c.ATT 2 - AccessControlSystemDesignGuidelines-20180702.pdf

USDA Forest Service USFS ePACS Access Control System Design Guidelines

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ACCESS CONTROL SYSTEMS – USDA ePACS

DESIGN GUIDELINES (UPDATED 7/2/2018)

1. 1 - GENERAL

1.01 GENERAL

A. This document describes the general items to be considered in the design of an access control system. This is a guide line and specific project designs unique to each buildings need to be developed.

1.02 ACCESS CONTROL SYSTEMS GENERAL

A. Access Control Systems (ACS), using the USDA ePACS (Electronic Physical Access

Control System Standard) are electronic building personnel entry control systems consisting of a control panel, door sensors, electric door locks, request to exit sensors and card readers.

B. All items below are detailed in Access Control Systems Specifications 281300.

1. The system is operated by a control panel in a secure room, usually located an IT room and a dedicated PC with OnGuard software to enable access for individuals and set door access schedules.

2. The ACS, USDA ePACS compliant system is designed around a Lenel Brand: Main control board, card reader boards, input/output boards, Lenel Onguard Software and an HID brand HSPD-12 card reader. The card reader operates with both LincPass cards and Corporate 1000 cards.

3. All other items in the ACS system are generic. These generic items include all devices at the doors such as door locking devices (i.e. electric strikes, magnetic locks, etc.), magnetic switches, REX sensors and all wiring conduit boxes.

4. Other optional ACS interface devices include ADA motor operated doors, motorized vehicle gates and door pushbuttons to open door or gates when a card is presented and verified.

5. The overall installed cost of this system is comparable to other systems available that are not compliant with the ePACS systems.

6. Headend Software update costs and central server for credentials are borne by USDA, not Forest Service once the initial system is installed.

1.03 USDA BUILDING ACCESS CONTROL REQUIREMENTS

A. USDA physical access control standards state that if an electronic access control system for building controlled entry is installed it must be compatible (certified and accredited) to communicate with the USDA ePACS system (Electronic Physical Access Control

System Standard) central server.

B. This certification and accreditation (C&A) of hardware and software is required to enable the ACS control panel to be placed on the USFS LAN (Local Area Network) for communication to the USDA central server. This is required to allow the OnGuard programming software on the local Control PC to communicate with the central ACS server for card credential certification and authentication.

C. USDA states that existing buildings with non ePACS compatible systems do not need to be replaced until end of life or they are replaced.

D. Each agency sets the security policy that determines where ACS systems will be used.

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E. Once and ACS is installed, USDA provides the updated software to the building system at no charge.

2. 2 – SOFTWARE, HARDWARE AND NETWORK CONNECTIONS REQUIRED

2.01 NOTE ALL THE FOLLOWING EQUIPMENT IS SPECIFIED IN ACS SPEC 281300

2.02 SOFTWARE & HARDWARE AND REQURIED

A. Listed below are the main components of an ACS including software, hardware and network connections for a typical application in an office.

2.03 INSTALLING CONTRACTOR

A. Contractor must be Lenel VAR certified to install and program system. Must be factory-trained on installation of system hardware and software.

2.04 POWER

A. A 120VAC 20A circuit is required to power the ACS. ACS has a 24 hour battery backup in case of power loss.

2.05 NETWORK CONNECTION

A. A network CAT6 data port from a USFS router with a static IP address is required for connection of main control board to communicate with USDA server.

B. USFS CIO project manager arranges for IT connections and IP address AND OPEN

FIREWALL PORTS.

2.06 SOFTWARE REQUIRED ON USFS LAPTOP FOR PROGRAMMING SYSTEM (IN 281300)

A. Lenel Onguard Current version SWC-ADV for use on USFS supplied laptop for programming ACS system to add persons and set door access schedules.

B. System programming and schedules are done via local laptop and uploaded to USDA server. If local system board fails, programming can be reloaded from main server.

2.07 CARD READER LICENCES

A. Lenel card reader licenses are required for each card reader. The CIO will maintain a national pool and provide these licenses to each project for the short term. Each license is about $40, but a minimum of 64 must be purchased at one time. Currently there is no charge for these licenses.

2.08 USDA SOFTWARE COORDINATION

A. USDA requires all persons programming ACS systems must fill out change request forms to be authorized to program a system and access USDA server and USFS LAN system

B. CIO IT Project manager handles these forms and coordination with CIO.

C. Coordination meetings with contractor and USDA server administrator are required. About 3 teleconferences are required with USDA to coordinate programming.

2.09 REQUIRED HARDWARE FOR ACS (SEE 28 13 00 SPEC FOR DETAILS UNLESS NOTED)

A. The following are the basic equipment items required in most standard offices with ACS.

1. LincPass Card USDA supplied for each PFT

2. Corporate 1000 Cards bought with system, usually 200 cards. $4ea. Used for temp employees and visitors.

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3. Badge Printer Badge printer is required to print and laminate Corporate 1000 cards with persons photo and USDA template

4. USFS image laptop or desktop with min 8GB ram 250 GB hard drive, Windows 7 OS. Used only for programming system, not general use, dedicated to ACS only.

5. Lenel 4420 main dual reader controller board and control enclosure with power supply and door latch power supplies. This board stores all users access data and control program to actuate doors and schedules.

6. Lenel 1320 Series 3 Dual Card reader board(s), connects to two card readers in ACS panel. This board accepts the signals from card readers and signal main control board that a card has been used.

7. Lenel 1100 Series 3 Input Control Board. Connects to door hardware sensors, located in ACS panel. This board accept input signals from door magnetic switches, REX sensors.

8. Lenel 1200 Series 3 Output Control Board panel. Connects to door hardware sensors and electric strikes, located in ACS panel. This board accept input signals from door magnetic switches, REX sensors, and outputs a signal to electric door strikes and other devices.

9. HID card reader, HID multi-technology Global ModelRP15, RPK40 and RP40 located at each controlled door or gate. Multi-Technology reader, reads both LincPass and Corporate 1000 cards. A specific submodel is required for the LincPass cards in addition to the general model number, needs to be verififed with USDA prior to design.

10. Door magnetic position switches located in door frames one for each door leaf.

Switches tell system controls that doors are closed or open.

11. Door electric strikes. Located in doorframes or in doors if double doors, unlocks magnetic latch bolt on door after card is presented and main control board authenticates card. Specified in Div 8 Door hardware.

12. Door REX (Request to Exit) sensor, Infrared person detector located on inside of building at top of door to allow person to free exit from inside with out alarming a forced entry. Use if no panic bar. Specified in 281300 ACS.

13. Door REX sensor in panic bars. REX switch is built into panic hardware. If a panic bar is used, this should be used instead if IR RES sensor. Specified in Division

8 door hardware.

14. Wiring: Low voltage <50VDC Wiring from main control panel to each sensor and actuated device is required. Normally this is installed in EMT conduit but may be run open above suspended ceilings or in crawl spaces if properly supported.

2.10 HID CARD READERS (IN 281300)

A. HID brand card readers are used at access doors and gate for use with LincPass or Corporate 1000 cards. This reader is specific to the USDA software and HSPD-12 LincPass card format and is a sole source.

B. Card readers can also have a push button keypad along with the card reader. Not recommended for building access due to no security on key number entry.

C. Card readers can be located up to 500’ from control panel. Longer distances are possible with LAN based controllers.

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D. Specific model numbers are in spec 281300 and will be updated to meed USDA requirements.

2.11 MOTORIZED DOOR & ELECTRIC GATE ACS HARDWARE

A. Motorized door operators with ADA pushbutton can be used at main entrances or other public access areas. Can be put on any door required. Specified in Division 8 Door Hardware.

B. Motor actuator can be located up to 250’ from control panel.

C. Door opener push button for motorized door is interlocked with access control system to disable motor operator for building entry until card is authenticated at card reader.

D. Door operators push buttions are interlocked, so card must be presented before entry is allowed.

E. Gate controllers and motor operators for motorized vehicle gates and personnel gates may be used in an ACS. Card keys or push button keypads are used at gates.

2.12 LINCPASS ACCESS CARDS (IN 281300)

A. These ACS systems are used for personnel building entry control using a key card, LincPass Card which is issued by USDA and is mandated for all PFT employees for ID, computer access and building entry.

1. LincPass card data is maintained by USDA for all USDA employees on a central server.

2. LincPass card personnel access for any building is set by communicating from the central server to the building ACS control panel each day. If the LAN is disabled the local ACS operates on last updated information until reset.

3. Access to multiple buildings can be granted using these centrally stored credentials with out entering a person’s data into the local control system for each building.

4. If the persons LincPass credentials are revoked, the central server, then communicates this to the building control panel to deny access.

5. Access to areas allowed for each person in a building is programmed by the local system administrator on the control PC, which grants access to specific areas.

2.13 CORPORATE 1000 ACCESS CARDS (IN 281300)

A. An alternate access card used called a Corporate 1000 card used for temporary employees who do not have a LincPass card that need access to buildings.

1. These cards come as blank white and are used with a Badge printer to put the photo and name of the person issued the card.

2. Once used these cards are destroyed after the person no longer needs the card. These cards cost about $5.00 each.

3. These cards have registered serial numbers maintained by USDA as control of issued cards to each USDA agency. See attached USDA document for Card badge format.

4. Corporate 1000 cards are issued to individuals and their access credentials for this card are locally programmed with a PC into the building ACS control panel.

5. If a person no longer is allowed to access the building, this individual must be removed manually by the local control PC in Onguard software.

6. Access to areas allowed for each person in a building is programmed by the local system administrator on the control PC, which grants access to specific areas.

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7. If a persons LincPass card is defective or expires a Corporate 1000 card can be used until the LincPass card is restored to active use.

2.14 CORPORATE 1000 BADGE PRINTER (IN 281300)

A. A Corporate 1000 access card DUAL SIDE with laminator badge printer is required to print and laminate each card with a photo and persons name. These cards are used once for each person and destroyed at the end of the person’s duty as they have photos laminated to the card.

B. LincPass cards already have photo and name as supplied by UDSA and don’t need any further additions.

C. Badge printers can be shared between offices on one or more forest to save costs. Cost is about $4000 for a dual sided printer with a single side laminator.

3. 3 – ACS DESIGN GUIDELINES

3.01 SYSTEM DESIGN GUIDELINES AND EVALUATIONS

A. This summary is typical of most standard USFS offices, but each building has different access requirements. The following steps are used after the decision has been made to provide an ACS for the building.

B. A security assessment needs to be done for each building to determine how access control system (ACS) is to be implemented. ACS below refers to a door or gate with access control.

C. Normal practice is to have all doors locked during the day except the main public access door into a reception area. All access to building is by card key or manual keyed locks.

D. A building Intrusion Detection System (IDS) may also be implemented at the same exit doors or interior rooms and may have dual sensors at the doors. This document does not describe the IDS systems but usually consist of magnetic door switches and motion detectors and some times glass break sensors or monitored windows. If installing an IDS system, Lenel can be used to feed the IDS system, meaning one door contact is installed, it is wired to Lenel first for easy reporting and control and then an output from Lenel is routed to the IDS system for remote alarm annunciation, usually at a third party monitoring center.

E. A Closed Circuit TV system (CCTV) may also be installed and used as part of the access control system to verify access at remote doors. This is a separate system and is not discussed as part of the ACS. Lenel has a Digital Video Suite, that includes Lenel Digital Video Recorders and Network Video Recorders. These devices allow you to link alarms and events from the Lenel Access control System to the Digital Video System for easy post event viewing and playback.

F. The Interagency Security Committee publishes standards for security countermeasures.

USDA follows the ISC risked based methodology for conducting Physical Security Assessments and ISC’s guidelines for Security Countermeasures.

G. Each building entry door needs to be evaluated to determine if it is an exit only door with or without a manual lock or if an ACS is needed.

H. Any door may have ACS and or a motor operator if required.

I. Some interior doors have only motorized doors such as restrooms and are not connected to the ACS.

J. Normally a rear or side building door is used for employee access with ACS, and front building public access doors may or may not have ACS

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K. Front public access doors may have motor operators and pushbuttons for ADA access.

These are interlocked to the ACS for access during business hours and are disabled in non work hours.

L. Emergency exit doors only usually don’t have ACS, but may have IDS sensors. These may or may not have manual locks to get into the building.

M. Interior rooms such as LEO offices and secure storage rooms, IT rooms and similar rooms may have ACS.

N. Doors from conference rooms to main hallways where public meeting may occur and have doors to secure building areas need to be evaluated for ACS.

3.02 ACS DOORS ONLY

A. An ACS door with no motor operator usually consists of the following equipment:

1. Card reader

2. Electric door strike pt Mortise lock

3. REX sensor on protected side of door or in panic bar or door handle switch.

4. Magnetic door position switches

3.03 ACS DOOR WITH MOTOR OPERATOR AND PUSHBUTTON

A. An ACS door with a motor operator usually consists of the following equipment:

1. Card reader

2. Electric door strike

3. REX sensor on protected side of door or in panic bar or door handle switch.

4. Magnetic door position switches

5. Door Motor operator interlocked to ACS

6. Door pushbuttons on both sides of door, allow free exit from inside, card key from outside.

3.04 MOTOR OPERATED DOOR WITH PUSHBUTTONS NO ACS

A. Motor operated door with no ACS usually consists of the following:

1. Motor operator

2. Electric door strike

3. Magnetic door position switches

4. Pushbutton operators on both sides of the door.

3.05 RECEPTION AREA WITH ACCESS TO SECURE OFFICE AREA

A. Public access to lobbies is usually set up to allow an ACS door with a motor operator to the rear secure area to be remotely opened by a receptionist with a manual pushbutton behind reception counter to “Buzz” in visitor. These doors usually consist of the following items.

1. Card reader in lobby

2. Manual override push button at reception desk to release door electric strike and operate door motor

3. Electric door strike to allow access to secure rear office area

4. REX sensor on protected side of door or in panic bar or door handle switch.

5. Magnetic door position switches

6. Door Motor operator interlocked to ACS

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7. Door pushbuttons on both sides of door, allow free exit from inside, card key from lobby.

3.06 SPECIAL HIGH SECURITY ACCESS DUAL CARD ACCESS

A. ACS system can be programmed to require several persons to card in sequentially to have access to a particular area, whereas normal access is only one card to access. This escort programming may be used in an LEO office room or other special access rooms.

3.07 MOTORIZED GATES

A. Motorized gates for access to parking areas can be linked to an ACS for entry by card key or pushbutton keypad or both. These systems usually consist of the following:

1. Card Key

2. Motorized gate operator mechanism with ACS inputs

3. Push button keypad (optional) Less secure than a card key.

4. Gate position sensor to tell ACS if gate is open or closed.

5. Free exit with ground loop sensor.

6. Door security sensors to prevent closing of gate while blocked.

3.08 PERSONNEL GATES

A. Personnel gates for access to parking areas can be linked to an ACS for entry by card key or pushbutton keypad or both. These systems usually consist of the following:

1. Card Key

2. Motorized gate operator mechanism with ACS inputs

3. Push button keypad (optional) Less secure than a card key.

4. Gate position sensor to tell ACS if gate is open or closed.

5. Free exit with panic bar.

4. 4- ACS DESIGN & DRAWINGS

4.01 ACCESS CONTROL SYSTEM PRELIMINARY AND FINAL DESIGN

A. Basic bid document design of ACS systems is usually done by the electrical engineer designing the office electrical systems after a security analysis and ACS implementation plan is done.

B. Complete detailed designs and shop drawings, submittals, cut sheets are done by installing contractor and show all building plans with actual wiring and control panel drawings showing internal layout and external wiring. These drawing and details are in AutoCAD format and are detailed in 281300 Access Control Systems specifications.

C. ACS control panel is normally placed in the building IT room and is powered by the IT room UPS for clean power and battery backup. ACS panels have 24 hour battery backup.

D. Complete O&M manuals and operator’s instruction and training are provided by the contractor.

E. As built drawings showing all system components wiring, control panel and wiring are provided by contractor

4.02 ACCESS CONTROL SYSTEM DRAWINGS

A. Drawings plans of ASC show all devices at each door on a signal plan, and motor operators are shown on a power plan. These include floor plans showing:

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1. One line diagram

2. IT panel on IT room plan needs about 36”x36” x 12” of space

3. Card readers

4. Electric strikes

5. Magnetic door position switches

6. REX sensors or panic bar REX switches

7. Motor operators

8. Pushbuttons for door motor operators

9. Manual access bypass pushbuttons.

10. Motorizes gates

11. Personnel gates

12. Underground conduit layout

13. Drawing schedule showing each door with required devices in a matrix format

4.03 CONSTRUCTION DETAILS

A. The following construction details are normally provided:

B. Door elevations of interior doors and personnel gates with all sensors shown:

1. Electric strikes

2. Magnetic door position sensors

3. Card readers

4. Door pushbuttons

5. REX sensors

6. Underground conduits for external gates

7. Gate motor connection details and construction details

C. Motor operators and associated pushbuttons

5. ACS SEQUENCE OF OPERATION AND DOOR HARDWARE SCHEDULES

5.01 CONTROLLED DOOR HARDWARE SCHEDULES AND DESCRIPTIONS

A. Each door in a building that has access control needs a detailed list of hardware required.

This is usually done by a door hardware consultant that the building architect has on staff for this function. A detailed list of each door and its hardware is created and is in the 087100 door hardware specification.

B. A door hardware schedule is usually supplied on the Architectural drawings that list both door hardware for mechanical items such as locks, closers, panic bars and all electronic devices.

C. A separate specification is provided for example to list the details required to specify the door hardware.

D. Division 8 Door hardware is the section where the door hardware and sequence of operation is located.

5.02 ITEMS TO CONSIDER FOR EACH DOOR TO BE INCLUDED IN ACS

A. Do the doors currently have access control? If yes do they have electric strikes or electric locks?

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B. Do the doors have a motor operator and push-button actuators? If yes then they need an interlock so that the operator does not work when the door is locked.

C. Are the frames wood or hollow metal? Can the new wiring be run in the door with power transfers or do the doors need electric strikes. Wiring cannot be placed in many wood doors and some existing hollow metal doors. Can wiring be placed in the frame?

D. Is the door a fire rated or smoke rated door?

E. Egress (Exit) doors should always permit egress from the inside even when locked. Do you want a key cylinder on both sides that permits the door to be unlocked/locked even when the access control system is not working?

F. The door needs to be “Self-closing”.

G. Need Mag switches for access control and do you need them for any intrusion detection system? One mag switch housing can have two sets of internal switches for both access control and intrusion detection systems.

H. Do you need to replace door knobs with lever locksets for ABA?

I. Do you want a push-button that opens a door(s) from the front desk?

J. Locate fire walls/floors and smoke barrier walls/floors and specify the appropriate sealant for penetrations

K. The IT room should be the location of the equipment, for power, IT data jacks and security or another locked room if there is no IT room.

L. Suggest the following paragraphs:

1. There shall be a joint submittal for door hardware and for the access control system specified in 281300.

2. Door Hardware Schedule: Prepared by or under the supervision of Installer's Architectural Hardware Consultant

3. Architectural Hardware Consultant Qualifications: A person who is experienced in providing consulting services for door hardware installations that are comparable in material, design, and extent to that indicated for this Project and who is currently certified by DHI as an Architectural Hardware Consultant (AHC) or Architectural Hardware Consultant (AHC).

4. Modify existing doors and frames as necessary for new hardware and electrical components. If existing doors and frames are not compatible with the proposed new hardware and electrical components then replace them. Add accessories and other components as necessary to achieve the operation parameters listed in each hardware group.

M. Watch out for asbestos or lead-based paint

N. You need to number the doors on a floor plan and include a Door and Door Hardware Schedule either on the drawings or specifications. Do not forget a glazing schedule if you are changing any glass.

5.03 SEQUENCE OF OPERATION

A. Each access controlled door requires a detailed sequence of operation that describes the ACS system function for that door.

B. Both normal occupied operation and non occupied time descriptions are needed for programming the system.

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C. A sample of the sequence of operation is included in the separate 087100 Door hardware specification.

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5.04 EXAMPLE DIV 8 DOOR HARDWARE SPEC AND SEQUENCE OF OPERATOIN

HARDWARE SET NO. 04

FOR USE ON MARK/DOOR #(S): 101B

EACH TO HAVE:

QTY DESCRIPTION CATALOG NUMBER FINISH MFR

3 EA HW HINGE 5BB1HW 4.5 X 4.5 NRP 652 IVE

1 EA POWER TRANSFER EPT10 689 VON

1 EA EU STOREOOM LOCK MA881L-RX QG 626 FAL

1 EA PRIMUS MORT. CYL. 20-500-XP 118 626 SCH

1 EA ELECTRIC STRIKE 6210 FSE 12VAC 630 VON

1 EA AUTO OPERATOR 8242 689 FAL

2 EA ACTUATOR, JAMB MT 8310-818T 630 LCN

2 EA FLUSH MOUNT BOX 8310-819F 689 LCN

1 EA KICK PLATE 8400 10" X 2" LDW B4E 630 IVE

1 EA WALL STOP WS401CVX 626 IVE

1 SET SEALS 107 NA

1 SET SEALS 700NA CL NGP

1 EA DOOR BOTTOM 4 20NA CL NGP

1 EA THRESHOLD 950V AL NGP

1 WIRING DIAGRAMS PROVIDE RISER AND POINT TO POINT WIRING DIAGRAMS

1 EA ACCESS CONTROL PANEL PROVIDED BY DIVISION 28

1 EA DOOR POSITION SWITCH PROVIDED BY DIVISION 28

EXAMPLE SEQUENCE OF OPERATOIN

NOTE: REQUEST TO EXIT SWITCH IS BUILT INTO LOCKSET. INSTALL HEAD SEAL BEFORE DOOR

CLOSER. ELECTRIC STRIKE IS USED FOR AUTO OPERATION ONLY AND IS POWERED BY AUTO

OPERATOR. MOUNT ACTUATORS WHERE DIRECTED BY CONTRACTING OFFICER.

OPERATIONAL DESCRIPTION

• DOOR NORMALLY LOCKED ONE SIDE WITH FREE EGRESS FROM OTHER SIDE.

• ACCESS CONTROL INPUT UNLOCKS LEVER ON SECURE SIDE.

• RX SWITCH IN INTERIOR LEVER SIGNALS THE USE OF THE OPENING TO SECURITY

SYSTEMS.

• ELECTRIC STRIKE IS RELEASED WHEN AN ACTUATOR IS PRESSED AND POWER IS

APPLIED BY AUTO OPERATOR. LOCKED SIDE ACTUATOR ENABLED BY ACCESS CONTROL

SYSTEM. INSIDE ACTUATOR WILL ALWAYS UNLOCK STRIKE AND OPEN DOOR.

• SELF-CLOSING.

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6. 6 – PROJECT SPECIFICATIONS

6.01 SPECIFICATIONS

A. Suggested Minimum Specifications (Architectural / Electrical / Technical) additional Division 1 specifications also are needed, for contract admin.

B. A sample set of specification will be supplied for project modifications to include:

1. 02 41 19 Selective Demolition

2. 06 10 00 Rough Carpentry (Any studs/blocking for door modifications and treated plywood for mounting access control panels)

3. 06 20 00 Finish Carpentry

4. 07 84 13 Penetration Firestopping

5. 07 92 00 Joint Sealants

6. 08 70 00 Door Hardware and Door and Hardware Schedule

7. 08 71 13 Door Operators

8. 09 91 23 Painting

9. 26 00 10 General Technical Provisions

10. 26 00 50 Basic Materials and Methods for the Push Buttons

11. 26 00 61 UPS

12. 27 00 00 Telecommunications Wiring Systems

13. 28 13 00 Access Control System

14. Other specifications that might be needed depending on the project include hollow metal doors and frames, wood doors and frames, storefront and asbestos abatement.

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7. 7 - ACCESS CONTROL SYSTEM EQUIPMENT PHOTOS

7.01 ACS CONTROL PANEL INTELLIGENT SYSTEM CONTROLLER 4420 MAIN BOARD

A. Main system controller board connect to USFS LAN stores credentials and manages overall system functions with access programs and credentials of users. All boards below are mounted in steel enclosures. Enclosures are mounted in IT room and power from UPS.

Below is USFS office with 8 card readers and 8 controlled doors, with all boards used.

Main Controller 4420 LAN Connection

7.02 LENEL 1320 SERIES 3 DUAL CARD READER BOARD

1. Dual card readers for two doors

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7.03 LENEL 1100 SERIES 3 INPUT CONTROL MODULE

A. Allows up to 16 inputs from door devices such as magnetic switched, REX sensors

B.

7.04 LENEL 1200 SERIES 3 OUTPUT CONTROL BOARD

A. Provides up to 16 output relays to control door locks, and other devices such as motor door operators.

7.05 POWER SUPPLY FOR ACCESS CONTROL SYSTEM

A. Power supply for access control system also holds backup batteries. ACS boards also go in similar enclosure. Battery allows for 24 hour operation if power fails. One power supply and batteries is for electronics, a second power supply and batteries is required for door locks.

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7.06 DUAL CARD READER LINCPASS AND CORPORATE 1000

Card reader for both LincPass cards and Corporate 1000 cards. HID multi-technology Global ModelRP15, RPK40 and RP40 located at each controlled door or gate. Multi-Technology reader, reads both LincPass and Corporate 1000 cards. Specific sub models are required to be LincPass compatible.

Card Deader full size Mullion narrow card reader Card reader with keypad

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7.07 ELECTRIC DOOR LOCK POWER TRANSFER CONNECTION

A. Transfers power from control panel to electric door lock to open door.

7.08 ELECTRIC DOOR LOCK POWERED FROM POWER TRANSFER CONNECTION ABOVE

A. Power comes thru core of door and power transfer hinge above. Mortise lock is shown

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7.09 ELECTRIC DOOR STRIKE LOCATED IN DOOR JAM

A. Similar to electric door lock but is located in door jam, door hardware is fixed, receives a signal and allows door to be opened. Power comes to strike thru door frame.

7.10 DOOR MAGNETIC SWITCH

A. Magnetic switch signal system if door is closed or open. Used with REX sensor to indicate a forced door and a non closing door. Wiring is run from door frame to ACS panel.

7.11 PANIC BAR WITH REX SWITCH

A. Panic bar hardware, REX (Request to Exit) switch is inside hardware and tells ACS that someone is exiting building and does not create a forced door alarm

7.12 REX SENSOR

A. REX Request to Exit Infrared sensor mounted at inside top of door. REX sensor lets ACS know someone is exiting door and does not cause a forced door alarm. AS people exit IR sensor sends a signal to ACS panel signaling an exit is occurring.

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7.13 DOOR ACCESS PUSHBUTTON FOR MOTOR OPERATOR

A. Push buttons on inside and outside of door to actuate door motor, interlocked with ACS system so card must be presented and accepted before pushbutton will actuate motor operator.

7.14 DOOR MOTOR OPERATOR

A. Motor Operator is used where ADA access is needed and is combined with electric locks and pushbuttons and is interlocked with ACS.

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7.15 PERSONELL GATE OPERATOR

A. Uses an electric lock and a card reader

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7.16 MOTORIZED GATE OPERATOR

A. Motorized gate operators are controlled in same manner as interior doors with a card key reader at gate and a signal from ACS controller and a gate position sensor. Radio remotes can also be used along with card readers.

B.

END OF SECTION