Access Control Hardware A&E Spec

1. Summary

   1.01.      SUMMARY

   1. Section Includes
      1. This section specifies ACCESS CONTROL HARDWARE components that communicate with and control devices for access control and intrusion detection, including relay interface control.  Components in this section are controlled and monitored by a Hosted Security Management System (HSMS) as part of Physical Access Control System (PACS).
   2. Products Furnished [or] Supplied But Not Installed Under This Section
      [SPECIFIER NOTE: Briefly list products that are only furnished/supplied by this section, but whose installation is specified in other sections.  For example, these may be new products “installed by owner”.  Delete if not used.]
   3. Products Installed But Not Furnished [or] Supplied Under This Section
      [SPECIFIER NOTE: Briefly list products that are only installed by this section, but furnished/installed under other sections.  For example, these may be new products “furnished by owner”.]
   4. Related Requirements
      1. Section 28 14 00 Access Control.
         [SPECIFIER NOTE:  This is a required BluBØX A&E specifications document for related access control hardware requirements.]
      2. Section 28 15 196 Access Remote Devices.
         [SPECIFIER NOTE:  This is a required BluBØX A&E specifications document for related access control hardware requirements.  Delete only if it is not relevant to the Project.]
   5. Related Sections
      [SPECIFIER NOTE: Delete any item or paragraph not applicable in the section and renumber the paragraphs.]
      1. Section 07 00 00 – Thermal and Moisture Protection (Division 07)
         1. Section 07 84 00 – Firestopping.
            [SPECIFIER NOTE: This applies Common when cable is run through penetrations in fire-resistance-rated walls and flooring.] 
      2. Section 14 00 00 – Conveying Equipment (Division 14)
         1. Section 14 21 00 – Electric Traction Elevators. Requirements for elevators. 
         2. Section 14 24 00 – Hydraulic Elevators. Requirements for elevators. 
         3. Section 26 00 00  – Electrical (Division 26)
            [SPECIFIER NOTE: Common Work Results for Electrical, for interface and coordination with building electrical systems and distribution]
            1. Section 26 05 11 – Requirements for Electrical Installations.
            2. Section 26 05 21 – Low Voltage Electrical Power Conductors and Cables (600 Volts and Below.
            3. Section 26 05 33 – Raceways and Boxes for Electrical Systems.
            4. Section 26 05 41 – Underground Electrical Construction.
            5. Section 26 08 00 – Commissioning of Electrical Systems.
            6. Section 26 20 00 – Low Voltage Electrical Transmission.
            7. Section 26 27 00 – Low Voltage Distribution Equipment.
         4. Section 27 00 00 – Communications (Division 27)
            1. Section 27 05 00 – Common Work Results for Communications.
            2. Section 27 05 33 – Pathways for Communications.
            3. Section 27 08 00 – Commissioning of Communications.
            4. Section 27 10 00 – Structured Cabling.
            5. Section 27 15 00 – Communications Horizontal Cabling.
            6. Section 27 20 00 – Data Communications.
            7. Section 27 24 00 – Peripheral Data Communications Equipment.
         5. Section 28 00 00  Electronic Safety and Security (Division 28)
            1. Section 28 05 00 – Common Work Results for Electronic Safety and   Security. 
               [SPECIFIER NOTE: For general requirements that are common to more than one section in Division 28.]
            2. Section 28 05 13 – Conductors and Cables for Electronic Safety and Security.
               [SPECIFIER NOTE: For cabling between system computers, panels and remote devices]
            3. Section 28 05 26 – Grounding and Bonding for Electronic Safety and Security.
            4. Section 28 05 28 – Pathways for Electronic Safety and Security, for conduit and raceway requirements.
               1. Section 28 05 28.33 – Conduits and Boxes for Electronic Safety and Security. 
            5. Section 28 08 00 – Commissioning of Electronic Safety and Security.
               [SPECIFIER NOTE: For requirements for commissioning, systems readiness checklists, and training.] 

2. References

   1.02.      REFERENCES

   1. Abbreviations And Acronyms
      1. ADA: Americans with Disabilities Act.
      2. AES: Advanced Encryption Standard.
      3. IEEE:  Institute of Electrical & Electronics Engineers.
      4. ANSI:  American National Standards Institute.
      5. APB: Anti Passback.
      6. BDM – Battery Disconnect Module.
      7. DHCP: Dynamic Host Configuration Protocol.
      8. EOL: End of Line (resistance).
      9. FAI: Fire Alarm Interface.
      10. F2F: Frequency/Double Frequency.
      11. HSMS: Hosted Security Management System (SaaS PACS Application).
      12. IP: Internet Protocol.
      13. ISO: International Standards Organization.
      14. ITU: International Telecommunication Union.
      15. LAN: Local Area Network.
      16. LED:  Light Emitting Diode.
      17. LCD:  Liquid Crystal Display.
      18. NOC: Network Operations Center.
      19. PACS: Physical Access Control System.
      20. PIN: Personal Identification Number.
      21. PoE: Power over Ethernet.
      22. REX: Request to Exit.
      23. SIA: Security Industry Association.
      24. SPI: Serial Peripheral Interface.
      25. SSH: Secure Shell.
      26. SSL: Secure Socket Layer.
      27. TCP: Transmission Control Protocol.
      28. TLS: Transport Layer Security.
      29. WAN: Wide Area Network.
   2. Definitions
      1. Access Control:  A function or a system that restricts access to authorized persons only.
      2. Anti-Passback:  An access control security measure to prevent or discourage a cardholder from allowing another individual to use the cardholder’s card to gain entry to an access-controlled area immediately after the cardholder gains entry, without the cardholder first exiting the area. Enabling Hard and Soft Anti-Passback requires that each door providing entry into the restricted area have two readers, one outside the area (referred to as an Entry Reader) and one inside the area (an Exit Reader).
      3. Authentication: A process that establishes the origin of information, or determines an entity’s identity.
      4. Authenticator: A memory, possession, or quality of a person that can serve as proof of identity, when presented to a verifier of the appropriate kind. For example, passwords, cryptographic keys, and fingerprints are authenticators.
      5. Authorization: A process that associates permission to access a resource or asset with a person and the person's identifier(s) for the purpose of granting or denying access.
      6. Auto-Relock: Door control feature that automatically relocks the door after access has been granted and the door has opened and closed, regardless of the time allowed for the door to momentarily remain unlocked to allow entry.
      7. Central Station:  A central alarm monitoring station service providing its subscribers with around the clock real-time alarm monitoring and response services by trained operators and alarm investigators. 
      8. Controller:  A purpose-built microcomputer that receives from the HSMS the door and cardholder data including access privileges and device configurations; communicates with reader and keypad access control devices and performs real-time access decisions; executes processes and procedures based upon user-selectable/user-defined triggers; and performs I/O operations with monitoring inputs and control relay outputs.
      9. CPU:  Central processing unit, the electronic circuitry within a computer that executes the computer’s firmware and the software running on the computer, processing data the computer receives from connected devices and systems.
      10. Credential:  Data assigned to a person or non-person entity (such as security system equipment) and used to identify that person or entity. For a person, the data may be printed on an access/ID card, such as a photograph, name, and other printed data, or stored electronically in the computer chip on a smart card, an RFID chip, or in the memory of a biometric reader. For electronic equipment, the data is securely stored in a digital certificate file, which contains equipment identification information as well as the allowed purposes for which the certificate may be used.
      11. Identifier:  A credential card, keypad personal identification number or code, biometric characteristic, or other unique identification entered as data into the entry-control database for the purpose of identifying an individual. 
      12. Peripheral Interface Device:  An electronic device that provides an interface between a computer or system controller and peripheral equipment, such as a card reader.
      13. Power Controller: Smart internet-capable device that is used to remotely monitor LifeSafety Power equipment.
      14. Power Distribution Module: a programmable electronic device for the distribution of a continuous voltage to a security system electronic component, and to respond to a fire condition via its fire alarm interface for the control of facility egress locks into a fail secure or fail safe mode.
      15. Power Module:  Smart networked device that is able to communicate power status to, and be controlled by, a Power Controller.
      16. PACS: Physical Access Control System.
      17. ROM:  Read-only memory.  ROM data are maintained through losses of power.
      18. RS-232:  ANSI/TIA standard for asynchronous serial data communications between terminal devices.  This standard defines a 25-pin connector and certain signal characteristics for interfacing computer equipment.
      19. RS-485:  ANSI/TIA standard for multipoint communications.
      20. Serial Peripheral Interface: Full-duplex synchronous serial communication interface specification used for short distance communication, primarily in embedded systems.
      21. TCP/IP:  Transport control protocol/Internet protocol, the primary communications protocol of the Internet, also used as a communications protocol on private networks.
      22. UPS:  Uninterruptible power supply.
      23. Wiegand:  Patented magnetic principle that uses specially treated wires embedded in the credential card.
      24. Windows:  Microsoft® Windows®, a computer operating system by Microsoft Corporation.
      25. Workstation:  A network-connected personal computer intended to be used by a specific person or people for the performance of specific tasks, such as an alarm and video monitoring workstation; a tablet computer used for a similar function.
   3. Reference Standards
      1. The latest published edition of a reference shall be applicable to this Project unless identified by a specific edition date.
      2. All reference amendments adopted prior to the effective date of this Contract shall be applicable to this Project.
      3. The publications listed below (including amendments, addenda, revisions, supplement, and errata) form a part of this specification to the extent referenced.  The publications are referenced in specifications text by their basic designation only.
      4. American National Standards Institute/International Code Council:
         1. ANSI/ICC A117.1 – Standard on Accessible and Usable Buildings and Facilities.
      5. American National Standards Institute/Telecommunications Industry Association:
         1. ANSI/TIA-232-F Interface Between Data Terminal Equipment and Data Circuit-Terminating Equipment Employing Serial Binary Data Interchange
         2. ANSI/TIA-568 set of commercial building telecommunications wiring standards:
            1. ANSI/TIA-568.0-D Generic Telecommunications Cabling for Customer Premises
            2. ANSI/TIA-568-C.0 Generic Telecommunications Cabling for Customer Premises
            3. ANSI/TIA-568-C.1 Commercial Building Telecommunications Cabling Standard
            4. ANSI/TIA-568-C.2 Balanced Twisted-Pair Telecommunications Cabling and Components Standard
            5. ANSI/TIA-568-C.3 Optical Fiber Cabling Components
         3. ANSI/TIA-569-D Telecommunications Pathways and Spaces
         4. ANSI/TIA-606-B Administration Standard for Telecommunications Infrastructure
         5. ANSI/TIA-607-C Generic Telecommunications Bonding and Grounding (Earthing) for Customer Premises
         6. ANSI/TIA-422-B Electrical Characteristics of Balanced Voltage Digital Interface Circuits
         7. ANSI/TIA-485-A, Standard for Electrical Characteristics of Generators and Receivers for Use in Balanced Digital Multipoint Systems 
      6. Canadian Standards Association (CSA)
         1. C22.2 205-M1983 – Signal Equipment.
         2. C22.2 107.1 – General Use Power Supplies.
      7. CSA C22.2 60950 – Information Technology Equipment – Safety.
      8. European Union:
         1. Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment (RoHS).RoHS).
      9. Federal Communications Commission (FCC):
         1. FCC Part 15 – Radio Frequency Device.
         2. FCC Part 68 – Connection of Terminal Equipment to the Telephone Network.
         3. Code of Federal Regulators(CFR), Part 15, Subpart B, Radio Frequency Devices, Unintentional Radiators.
      10. Federal Information Processing Standards (FIPS):
          1. FIPS 197 – Advanced Encryption Standard (AES).
          2. FIPS-201-1 – Personal Identity Verification (PIV) of Federal Employees and Contractors.
      11. Government Accountability Office (GAO):
          1. GAO-03-8-02 – Security Responsibilities for Federally Owned and Leased Facilities.
      12. Institute of Electronic and Electrical Engineers (IEEE)
          1. 802.3 Ethernet standards.
      13. Institute of Electrical and Electronics Engineers (IEEE):
          1. 802.3 – Ethernet Standards.
      14. International Organization for Standardization (ISO):
          1. 11801 – Generic Cabling Standard.
      15. Institute of Electrical and Electronics Engineers (IEEE):
          1. IEEE 802.3 Ethernet Standards.
      16. International Organization for Standardization (ISO):
          1. ISO 11801            Generic Cabling Standard.
      17. International Organization for Standards/International Electrotechnical Commission (ISO/IEC):
          1. ISO/IEC 7810 Identification cards – Physical characteristics.
          2. ISO/IEC 14443 Identification cards – Contactless integrated circuit cards – Proximity cards.
          3. ISO/IEC 15693-1:2000 Identification cards – Contactless integrated circuit(s) cards – Vicinity cards.
      18. ITU Telecommunications Sector (ITU-T)
          1. X.509 – A framework for public key infrastructure (PKI) and privilege management infrastructure (PMI).
      19. National Fire Protection Association (NFPA):
          1. NFPA 70-11 – National Electrical Code.
      20. National Institute of Standards and Technology (NIST):
          1. FIPS PUB 140-2 – Security requirements for cryptographic modules protecting sensitive information.
      21. Underwriters Laboratories (UL)
          1. UL294 – The Standard of Safety for Access Control System Units.
          2. UL603 – Power Supplies for Use with Burglar-Alarm Systems.
          3. UL864 – Standard for Control Units and Accessories for Fire Alarm Systems.
          4. UL1076 – Proprietary Burglar Alarm Units and Systems.
          5. UL1481 – Power Supplies for Fire-Protective Signaling Systems.
          6. UL2044 – Commercial Closed-Circuit Television Equipment.
          7. UL2572 – Mass Notification Systems.
      22. Underwriters Laboratories of Canada (ULC)
          1. ULC S318 – Standard for Power Supplies for Burglar Alarm Systems.
          2. ULC S319 – Electronic Access Control Systems.
          3. ULC S527 – Standard for Control Units for Fire Alarm Systems Third Edition.
      23. U.S. Department of Justice:
          1. ADA Standards for Accessible Design 2010.

3. Administrative requirements

4. Submittals

   1.03.   SUBMITTALS

   1. Refer to 28 10 00 PHYSICAL ACCESS CONTROL SYSTEM, Part 1.
   2. Provide certificates of compliance with Section 1.8, Quality Assurance.

5. Closeout submittals

6. Maintenance material submittals

   1.04.   MAINTENANCE MATERIAL SUBMITTALS

   1. Spare Parts
      1. At the conclusion of the work, submit a complete list of the manufacturer's recommended spare parts and components required to satisfactorily maintain and service the systems, as well as unit pricing for those parts and components.
   2. Extra Stock Materials
      1. Furnish extra materials described below as [Part of the Base Bid][Bid Alternate] before installation begins, that match products installed and that are packaged with protective covering for storage and identified with labels describing contents.  Provide not less than one of each item listed below.  Deliver extra materials to Owner marked on the outside of each original manufacturer’s packaging with “SPARE EQUIPMENT FOR PHYSICAL ACCCESS CONTROL SYSTEM”.
         1. Fuses:  One for every 10; each type and rating.
         2. Card Readers: One spare for each type installed.
         3. Cameras:  One spare for each type installed.
         4. Lenses: One spare for each focal length installed – excepting built-in lenses.

7. Quality assurance

   1.05.      QUALITY ASSURANCE

   1. Provide, install, and operate PACS as shown. Provide certification as required.
   2. Install and test PACS to ensure all components are fully compatible as a system and can be integrated with all associated security subsystems and HSMS.
   3. Qualifications
      1. Manufacturers
         1. Manufacturer shall regularly and presently produce, as one of the manufacturer's principal products, the equipment and material specified for this project, and shall have manufactured the item for at least three years.
      2. Product
         1. Manufacturer's product shall have been in satisfactory operation, on three installations of similar size and type as this project, for approximately three years.
      3. Contractors / Installers
         1. Contractor and sub-contractors shall be licensed to perform security installations in the state the work is to be performed.
         2. Contractor and sub-contractors shall have a minimum of five years’ experience installing and servicing systems of similar scope and complexity. 
         3. Provide four (4) current references from clients with systems of similar scope and complexity which became operational in the past three (3) years. 
            1. At least three (3) of the references shall be utilizing the same system components, in a similar configuration as the proposed system. 
            2. The references must include a current point of contact, company or agency name, address, telephone number, complete system description, date of completion, and approximate cost of the project.  The owner reserves the option to visit the reference sites, with the site owner’s permission and representative, to verify the quality of installation and the references’ level of satisfaction with the system. 
         4. Utilize only factory-trained technicians to install, program, and service PACS equipment and services. 
            1. Utilize factory-trained technicians to install, terminate and service controller/field panels and reader modules. 
            2. Provide copies of system manufacturer certification for all technicians. 
            3. Technicians shall have a minimum of five continuous years of technical experience in electronic security systems. 
         5. A local service facility is required.  
            1. Facility shall be located within 60 miles of the project site. 
            2. Facility shall maintain sufficient spare parts inventory to support the service requirements associated with this contract. 
            3. Facility shall include appropriate diagnostic equipment to perform diagnostic procedures. 
            4. Owner’s Representative reserves the option of surveying the company’s facility to verify the service inventory and presence of a local service organization.
         6. Provide evidence that installing service company is an authorized dealer in good standing for HSMS manufacturer, and that it meets the manufacturer’s technical certification requirements.
      4. Service Qualifications
         [SPECIFIER NOTE: In the following paragraph use 4 hours for metropolitan areas and 8 hours for rural areas.]
         1. There shall be a permanent service organization maintained or trained by the manufacturer which will render satisfactory service to this installation within [ four] [OR] [eight] hours of receipt of notification that service is needed. Submit name and address of service organizations.
   4. Certifications
      1. FIPS 201 Compliance Certificates
         [SPECIFIER NOTE: Delete and add components to the list as required by the project. Check http://www.fips201.com/ website for list of the approved products.]
         1. Provide Certificates for all software components and device types utilizing credential verification. Provide certificates for:
            1. Intelligent Controller.
            2. Peripheral Interface Device.
            3. [list devices and software]

8. Delivery, storage, and handling

   1.06.    DELIVERY, STORAGE, AND HANDLING

   1. Deliver materials in manufacturer’s labeled packages.  Store and handle in accordance with manufacturer’s requirements.
   2. Storage And Handling Requirements
      1. All equipment shall be stored in an environment compliant with the equipment manufacturers’ recommendations.

9. Site conditions

   1.07.   SITE CONDITIONS

   1. Ambient Conditions
      [SPECIFIER NOTE: Identify site specific ambient conditions under which work must be performed such as bad lighting, obstacles, or extreme cold/heat that installers or equipment may have to deal with. Delete if not needed.]
   2. Existing Conditions
      [SPECIFIER NOTE: Identify site specific existing conditions. Such as the condition of existing work subject to rework or modification.]

10. Warranty

    1.08.   WARRANTY

    1. Manufacturer Warranty
       1. Provide manufacturer warranty that software and hardware products are free from defects in materials and/or workmanship for a period of one year from the date of installation.
       2. Provide periodic software and firmware updates during the warranty period.
       3. Provide a manufacturer limited "no questions asked" warranty for hardware products to be free of defects in material and workmanship, as follows:
          1. Two years – Controller; I/O Expansion Boards; Reader Interface Modules.
    2. Special Warranty
       1. Refer to 28 10 00 PHYSICAL ACCESS CONTROL SYSTEM, Part 1, 1.09.B. Special Warranty.

1. Owner-furnished products

   2.01.      OWNER-FURNISHED PRODUCTS
   [SPECIFIER NOTE: Use this article to describe owner-furnished products to enable the Contractor to install them correctly, or to ensure compatibility or proper system operation. Delete if not applicable.]

   1. New Products
      1. <list new products furnished by owner>.
   2. Existing Products
      1. <list existing products/systems furnished by owner>.

2. Access Controller Assembly

   [SPECIFIER NOTE: The following articles describe equipment and services that may be used in a PACS project.  Add, modify or delete as required.]
3. 2.02.   ACCESS CONTROLLER ASSEMBLY
   1. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options

POE Only – No Controller Power Supply. No Lock Power Supply.

Option	Controller	Doors	Readers	Controller Max Readers	Enclosure Max Readers	Relays	Inputs
751-1100	EP1501	1	2	16	2	2	2
751-2100	EP1501	2	4	16	4	4	6
751-3100	EP1501	1	2	16	2	2	4

Controller Power Supply included. No Lock Power Supply.

Option	Controller	Doors	Readers	Controller Max Readers	Enclosure Max Readers	Relays	Inputs	4-Amp Batteries Included	7-Amp  Batteries Included
751-1200	EP1501	1	2	16	2	2	2	1
751-2000	EP1501	2	4	16	4	4	6
751-2200	EP1501	2	4	16	4	4	6	1
751-3000	EP1501	1	2	16	2	2	4
751-3200	EP1501	1	2	16	2	2	4	1
752-2000	EP1502	2	4	64	4	4	6	1
752-3000	EP1502	4	5	64	5	12	12	1
752-5000	EP1502	2	2	64	2	4	8	1
752-6000	EP1502	4	4	64	4	12	16		1

Controller Power Supply and Lock Power Supply included. 

Option	Con-troller	Doors	Readers	Controller Max Readers	Enclosure Max Readers	Relays	Inputs	4-Amp Batteries Included	7-Amp Batteries Included	PS Network Option
752-1000	EP1501	1	2	16	4	2	2	1
752-1100	EP1501	1	2	16	4	2	2	3
752-1300	EP1501	1	2	16	4	2	2	3		Y
752-1400	EP1501	1	2	16	8	2	2		1
752-1500	EP1501	1	2	16	8	2	2		3
752-1600	EP1501	1	2	16	8	2	2		3	Y
752-2100	EP1501	2	4	16	4	4	6	1
752-2200	EP1501	2	4	16	4	4	6	3		Y
752-2300	EP1501	2	4	16	8	4	6		1
752-2400	EP1501	2	4	16	8	4	6		3
752-2500	EP1501	2	4	16	8	4	6		3	Y
752-3100	EP1501	4	5	16	4	12	12	3
752-3200	EP1501	4	5	16	4	12	12	3		Y
752-3300	EP1501	4	5	16	8	12	12		1
752-3400	EP1501	4	5	16	8	12	12		3
752-3500	EP1501	4	5	16	8	12	12		3	Y
752-3600	EP1501	8	9	16	8	28	28		1
752-3700	EP1501	8	9	16	8	28	28		3
752-3800	EP1501	8	9	16	8	28	28		3	Y
752-5100	EP1502	2	2	64	4	4	8	3
752-5200	EP1502	2	2	64	4	4	8	3		Y
752-5300	EP1502	2	2	64	8	4	8		1
752-5400	EP1502	2	2	64	8	4	8		3
752-5500	EP1502	2	2	64	8	4	8		3	Y
752-5600	EP1502	4	4	64	8	12	16		1
752-5700	EP1502	4	4	64	8	12	16		3
752-5800	EP1502	4	4	64	8	12	16		3	Y
752-6100	EP1502	4	4	64	4	12	16	3
752-6200	EP1502	4	4	64	4	12	16	3		Y
752-7000	EP1502	8	8	64	8	28	32		1
752-7100	EP1502	8	8	64	8	28	32		3
752-7200	EP1502	8	8	64	8	28	32		3	Y

Expansion Options: Controller Power Supply and Lock Power Supply included.

Option	Controller	Doors	Readers	Controller Max Readers	Enclosure Max Readers	Relays	Inputs	4-Amp Batteries Included	7-Amp Batteries Included
752-8000	EP1502	2	2	64	2	8	8	1
752-8050	EP1502	2	2	64	4	8	8	3
752-8100	EP1502	2	2	64	8	8	8		1
752-8150	EP1502	2	2	64	8	8	8		3
752-8200	EP1502	4	4	64	4	16	16	1
752-8250	EP1502	4	4	64	4	16	16	3
752-8300	EP1502	4	4	64	8	16	16		1
752-8350	EP1502	4	4	64	8	16	16		3
752-8400	EP1502	8	8	64	8	32	32		1
752-8500	EP1502	8	8	64	8	32	32		3

2. Hide this
   2. Description
      1. The access controller assembly shall include components assembled by the manufacturer as an installable unit.
      2. Depending on Product Options, the access controller assembly shall include one or more or none of the following:
         1. Intelligent Controller.
         2. Peripheral Interface Device.
         3. Enclosure.
         4. DC Power Supply System.
         5. Batteries.
      3. Depending on Product Options, the intelligent controller shall:
         1. Provide decision making, event reporting, and database storage for hardware platform. 
         2. Support onboard reader interfaces to provide control for one or more doors and capable of supporting additional doors in paired and or alternate reader configurations with peripheral interface devices.
         3. Communicate with the host via on-board 10BaseT/100BaseTX Ethernet port.
      4. Depending on Product Options, the peripheral interface device shall:
         1. Provide a solution for interfacing to a TTL/Wiegand, or 2-wire RS-485 type reader and door hardware.  It shall also provide a tri-state LED control and buzzer control, two relay outputs and two programmable inputs.
         2. Communicate via a 2-wire RS-485 interface or network connection.
         3. Provide supervised inputs for monitoring.
         4. Provide dry contact outputs to auxiliary equipment such as locks or to activate alarms.
      5. Each reader port shall accommodate a read head that utilizes Wiegand, magnetic stripe, or one or two wire LED controls, and buzzer control.  One reader port will also accommodate two-wire RS-485 electrical signaling standards.
      6. Depending on Product Options, the DC power system supply shall:
         1. Consist of one to three primary power supply modules, operating from an input voltage of 120 or 230 VAC and each of which has Product Option Specific characteristics.
         2. Have the capability to be expanded through add-on modules to provide additional supervised voltage outputs.
         3. Provide a dual rate microprocessor shall control charging to restore lead-acid (gel cell) battery sets.
         4. Provide a Fire Alarm Interface (FAI), providing ON/OFF control of the resettable DC output.
         5. Provide LAN/WAN network based supervisory and control modules.
         6. Be prewired to provide interconnection system between the power supply and accessory boards
         7. Use a dual bus structure allowing both outputs to be available when connected to the optional distribution boards.
   3. Performance / Design Criteria [Add Network Communication Module and Reminders]
      1. Technical Specifications
         1. Enclosure
            1. The enclosure shall be a painted, steel, locking enclosure sized depending on Product Options, with removable cover and tamper switch.
         2. DC Power Supply System
            1. Outputs: The DC Power Supply System shall consist of one to three primary power supply modules, operating from an input voltage of 120 or 230 VAC, each of which has the following characteristics:
               1. Two outputs, both of which are set to 12 or 24 DC, as selected by user:
                  • One continuous fused DC output rated at the full output of the power supply.
                  • One resettable DC output which can be recycled off-on, controlled by the on-board FAI Interface, and programmed for either failsafe or fail secure mode.
               2. Additional voltages and outputs: The DC Power Supply System shall be expandable through add-on modules to provide additional supervised voltage outputs, as follows.
                  • multiple protected outputs of the same 12 or 24 VDC as the primary supply(s)
                  • voltages in the 5 – 18 VDC range, derived from and at least 3 volts less than the primary power supply to which it is connected
               3. Fusing: ATM style fuses for each DC output
            2. Battery recharge
               1. A dual rate microprocessor shall control charging to restore lead-acid (gel cell) battery sets
               2. Operational features:
                  • Tracks battery age from time of install.
                  • Monitors battery charge current for optimal charging.
                  • Recharges batteries after extended power outages
            3. A Fire Alarm Interface (FAI), providing ON/OFF control of the resettable DC output, shall be standard and integral to the power supply with activation achieved as follows:
               1. DC voltage: 9 to 33VDC, 3 to 15mA.
               2. Dry contact NO/NC.
            4. LAN/WAN Network Based Supervisory and Control
               1. Communication and protocols: 10/100 Ethernet interface local or wide area network.
                  • IP addressing: static or dynamic via DHCP protocol.
                  • Network management: SNMP-based and supporting SNMP v1, v2c, v3.
                  • Port settings: Configurable for http, https and SNMP protocols.
               2. Monitors up to two power supplies.
                  • Monitored parameters
                    • AC: fault status and total.
                    • System: fault status and total.
                    • On demand cabinet temperature.
                    • Power supply: output voltage and run time.
                    • Battery: voltage, runtime, charge current, condition, time-to service.
                    • FAI: interface and latch status.
                    • Network module external input status.
                    • Network module external output status.
               3. Remote battery load testing
                  • Additional monitored inputs (3):
                    • DC voltage value (0-30VDC).
                    • Event input (voltage 9-30VDC), programmable for the application or removal of voltage to compensate for NO or NC activity.
                    • DC current via an optional current sensor device.
               4. Control outputs: 2 open collector outputs for controlling compatible accessory modules or external devices.
               5. Allows upgrade via the network.
               6. Battery back-up: Onboard replaceable coin cell battery for maintaining the clock when power is lost.
               7. Logging and reporting:
                  • Automated reports generated on detected fault condition and event activation, or on a time base for scheduled confirmation of proper operation. 
                  • Time and date stamped log of the past 100 events maintained as history in a buffer and accessible on demand, as a scheduled report, or immediately upon alert or occurrence, in “.csv” file format.
                  • Provision for up to four email addresses to report system alarms or events.
            5. Local computer interface functionality, operating through a USB connection, shall provide the following:
               1. Program system install date.
               2. Program fault delays.
               3. Review fault history.
               4. Set proper charging current for new battery set.
               5. Start battery use counter.
            6. Supervision and diagnostics
               1. Abnormal condition detection
                  • Reporting conditions:
                    • AC Loss and brownout.
                    • System fault.
                    • Overcurrent .
                    • Over temperature.
                    • Abnormal DC output.
                    • Battery presence.
                    • Earth ground Fault.
                  • Alarm reporting:
                    • AC fault.
                    • System fault.
                    • Programmable fault reporting delays.
            7. LED system status visual indicators:
               1. AC present –Green.
               2. DC1 output presence – Green.
               3. DC2 output presence – Green.
               4. AC Fault – Yellow.
               5. System Trouble – Yellow.
               6. Earth Ground Fault – Yellow.
               7. Reverse Battery Condition – Yellow.
               8. Fire Alarm interface – Red.
            8. Internal Construction
               1. prewired interconnection system between the power supply and accessory boards.
               2. dual bus structure allowing both outputs to be available when connected to the optional distribution boards.
               3. removable terminals to accept #14 to #24 AWG wire.
         3. Batteries
            1. Battery Sealed Lead Acid SLA 12VDC 4.5 AmpHour F1 Terminals.
            2. Battery Sealed Lead Acid SLA 12VDC 7 AmpHour F1 Terminals.
         4. Intelligent Controllers and Peripheral Interface Devices
            1. Assemblies shall be provided with the following components depending on Product Option.

Included Intelligent Controllers and Peripheral Interface Devices 

Assembly	120-1000 EP1501	120-1100 EP1502	120-1200 EP2500	120-1400 EP4502	120-2400 MR51e	120-2300 MR50	120-2500 MR52
751-1200	1
752-2000	1				1
751-2000	1				1
751-2100	1				1
751-2200	1				1
751-3000					1
751-3100					1
751-3200					1
752-1000	1
752-1100	1
752-1300	1
752-1400	1
752-1500	1
752-1600	1
751-1100	1
752-2100	1				1
752-2200	1				1
752-2300	1				1
752-2400	1				1
752-2500	1				1
752-3000	1					1	1
752-3100	1					1	1
752-3200	1					1	1
752-3300	1					1	1
752-3400	1					1	1
752-3500	1					1	1
752-3600	1					1	3
752-3700	1					1	3
752-3800	1					1	3

Included Intelligent Controllers and Peripheral Interface Devices

Assembly	120-1000 EP1501	120-1100 EP1502	120-1200 EP2500	120-1400 EP4502	120-2400 MR51e	120-2300 MR50	120-2500 MR52
752-5000		1
752-5100		1
752-5200		1
752-5300		1
752-5400		1
752-5500		1
752-5600		1					1
752-5700		1					1
752-5800		1					1
752-6000		1					1
752-6100		1					1
752-6200		1					1
752-7000		1					3
752-7100		1					3
752-7200		1					3
752-8000						1
752-8050						1
752-8100						1
752-8150						1
752-8200						2
752-8250						2
752-8300						2
752-8350						2
752-8400						4
752-8500						4

 

1. Access Control Panel – Door Network Controller

   2.03    Access Control Panel – Door Network Controller

   1. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 120-1200  EP2500 Controller for new installations.
         2. 120-1400  EP4502 Controller for new installations.
         3. 125-2000  M5-IC  Controller for Casi Micro5 retrofit installations(replaces Casi PX, PXN, PXN CPU controller).
   2. Description
      1. The intelligent controller shall:
         1. Constitute an Ethernet ready, fault-tolerant host communication capable for the efficient management of a large network of access panels in any system design.  The intelligent controller shall use an RS-232, 2-wire RS-485 or Ethernet link to connect to a Windows or Linux host. 
         2. Once configured, the intelligent controller shall function independently of the host, and shall be capable of controlling access, managing alarms, interfacing with an array of hardware devices, all while providing the decision-making oversight that each system configuration requires.
         3. Independently execute elaborate user-selected/user-defined processes and procedures without host intervention.
         4. Provide centralized biometric template management
         5. Support a wide range of reader technologies, including Wiegand, magnetic stripe and biometric 2-wire RS-485 connectivity and capable of supporting up to 64 doors in paired and or alternate reader configurations with peripheral interface devices.
   3. Performance / Design Criteria
      1. Technical Specifications
         1. Primary Power:
            1. twelve to twenty-four volts of direct current (12-24VDC) +/- 10 percent, three hundred milliamperes (300mA) maximum.
            2. twelve to twenty-four volts of direct current (12-24VDC) +/- 10 percent, three hundred milliamperes (500mA) maximum (EP4502 controller only).
         2. Communication Ports:
            1. Host Port 0: 10/100 Ethernet.
            2. Host Port 1: RS-232, 2-wire RS485 or Ethernet adapter (120-1200 controller only).
            3. Peripheral interface Port 2: 2-wire RS-485.
            4. Peripheral interface Port 3: 2-wire RS-485.
         3. Inputs: Two dedicated: tamper and power monitor
         4. Temperature: zero to seventy degrees Centigrade (0  to 70° C) operational, minus fifty-five to eighty-five degrees Centigrade (-55 to 85° C) storage.
         5. Humidity: ten to ninety-five percent (10 to 95 percent) relative humidity, non-condensing (RHNC)
         6. Standards:
            1. UL294 Recognized, CE Compliant, ROHS.
            2. FCC Part 15 Class A, NIST Certified Encryption.
            3. BACNet Compliant, PSIA, SNMP, OSDP and OSDP SC (EP4502 controller only)
         7. Connectivity:
            1. Primary Port: 10/100 Ethernet.
            2. IP Server, IP Client, DHCP Client.
            3. HTTP, TLS, X.509.
            4. Back up channel: RS-232, RS-485, Dial-up (120-1200 controller only).
      2. Capacities
         1. Access Control:
            1. Cardholder capacity:
               1. EP2500: 600,000.
               2. EP4502: 2,000,000.
               3. M5-IC: 600,000.
            2. 50,000 Transaction buffer.
            3. If/Then Macro capability.
         2. Card Formats:
            1. Eight active card formats per intelligent controller.
            2. Entire card number reported on invalid read.
            3. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum.
            4. PIV-II, CAC, TWIC card compatible.
            5. Up to 200 bits with large encoded ID feature (EP4502 controller only)
            6. 32 Access Levels per cardholder.
            7. Activation/Deactivation Dates.
         3. Card Reader Functions
            1. Multiple card format support by reader.
            2. Paired reader support.
            3. Alternate reader support.
            4. Elevator support.
            5. Turnstile support.
            6. Biometric device support.
            7. Open Supervised Device Protocol (OSDP) compliant (120-1200 controller only).
            8. Occupancy count.
            9. Support of multi-occupancy rules.
            10. Anti-passback support
                1. Area-based, reader-based, or time based.
                2. Nested area, hard, soft, or timed forgiveness.
            11. Supports host-based approval rules.
            12. Keypad support with programmable user commands, card input.
         4. Database Functions
            1. Configurable card database.
            2. Large Encoded Card ID (freeform fields up to 245 bits) (125-2000 controller only).
            3. Supports up to nineteen (19) digital card numbers.
            4. Supports pin codes up to fifteen (15) digits.
            5. Programmable card activation and deactivation times and dates.
            6. Card issue code, ADA and VIP flags (up to 32 bits); PIV (75 bits); Smart Card (200 bits).
            7. Up to 128 access levels per user.
            8. Ability to track people and objects.
         5. Intrusion Alarm Functions
            1. Supports entry delays and exit delays.
            2. Area monitoring.
            3. Standard alarm masking.
            4. Provides control and alarm processing from the keypad.
         6. Time based scheduling: (125-2000 controller only)
            1. Supports more than 255 time zones with up to 12 intervals.
            2. Holiday schedules configured with start date and duration intervals.
            3. Holidays may span consecutive days.
            4. Supports daylight savings time.
            5. Time zone overrides – Onetime events & Honor Day of Week.
            6. Temporary ACR override.
         7. Inputs (EP4502 only)
            1. 8 general purpose: programmable circuit type
            2. Two dedicated: tamper and power monitor
         8. Alarm Management: (EP4502 controller only)
            1. Normally open/Normally closed, Unsupervised, Supervised
            2. Standard or custom end-of-line resistances
         9. Reader Ports: (EP4502 controller only)
            1. 2 Reader Ports.
         10. Wireless Reader Support: (125-2000 controller only):
             1. Ingersol Rand – Schalge AD300 & AD400.
             2. SALTO SALLIS.
             3. ASSA ABLOY – Aperio 1 to 8 lock support.

2. Access Control Panel – Single Door Network Controller

   2.04   ACCESS CONTROL PANEL – SINGLE DOOR NETWORK CONTROLLER

   1. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com Substitution Limitations: No substitutions permitted.
      2. Product Options
         1. 120-1000  EP1501
   2. Description
      1. The intelligent controller shall provide decision making, event reporting, and database storage for hardware platform.  Two reader interfaces shall provide control for one door and capable of supporting up to an additional 16 doors in paired and or alternate reader configurations with peripheral interface devices.
      2. The controller shall communicate with the host via on-board 10BaseT/100BaseTX Ethernet port.
      3. One physical barrier shall be controlled.  Each reader port shall accommodate a read head that utilizes Wiegand, magnetic stripe, or one or two wire LED controls, and buzzer control.  One reader port will also accommodate two-wire RS-485 electrical signaling standards.
   3. Performance / Design Criteria
      1. Technical Specifications
         1. Power Input:
            1. Power over Ethernet (PoE) power input 12.95 watts, compliant to IEEE 802.3af.
            2. Twelve volts of direct current (12VDC) plus/minus 10 percent 900 mA maximum power supply, 200 mA minimum power.
         2. Power Output: 12 Volts DC at 650mA including reader and AUX output.
         3. Reader Interface: power via PoE, 12VDC plus/minus 10 percent regulated or local power supply (12VDC).  PTC limited to 150mA maximum.
         4. Inputs: Two general purpose programmable circuit type and dedicated tamper.
         5. Outputs: Two relays – Form-C, 2 Amp, 30 volts direct current.
         6. Readers Ports 2: One transistor-transistor logic (TTL) reader port and one TTL or 2-wire RS-485 reader port.
         7. Keypad: Multiplexed with card data.
         8. LED: TTL, two wire or one wire bi-color support.
         9. Buzzer: One-wire LED mode.
         10. Temperature: 0 to 77 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
         11. Humidity: ten to ninety-five percent (10 – 95 percent) relative humidity, non-condensing (RHNC).
         12. FCC Part 15 Class A, NIST Certified Encryption.
         13. Connectivity: Primary Port: 10/100 Ethernet.
      2. Door Control: One physical barrier can be controlled using single or paired readers.
         1. Two-reader ports:12VDC regulated power, 150mA maximum.
            1. Port 1: clock/data, data-1/data-0, or 2-wire RS-485 (2 devices).
            2. Port 2: clock/data, data-1/data-0.
         2. Two (2) programmable inputs, Two (2) relays, diagnostic LEDs.
      3. Access Control:
         1. 240,000 Cardholder capacity, 50,000 Transaction buffer, 32 Access Levels per cardholder, 19 digit (64-bit) user ID and 15 digit PIN numbers maximum, Activation and Deactivation dates, If/Then Macro capability.
      4. Card Formats:
         1. Eight active card formats per intelligent controller.
         2. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum.
         3. PIV-II, CAC, TWIC card compatible.
      5. Card Reader Functions:
         1. Multiple card format support by reader.
         2. Paired reader support.
         3. Alternate reader support.
         4. Elevator support.
         5. Turnstile support.
         6. Biometric device support.
         7. Open Supervised Device Protocol (OSDP) compliant.
         8. Occupancy count.
         9. Support of multi-occupancy rules.
         10. Anti-passback support.
         11. Area-based, reader-based, or time based.
             1. Nested area, hard, soft, or timed forgiveness.
             2. Anti-passback support, both reader and time based.
         12. Supports host-based approval rules.
         13. Keypad support with programmable user commands, card input.
         14. Shunt relay support.
         15. Strike follower relay support.
      6. Database Functions:
         1. Configurable card database.
         2. Supports up to nineteen (19) digital card numbers.
         3. Supports pin codes up to fifteen (15) digits.
         4. Programmable card activation and deactivation times and dates.
         5. Card issue code, ADA and VIP flags (up to 32 bits); PIV (75 bits); Smart Card (200 bits).
         6. Up to 128 access levels per user.
         7. Ability to track people and objects.
      7. Intrusion Alarm Functions:
         1. Supports entry delays and exit delays.
         2. Area monitoring
         3. Standard alarm masking
         4. Provides control and alarm processing from the keypad

3. Access Control Panel – Two Door Network Controller

   2.05.    ACCESS CONTROL PANEL – TWO DOOR NETWORK CONTROLLER

   1. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 120-1100  EP1502
   2. Description
      1. The intelligent controller shall provide decision making, event reporting, and database storage for hardware platform.  Two reader interfaces shall provide control for two doors and capable of supporting up to an additional 62 doors in paired and or alternate reader configurations with peripheral interface devices.
      2. The controller shall communicate with the host via on-board 10BaseT/100BaseTX Ethernet port or use an RS-232 link.
      3. Two physical barriers shall be controlled.  Each reader port shall accommodate a readhead that utilizes Wiegand, magnetic stripe, or 2-wire RS-485 electrical signaling standards, one or two wire LED controls, and buzzer control.
   3. Performance / Design Criteria
      1. Primary Power: twelve to twenty four volts of direct current
         1. (12-24VDC) +/- 10 percent, 500mA maximum.
      2. Communications Ports:
         1. Host Port 0: 10/100 Ethernet.
         2. Host Port 1: RS-232.
         3. Peripheral interface Port: RS-485, 2-wire.
      3. Inputs:
         1. Eight general purpose – programmable circuit type.
         2. Two dedicated: tamper and power monitor.
      4. Outputs: Four relays – Form-C, 5 Amp, 30 volts direct current.
      5. Readers Ports: Two reader ports.
         1. Unregulated pass-through (150 mA maximum) or regulated 12Vdc.
         2. Signaling Clock and Data, Wiegand or 2-wire RS-485.
      6. Keypad: Multiplexed with card data.
      7. LED: Two-wire or one-wire bicolor support.
      8. Buzzer: One-wire LED mode.
      9. Temperature: zero to seventy degrees Centigrade (0-70° C) operational, -55 to 85 degrees Centigrade (-55 – 85° C) storage.
      10. Humidity: ten to ninety-five percent (10 – 95 percent) relative humidity, non-condensing (RHNC).
      11. Standards:
          1. UL294 Recognized, CE Compliant, ROHS.
          2. FCC Part 15 Class A, NIST Certified Encryption.
      12. Connectivity: 10/100 Ethernet, RS-232, Dial-up.
      13. Door Control:
          1. Two-reader ports: Clock and Data, Wiegand, or RS-485.
          2. Eight programmable inputs, four relays, diagnostic LEDs.
      14. Access Control:
          1. 240,000 Cardholder capacity, 50,000 Transaction buffer, 32 Access Levels per cardholder, 19 digit (64-bit) user ID and 15 digit PIN numbers maximum, Activation and Deactivation dates, If/Then Macro capability
      15. Card Formats:
          1. Eight active card formats per intelligent controller.
          2. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum.
          3. PIV-II, CAC, TWIC card compatible.
      16. Card Reader Functions:
          1. Multiple card format support by reader.
          2. Paired reader support.
          3. Alternate reader support.
          4. Elevator support.
          5. Turnstile support.
          6. Biometric device support.
          7. Open Supervised Device Protocol (OSDP) compliant.
          8. Occupancy count.
          9. Support of multi-occupancy rules.
          10. Anti-passback support.
          11. Area-based, reader-based, or time based.
          12. Nested area, hard, soft, or timed forgiveness.
          13. Supports host-based approval rules.
          14. Keypad support with programmable user commands, card input.
          15. Shunt relay support.
          16. Strike follower relay support.
      17. Database Functions:
          1. Configurable card database.
          2. Supports up to nineteen (19) digital card numbers.
          3. Supports pin codes up to fifteen (15) digits.
          4. Programmable card activation and deactivation times and dates.
          5. Card issue code, ADA and VIP flags (up to 32 bits); PIV (75 bits); Smart Card (200 bits).
          6. Up to 128 access levels per user.
          7. Ability to track people and objects.
      18. Intrusion Alarm Functions:
          1. Supports entry delays and exit delays.
          2. Area monitoring.
          3. Standard alarm masking.
          4. Provides control and alarm processing from the keypad.
          5. Access Control Sub Panel – Single Card Reader RS-485 Panel.
   4. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 120-2300  MR50
   5. Description
      1. The peripheral interface device shall provide a solution for interfacing to a TTL/Wiegand, or 2-wire RS-485 type reader and door hardware.  It shall also provide a tri-state LED control and buzzer control, two relay outputs and two programmable inputs.
   6. Performance / Design Criteria
      1. Primary Power: 12-24 Volts DC +/- 10 percent, 150mA maximum; 12Vdc at 110mA nominal; 24Vdc at 60mA nominal.
      2. Communication: 2-wire RS-485, 4,000 feet using Belden 9841 cable.
      3. Inputs:
         1. Two general purpose – programmable circuit type.
         2. One dedicated: tamper.
      4. Outputs:
         1. Two relays:
            1. Form-C, 5 Amp, 28 volts direct current.
            2. Form-C 1 Amp, 28 volts direct current.
      5. Readers Port: One reader port
         1. Power input voltage pass through.
         2. Signaling clock/data, data-1/data-0, or 2-wire RS-485 (2 devices).
      6. LED: Two-wire or one-wire bicolor support.
      7. Buzzer: One-wire LED mode.
      8. Temperature: -40 to 75 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
      9. Humidity: 10 to 95 percent RHNC.
      10. Standards:
          1. UL294 Recognized, CE Compliant, ROHS Connectivity: 10/100 Ethernet, RS-232, Dial-up.
      11. Connectivity: 2-wire RS-485.
      12. Door Control:
          1. Clock/data, data-1/data-0, or 2-wire RS-485.
          2. Two programmable inputs.
          3. Two relay outputs.
      13. Card Formats:
          1. Eight active card formats per intelligent controller.
          2. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum.
          3. PIV-II, CAC, TWIC card compatible.
      14. Card Reader Functions:
          1. Multiple card format support by reader.
          2. Biometric device support.
          3. Keypad support with programmable user commands, card input.
      15. Database Functions:
          1. Supports up to nineteen (19) digital card numbers.
          2. Supports pin codes up to fifteen (15) digits.
      16. 16.    Intrusion Alarm Functions:
          1. Supports entry delays and exit delays.
      17. Offline mode operation
          1. Door mode
             1. Unlocked, locked, facility code only
          2. Relay Mode
             1. Programmable for offline conditions

4. Access Control Sub Panel – Single Card Reader Network Panel

   2.06.      ACCESS CONTROL SUB PANEL – SINGLE CARD READER NETWORK PANEL

   1. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 120-2400  MR51e
   2. Description
      1. The peripheral interface device shall be a network connected, single door, PoE capable interface panel that provides an integration solution when a network connection to the door is required.
      2. The reader ports shall be capable of supporting TTL/Wiegand/RS-485 type readers.
   3. Performance / Design Criteria
      1. Power Input: PoE at 12.95 watts, compliant to IEEE 802.2.3AF or a 12Vdc+/- 10 percent @ 900 mA power supply.
      2. Power Output: 12 Volts DC at 700mA including reader and AUX output.
      3. Communication: Ethernet, 10BaseT/100BaseTX, AES 128 bit encrypted.
      4. Inputs: Four programmable inputs with optional end-of-line resistor.
      5. Outputs: Two programmable relays – Form-C, 5 Amp, 28 Vdc.
      6. Reader Interface:
         1. Reader Interface: power via PoE, 12Vdc plus/minus 10 percent or local power supply.  PTC limit is 150mA maximum.
         2. Signaling: 2 Ports: one is TTL and  one is TTL or 2-wire RS-485.
         3. LED: Two-wire or one-wire bicolor support.
         4. Buzzer: One wire mode.
      7. Temperature: 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
      8. Humidity: 10 to 95 percent RHNC.
      9. Standards: UL 294 recognized, CE compliant, RoHS.RoHS.
      10. Card Formats:
          1. Eight active card formats per intelligent controller.
          2. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum.
          3. PIV-II, CAC, TWIC card compatible.
      11. Card Reader Functions:
          1. Multiple card format support by reader.
          2. Paired reader support.
          3. Alternate reader support.
          4. Elevator support.
          5. Turnstile support.
          6. Biometric device support.
          7. OSPD protocol support.
          8. Keypad support with programmable user commands, card input.
      12. Database Functions:
          1. Supports up to nineteen (19) digital card numbers.
          2. Supports pin codes up to fifteen (15) digits.
      13. Intrusion Alarm Functions:
          1. Supports entry delays and exit delays.
          2. Provides control and alarm processing from the keypad.
      14. Offline mode operation:
          1. Door mode:
             1. Unlocked, locked, facility code only.
          2. Relay Mode:
             1. Programmable for offline conditions.

5. Access Control Sub Panel – Dual Card Reader RS-485

   2.07.      ACCESS CONTROL SUB PANEL – DUAL CARD READER RS-485

   1. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 120-2500  MR52
   2. Description
      1. The intelligent controller sub-panel shall:
      2. Interface to TTL/Wiegand/RS-485 type readers and door hardware.
      3. Accept data from a reader with clock/data, Wiegand or RS-485 signaling.
      4. Provide a tri-stated LED control and buzzer control.
      5. Provide six Form-C relay outputs and eight supervised inputs for monitoring.
      6. Communicate via a 2-wire RS-485 interface.
   3. Performance / Design Criteria
      1. Primary Power:
         1. 12-24VDC plus/minus 10 percent, 550mA maximum, plus reader current.
         2. 12VDC at 450mA nominal, plus reader current.
         3. 24VDC at 270mA nominal, plus reader current.
      2. Communication:
         1. 2-wire RS-485 up to 4,000 feet using Belden 9841.
         2. Reader Interface: two reader ports, data card/keypad, clock/data, data-1/data-0, or 2-wire RS-485.
         3. LED: one-wire bi-color LED support or two-wire.
         4. Buzzer: one-wire LED mode.
      3. Keypad: 8-bit Mercury, 8-bit Dorado, or 4-bit HID.
      4. Reader Power:
         1. Pass-through or 12Vdc regulated power, 125mA each reader.
      5. Inputs:
         1. Eight general purpose programmable type and two dedicated for tamper and power monitor.
      6. Outputs:
         1. Six relays – Form-C, 5 Amps at 28Vdc.
      7. Temperature:
         1. 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
      8. Humidity:
         1. 10-95 percent RHNC.
      9. Standards: UL 294 recognized, CE compliant, RoHS.RoHS.
      10. Card Formats:
          1. Eight active card formats per intelligent controller.
          2. 19-digit (64-bit) User ID and 15-digit PIN numbers maximum.
          3. PIV-II, CAC, TWIC card compatible.
      11. Card Reader Functions:
          1. Multiple card format support by reader.
          2. Paired reader support.
          3. Alternate reader support.
          4. Turnstile support.
          5. Biometric device support.
          6. Shunt relay support.
          7. Keypad support with programmable user commands, card input.
          8. Strike follower relay support.
      12. Database Functions:
          1. Supports up to nineteen (19) digital card numbers.
      13. Intrusion Alarm Functions:
          1. Supports entry delays and exit delays.
          2. Provides control and alarm processing from the keypad.
      14. Offline mode operation:
          1. Door mode:
             1. Unlocked, locked, facility code only.
          2. Relay Mode:
             1. Programmable for offline conditions.

6. Access Control Sub Panel – 16 General Purpose Input Panel

   2.08.      ACCESS CONTROL SUB PANEL – 16 GENERAL PURPOSE INPUT PANEL

   1. A.      Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 120-2100  MR16in
   2. Description
      1. The peripheral interface device shall be used to monitor sixteen (16) inputs.
   3. Performance / Design Criteria
      1. Primary Power:
         1. 12-24Vdc plus/minus 10 percent, 350mA maximum.
         2. 12Vdc at 300mA nominal.
         3. 24Vdc at 220mA nominal.
      2. Communication: 2-wire RS-485, 4,000 feet using Belden 9841.
      3. Inputs: sixteen (16) general purpose programmable type and two dedicated for tamper and power monitor.
      4. Outputs: two (2) relays – Form-C, 5 Amp, 28Vdc.
      5. Temperature: 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
      6. Humidity: 10 to 95 percent RHNC.
      7. Standards: UL 294 recognized, CE compliant, RoHS.RoHS.
      8. Offline mode operation:
         1. Relay Mode:
            1. Programmable for offline conditions.

7. Access Control Sub Panel – 16 Output Programmable Panel

   2.09.      ACCESS CONTROL SUB PANEL – 16 OUTPUT PROGRAMMABLE PANEL

   1. A.      Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 120-2200  MR16OUT.
         2. 125-1300  M5-16DO.
         3. 125-1400  M5-16DOR.
   2. Description
      The peripheral interface device shall be used to provide sixteen (16) dry contact outputs to auxiliary equipment such as locks or to activate alarms.
   3. Performance / Design Criteria
      1. Primary Power:
         1. 12-24Vdc plus/minus 10 percent, 350mA maximum.
         2. 12Vdc at 300mA nominal.
         3. 24Vdc at 220mA nominal.
      2. Communication: 2-wire RS-485, 4,000 feet using Belden 9841(MR-16out and M5-16DO only).
      3. Inputs: two (2) dedicated for tamper and power monitor.
      4. Outputs: sixteen (16) relays – Form-C, 5 Amp at 28Vdc(MR-16 only), (16) Transistor switches, .04A @ 24VDC (max) (M5-16DO only) ,(16) relays – Form-C, 2 Amp at 40 Vdc (M5-16DOR only).
      5. Temperature: 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
      6. Humidity: 10 to 95 percent RHNC.
      7. Standards: UL 294 recognized, CE compliant, RoHS.RoHS.
      8. Offline mode operation
         1. Relay Mode:
         2. Programmable for offline conditions.

8. Access Control Sub Panel – Reader Board TTL/WIEGAND/F2F for Micro 5

   2.10.      ACCESS CONTROL SUB PANEL – READER BOARD TTL/WIEGAND/F2F FOR MICRO 5 Manufacturers

   1. Product Options
      1. 125-1600  M5-2RP.
   2. Substitution Limitations: No substitutions permitted.
   3. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
   4. Description
      The peripheral interface device shall provide a solution for interfacing to TTL/Wiegand/F2F and Supervised F2F type readers and door hardware. The intelligent controller shall accept data from a reader with clock/data, Wiegand or F2F signaling; provide a tri-stated LED control and buzzer control.  It shall also provide four Form-C relay outputs and six supervised inputs for monitoring.  The controller shall communicate RS-485/provided by backplane of a legacy Micro 5 enclosure and be physically compatible with the Micro 5 system architecture.
   5. Performance / Design Criteria
      1. Primary Power:
         1. 12-24VDC plus/minus 10 percent, 550mA maximum, plus reader current.
         2. 12VDC at 450mA nominal, plus reader current.
         3. 24VDC at 270mA nominal, plus reader current.
      2. Communication:  RS-485/provided by backplane.
         1. Reader Interface: two reader ports, data card/keypad, clock/data, data-1/data-0, or 2-wire RS-485.
            1. LED: one-wire bi-color LED support or two-wire.
            2. Buzzer: one-wire LED mode.
         2. Keypad: 8-bit Mercury, 8-bit Dorado, or 4-bit HID.
         3. Reader Power:
            1. Pass through or 12Vdc regulated power, 125mA each reader.
         4. Inputs: four general purpose inputs: 2 per reader port.
         5. Outputs: 6 outputs, Form C, 2A@30 Vac/dc.
         6. Temperature: 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
         7. Humidity: 5-95 percent RHNC.
         8. Standards: UL 294 recognized, CE compliant, RoHS.
         9. Card Formats:
            1. Eight active card formats per intelligent controller.
            2. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum.
            3. PIV-II, CAC, TWIC card compatible.
         10. Card Reader Functions:
             1. Multiple card format support by reader.
             2. Paired reader support.
             3. Alternate reader support.
             4. Turnstile support.
             5. Biometric device support.
             6. Keypad support with programmable user commands, card input.
             7. Shunt relay support.
             8. Strike follower relay support.
         11. Database Functions:
             1. Supports up to nineteen (19) digital card numbers.
         12. Intrusion Alarm Functions:
             1. Supports entry delays and exit delays.
             2. Provides control and alarm processing from the keypad.
         13. Offline mode operation:
             1. Door mode
                1. Unlocked, locked, facility code only.
             2. Relay Mode
                1. Programmable for offline conditions.

9. Access Control Sub Panel – 8 Reader F2F Board for Micro 5

   2.11.      ACCESS CONTROL SUB PANEL – 8 READER F2F BOARD FOR MICRO 5

   1. Manufacturers
      1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
      2. Substitution Limitations: No substitutions permitted.
      3. Product Options
         1. 125-1800  M5-8RP.
   2. Description
      The peripheral interface device shall provide a solution for interfacing up to 8 Casi F2F or Supervised F2Freaders. It shall also provide eight transistor switched outputs and four supervised inputs for monitoring.  The controller shall communicate via RS-485/provided by backplane.
   3. Performance / Design Criteria
      1. Primary Power:
         1. 12-24VDC plus/minus 10 percent, 550mA maximum, plus reader current.
         2. 12VDC at 450mA nominal, plus reader current.
         3. 24VDC at 270mA nominal, plus reader current.
      2. Communication: RS-485/provided by backplane.
         1. Reader  Interface: eight reader ports F2F and Supervised F2F.
      3. Keypad: 8-bit Mercury, 8-bit Dorado, or 4-bit HID.
      4. Reader Power:
         1. Pass through or 12Vdc or 5Vdc regulated power, 300mA each reader, PTC fused.
      5. Outputs: 8 relay – Transistor switches, .01Amps at 12Vdc.
      6. Temperature: 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
      7. Humidity: 10-95 percent RHNC.
      8. Standards: UL 294 recognized, CE compliant, RoHS.RoHS.
      9. Card Reader Functions:
         1. Multiple card format support by reader.
         2. Paired reader support.
         3. Alternate reader support.
         4. Turnstile support.
         5. Biometric device support.
         6. Keypad support with programmable user commands, card input.
         7. Shunt relay support.
         8. Strike follower relay support.
      10. Offline mode operation:
          1. Door mode:
             1. Unlocked, locked, facility code only.
          2. Relay Mode:
             1. Programmable for offline conditions.

   4. Access Control Sub Panel – Reader Board TTL/WIEGAND/RS485 for Micro 5

      2.12.      ACCESS CONTROL SUB PANEL – READER BOARD TTL/WIEGAND/RS485 FOR MICRO 5

      1. Manufacturers
         1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
         2. Substitution Limitations: No substitutions permitted.
         3. Product Options
            1. 125-1700  M5-2SRP.
      2. Description
         The peripheral interface device shall provide a solution for interfacing to Casi Supervised, TTL/Wiegand/RS-485 type readers and door hardware. The intelligent controller shall accept data from a reader with clock/data, Wiegand or RS-485 signaling, provide a tri-stated LED control and buzzer control.  It shall also provide six Form-C relay outputs and four supervised inputs for monitoring.  The controller shall communicate via RS-485/provided by backplane.
      3. Performance / Design Criteria
         1. Primary Power:
            1. 12-24VDC plus/minus 10 percent, 550mA maximum, plus reader current.
            2. 12VDC at 450mA nominal, plus reader current.
            3. 24VDC at 270mA nominal, plus reader current.
         2. Communication: RS-485/provided by backplane:
            1. Reader  Interface: two reader ports, data card/keypad, clock/data, data-1/data-0, or 2-wire RS-485, F2F and osdp.
               1. LED: one-wire bi-color LED support or two-wire.
               2. Buzzer: one-wire LED mode.
         3. Keypad: 8-bit Mercury, 8-bit Dorado, or 4-bit HID.
         4. Reader Power:
            1. Pass through or 12Vdc or 5Vdc regulated power, 300mA each reader, PTC fused.
         5. Inputs: four general purpose programmable type and two dedicated for tamper and power monitor.
         6. Outputs: six relays – Form-C, 2 Amps at 28Vdc.
         7. Temperature: 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
         8. Humidity: 10-95 percent RHNC.
         9. Standards: UL 294 recognized, CE compliant, RoHS.RoHS.
         10. Card Formats:
             1. Eight active card formats per intelligent controller.
             2. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum.
             3. PIV-II, CAC, TWIC card compatible.
         11. Card Reader Functions:
             1. Multiple card format support by reader.
             2. Paired reader support.
             3. Alternate reader support.
             4. Turnstile support.
             5. Biometric device support.
             6. Keypad support with programmable user commands, card input.
             7. Shunt relay support.
             8. Strike follower relay support.
         12. Database Functions:
             1. Supports up to nineteen (19) digital card numbers
         13. Intrusion Alarm Functions:
             1. Supports entry delays and exit delays.
             2. Provides control and alarm processing from the keypad.
         14. Offline mode operation:
             1. Door mode:
                1. Unlocked, locked, facility code only.
             2. Relay Mode:
                1. Programmable for offline conditions.

10. Access Control Sub Panel – 20 Digital Input for Micro 5

    2.13.      ACCESS CONTROL SUB PANEL – 20 DIGITAL INPUT FOR MICRO 5

    1. Manufacturers
       1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
       2. Substitution Limitations: No substitutions permitted.
       3. Product Options
          1. 125-1500  M5-20IN
    2. Description
       The peripheral interface device shall be used to monitor a maximum of twenty (20) digital inputs and be physically compatible with the Micro 5 system architecture. Each point being supervised for the following states, open,closed, short and line open
    3. Performance / Design Criteria
       1. Primary Power:
          1. 12-24Vdc plus/minus 10 percent, 350mA maximum.
          2. 12Vdc at 300mA nominal.
          3. 24Vdc at 220mA nominal.
       2. Communication: RS485/back plane supplied.
       3. Inputs: twenty (20) general purpose programmable type and two dedicated for tamper and power monitor.
       4. Outputs: two (2) relays – Form-C, 5 Amp, 28Vdc.
       5. Temperature: 0 to 70 degrees Centigrade operational, -55 to 85 degrees Centigrade storage.
       6. Humidity: 10 to 95 percent RHNC.
       7. Standards: UL 294 recognized, CE compliant, RoHS.RoHS.
       8. Offline mode operation:
          1. Relay Mode:
             1. Programmable for offline conditions.

11. RS-485 Multiplexer

    2.14.      RS-485 MULTIPLEXER

    1. Manufacturers
       1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
       2. Substitution Limitations: No substitutions permitted.
       3. Product Options
          1. 120-2600  MUX8/1 8-Port
    2. Description
       1. The RS-485 Multiplexer shall expand a single RS-485 or RS-232 data line into multiple data lines or to extend an RS-485 communication but beyond 4000 ft. wiring distances.
    3. Performance / Design Criteria
       1. Technical Specifications
          1. Power Input: 12Vdcplus/minus 15 percent,  250mA.
          2. Interfaces:
             1. Port 1: RS-232/RS-485, selectable.
             2. Port 3,5: RS-485, Transmit/Receive.
             3. Port 2,4: RS-485, Transmit/Receive, or Receive Only.
             4. Port 7,9: RS-485, Transmit/Receive (8 port model only).
             5. Port 6,8: RS-485, Transmit/Receive, or Receive Only (8 port model only).
          3. Wire requirement:
             1. Power: 1 twisted pair, 18 AWG.
             2. RS-485: 24AWG, 4,000 feet, (1,200 meters) maximum, twisted pair(s) with shield.
             3. RS-232: 24AWG, 50 feet (15 meters) maximum.
          4. Environmental:
             1. Temperature:
                1. 0 to 70 °C, operating.
                2. -55 to +85 °C, storage.
             2. Humidity: 0 to 95 percent RHNC.
             3. Dimensions: 5 inches (127mm) L x 6 inches, (152mm) W x 1 inch (25mm) H.
             4. Weight: 4 ounces (180 g) nominal.
    4. Accessories
       1. Provide enclosure of sufficient size to support RS-485 Multiplexer and wiring.

12. tination Dispatch Elevator (DDE) PACS – PROCESSOR KIT

    2.15.      DESTINATION DISPATCH ELEVATOR (DDE) PACS – PROCESSOR KIT

    1. Manufacturers
       1. BluBØX, Inc., 9 Bartlett Street, Suite 334, Andover, MA 0181. Phone: (844) 425-8209, www.BluBØX.com
       2. Substitution Limitations: No substitutions permitted.
       3. Product Options:
          1. DDE4DP-E4M1 (770-2000) - 4 Car Dual Processor Kit
          2. DDE8DP-E4M1 (770-2005) - 8 Car Dual Processor Kit
          3. DDE12DP-E4M1 (770-2010) - 12 Car Dual Processor Kit
          4. DDE16DP-E4M1 (770-2015) - 16 Car Dual Processor Kit
          5. DDE24DP-E4M1 (770-2020) - 24 Car Dual Processor Kit
          6. DDE25DP-E4M1 (770-2025) - 25 or More Car Dual Processor Kit
    2. Description
       1. Processor kit including destination Dispatch Elevator software and dual industrial processors, in a locking enclosure power supply with remote power monitoring and management.
    3. Performance/Design Criteria
       1. Technical Specifications
          1. Distributed Output Module:
             1. Four, controlled fused at 3A each
             2. Eight, auxiliary Class II P limited at 2.5A each
          2. Input Power:
             1. Input 120/230VAC 50/60Hz | 200 Watts
             2. Overload and short circuit protection
             3. Overload temperature protection
             4. Polarized AC power supply disconnect
          3. Output Power:
             1. 150W Total Output Power | 12VDC/12A or 24VDC/6A.
             2. FPO Board Outputs: Continuous (DC1), Resettable (DC2).
             3. 120mV Output Voltage Ripple | System Efficiency: 88 percent | System BTU Rating: 66 BTU/Hr.
          4. Battery Charging:
             1. Independent built-in 1A (FPO150) Charger for sealed lead-acid or gel type batteries.
             2. Microprocessor dual rate charging of 12 or 24V battery sets.
             3. Automatic switchover to standby battery when AC fails.
             4. Zero voltage drop when switched over to battery backup.
          5. Power and Enclosure Regulatory Compliance:
             1. UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527.
             2. CSA C22.2 #107.1, FCC Part 15, CSFM Approved.
          6. DDE Processor Regulatory Compliance:
             1. EMC: CE/FCC Class A, CCC, BSMI.
             2. Safety: UL, CCC, BSMI, CB.
          7. Size and Weight:
             1. Height: 24 inches.
             2. Width: 20 inches.
             3. Depth: 4.5 inches.
             4. Weight: 41 pounds.
          8. Destination Dispatch Elevator Processor:
             1. Dual Processor CPU is specific to each Kit:
                1. 770-2000 - CPU
                2. 770-2005 - CPU
                3. 770-2010 - CPU
                4. 770-2015 - CPU
                5. 770-2020 - CPU
                6. 770-2025 - CPU

13. Power Management System Hardware

    2.16      POWER MANAGEMENT SYSTEM HARDWARE

    1. Manufacturers
       1. LifeSafety Power, Inc., 750 Tower Road, Unit B, Mundelein, IL 60060, Phone: (888) 577-2898
          www.lifesafetypower.com
       2. Substitution Limitations: No substitutions permitted.
       3. Product Options
          1. Power supplies, power modules and power controller modules may be supplied integral to access control hardware enclosures as per 2.2 Access Controller Assembly, separately as individual modules, or as assemblies in their own enclosure

Power Distribution/Power Controller Modules

Option	Item	Description
670-1720	D8	8 Output, Power Distribution Module Fused
670-1730	D8P	8 Output, Power Distribution Module Class 2 Power Limited
670-1800	C4	4 Lock Controller Module Fused
670-1810	C4P	4 Lock Controller Module Class 2 Power Limited
670-1820	C8	8 Lock Controller Module Fused
670-1830	C8P	8 Lock Controller Module Class 2 Power Limited
670-2830	M8	8 Input, 8 Output Smart Power Controller Module Fused
670-2840	M8P	8 Input, 8 Output Smart Power Controller Module Class 2 Power Limited

Power Supply Assemblies with Enclosures

Option	Kit	# Lock Outputs	# Aux Outputs	Voltage DC	Power Distribution	Power Management	Fire Alarm Interface
670-1310	FPO75-E1M	N/A	N/A	12 or 24	No	No	Yes
670-1320	FPO75-E2M	N/A	N/A	12 or 24	No	No	Yes
670-1421	FPO75-B100C4PD8PE2M	4	8	12 and 24	Yes	No	Yes
670-1461	FPO75-B100M8PNL4E2M	4	0	12 and 24	Yes	Yes	Yes
670-1475	FPO150-B100C8PD8PE4M1	8	8	12 and 24	Yes	No	Yes
670-1385	FPO150-B100D8PE4M1	0	8	12 and 24	Yes	No	Yes
670-1463	FPO150-B100M8PD8PNL4E4M1	8	0	12 and 24	Yes	Yes	Yes

Network Interface Modules

Option	Item	Description
670-2000	NL2	Two Port Network Communication Interface for Remote Power Monitoring, Reporting and Control
670-2100	NL4	Four Port Network Communication Interface for Remote Power Monitoring, Reporting and Control

1. Hide this
   2. Description
      1. Remote real-time intelligent power monitoring and management hardware system to detect power anomalies on a per-device-power-source basis, notify contact list with details of power loss or other conditions needing attention, including the capability to remotely reboot or reset affected components. System utilizes network interface modules, intelligent power controllers, power modules, power distribution modules, and power supplies to deliver 12 or 24VCD to access control hardware devices.
      2. Outputs: The DC Power Supply System shall consist of one to three primary power supply modules, operating from an input voltage of 120 or 230 VAC and each of which has the following characteristics:
         1. Two outputs, both of which are set to 12 or 24 VDC, as selected by user:
            1. One continuous fused DC output rated at the full output of the power supply.
            2. One resettable DC output which can be recycled off-on, controlled by the on-board FAI Interface, and programmed for either failsafe or fail secure mode.
         2. Additional voltages and outputs: The DC Power Supply System shall have the capability to be expanded through add-on modules to provide additional supervised voltage outputs, as follows.
            1. Multiple protected outputs of the same 12 or 24 VDC as the primary supply(s).
            2. Voltages in the 5 - 18 VDC range, derived from and at least 3 volts less than the primary power supply to which it is connected.
         3. Power capability: [250 W] [150 W] [75 W].
         4. Fusing: ATM style fuses for each DC output.
      3. Battery recharge
         1. A dual rate microprocessor shall control charging to restore lead-acid (gel cell) battery sets from 4 to 40 or 80 amp-hours.
            1. 4 to 40 amp-hours in 75W configuration.
            2. 4 to 80 amp-hours in 150W configuration.
      4. Operational features:
         1. Tracks battery age from time of install.
         2. Monitors battery charge current for optimal charging.
         3. Recharges batteries after extended power outages.
      5. A Fire Alarm Interface (FAI), providing ON/OFF control of the resettable DC output, shall be standard and integral to the power supply with activation achieved as follows:
         1. DC voltage: 9 to 33VDC, 3 to 15mA.
         2. Dry contact NO/NC.
      6. Local computer interface functionality, operating through a USB connection, shall provide the following:
         1. Program system install date.
         2. Program fault delays.
         3. Review fault history.
         4. Set proper charging current for new battery set.
         5. Start battery use counter.
      7. Supervision and diagnostics
         1. Abnormal condition detection
            1. Reporting conditions:
               1. AC Loss and brownout.
               2. System fault.
               3. Overcurrent.
               4. Over temperature.
               5. Abnormal DC output.
               6. Battery presence.
               7. Earth ground Fault.
            2. Alarm reporting:
               1. AC fault.
               2. System fault.
               3. Programmable fault reporting delays.
         2. LED system status visual indicators:
            1. AC present –Green.
            2. DC1 output presence – Green.
            3. DC2 output presence – Green.
            4. AC Fault – Yellow.
            5. System Trouble – Yellow.
            6. Earth Ground Fault – Yellow.
            7. Reverse Battery Condition – Yellow.
            8. Fire Alarm interface – Red.
         3. The power supply shall have the option for remote reporting and control through a local area network (LAN) or wide area network (WAN) module.
      8. Unit construction
         1. Internal
            1. Prewired interconnection system between the power supply and accessory boards.
            2. Dual bus structure allowing both outputs to be available when connected to the optional distribution boards.
            3. Removable terminals to accept #14 to #24 AWG wire.
      9. Available options
         1. Accessory power modules for power distribution, secondary power generation, and door lock control.
         2. Ethernet LAN/WAN module for:
            1. Remote reporting and control.
            2. Remote battery load test, using the installed system as a load, and reporting.
         3. Battery Disconnect Module (BDM), microprocessor controlled, for protection of the battery set from a “deep discharge” condition providing battery cutoff and automatic return to normal operation upon restoration of power. 
   3. Operating Requirements
      1. Operating temperature range:  0° to +49°C (32° to 120°F) ambient.
      2. Reliability:  Minimum MTBF equal to 10 years at full load at temperature of 49°C (120°F).
   4. Accessory Modules
      1. Power Distribution
         1. Internal bus structure: dual bus, each separately powered by a primary power supply board.
         2. Outputs: Provide 8 auxiliary power outputs, each programmable to either of the two DC buses, fused or thermally limited.
            1. When fused, protected by 3 ampere ATM fuses.
            2. When thermally protected, capable of a power limited, class 2 output rated at 2.5 amperes.
            3. Option to enable or disable voltage on activation of the fire alarm interface (FAI).
      2. Secondary Power Generation
         1. Programmable step-down derivative of the DC power supply system shall provide a maximum available current of 4 amperes from an output voltage of 5 to 18 VDC when powered from a 24V DC source or 5 to 9 VDC when powered from a 12V DC source
         2. Fault reporting to host power supply:
            1. Loss of voltage output.
            2. Blown fuse.
      3. Door Lock Control
         1. Available in 4 or 8 input/output module configurations
            1. Available as NFPA Class 2 limited device.
            2. Inputs
               1. Opto-isolated.
               2. Capable of being activated by application or removal of voltage between 9-30 VDC.
               3. Capable of being activated by normally open or normally closed dry contact transition. 
            3. Outputs
               1. Selectable for 12 or 24 VDC.
               2. Failsafe, fail secure, normally open or normally closed dry contact operation.
               3. Subject to individual fire alarm control.
               4. When fused, protected by 3 ampere ATM fuses.
               5. When thermally protected, capable of a power limited, class 2 output rated at 2.5 amperes.
      4. LAN/WAN Network Based Supervisory and Control
         1. Communication and protocols: 10/100 Ethernet interface local or wide area network.
            1. IP addressing: static or dynamic via DHCP protocol.
            2. Network management: SNMP-based and supporting SNMP v1, v2c, v3.
            3. Port settings: Configurable for http, https and SNMP protocols.
            4. Cyber Security Features:
               1. Multi-Level Password Security Random Code Insertion to Password CSRF Protection “HTTPS” only mode
         2. Monitors up to two power supplies.
            1. Monitored parameters:
               1. AC: fault status and total.
               2. System: fault status and total.
               3. On demand cabinet temperature.
               4. Power supply: output voltage and run time.
               5. Battery: voltage, runtime, charge current, condition, time-to service.
               6. FAI: interface and latch status.
               7. Network module external input status.
               8. Network module external output status.
         3. Remote battery load testing
         4. Additional monitored inputs (3):
            1. DC voltage value (0-30VDC)
            2. Event input (voltage 9-30VDC), programmable for the application or removal of voltage to compensate for NO or NC activity.
            3. DC current via an optional current sensor device.
         5. Control outputs: 2 open collector outputs for controlling compatible accessory modules or external devices.
         6. Allows upgrade via the network.
         7. Battery back-up: Onboard replaceable coin cell battery for maintaining the clock when power is lost.
         8. Logging and reporting:
            1. Automated reports generated on detected fault condition and event activation, or on a time base for scheduled confirmation of proper operation. 
            2. Time and date stamped log of the past 100 events maintained as history in a buffer and accessible on demand, as a scheduled report, or immediately upon alert or occurrence, in “.csv” file format
            3. Provision for up to four email addresses to report system alarms or events
         1. Battery Disconnect
   5. Performance / Design Criteria
      1. Technical Specifications – D8/D8P
         1. Description: 8 Output, Power Distribution Module Fused (D8) or Class 2 Power Limited (D8P)
            1. Adds 8 auxiliary power outputs to a FlexPower power supply and is typically supplied as part of a system, or purchased as an expansion piece to an existing system.
            2. Provides 8 auxiliary power outputs, each one individually protected by a fuse (D8) or solid state circuit breaker (D8P).
            3. Each output is programmable to either of the two voltages available when used in a dual voltage power system, or to the continuous output or the resettable output of the power supply when used in a single voltage system.
         2. Agency Listings:
            1. USA: UL 294, UL 603, UL 864, UL 1076, UL 1481, UL 2044, UL 2572, UL 1076 FCC Part 15, Subpart B, CSFM Approved
            2. Canada: ULC S318, ULC S319, ULC S527, CSA C22.2#107.1, CSA 22.2 #60950
         3. Electrical Ratings:
            1. Power Outputs: 8
            2. Input Voltage: 12 and/or 24 VDC
            3. Output Voltage: (Jumper Select) 12/24 VDC
            4. Output Current:
               1. D8: Fused at 3A per output
               2. D8P: Class II at 2.5A per output
            5. Supports follow on modules: Yes
            6. Fire Alarm Interface: Per Output
         4. Configuration Options:
            1. FlexConnect® Dual Buss Architecture for field selectable Buss 1 or Buss output.
            2. Fire Alarm Interface (FAI) for egress lock control when used with an FPO power supply.
            3. Multiple outputs for auxiliary power distribution or direct lock control and additional accessory power distribution modules.
            4. Configurable fail-safe, fail-secure modes of operation when connected to FPO power supply.
         5. Output Protection:
            1. D8: ATM style fuse: 3A/per output.
            2. D8P: Solid state circuit breaker: 2.5A/per output.
         6. Visual Indicators:
            1. DC voltage out: Green LED per output.
         7. Mechanical:
            1. Multiple modules can be daisy chained to add additional outputs.
            2. Snap-in style mounting standoffs with fast-on connect cables.
         8. Individual output jumper setting programmable modes:
            1. Voltage output from power supply one when used in a single or dual voltage system.
            2. Lock power with fire alarm interface (FAI), when used in a single voltage system. The host power supply determines whether output is fail-safe or fail-secure.
            3. Voltage output from power supply two when used in a dual voltage system.
         1. Size and Weight:
            1. Height: 2.5 inches
            2. Width: 4 inches
            3. Weight: 0.25 pounds
      2. Technical Specifications – C4/C8 C4P/C8P
         1. 4 or 8 Output, Relay Based Lock Control Module Fused (C4, C8) or Class 2 Power Limited (C4P, C8P)
            1. C4, C8 lock controller modules add either 4 or 8 lock control outputs to a FlexPower power supply.
            2. Each module provides either 4 or 8 access control inputs capable of voltage or dry contact activation.
            3. Each module provides either 4 or 8 lock outputs, each one programmable for fail-safe, fail-secure, dry contact, and fire alarm override for egress lock control.
            4. Each lock output is also programmable to either of the two voltages available when used in a FlexPower dual voltage power system.
            5. Each output is supervised for voltage and/or blown fuse with the fault reported to the host power supply.
         2. Functionality:
            1. Monitoring and reporting on:
               1. Output condition
               2. System integrity
               3. Battery health
            2. Remote diagnostics and service features
               1. 8 managed outputs with system expansion to 24.
            3. Individual output monitoring and reporting of
               1. Current draw
               2. Voltage level
               3. Power draw
               4. Device ON/OFF recycling
            4. Individual output enable / disable
            5. Remote power cycling control of external equipment
            6. Email or SNMP notification on:
               1. Fire Alarm Interface (FAI) activation
               2. Abnormal condition - per output basis:
                  • Over voltage or over current
                  • Loss of voltage or current
                  • Output power cycled
            7. SNMP set and trap notification:
               1. v1, v2c, v3
         3. Agency Listings:
            1. USA: UL 294, UL 603, UL 864, UL 1076, UL 1481, UL 2044, UL 2572, UL 1076 FCC Part 15, Subpart B, CSFM Approved
            2. Canada: ULC S318, ULC S319, ULC S527, CSA C22.2#107.1, CSA 22.2 #60950
         4. Electrical Ratings:
            1. Power Outputs: 4 / 8.
            2. Input Voltage: 12 and/or 24 VDC.
            3. Input current: 20 Amps.
            4. Output Voltage: (Jumper Select) 12/24 VDC.
            5. Output Current:
               1. C4/C8: Fused at 3A per output
               2. C4P/C8P: Class II at 2.5A per output
            6. Supports follow on modules: Yes
            7. Fire Alarm Interface: Per Output
         5. Configuration Options:
            1. FlexConnect Dual Buss Architecture for field selectable Buss 1 or Buss output.
            2. Fire Alarm Interface (FAI) for egress lock control when used with an FPO power supply.
            3. Multiple outputs for direct lock control and additional accessory power distribution modules.
            4. Configurable for fail-safe, fail-secure and dry contact modes of operation when connected to an FPO power supply.
            5. Configuration jumpers colored coded by function.
            6. Fault detection and reporting to host power supply.
         6. Output Protection:
            1. C4/C8: ATM style fuse: 3A/per output.
            2. C4P/C8P: Solid state circuit breaker: 2.5A/per output.
         7. Visual Indicators:
            1. DC voltage per output: Green LED
            2. Fault: Yellow LED
         8. Mechanical:
            1. Multiple modules can be daisy chained to add additional outputs.
            2. Snap-in style mounting standoffs with fast-on connect cables.
         1. Each input may programmable to responds to:
            1. Application of voltage between 9 and 33VDC
            2. Removal of voltage between 9 and 33VDC
            3. Normally open dry contact transition
            4. Normally closed dry contact transition
         10. Detected fault conditions:
             1. Voltage output from power supply one
             2. Voltage output from power supply two
             3. Fail-safe
             4. Fail-secure
             5. Normally open dry contact
             6. Normally closed dry contact
             7. Fire alarm interface for egress lock control
         11. Size and Weight:
             1. C4/CP4:
                1. Height: 2.5 inches
                2. Width: 4 inches
                3. Depth: 1.5 inches
                4. Weight: 0.5 pounds
             2. C8/CP8:
                1. Height: 4 inches
                2. Width: 6 inches
                3. Depth: 1.5 inches
                4. Weight: 0.75 pounds
      3. Technical Specifications – M8/M8P
         1. Description: 8 Output, Smart Monitoring and Control Module Fused (M8) or Class 2 Power Limited (M8P)
            1. Controller communicates with the NL4 network module and provides eight (8) monitored and controlled relay outputs accessible from a network or internet.
            2. Provides eight (8) control inputs capable of voltage or dry contact activation and eight (8) controlled and monitored outputs, with each output network programmable for fail-safe, fail-secure, fire alarm over ride, and AC loss over ride for egress lock control.
            3. Each output is programmable to either of two voltages available when used in a dual voltage power system.
            4. Each output may also be individually enabled/disabled through a browser interface and the voltage and current of each output may be monitored via network or internet, and trigger points may be set up on each output to generate an alert when that output is outside of selected parameters.
         2. Functionality:
            1. Monitoring and reporting on:
               1. Output condition
               2. System integrity
               3. Battery health
            2. Remote diagnostics and service features
               1. 8 managed outputs with system expansion to 24.
            3. Individual output monitoring and reporting of
               1. Current draw
               2. Voltage level
               3. Power draw
               4. Device ON/OFF recycling
            4. Individual output enable / disable
            5. Remote power cycling control of external equipment
            6. Email or SNMP notification on:
               1. Fire Alarm Interface (FAI) activation
               2. Abnormal condition - per output basis:
                  • Over voltage or over current
                  • Loss of voltage or current
                  • Output power cycled
            7. SNMP set and trap notification:
               1. SNMP v1, v2c, v3
            8. Additional capabilities through the NL4 interface:
               1. Monitor and report health and status of host power supply and battery set
               2. Auto-schedule, test, and report battery standby time
               3. Remote supervision of battery’s state of charge
               4. Remote monitoring and alert of external temperature fluctuations
               5. Monitoring of internal cabinet temperature
               6. Time/date stamp system log reports of last 100 events
         3. Agency Listings:
            1. USA: UL 2044, UL 294, UL 60950-1
         4. Electrical Ratings:
            1. Input Voltage: 12 and/or 24 VDC
            2. Input Current: 20 Amps
            3. Output Voltage: (Jumper Select) 12/24 VDC
            4. Output Current:
               1. M8: Fused at 3A per output
               2. M8P: Class II at 2.5A per output
            5. Current Measurement Range: 0 to 3.0 Amps
            6. Voltage Measurement Range: 0 to 30 Volts
            7. Lock Outputs: 8
            8. Access Control Inputs: 8
            9. Fire Alarm Interface: Per Output
         5. Individual outputs modes programmable via web browser interface:
            1. Voltage output from power supply one
            2. Voltage output from power supply two
            3. Fail-safe, Fail-secure
            4. Fire alarm over ride for egress lock control
            5. AC loss over ride for egress lock control
            6. Trigger points based on voltage or current values to send an alert via email or SNMP
         6. Individual output status available via web browser interface:
            1. Voltage, current, power ratings
            2. Control Input, FAI, and output status
         7. Size and Weight:
            1. Height: 4 inches
            2. Width: 6 inches
            3. Weight: 0.75 pounds
      4. Technical Specifications – FPO75-E1M [Data needs verification]
         1. Description: LifeSafety Power Single Voltage Power Supply with Enclosure
            1. Network ready 75W offline switchmode power supply-battery charger, providing two outputs, user selectable for 12 or 24VDC.
            2. One output provides continuous output power and the second is programmable to either fail-safe or fail-secure lock operation, when the on-board fire alarm interface is activated.
            3. Complete fault detection and reporting, with programmable fault delays, is provided along with datalogging capability of fault occurrence, battery usage time and current power supply status.
            4. Kit configured with space to add backup battery and utilizes an FPO power supply to generate 12 or 24VDC. Includes locking enclosure with tamper, power supply and wiring speed kit.
         2. Power Supply
            1. 120 or 230 VAC input
            2. 12 and 24 VDC outputs
            3. On board Fire Alarm Interface
            4. Continuous and resettable DC
         3. Distributed output module
            1. None
         4. Functionality:
            1. 12 or 24VDC user selectable
               1. 6A continuous or switched at 12VDC
               2. 3A continuous or switched at 24VDC
            2. Fire Alarm Interface (FAI)
               1. User programmable fail-safe or fail-secure operation
            3. Battery Charging
               1. 1A independent charging circuit meeting stricter UL output tolerance requirements
               2. Microprocessor dual rate charging restores battery sets from 4 to 40 Ah
               3. Automatic switch over to battery when AC fails
               4. Zero voltage dropout on battery transfer
            4. Protection
               1. Over load protection / short circuit protection
               2. Over temperature protection
               3. AC line transient voltage protection (passing 6kV ring wave test)
            5. Supervision
               1. AC Fail (form "C" contacts)
               2. System Fault (form "C" contacts) may be triggered by low/no battery, short to earth ground and power supply failure
            6. Visual Indicators
               1. AC input
               2. DC1, DC2 output
               3. Fire alarm activation
               4. AC fault
               5. System fault
               6. Short to earth ground
               7. Reverse battery polarity
            7. Reporting and Monitoring
               1. Programmable AC and System fault delays
               2. Fire alarm interface for egress lock control
               3. Cumulative AC and System fault counters (user resettable)
               4. Total battery service hours (user resettable)
               5. Total power supply run-time hours
               6. Network or PC reporting of all system conditions
                  • Requires DL1 USB cable for PC interface
                  • Requires NL2 or NL4 module for WAN/LAN connection
            8. Battery Charging
               1. Independent built-in 1A (FPO75) Charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging of 12 or 24V battery sets
               3. Automatic switchover to standby battery when AC fails
               4. Zero voltage drop when switched over to battery backup
            9. Electrical Ratings
               1. Input Voltage: 120 or 230VAC
               2. Input Power (maximum): 83 Watts
               3. Output Power: 75 Watts
               4. Efficiency: 85 percent
               5. Operating Temperature Range: 0 – 49 degrees Centigrade (32 – 120 degrees Fahrenheit)
               6. Output Voltage: 12 VDC at 6 Amps or 24 VDC at 3 Amps
               7. Battery Charge Capacity: 40 Amp Hours
               8. Default Charge Current: 1 Amp
               9. Programmable Charge Current: 1A | 0.5A | 0.25A | 0.125A
               10. Output Ripple :120 mVp-p
               11. Line Regulation: plus/minus 0.1 percent
               12. Load Regulation: plus/minus 2.5 percent
               13. BTU Rating: 33 BTU per hour
               14. Continuous Power Outputs: 1
               15. Switched Power Outputs: 1
               16. Fire Alarm Interface (FAI): Yes
            10. Agency Listings:
                1. USA: UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527
                2. Canada: CSA C22.2 #107.1, FCC Part 15, CSFM Approved
         5. Size and Weight:
            1. Height: 20 inches
            2. Width: 16 inches
            3. Depth: 4.5 inches
            4. Weight: 26 pounds
      5. Technical Specifications – FPO75-E2M
         1. Description: LifeSafety Power Single Voltage Power Supply with Enclosure
            1. Network ready 75W offline switchmode power supply-battery charger specifically designed for the lifesafety industry capable of providing two outputs, user selectable for 12 or 24VDC.
            2. One output provides continuous output power and the second is programmable to either fail-safe or fail-secure lock operation, when the on-board fire alarm interface is activated.
            3. Complete fault detection and reporting, with programmable fault delays, is provided along with datalogging capability of fault occurrence, battery usage time and current power supply status.
            4. Kit configured with space to add backup battery and utilizes an FPO power supply to generate 12 or 24VDC. Includes locking enclosure with tamper, power supply and wiring speed kit.
         2. Power Supply
            1. 120 or 230 VAC input
            2. 12 and 24 VDC outputs
            3. On board Fire Alarm Interface
            4. Continuous and resettable DC
         3. Distributed output modules
            1. Four outputs, controlled fused at 3A each
            2. Eight outputs, auxiliary Class II P limited at 2.5A each
         4. Expansion options
            1. Increased power, multiple voltages
            2. Additional distribution outputs
            3. Power management
         5. Functionality:
            1. 12 or 24VDC user selectable
               1. 6A continuous or switched at 12VDC
               2. 3A continuous or switched at 24VDC
            2. Fire Alarm Interface (FAI)
               1. User programmable fail-safe or fail-secure operation
            3. Battery Charging
               1. 1A independent charging circuit meeting stricter UL output tolerance requirements
               2. Microprocessor dual rate charging restores battery sets from 4 to 40 Ah
               3. Automatic switch over to battery when AC fails
               4. Zero voltage dropout on battery transfer
            4. Protection
               1. Over load protection / short circuit protection
               2. Over temperature protection
               3. AC line transient voltage protection (passing 6kV ring wave test)
            5. Supervision
               1. AC Fail (form "C" contacts)
               2. System Fault (form "C" contacts) may be triggered by low/no battery, short to earth ground and power supply failure
            6. Visual Indicators
               1. AC input
               2. DC1, DC2 output
               3. Fire alarm activation
               4. AC fault
               5. System fault
               6. Short to earth ground
               7. Reverse battery polarity
            7. Reporting and Monitoring
               1. Programmable AC and System fault delays
               2. Fire alarm interface for egress lock control
               3. Cumulative AC and System fault counters (user resettable)
               4. Total battery service hours (user resettable)
               5. Total power supply run-time hours
               6. Network or PC reporting of all system conditions
                  • Requires DL1 USB cable for PC interface
                  • Requires NL2 or NL4 module for WAN/LAN connection
            8. Battery Charging
               1. Independent built-in 1A (FPO75) Charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging of 12 or 24V battery sets
               3. Automatic switchover to standby battery when AC fails
               4. Zero voltage drop when switched over to battery backup
            9. Electrical Ratings
               1. Input Voltage: 120 or 230 VAC
               2. Input Power (maximum): 85 Watts
               3. Output Power: 75 Watts
               4. Efficiency: 85 percent
               5. Operating Temperature Range: 0 – 49 degrees Centigrade (32 – 120 degrees Fahrenheit)
               6. Output Voltage: 12 VDC at 6 Amps or 24 VDC at 3 Amps
               7. Battery Charge Capacity: 40 Amp Hours
               8. Default Charge Current: 1 Amp
               9. Programmable Charge Current: 1A | 0.5A | 0.25A | 0.125A
               10. Output Ripple :120 mVp-p
               11. Line Regulation: plus/minus 0.1 percent
               12. Load Regulation: plus/minus 2.5 percent
               13. BTU Rating: 33 BTU per hour
               14. Fire Alarm Interface (FAI): Yes
            10. Agency Listings:
                1. USA: UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527
                2. Canada: CSA C22.2 #107.1, FCC Part 15, CSFM Approved
         6. Size and Weight:
            1. Height: 20 inches
            2. Width: 16 inches
            3. Depth: 4.5 inches
            4. Weight: 26 pounds
      6. Technical Specifications – FPO75-B100C4PD8PE2M
         1. Description: LifeSafety Power Four Door Power Supply w/ Power Distribution and Enclosure
            1. Kit configured with space to add backup battery.
            2. Includes locking enclosure with tamper, power supply and wiring speed kit.
            3. Kit includes the following LifeSafety Power components:
               1. LSP FPO75
               2. LSP B100
               3. LSP D8P
               4. LSP C4P
         2. Power Supply
            1. 75 Watts total output power
            2. 120 or 230 VAC input
            3. 12 or 24 VDC outputs
            4. On board Fire Alarm Interface
            5. Continuous and resettable DC
         3. Distributed output modules
            1. Four lock outputs, Class II P limited at 2.5A each
            2. Eight auxiliary outputs, Class II P limited at 2.5A each
         4. Expansion options
            1. Increased power, multiple voltages
            2. Additional distribution outputs
            3. Power management
         5. Functionality:
            1. 12 or 24VDC user selectable
               1. 12A continuous or switched at 12VDC
               2. 6A continuous or switched at 24VDC
            2. Fire Alarm Interface (FAI)
               1. User programmable fail-safe or fail-secure operation
            3. Battery Charging
               1. Independent built-in 1A (FPO75) charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging restores battery sets from 4 to 40 Ah
               3. Automatic switch over to battery when AC fails
               4. Zero voltage dropout on battery transfer
            4. Protection
               1. Over load protection / short circuit protection
               2. Over temperature protection
               3. AC line transient voltage protection (passing 6kV ring wave test)
            5. Supervision
               1. AC Fail (form "C" contacts)
               2. System Fault (form "C" contacts) may be triggered by low/no battery, short to earth ground and power supply failure
            6. Visual Indicators
               1. AC input
               2. DC1, DC2 output
               3. Fire alarm activation
               4. AC fault
               5. System fault
               6. Short to earth ground
               7. Reverse battery polarity
            7. Reporting and Monitoring
               1. Programmable AC and System fault delays
               2. Fire alarm interface for egress lock control
               3. Cumulative AC and System fault counters (user resettable)
               4. Total battery service hours (user resettable)
               5. Total power supply run-time hours
               6. Network or PC reporting of all system conditions
                  • Requires DL1 USB cable for PC interface
                  • Requires NL2 or NL4 module for WAN/LAN connection
            8. Battery Charging
               1. Independent built-in 1A (FPO75) Charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging of 12 or 24V battery sets
               3. Automatic switchover to standby battery when AC fails
               4. Zero voltage drop when switched over to battery backup
            9. Electrical Ratings
               1. Input Voltage: 120 or 230 VAC
               2. Input Power (maximum): 85 Watts
               3. Output Power: 75 Watts
               4. Efficiency: 85 percent
               5. Operating Temperature Range: 0 – 49 degrees Centigrade (32 – 120 degrees Fahrenheit)
               6. Output Voltage: 12 VDC at 6 Amps or 24 VDC at 3 Amps
               7. Battery Charge Capacity: 80 Amp Hours
               8. Default Charge Current: 2 Amps
               9. Programmable Charge Current: 1A | 0.5A | 0.25A | 0.125A
               10. Output Ripple :120 mVp-p
               11. Line Regulation: plus/minus 0.1 percent
               12. Load Regulation: plus/minus 2 percent
               13. BTU Rating: 33 BTU per hour
               14. Fire Alarm Interface (FAI): Yes
            10. Agency Listings:
                1. USA: UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527
                2. Canada: CSA C22.2 #107.1, FCC Part 15, CSFM Approved
         6. Size and Weight:
            1. Height: 20 inches
            2. Width: 16 inches
            3. Depth: 4.5 inches
            4. Weight: 27 pounds
      7. Technical Specifications – FPO75-B100M8PNL4E2M
         1. Description: Four Door Power Supply w/ Power Distribution, Power Management, and Enclosure
            1. Kit configured with space to add backup batteries.
            2. Includes locking enclosure with tamper, power supply and wiring speed kit.
            3. Kit includes the following LifeSafety Power components:
               1. LSP FPO75
               2. LSP B100
               3. LSP M8P
               4. NL4
         2. Power Supply
            1. 150 Watts total output power
            2. 120 or 230 VAC input
            3. 12 or 24 VDC outputs
            4. On board Fire Alarm Interface
            5. Continuous and resettable DC
         3. Distributed output modules
            1. Eight auxiliary outputs, Class II P limited at 2.5A each
            2. Eight managed outputs, Class II P limited at 2.5A each
         4. Expansion options
            1. Increased power, multiple voltages
            2. Additional distribution outputs
            3. Power management
         5. Functionality:
            1. 12 or 24VDC user selectable
               1. 12A continuous or switched at 12VDC
               2. 6A continuous or switched at 24VDC
            2. Fire Alarm Interface (FAI)
               1. User programmable fail-safe or fail-secure operation
            3. Battery Charging
               1. Independent built-in 1A (FPO75) charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging restores battery sets from 4 to 40 Ah
               3. Automatic switch over to battery when AC fails
               4. Zero voltage dropout on battery transfer
            4. Protection
               1. Over load protection / short circuit protection
               2. Over temperature protection
               3. AC line transient voltage protection (passing 6kV ring wave test)
            5. Supervision
               1. AC Fail (form "C" contacts)
               2. System Fault (form "C" contacts) may be triggered by low/no battery, short to earth ground and power supply failure
            6. Visual Indicators
               1. AC input
               2. DC1, DC2 output
               3. Fire alarm activation
               4. AC fault
               5. System fault
               6. Short to earth ground
               7. Reverse battery polarity
            7. Reporting and Monitoring
               1. Programmable AC and System fault delays
               2. Fire alarm interface for egress lock control
               3. Cumulative AC and System fault counters (user resettable)
               4. Total battery service hours (user resettable)
               5. Total power supply run-time hours
               6. Network or PC reporting of all system conditions          
            8. Electrical Ratings
               1. Input Voltage: 120 or 230 VAC
               2. Input Power (maximum): 83 Watts
               3. Output Power: 75 Watts
               4. Efficiency: 85 percent
               5. Operating Temperature Range: 0 – 49 degrees Centigrade (32 – 120 degrees Fahrenheit)
               6. Output Voltage: 12 VDC at 6 Amps or 24 VDC at 3 Amps
               7. Battery Charge Capacity: 40 Amp Hours
               8. Default Charge Current: 1 Amp
               9. Programmable Charge Current: 1A | 0.5A | 0.25A | 0.125A
               10. Output Ripple :120 mVp-p
               11. Line Regulation: plus/minus 0.1 percent
               12. Load Regulation: plus/minus 2 percent
               13. BTU Rating: 33 BTU per hour
               14. Fire Alarm Interface (FAI): Yes
            9. Agency Listings:
               1. USA: UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527
               2. Canada: CSA C22.2 #107.1, FCC Part 15, CSFM Approved
            10. Size and Weight:
                1. Height: 20 inches
                2. Width: 16 inches
                3. Depth: 4.5 inches
                4. Weight: 27 pounds
      8. Technical Specifications – FPO150-B100C8PD8PE4M1
         1. Description: Eight Door Power Supply w/ Power Distribution, Power Management, and Enclosure
            1. Kit configured with space to add backup batteries.
            2. Includes locking enclosure with tamper, power supply and wiring speed kit.
            3. Kit includes the following LifeSafety Power components:
               1. LSP FPO150
               2. LSP B100
               3. LSP C8P
               4. LSP D8P
         2. Power Supply
            1. 150 Watts total output power
            2. 120 or 230 VAC input
            3. 12 or 24 VDC outputs
            4. On board Fire Alarm Interface
            5. Continuous and resettable DC
         3. Distributed output modules
            1. Eight lock outputs, Class II P limited at 2.5A each
            2. Eight auxiliary outputs, Class II P limited at 2.5A each
         4. Expansion options
            1. Increased power, multiple voltages
            2. Additional distribution outputs
            3. Power management
         5. Functionality:
            1. 12 or 24VDC user selectable
               1. 12A continuous or switched at 12VDC
               2. 6A continuous or switched at 24VDC
            2. Fire Alarm Interface (FAI)
               1. User programmable fail-safe or fail-secure operation
            3. Battery Charging
               1. Independent built-in 2A (FPO150) charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging restores battery sets from 4 to 40 Ah
               3. Automatic switch over to battery when AC fails
               4. Zero voltage dropout on battery transfer
            4. Protection
               1. Over load protection / short circuit protection
               2. Over temperature protection
               3. AC line transient voltage protection (passing 6kV ring wave test)
            5. Supervision
               1. AC Fail (form "C" contacts)
               2. System Fault (form "C" contacts) may be triggered by low/no battery, short to earth ground and power supply failure
            6. Visual Indicators
               1. AC input
               2. DC1, DC2 output
               3. Fire alarm activation
               4. AC fault
               5. System fault
               6. Short to earth ground
               7. Reverse battery polarity
            7. Reporting and Monitoring
               1. Programmable AC and System fault delays
               2. Fire alarm interface for egress lock control
               3. Cumulative AC and System fault counters (user resettable)
               4. Total battery service hours (user resettable)
               5. Total power supply run-time hours
               6. Network or PC reporting of all system conditions
                  • Requires DL1 USB cable for PC interface
                  • Requires NL2 or NL4 module for WAN/LAN connection
            8. Battery Charging
               1. Independent built-in 1A (FPO150) charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging of 12 or 24V battery sets
               3. Automatic switchover to standby battery when AC fails
               4. Zero voltage drop when switched over to battery backup
            9. Electrical Ratings
               1. Input Voltage: 120 or 230 VAC
               2. Input Power (maximum): 170 Watts
               3. Output Power: 150 Watts
               4. Efficiency: 88 percent
               5. Operating Temperature Range: 0 – 49 degrees Centigrade (32 – 120 degrees Fahrenheit)
               6. Output Voltage: 12 VDC at 6 Amps or 24 VDC at 3 Amps
               7. Battery Charge Capacity: 40 Amp Hours
               8. Default Charge Current: 1 Amp
               9. Programmable Charge Current: 1A | 0.5A | 0.25A | 0.125A
               10. Output Ripple :120 mVp-p
               11. Line Regulation: plus/minus 0.1 percent
               12. Load Regulation: plus/minus 2 percent
               13. BTU Rating: 66 BTU per hour
               14. Fire Alarm Interface (FAI): Yes
            10. Agency Listings:
                1. USA: UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527
                2. Canada: CSA C22.2 #107.1, FCC Part 15, CSFM Approved
         6. Size and Weight:
            1. Height: 24 inches
            2. Width: 20 inches
            3. Depth: 4.5 inches
            4. Weight: 40 pounds
      9. Technical Specifications – FPO150-B100D8PE4M1
         1. Description: Eight Door Power Supply w/ Power Distribution, Power Management, and Enclosure
            1. Kit configured with space to add backup batteries.
            2. Includes locking enclosure with tamper, power supply and wiring speed kit.
            3. Kit includes the following LifeSafety Power components:
               1. LSP FPO150
               2. LSP B100
               3. LSP D8P
         2. Power Supply
            1. 150 Watts total output power
            2. 120 or 230 VAC input
            3. 12 or 24 VDC outputs
            4. On board Fire Alarm Interface
            5. Continuous and resettable DC
         3. Distributed output modules
            1. Four outputs, controlled fused at 3A each
            2. Eight auxiliary outputs, Class II P limited at 2.5A each
         4. Expansion options
            1. Increased power, multiple voltages
            2. Additional distribution outputs
            3. Power management
         5. Functionality:
            1. 12 or 24VDC user selectable
               1. 12A continuous or switched at 12VDC
               2. 6A continuous or switched at 24VDC
            2. Fire Alarm Interface (FAI)
               1. User programmable fail-safe or fail-secure operation
            3. Battery Charging
               1. Independent built-in 2A (FPO150) charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging restores battery sets from 4 to 40 Ah
               3. Automatic switch over to battery when AC fails
               4. Zero voltage dropout on battery transfer
            4. Protection
               1. Over load protection / short circuit protection
               2. Over temperature protection
               3. AC line transient voltage protection (passing 6kV ring wave test)
            5. Supervision
               1. AC Fail (form "C" contacts)
               2. System Fault (form "C" contacts) may be triggered by low/no battery, short to earth ground and power supply failure
            6. Visual Indicators
               1. AC input
               2. DC1, DC2 output
               3. Fire alarm activation
               4. AC fault
               5. System fault
               6. Short to earth ground
               7. Reverse battery polarity
            7. Reporting and Monitoring
               1. Programmable AC and System fault delays
               2. Fire alarm interface for egress lock control
               3. Cumulative AC and System fault counters (user resettable)
               4. Total battery service hours (user resettable)
               5. Total power supply run-time hours
               6. Network or PC reporting of all system conditions
                  • Requires DL1 USB cable for PC interface
                  • Requires NL2 or NL4 module for WAN/LAN connection
            8. Battery Charging
               1. Independent built-in 1A (FPO150) charger for sealed lead-acid or gel type batteries
               2. Microprocessor dual rate charging of 12 or 24V battery sets
               3. Automatic switchover to standby battery when AC fails
               4. Zero voltage drop when switched over to battery backup
            9. Electrical Ratings
               1. Input Voltage: 120 or 230 VAC
               2. Input Power (maximum): 170 Watts
               3. Output Power: 150 Watts
               4. Efficiency: 88 percent
               5. Operating Temperature Range: 0 – 49 degrees Centigrade (32 – 120 degrees Fahrenheit)
               6. Output Voltage: 12 VDC at 12 Amps or 24 VDC at 6 Amps
               7. Battery Charge Capacity: 80 Amp Hours
               8. Default Charge Current: 2 Amps
               9. Programmable Charge Current: 1A | 0.5A | 0.25A | 0.125A
               10. Output Ripple :120 mVp-p
               11. Line Regulation: plus/minus 0.1 percent
               12. Load Regulation: plus/minus 2 percent
               13. BTU Rating: 66 BTU per hour
               14. Fire Alarm Interface (FAI): Yes
            10. Agency Listings:
                1. USA: UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527
                2. Canada: CSA C22.2 #107.1, FCC Part 15, CSFM Approved
         6. Size and Weight:
            1. Height: 20 inches
            2. Width: 16 inches
            3. Depth: 4.5 inches
            4. Weight: 27 pounds
      10. Technical Specifications – FPO150-B100M8PD8PNL4E4M1
          1. Description: LifeSafety Power Four Door Power Supply w/ Power Distribution and Enclosure
             1. Kit configured with space to add backup battery.
             2. Includes locking enclosure with tamper, power supply and wiring speed kit.
             3. Kit includes the following LifeSafety Power components:
                1. LSP FPO150
                2. LSP B100
                3. LSP M8P
                4. LSP D8P
                5. LSP NL4
          2. Power Supply
             1. 150 Watts total output power
             2. 120 or 230 VAC input
             3. 12 or 24 VDC outputs
             4. On board Fire Alarm Interface
             5. Continuous and resettable DC
          3. Distributed output modules
             1. Eight auxiliary outputs, Class II P limited at 2.5A each
             2. Eight managed outputs, Class II P limited at 2.5A each
          4. Expansion options
             1. Increased power, multiple voltages
             2. Additional distribution outputs
             3. Power management
          5. Functionality:
             1. 12 or 24VDC user selectable
                1. 12A continuous or switched at 12VDC
                2. 6A continuous or switched at 24VDC
             2. Fire Alarm Interface (FAI)
                1. User programmable fail-safe or fail-secure operation
             3. Battery Charging
                1. Independent built-in 2A (FPO150) charger for sealed lead-acid or gel type batteries
                2. Microprocessor dual rate charging restores battery sets from 4 to 40 Ah
                3. Automatic switch over to battery when AC fails
                4. Zero voltage dropout on battery transfer
             4. Protection
                1. Over load protection / short circuit protection
                2. Over temperature protection
                3. AC line transient voltage protection (passing 6kV ring wave test)
             5. Supervision
                1. AC Fail (form "C" contacts)
                2. System Fault (form "C" contacts) may be triggered by low/no battery, short to earth ground and power supply failure
             6. Visual Indicators
                1. AC input
                2. DC1, DC2 output
                3. Fire alarm activation
                4. AC fault
                5. System fault
                6. Short to earth ground
                7. Reverse battery polarity
             7. Reporting and Monitoring
                1. Programmable AC and System fault delays
                2. Fire alarm interface for egress lock control
                3. Cumulative AC and System fault counters (user resettable)
                4. Total battery service hours (user resettable)
                5. Total power supply run-time hours
                6. Network or PC reporting of all system conditions          
             8. Electrical Ratings
                1. Input Voltage: 120 or 230 VAC
                2. Input Power (maximum): 85 Watts
                3. Output Power: 150 Watts
                4. Efficiency: 85 percent
                5. Operating Temperature Range: 0 – 49 degrees Centigrade (32 – 120 degrees Fahrenheit)
                6. Output Voltage: 12 VDC at 6 Amps or 24 VDC at 3 Amps
                7. Battery Charge Capacity: 80 Amp Hours
                8. Default Charge Current: 2 Amps
                9. Programmable Charge Current: 2A | 0.5A | 0.25A | 0.125A
                10. Output Ripple :120 mVp-p
                11. Line Regulation: plus/minus 0.1 percent
                12. Load Regulation: plus/minus 2 percent
                13. BTU Rating: 33 BTU per hour
                14. Fire Alarm Interface (FAI): Yes
             9. Agency Listings:
                1. USA: UL294, UL603, UL864, UL1076, UL1481, UL2044, UL2572, ULC S318, ULC S319, ULC S527
                2. Canada: CSA C22.2 #107.1, FCC Part 15, CSFM Approved
          6. Size and Weight:
             1. Height: 24 inches
             2. Width: 20 inches
             3. Depth: 4.5 inches
             4. Weight: 41 pounds
      11. Technical Specifications – NL2/NL4
          1. Description: Multi-port Network Communication Interface for Remote Power Monitoring, Reporting and Control. Communicates and controls power status over a local or wide area network. Data gathered and reported includes operational fault status, power supply output voltage, battery charging voltage, battery charging current, and fire alarm input status.
             1. Automated reports may be generated on any detected fault condition, battery aging, fire alarm interface activation, and event activation, or on a time base for scheduled confirmation of proper operation. A time and date stamped log of the past 1000 events is kept as history in a buffer and may be accessed as a scheduled report, or immediately on an alert or occurrence. The buffer is updated once per hour with all parameters in normal range.
             2. Provides a current sensor input, a remote temperature sensor input, a volt meter input, and a contact monitor input. The contact monitor input may be programmed to respond to either a normally open or normally closed contact or voltage presence or loss. Two outputs are also provided for use in power cycling external equipment with relay modules or interfacing to the C4 or C8 modules.
          2. Functionality:
             1. Monitoring and reporting
                1. System integrity / battery health / output condition
                2. 1000 Event Buffer
             2. Remote diagnostics and service features
                1. Monitor health and status of host power supply and battery set
                2. Auto-schedule or manual test and report battery standby time
                3. Remote monitoring and alert of external temperature fluctuations
                4. Monitoring of internal cabinet temperature
                5. Remote power cycling control of external equipment
                6. Time/date stamp system log reports of last 1000 events
             3. Email notification on:
                1. AC and system fault conditions
                2. Aging or drained battery
                3. Fire Alarm Interface (FAI) activation
                4. Outside Current or Voltage preset limits
                5. External room temperature outside preset limit
                6. External Event activation
             4. SNMP set and trap notification:
                1. SNMP v1, v2c, v3
             5. Monitored Parameters:
                1. Power Supply Output Voltage
                2. AC Fault Status
                3. System Fault Status
                4. Fire Alarm Input Status
                5. Battery Voltage
                6. Battery Charge Current
                7. Battery Age
                8. Total Number of System Faults
                9. Total Number of AC Faults
                10. DC Load Current (system or battery)
                11. DC Output Voltage (system and battery
                12. Event 1 (user specified)
             6. Programmable Functions:
                1. AC Fault Delay
                2. System Fault Delay
                3. System Install Date
                4. Reset Fault Counters
                5. Optimal Battery Charge Current
                6. Reset Battery Age Counter
                7. Battery Replacement Period
                8. Temperature Probe Trigger Parameters
             7. Event-triggered Email Alert & Reports:
                1. AC Fault Occurrence
                2. System Fault Occurrence
                3. FAI Activation Occurrence
                4. Low Battery Occurrence
                5. Battery Load Test Completed
                6. General System Status Report
                7. Scheduled System Service Due Alert
                8. Battery Replacement Due Alert
                9. Event Activation Alert (user specified)
          3. Web-based User Interface:
             1. Output control
                1. Output 1 (on or off)
                2. Output 2 (on or off)
             2. Test Functions
                1. Battery run time capacity
                2. Battery state of charge
             3. Network Dashboard Items:
                1. Internal / external temperature sensors
                2. Current sensor reading
                3. Voltage sensor reading
                4. Event activation condition
                5. Service due report
                6. System log report
                7. Device on/off control
             4. Visual Device Status Indicators:
                1. One or two power supplies
                2. Visual status of device condition
             5. Report configuration:
                1. what to report
                2. when to report
             6. Configuration:
                1. Network, email, SNMP settings
                2. Current sensor calibration
                3. Battery life/capacity setting
             7. Programming:
                1. Set FPO battery charge current
                2. Set fault report delays
                3. Reset timer for new battery install
                4. Reset fault counters
             8. Tools
                1. Upgrade software
                2. System reboot
                3. System activity log
          4. Interface Ports:    
             1. NL2: Two SPI ports
             2. NL4: Four SPI ports
          5. Electrical Ratings
             1. Input Operating Voltage: 9 to 30 VDC
             2. Input Operating Current: 60mA nominal
             3. Network Data Rate: 10/100 Mbps
             4. Voltage Measurement Range: 1 to 30 VDC plus/minus 5 percent
             5. Current Measurement Range: 0 to 20A plus/minus 0.1 Amps plus 5 percent of reading
             6. Event Input: 9 to 32 VDC
             7. Output 1, 2 Max Sink Current           : 50 mA nominal
          6. Agency Listings:
             1. USA: UL294, UL2044, UL60950-1
          7. Size and Weight:
             1. Height: 2.5 inches
             2. Width: 4 inches
             3. Depth: 1.5 inches
          8. Weight: 0.25 pounds

1. Examination

   3.01.     EXAMINATION

   1. Verification Of Conditions
      1. The Contractor shall visit the site and verify that site conditions are in agreement with the design package.  The Contractor shall report all changes to the site or conditions which will affect performance of the system to the Owner.  The Contractor shall not take any corrective action without written permission from the Owner.
      2. General
         1. Verify that substrate conditions, which have either been previously installed under other sections, or that existing site conditions, are acceptable for product installation in accordance with manufacturer’s instructions.
         2. Verify that building doors, frames, walls, wire runs, related items, and conditions are ready to receive work of this Section.
      3. Cable & Wiring
         1. Examine pathway elements intended for cables.  Check raceways, cable trays, and other elements for compliance with space allocations, installation tolerances, hazards to cable installation, and other conditions affecting installation.
         2. Examine roughing-in for LAN and control cable conduit systems to PCs, Controllers, card readers, and other cable-connected devices to verify actual locations of conduit and back boxes before device installation.
      4. LAN/WAN
         1. Verify LAN connections for Ethernet capable PACS controllers and devices provide access to the internet and the HSMS host.
      5. Power Connections
         1. Verify power circuits which are existing or have been previously installed under other sections are acceptable for product installation in accordance with manufacturer’s instructions.
   2. Preinstalling Testing
      1. Perform the following field tests and inspections and prepare test reports:
         1. LAN Cable Procedures:  Inspect for physical damage and test each conductor signal path for continuity and shorts.  Use Class 2, bidirectional, Category 5 tester.  Test for faulty connectors, splices, and terminations.  Test according to TIA/EIA-568-1, "Commercial Building Telecommunications Cabling Standards – Part 1 General Requirements."  Link performance for UTP cables must comply with minimum criteria in TIA/EIA-568-B.
         2. Test each circuit and component of each system.  Tests shall include, but are not limited to, measurements of power supply output under maximum load, signal loop resistance, and leakage to ground where applicable.  System components with battery backup shall be operated on battery power for a period of not less than 10 percent of the calculated battery operating time.  Provide special equipment and software if testing requires special or dedicated equipment.
         3. Operational Test:  After installation of cables and connectors, demonstrate product capability and compliance with requirements.  Test each signal path for end-to-end performance from each end of all pairs installed.  Remove temporary connections when tests have been satisfactorily completed.

2. Preparation

   3.02.     PREPARATION

   1. Refer to 28 10 00 PHYSICAL ACCESS CONTROL SYSTEM, Part 3, PREPARATION.
   2. Determine Owner’s priority of importance to alternate high priority devices and normal priority devices on different multi-tap power supplies or POE switches to reduce failure points where a large number of devices are unavailable to a critical area.
   3. Coordinate arrangement, mounting, and support of electronic safety and security equipment:
      1. To allow maximum possible headroom unless specific mounting heights that reduce headroom are indicated,
      2. To provide for ease of disconnecting the equipment with minimum interference to other installations,
         To allow right of way for piping and conduit installed at required slope, so connecting raceways, cables, wireways, cable trays, and busways will be clear of obstructions and of the working and access space of other equipment.
   4. Coordinate installation of required supporting devices and set sleeves in cast-in-place concrete, masonry walls, and other structural components as they are constructed.
   5. Coordinate location of access panels and doors for electronic safety and security items that are behind finished surfaces or otherwise concealed.
   6. Prior to Installation
      1. All equipment shall be tested and configured in accordance with instructions provided by the manufacturer.

3. Installation

   3.03     INSTALLATION

   1. General
      [SPECIFIER NOTE: Modify or delete the following paragraphs to fit the Project. The staging requirement may not be justified on smaller projects]
      1. Before permanent installation of the system, the system and interconnected components and cables shall be staged on-site to verify that all are in good working order.
      2. Install all system components and appurtenances in accordance with the manufacturer’s specifications, referenced practices, guidelines and applicable codes.
      3. Comply with manufacturer’s written data, including product technical bulletins, product catalog installation instructions and product carton installation instructions.
      4. Furnish all necessary interconnections, services, and adjustments required for a complete and operable system as specified.
      5. Control signal, communications, and data transmission line grounding shall be installed as necessary to preclude ground loops, noise and surges from adversely affecting system operation.
      6. All equipment shall be attached to walls and ceiling/floor assemblies and shall be held firmly in place (e.g., sensors shall not be supported solely by suspended ceilings).  Fasteners and supports shall be adequate to support the required load.
      7. Use weatherproof equipment or covers where installed in areas exposed to weather.
   2. Wiring
      [SPECIFIER NOTE: Modify or delete the following paragraphs to fit the Project.]
      1. General
         1. All wiring is to be installed in dedicated conduit throughout. Cable shall not be pulled into conduits or placed in raceways, compartments, outlet boxes, junction boxes or similar fittings with other building wiring.
         2. All low voltage wiring outside the control console, cabinets, boxes and similar enclosures, shall be plenum rated where required by code.
         3. All wiring conductors connected to terminal strips shall be individually numbered and each cable or wiring group being extended from a panel or cabinet to a building mounted device shall be identified with the name and number of the particular device as identified and shown on building drawings.
         4. All exposed wiring inside and outside the control console, cabinets, boxes and similar enclosures, shall be dressed down neatly and secured with wiring cleats or wire ties.
         5. All exposed metallic flexible conduit and armored cable shall be dressed down neatly and secured with low profile, metal fasteners.
      2. Fire Wall Penetrations
         1. The Contractor shall avoid penetration of fire rated walls and floors wherever possible. Contractor shall also seal all floor, ceiling and wall penetrations in fire or smoke barriers and in the wiring closet.
      3. Wall Penetrations
         1. Where penetrations are necessary, they shall be sleeved with metallic conduit and resealed with an Underwriter Laboratories (UL) approved sealant.
         2. Provide three sided pre-finished metal hood and seal to wall where conduit penetrates exterior wall.
         3. Install new conduit on portable pipe supports – (low profile type), as manufactured by Portable Pipe Hangers or Advanced Support Products.  Provide roof protection pads under each support.  Coordinate location and routing with design engineer prior to rough-in or installation of system.
   3. Containers
      [SPECIFIER NOTE: Modify or delete the following paragraphs to fit the Project.]
      1. All cabinets, boxes, and similar enclosures containing security system components and/or cabling, which may easily be accessible to employees or to the public, shall be provided with a lock. Boxes above ceiling level in occupied areas of the building shall not be considered to be accessible.
      2. All junction boxes and small device enclosures below ceiling level, and easily accessible to employees or the public, shall be covered with a suitable cover plate and secured with tamper proof screws.
   4. Controllers
      1. End-of-Line resistors shall be installed at the field device location and not at the controller panel location.
      2. Configure Controllers to establish network connection with Hosted Security Management System (HSMS).
      3. Use the HSMS web interface to:
         1. Add new controller to site locations.
         2. Update the Controller firmware to the version specified by the provider of the Hosted Security Management System (HSMS).
         3. Perform System Diagnostics to confirm successful network connectivity and initial configuration.
            [SPECIFIER NOTE: Delete the following Paragraph (Controllers – Retrofit) if no retrofit work is required.]
   5. Controllers – Retrofit
      1. Document installation and operational details for existing system.
      2. Coordinate with guards / alarm monitoring personnel and central monitoring service regarding system outage schedule.
         1. Schedule retrofit work to minimize impact on owner operations.
            [SPECIFIER NOTE: Delete one or both below Subparagraphs if not required.]
         2. Provide security personnel to manually process owner personnel access to portals when secure access through a portal is required while work is being performed.
         3. Provide security personnel to protect portals that are unsecured after integrator work hours.
      3. Disconnect power and battery backup from existing controllers.
      4. Remove existing controllers and associated expansion cards and deliver to owner.
         1. Leave existing enclosures, backplanes, and power supplies in-place.
      5. Follow manufacturer’s installation instructions to install retrofit controller boards in existing enclosures and reconnect existing cables.
         1. End-of-Line resistors shall be installed at the field device location and not at the controller panel location.
      6. Configure Controllers to establish network connection with Hosted Security Management System (HSMS).
      7. Use the HSMS web interface to:
         1. Add new controller to site locations.
         2. Update the Controller firmware to the version specified by the provider of the Hosted Security Management System (HSMS).
         3. Perform System Diagnostics to confirm successful network connectivity and initial configuration.
         4. Configure controller to return prior operation to existing portals.
   6. Badging Workstations
      1. Coordinate with Owner’s representative for exact location of badging workstation, mounting height and location of camera and photo backdrop.
      2. Run print test for the printer confirming communications between PC and printer, and for proper calibration for thickness of card being used.
   7. Elevator Controls
      [SPECIFIER NOTE: Use the Elevator Controls subparagraphs for hardwired-panel driven elevator controls.  For network-controlled elevator controls, delete this section and reference in 28 10 00 – Systems Integration.]
      1. Install Elevator Card Readers at locations indicated in drawings. 
      2. Connect two PACS door control relays to elevator control panel.
         1. Cable provided by other.
         2. Elevator Installer shall make connection to elevator control panel.
      3. Program HSMS to energize associated relay when proper credential is presented to Elevator Card Reader.  Energized relay will enable elevator call button.

4. Repair / Restoration

   3.04.     REPAIR/RESTORATION
   [SPECIFIER NOTE: Describe how existing work is to be repaired, restored and cleaned.]

5. Re-Installation

   3.05.     RE-INSTALLATION
   [SPECIFIER NOTE: Describe the building-in, installation or re-installation of existing elements.]

6. Site Quality Control

   3.06.     SITE QUALITY CONTROL

   1. Site Tests and Inspections
      1. Coordinate with Site Tests and Inspections defined in 28 10 00 PHYSICAL ACCESS CONTROL SYSTEM, Part 3, SITE QUALITY CONTROL.
   2. Non-Conforming Work
      1. Contractor must note any variants at the site and notify owner’s representative within three business days of anything that might affect the delivery date of the system or any trades associated with the functioning of the system.
         [SPECIFIER NOTE: Retain paragraphs below to require a factory-authorized service representative to perform, or assist Contractor. Delete in its entirety to require only an inspection before field testing.]
   3. Manufacturer Services
      1. Engage a member of the manufacturer’s engineering support team to inspect[, test, and adjust] field-assembled components and equipment installation, including connections[, and to assist in field testing, final testing].  Report results in writing.
      2. Engage a member of the manufacturer’s engineering support team for training.

7. Adjusting

   3.07.     ADJUSTING

   1. Perform field software changes after the initial programming session to “fine tune” operating parameters and sequence of operations based on any revisions to the Owner’s operating requirements.
   2. Security Hardening Procedures
      1. Installer/Factory User Accounts
         1. Remove all (default, installer, or temporary) user accounts and passwords used during installation that are not part of the End-user’s final operational requirements.
      2. User accounts that match factory defaults user accounts shall have new passwords assigned that are substantially different from factory default passwords.

8. Cleaning

   3.08.      CLEANING

   1. Upon completion and verification of performance of installation, remove surplus materials, excess materials, rubbish, tools and equipment

9. Closeout Activities

   3.09.      CLOSEOUT ACTIVITIES

   1. Demonstration
      1. Refer to 28 10 00 PHYSICAL ACCESS CONTROL SYSTEM, Part 3, CLOSEOUT ACTIVITIES.
      2. Demonstrate operation of PACS secured doors.
      3. Demonstrate operation of PACS secured/controlled elevators.
      4. Demonstrate the Power Management capabilities.
   2. Training
      1. Refer to 28 10 00 PHYSICAL ACCESS CONTROL SYSTEM, Part 3, CLOSEOUT ACTIVITIES.
   3. License Assignment
      1. Software, hardware, firmware, operational or administrative licenses necessary for to operate or administer the devices shall be registered to the Owner.
      2. Deliver to the Owner’s Representative proof of license registration from the product manufacturer.

10. Protection

    3.10.      PROTECTION

    1. Maintain strict security during the installation of equipment and software.  Rooms housing accessible equipment and workstations that have been powered up shall be locked and secured during periods when a qualified operator in the employ of Contractor is not present.
    2. Protect installed work of other trades when working in the same location.
    3. Protect all completed work prior to acceptance by owner.
       [SPECIFIER NOTE: Owner may, at Owner's discretion, relieve the contractor from this burden. For example, if the site already has onsite officer guarding service.]
11. 3.11.     MAINTENANCE
    1. Software and Firmware updates are to be delivered as part of the Warranty and Service Agreements.

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