1. WRI400 WIRELESS READER INTERFACE Technical Services Training for the WRI400 Launched April 2011 June 16Technical Services – Engineering Support1

2. Training Overview WRI400 Description Information Installation Comparison to Legacy WRI SUS/HHD “Ah-Ha’s”

3. WRI400 installed in Systems; AD Series Wireless Technology and access features to openings June 16Technical Services – Engineering Support3 Door Opening Gate Elevators

4. WRI400 Description The Schlage WRI400 is an ON-LINE wireless interface module with AD- Series technology The WRI400 can configure any opening with equivalent AD400 features Using industry portal devices; credential readers, strikes, DPS, RTX and RTE switches The WRI400 Wirelessly Interfaces readers and access control devices to a PIM400 Link and assign the WRI400 like a AD400 for AD-Series features Assign as a Legacy (PIM-485 and WRI) for Legacy features (See later page) The WRI400 is for major Openings, decorative Openings, dual door Openings, Openings using magnetic-lock, electric strikes The WRI400 will also be in an Elevator and Gate “Access” kit, see user manual The SUS/HHD connects with the WRI400 USB for firmware updates, to view or edit “Lock Properties” like an AD400 The WRI400 uses the same main Printed Circuit board and enclosure as the CT5000. They can be re-classed with Firmware (Remember the LID Label) June 16Technical Services – Engineering Support4

5. WRI400 Description The WRI400 can be used with up to two (2) credential readers that have Wiegand or Clock and Data outputs (wave58171) Left-side/right-side readers, ADA reader and mullion reader, Gates, and Elevators NOTE ; Both readers are the same Opening, they have the same identical access rights WRI400 Supports three optional status inputs :, Request to Enter (RTE) Request to Exit (RTX) Door Position Switch (DSP) Reader 1 Tamper and Reader 2 Tamper are reported by the WRI400; but not indentified by Access Control Panels yet - Will call Tamper1/2 “Lock Clutch Engaged” or “Dead bolt” or “Latch bolt Engaged” Supports TWO (2) Form C, dry contact relays outputs, Strike - Electric Strike, magnetic lock, Auxiliary – ADA door opener (Automatic operator) CONTROLED BY ACCESS CONTROL PANEL

6. The Alarm relay Is not used by the WRI400 firmware The WRI400 has no “Buzz-in” reporting feature – Buzz-in switches can be wired across the STRIKE relay output The WRI400 is a powered device and must have +12 or +24 volt power, – No AA battery operation for the WRI400, relay control requires more power than batteries – No coin cell is needed or used by the WRI400, (Like the AD400) wave58154 Coin Cell batteries are not shipped in the WRI400 The PCB silk screen says “COIN CELL NOT NEEDED IF RADIO BOARD PRESENT” The WRI400 needs a UL294 Listed Class 2 power supply, not included. (example: Schlage models PS902, PS904, and PS906) Note: The WRI400 will not power the readers wave57830 When sharing the power supply you must get the polarities correct, and select a supply which is compatible with the reader and the WRI400. The WRI400 requires 12volt 500ma; and READERS are typically 12VDC to 5VDC 200 ma each WRI400 Description

7. Assigning BrightBlue Templates BrightBlue will be updated late this fall to include WRI400 assignment templates. Below Work Around With BrightBlue as it is now; AD-Series, Assign the WRI400 as an AD400 Request to Enter (RTE) Request to Exit (RTX) Door Position Switch (DSP) NO AUX function, (NO ALRAM function) Assign as a Legacy, Assign a PIM400 using a BB Legacy Template WRI400 as a Legacy WRI This PIM400 can now only link to a device on a Legacy Template, it can not be shared with AD400 locks) LINK the PIM400 and the WRI400 and they now report like a Legacy WRI with AUX operations

8. WRI400 in a System 8June 16Technical Services – Engineering Support

9. WRI400 User Interface Green LEDs RED Buttons Brown Relay Status LEDs Blue Jumper June 16Technical Services – Engineering Support9

10. WRI400 Information www.Schlage.com/Support User guides - P516-100 Data Sheets Technical Bulletins Firmware down loads Knowledge Center for technical questions RADAR Reporting Siebel SR reports with actions into Test Track Pro June 16Technical Services – Engineering Support10

11. Agency UL ratings Suitable for outdoor use, ambient temperature range -35C to +66C (-31F to +151F) and weather tight NEMA enclosure when using a NEMA gland The WRI400 is listed under UL294 as an access control system subassembly UL listed panic hardware must be used to allow emergency exit from the protected area The WRI400 has not been evaluated to UL325 or UL508, UL325/508 are automation standards UL 325 is a safety standard for door, drapery, gate, louver, and window operators and systems. Specifically, it applies to electric operators for doors, draperies, gates, louvers, windows and other opening and closing appliances rated 600 volts or less. UL 508 is a standard for Industrial Control Equipment. 11June 16Technical Services – Engineering Support

12. PIM400 and WRI400 Installation Location WRI400 mounting location is similar to the AD Series for RF communication to the PIM400 Secured side of the access portal The maximum RF distance indoors between a PIM400 and a WRI400 is 200 feet (61 meters) Same floor in a building normal construction materials The maximum distance for a line-of-sight installation is 1000 feet (305 meters) 12June 16Technical Services – Engineering Support

13. PIM400 and WRI400 Installation Location WRI400 can use the ANT400 antenna kits for increased RF communication range Use of high-gain antenna (ANT400-REM I/O +6DB) will improve range The antenna KIT includes a 15 foot cable (4.5 meters) Don’t exceed this cable length Do not locate the WRI400 and remote antenna, or the PIM400 (and its remote antenna, if used) on separate floors within a building (However having both antennas on the same floor is OK) Mounting a WRI400 is just like a PIM400 Vertically with the radio board at the top of the enclosure If on a metallic surface, stand the WRI400 off 1 inch (25 mm) from the metal 13

14. WRI400 Installation Wiring Portal Inputs; Status Monitors RTE, RTX, and DPS expect dry contact inputs switched to Ground when the switch is closed and the signal is ACTIVE Reader 1 Tamper and Reader 2 Tamper expect dry contact switches tied to Ground when the switch is closed, OR a signal level input for 5V logic Don’t exceed 5V – it will cause damage Connect the shield of the portal input cables to the appropriate WRI400 GND terminal – see User Guide To ensure proper integration with the ACP, the input logic may be changed from the default condition using the Schlage Utility Software (SUS) on the HHD 14

15. Credential Readers Inputs READER inputs; Auto-Detect Wiegand (D1/D0) Magnetic (Clock and Data) -Two separate credential reader interface headers, J17 & J18 -Reader input ports are designed for 5V logic (Typical) - Don’t exceed 5VDC -The most extensive testing was with; -Essex Electronics model KTP-162 (Keypad) -Schlage SMR-5 & SMR-20 -Mercury Security MR-5 & MR-20 (Mag Stripe) - Schlage SXF-1050 & SXF-150 (Prox) - SXF-1100, SXF-1500, SXF-2100, SXF-2110 (Multi-Tech) 15June 16Technical Services – Engineering Support

16. WRI400 control of the READER - Beeper, Green LED, RED LED ! The WRI400 does not provide power to the readers ! The WRI400 will use the reader beeper with a FDR. -Please consult with the reader’s manufacturer for reader configuration, readers typically beep with a card present. - Reader beeper and LED controls are configured by the reader factory per order. Configuration can sometimes be changed in the field using a "Configuration Card" from the reader manufacturer -Example: If the reader is ordered with RED LED always ON (Indicating power at the READER), the WRI400 can not turn the RED LED off

17. Portal Outputs, to the Door Strike & AUX Outputs are Form C relays; C, NO, NC Transient suppression per the Load Ratings are in the User Guide, Strike - 6A @ 24VDC, 3a @ 240vac AUX – 2A @ 24VDC, 0.5a @ 120vac 17June 16Technical Services – Engineering Support

18. RF PCB; The WRI400 uses the same COM400 board as the PIM400 - It has a MCX/SMB jack for the optional antenna kit The MCX Jack is the only difference between the AD400 to WRI400/PIM400 COM400 - COM400 FW 2.2a and 2.2d are compatible everywhere 18

19. LEGACY PRODUCTS WRI400 AD SERIES Reader Interface Times Two Two Readers, same Door fileTwo Readers same door file Two readers Wired in ParallelTwo Reader Connectors J17 & J18 CLK/D1 DATA/D0 12VDC+n/a Reader powered separately GND GRN_LED RED_LED n/aBEEPER READER_TAMPER (Two) READER_TAMPER (subject to ACP interpretation) 19June 16Technical Services – Engineering Support

20. LEGACY PRODUCTS WRI400 AD SERIES 20June 16Technical Services – Engineering Support CREDENTIALS PIN only ONLY with “Card Emulation” using a 26-bit keypad (Special order READER Configuration) Credential + PIN ONLY if the keypad is 8-bit format (typical READER/Keypad) Prox/Mag Cards Prox/Mag Cards (AD Series) Smart Cards not supported Smart Cards (AD Series) Power, Supply must be UL 294 Listed 12 VDC @300 ma + READER Legacy WRI has a reader power jack 12 or 24 Volt DC @500 ma No coin cell battery is needed/used No READER Power output - If using a 24 volt power supply, D o not over voltage the reader. Check the reader voltage requirements

21. LEGACY PRODUCTS WRI400 AD SERIES Legacy PIMPIM400 - AD-Series (TD2 & 485) 200' Horizontally through walls200’ Horizontally through walls 1000' line-of-sight ANT-REMANT 400 (Ceiling, HALL & I/O+6dB) Gate Gate Kit - GCK400 (WRI400 Out Door, PIM400- TD2, PIM Power Supply, and ANT400-REM-I/O) Mid-June 2011 ordering Elevator Elevator Kit - ECK400 (WRI400, PIM400-TD2, PIM Power Supply, and ANT400-REM-Ceiling) Mid-June 2011 ordering June 16Technical Services – Engineering Support21

22. Legacy WRI and WRI400 Wire Same Type, part number, Same Maximum Lengths (User Guide) June 16Technical Services – Engineering Support22

23. LEGACY PRODUCTS WRI400 AD SERIES Specifications FCC Part 15, Class B, FCC Part 15, Class B UL 294 -31 F to +151 F Plastic Enclosure Plastic Enclosure, and larger than a WRI Legacy Outdoor option Weather Tight 23June 16Technical Services – Engineering Support

24. WRI400 Set-Up HHD Connection – Automatic - HHD Diagnostics from the PIM400 for RTE, RTX, DPS and Lid Tamper (ala AD400) In the User Guide and the Lid Label HHD COUPLING - Hold the WRI400 SCHLAGE Button, hit the WRI400 LINK three times CONSTRUCTION - Hold the WRI400 SCHLAGE button and present the card to be Master Construction Credntial, use the Master Construction to enroll construction user access cards LINKING - Press the WRI400 LINK button for 3 seconds (Always do the PIM400 first) FDR - Hold the WRI400 Schlage & LINK for 3 seconds TEST - Hold the WRI400 SCHLAGE and press RESET button, after re-boot, all LED & RELAY change state and the end of the reset re-boot. 24June 16Technical Services – Engineering Support

25. WRI400 AD SERIES LINKING LINK to PIM400-485/TD2 Door number assignment LINKING to a PIM400 -HHD assigns door number when LINKING to a PIM400-485, 0 - 15 -LINK 0 or LINK 1 manually when LINKING to a PIM400-TD2 Just like an AD400 25June 16Technical Services – Engineering Support

26. June 16Technical Services – Engineering Support26 SUS Settings for the WRI400 SUS 4.3.1 HHD Screens for the WRI400

27. June 16Technical Services – Engineering Support27

28. June 16Technical Services – Engineering Support28

29. June 16Technical Services – Engineering Support29

30. June 16Technical Services – Engineering Support30

31. SUS 4.3.1 HHD Screens for the WRI400 from PIM400 Diagnostics June 16Technical Services – Engineering Support31

32. SUS 4.3.1 HHD Screens for the WRI400 from PIM400 Diagnostics June 16Technical Services – Engineering Support32

33. SUS 4.3.1 HHD Screens for the WRI400 from PIM400 Diagnostics June 16Technical Services – Engineering Support33

34. SUS 4.3.1 HHD Screens for the WRI400 from PIM400 Diagnostics June 16Technical Services – Engineering Support34

35. WRI400 Lid Label, and in the User Guide LED blinks, LINK, FDR, Coupling, Construction mode and Test June 16Technical Services – Engineering Support Confidential 35

36. USER GUIDE June 16Technical Services – Engineering Support Confidential 36

37. User Guide June 16Technical Services – Engineering Support Confidential 37

38. WRI400 “Ah-Ha’s” Review No power is provided to the READERS (wave57830) Using Bright Blue or an OEM Access Control Panel Add the WRI400 just like the AD400 Or Add as a Legacy WRI, using a Legacy configured PIM400 SMS & BrightBlue update schedule for fall 2011 WRI400 has no integrated “BUZZ-in” feature. Just wire the “Buzz-in” switch across the WRI400 strike relay output. Might get a Forced Door WRI400 has no “ALARM” feature, alarm relay is not controlled by the WRI400 firmware. You must use the ACP to control the AUX for an alarm function. READER LED & BEEPER control are dependent on the as-ordered READER. The WRI400 can not completely control READER LED and BEEPER 100%. June 16Technical Services – Engineering Support38