5.1. Radiated Emissions Test Method.................................................................. 22 5.2. Unintentional Radiated Emissions Test Results.......................................... 22 5.3. Modifications Performed During Testing....................................................... 22 5.4. Radiated Emissions Conclusions................................................................... 22 5.5. Measurement Uncertainty............................................................................... 22 5.6. Radiated Field Strength................................................................................... 23 5.7. Restricted Frequency Band Emissions......................................................... 29 6. TEST EQUIPMENT.................................................................................................. 46 Report No.: EM07024171 Page: 3 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 TABLES Table 1 Conducted Emissions Test Results................................................................... 8 Table 2 Conducted Emissions Test Results................................................................. 11 Table 3 Conducted Emissions Test Results................................................................. 14 Table 4 Conducted Emissions Test Results................................................................. 17 Table 5 Conducted Emissions Test Results................................................................. 20 Table 6 Intentional Radiated Field strengths – 3m...................................................... 23 Table 7 - Graph 6 Non Intentional Radiated Emissions Test Results.................... 24 Table 8 and Graph 7 Non Intentional Radiated Emissions Test Results.............. 26 Table 9 and Graph 8 Radiated Emissions Test Results....................................... 27 Table 10 Radiated Emissions Test Result 1 to 24GHz.............................................. 28 GRAPHS Graph 1 Conducted Emissions Test Results................................................................ 10 Graph 2 Conducted Emissions Test Results................................................................ 13 Graph 3 Conducted Emissions Test Results................................................................ 16 Graph 4 Conducted Emissions Test Results................................................................ 19 Graph 5 Conducted Emissions Test Results................................................................ 21 Table 7 - Graph 6 Non Intentional Radiated Emissions Test Results.................... 24 Table 8 and Graph 7 Non Intentional Radiated Emissions Test Results.............. 26 Table 9 and Graph 8 Radiated Emissions Test Results....................................... 27 Report No.: EM07024171 Page: 4 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 1. JOB DESCRIPTION Equipment: Net2 Handsfree Access Control System Equipment Model No(s): Equipment under Test Net2 Hands free interface – 477 – 222 – US Net2 Hands free keyfob - 690 – 222 – US Net2 Hands free keycard – 690 – 333 – US Support Equipment Net2 RS 845 Comms Converter – 455-477-US Net2 Door ACU – 385-527-US Exit Button E50 – 356-310-US Proximity P200 reader - 323-110-US 12V psu -998-241-US Laptop running Net2 software Equipment Serial No: None Phase: Compliance Customer: Paxton Access Ltd Test Plan Reference: - Test Standards: CFR47 Part 15: 207,209 and 249 Test Location: Intertek ETL Semko Unit D Randalls Way Leatherhead Surrey KT22 7SB Test Work Started: 5 th March 2007 Test Work Completed: 9 th March 2007 Report No.: EM07024171 Page: 5 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 2. TEST SUMMARY PRODUCT REFERENCE STANDARDS ANSI C63.4-2003, TEST STANDARD TEST COMMENT CFR 47 Part 15:207 Conducted Emissions Pass-Note CFR 47 Part 15:209 and 249 Radiated Emissions Pass Note: The Conducted Emissions Test results are below the specification limit by a margin less than the measurement uncertainty; it is therefore not poss…
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Report No.: EM07024171 Page: 2 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 Contents Page No. 1. JOB DESCRIPTION................................................................................................... 4 2. TEST SUMMARY....................................................................................................... 5 3. EQUIPMENT UNDER TEST (EUT)......................................................................... 6 3.1. Description of the EUT....................................................................................... 6 3.2. EUT’s Modes of Operation................................................................................ 6 3.3. EUT Configuration Diagram.............................................................................. 6 3.4. EUT Support Equipment.................................................................................... 6 3.5. Cables Associated With the EUT..................................................................... 6 4. CONDUCTED EMISSIONS...................................................................................... 7 4.1. Conducted Emissions Test Method................................................................. 7 4.2. Conducted Emissions Test Results................................................................. 7 4.3. Modification Performed During Testing........................................................... 7 4.4. Conducted Emissions Conclusions.................................................................. 7 4.5. Measurement Uncertainty................................................................................. 7 5. RADIATED EMISSIONS.......................................................................................... 22 5.1. Radiated Emissions Test Method.................................................................. 22 5.2. Unintentional Radiated Emissions Test Results.......................................... 22 5.3. Modifications Performed During Testing....................................................... 22 5.4. Radiated Emissions Conclusions................................................................... 22 5.5. Measurement Uncertainty............................................................................... 22 5.6. Radiated Field Strength................................................................................... 23 5.7. Restricted Frequency Band Emissions......................................................... 29 6. TEST EQUIPMENT.................................................................................................. 46 Report No.: EM07024171 Page: 3 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 TABLES Table 1 Conducted Emissions Test Results................................................................... 8 Table 2 Conducted Emissions Test Results................................................................. 11 Table 3 Conducted Emissions Test Results................................................................. 14 Table 4 Conducted Emissions Test Results................................................................. 17 Table 5 Conducted Emissions Test Results................................................................. 20 Table 6 Intentional Radiated Field strengths – 3m...................................................... 23 Table 7 - Graph 6 Non Intentional Radiated Emissions Test Results.................... 24 Table 8 and Graph 7 Non Intentional Radiated Emissions Test Results.............. 26 Table 9 and Graph 8 Radiated Emissions Test Results....................................... 27 Table 10 Radiated Emissions Test Result 1 to 24GHz.............................................. 28 GRAPHS Graph 1 Conducted Emissions Test Results................................................................ 10 Graph 2 Conducted Emissions Test Results................................................................ 13 Graph 3 Conducted Emissions Test Results................................................................ 16 Graph 4 Conducted Emissions Test Results................................................................ 19 Graph 5 Conducted Emissions Test Results................................................................ 21 Table 7 - Graph 6 Non Intentional Radiated Emissions Test Results.................... 24 Table 8 and Graph 7 Non Intentional Radiated Emissions Test Results.............. 26 Table 9 and Graph 8 Radiated Emissions Test Results....................................... 27 Report No.: EM07024171 Page: 4 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 1. JOB DESCRIPTION Equipment: Net2 Handsfree Access Control System Equipment Model No(s): Equipment under Test Net2 Hands free interface – 477 – 222 – US Net2 Hands free keyfob - 690 – 222 – US Net2 Hands free keycard – 690 – 333 – US Support Equipment Net2 RS 845 Comms Converter – 455-477-US Net2 Door ACU – 385-527-US Exit Button E50 – 356-310-US Proximity P200 reader - 323-110-US 12V psu -998-241-US Laptop running Net2 software Equipment Serial No: None Phase: Compliance Customer: Paxton Access Ltd Test Plan Reference: - Test Standards: CFR47 Part 15: 207,209 and 249 Test Location: Intertek ETL Semko Unit D Randalls Way Leatherhead Surrey KT22 7SB Test Work Started: 5 th March 2007 Test Work Completed: 9 th March 2007 Report No.: EM07024171 Page: 5 of 45 Product: Net2 Handsfree Access Control system Issue Date: May 2007 Model No.: As page 3 Issue No.: 2 2. TEST SUMMARY PRODUCT REFERENCE STANDARDS ANSI C63.4-2003, TEST STANDARD TEST COMMENT CFR 47 Part 15:207 Conducted Emissions Pass-Note CFR 47 Part 15:209 and 249 Radiated Emissions Pass Note: The Conducted Emissions Test results are below the specification limit by a margin less than the measurement uncertainty; it is therefore not poss…
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Paxton House · Brighton · United Kingdom
| # | Rule Parts | Frequency Range | Power Output |
|---|---|---|---|
| 1 | 15C | 2.40 GHz - 2.48 GHz | - |

Secure access proximity reader
Equipment Class
JAB - Part 15 Class B Digital Device
Smart electronic lock
Equipment Class
DCD - Part 15 Low Power Transmitter Below 1705 kHz
Door entry panel with integral radio transmitter
Equipment Class
DCD - Part 15 Low Power Transmitter Below 1705 kHz
Door access system operating on 125kHz and 13.56MHz
Equipment Class
DCD - Part 15 Low Power Transmitter Below 1705 kHz
net10 desktop reader
Equipment Class
DCD - Part 15 Low Power Transmitter Below 1705 kHz