40 66 00



***NOTE TO USER: DELETE THIS PAGE WHEN FINISHED***NOTES TO USERSThere are hidden Specifier Notes, shown as red, italicized text (i.e.: [NTS:], throughout this document. These specifier notes are meant to assist the user with tailoring the document to the specific information needed or required for the project. To view or hide these specifier notes, click the Paragraph symbol (?) representing the Show/Hide function in the Paragraph Group of the Home Tab. This text is formatted as hidden text; when the Show/Hide function is turned off, the hidden text will not show up when printed. Throughout this document users will also find braces surrounding text. These braces { } are representative of optional sections of text that may not be necessary to include in the section depending on the current project. Users may also find empty braces throughout the document. The specifier notes contained above the text will assist the user with what information is to be included in the empty braces, if necessary. THERE SHOULD BE NO REMAINING BRACES AFTER THE DOCUMENT HAS BEEN FULLY EDITED.Specifier notes are hidden text and therefore should not be modified in any way; they are simply an instructional tool to assist the user with modifying the hard text within the document. User must not delete or modify specifier notes in order to maintain integrity of the master template. An example [NTS] is located below to confirm the user’s MSWord settings are configured properly.[NTS: This note is visible to user when MSWord is configured as described above.]AGAIN, THESE NOTES WILL NOT PRINT WHEN THE SHOW/HIDE FUNCTION IS TURNED OFF.section 40 66 00Process control systemNETWORK AND COMMUNICATION EQUIPMENTGENERAL[NTS: Given the rapid rate of change in performance specifications for many of the components included herein, check with vendors for the latest performance specifications.] [NTS: Keep this description brief. The SUMMARY Article is intended to only outline the contents of topics in this Specification Section. Do not stipulate specification requirements in this Article.]SUMMARYSection Includes:Computer network and HMI hardware requirements, which include, but are not necessarily limited to:LED-backlit LCD Flat Panel Type Monitors.Engineering Workstations.Operator work Servers.Cellular routers.Server Racks.Ethernet Rack Switches in Network Interface Panels (NIP).Ethernet Switches for Large Packaged Control Systems.Ethernet Switches for Small Non-Complex Packaged Control Systems.Ethernet switches for PLC panels.Routers.Rack Mounted UPS.Rack Mount Fiber Optic Patch Panels.Panel Mount Fiber Optic Patch Panels.Rack Mount Category 6a Patch Panels.Printers.Software.Accessories and Maintenance Materials.Applicable Specification Sections include, but are not necessarily limited to:Division 00 - Procurement and Contracting Requirements.Division 01 - General Requirements.Section 40 61 13 – Process Control System General ProvisionsSection 40 61 21 – Process Control System TestingSection 40 61 26 – Process Control System TrainingSection 40 61 93 – Process Control System I/O ListSection 40 61 96 – Process Control DescriptionsSection 40 67 00 – Control System Equipment Panels and RacksSection 40 67 33 – Panel WiringSection 40 67 63 – Process Control System Uninterruptible Power Supply (UPS)Section 40 80 00 – Commissioning of Process SystemsGeneral: The SYSTEM INTEGRATOR and qualified electrical installers, shall provide the workstations, networking equipment, cellular routers, switches, routers, servers, and software for a complete and operable system in accordance with the Contract Documents. QUALITY ASSURANCEReferenced Standards:Institute of Electrical and Electronics Engineers, Inc. (IEEE):802.3, Information Technology - Local and Metropolitan Area Networks - Part 3: Carrier Sense Multiple Access with Collision Detection (CSMA/CD) Access Method and Physical Layer Specifications.802.3u: IEEE Standards for Local and Metropolitan Area Networks: Supplement to Carrier Sense Multiple Access with Collision Detection (CSMA/CD) Access Method and Physical Layer Specifications Media Access Control (MAC) Parameters, Physical Layer, Medium Attachment Units, and Repeater for 100 Mb/s Operation, Type 100BASE-T.802.3x: IEEE Standards for Local and Metropolitan Area Networks: Specification for 802.3 Full Duplex Operation.{1394, High Performance Serial Bus.}SUBMITTALSShop Drawings:See Specification Section 01 33 00 – Submittal Procedures for requirements for the mechanics and administration of the submittal process.See Specification Section 40 61 13 – Process Control System General Provisions.Product technical data including:Acknowledgement that products submitted meet requirements of standards referenced. {Manufacturer's installation instructions.}Fabrication and/or layout work/Server rack layout drawings.Certifications.{Test reports.}Contract Closeout Information:Operation and Maintenance Data:See Specification Section 01 78 23 – Operation and Maintenance Data for requirements for the mechanics, administration, and the content of Operation and Maintenance Manual submittals.DEFINITIONSHMI: Human Machine Interface.LED-backlit LCD: Light Emitting Diode backlit Liquid Crystal Display.OPC: “OLE for Process Control”, a software standard utilizing a client/server model that makes interoperability possible between automation/control applications and field systems/devices.PC: Personal Computer.RAID: Redundant Array of Independent Disks; a method of storing the same data in different places on multiple hard disks.RAM: Random Access Memory.RDIMM: Registered Dual In-line Memory ModuleSDRAM: Synchronous Dynamic RAM.SCSI: Small Computer System Interface is a set of standards established for physically connecting to a computer as well as transferring data between computers and peripheral devices.SNMP: Simple Network Management Protocol, a set of protocols for managing complex networks.PRODUCTS[NTS: The ACCEPTABLE MANUFACTURERS Article is used to list only the names of manufacturers that have been determined capable to provide products specified in subsequent Articles.]ACCEPTABLE MANUFACTURERSSubject to compliance with the Contract Documents, the manufacturers listed within the following Articles are acceptable.{No like, equivalent or "or-equal" item {or substitution} is permitted.}Submit request for substitution in accordance with Specification Section 01 25 13 – Product Substitutions.[NTS: Check with OWNER to see if there are any ergonomic or other reasons to use trackballs, pens, or touch screens instead of mice, or in addition to mice.]Cellular routersProvide Cellular Routers {at each pump station site} {at each control vault site} {per Drawings and Schedule herein}. Cellular routers are to be mounted within {a dedicated enclosure} {on DIN rail in the PLC/RTU control panel}.Acceptable Manufacturer:For 1 to 3 connected ports provide 4-port cell router: Cisco IR1101-A-K9One of the four ports is not used and is dedicated for programmer’s use.Power Supply, 50 W: PWR-IE50W-AC-LProvide SL-IR1101-NA perpetual software license.DIN rail: IR1101-DINRAILDedicated multimode LTE for Verizon Wireless networks (700 MHz band 13).Cellular interface card: P-LTE-VZAntenna connections: 2. See outdoor antennas, below, in Accessories. Quantity of 2, SMA to TNC adapters: LTE-ADPT-SM-TMProvide cell router serial number to the District so that the District can register routers using Cisco’s smart licensing. For 4 to 5 connected ports provide the Cisco IRM-1100-4A2T expansion module in addition to the Cisco IR1101-A-K9 router.For larger applications that require 6 or more ports the Cisco IR1101-A-K9 should be provided with an Allen-Bradley Stratix 5800 series managed Ethernet switch, part number 1783-MMS10.Flash the router to the latest approved firmware. Obtain the latest firmware version from NEORSD. The router will be configured by NEORSD onsite.[NTS: Provide referenced documentation if installations are to be outlined in a schedule]Accessories:Antenna: Two omni-directional, wide band, 50 ohm, outdoor ratedWilson Electronics 304422Antennas shall be mounted outdoors and remote from router. Surge Arrestors – Two (one for each antenna)Wilson Electronics 859902-K (includes two-foot jumper cable)Coax cables (two, from router to each antenna)50 ohm impedanceLMR400Length to suitAll mounting hardware and connectors.Schedule:EQUIPMENT NO.DESCRIPTIONREMARKSSERVER RACKSAcceptable Manufactures:APC/SchneiderGreat Lakes Data Racks & CabinetsRittal{Tripp Lite}Provide Server Racks as shown on the Drawings and the Schedule herein.Design and fabrication:[NTS: Most common rack width is 19 IN, but 23 IN is also available.]Width: 19 IN.Depth: Minimum 30 IN.Height: As per schedule in D. belowMounting: {Freestanding/Floor}{Wall Mount}{Open rack to enable air movement.}{Louvered steel top cover.}{Top cover with ventilation fans.} Steel side covers which are removable via quarter-turn fasteners. Front and rear locking doors.Material: Aluminum or steel with powder coat finish.Leveling feet and rollers.Sliding shelves.Anti-tip stabilizer feet for floor mount racks.Sliding tray to hold portable computer/keyboard.Rack mounted power strips and cable management.Two (2) vertical power strips shall be provided at rear of panel.{Two (2) horizontal power strips shall be provided at rear of panel.} Power strip capacity shall be sized with minimum 25% spare plug space for future expansion.{Provide { } horizontal power strips at front rails of panel for shelf mounted components.}Cable management is required at {bottom}{top} and rear of panel for routing of all cables which exit the enclosure.Cable management is required above and below all switches and patch panels.[NTS: If you want multiple servers to share a monitor, keyboard, or mouse, then specify a KVM switch.]{KVM Switch: Manufacturer: Avocent/Vertiv}{Uninterruptible power supply and accessories shall be mounted at bottom of panel.}{Furnish manufacturer supplied stainless steel mounting accessories for wall mount racks.}Schedule:EQUIPMENT NO.DESCRIPTIONSIZE (IN)REMARKSETHERNET RACK SWITCHES[NTS: The specific ethernet switch to be utilized will depend upon the network topology. District utilized Ring topology on the backbone or core switches and Star topology on non-core network. Ethernet switches can be utilized in star, bus or ring topologies (or combinations thereof). Topology factors to consider:Star: A single ethernet switch (or other central communication device) communicates with various devices via a dedicated cable to each device. The connected cables form a “star” with the Ethernet switch at the center. This may be a practical topology when the connected devices are nearby and the loss of any one cable connection is not a serious problem.Bus: Each Ethernet switch (or other communication device) is connected to a single cable (bus). The cable can carry only one message at a time, and each communication device on the network must be capable of knowing when it can and cannot transmit using this shared medium.Ring: Each Ethernet switch is connected to two other switches with all connected switches forming a ring. If a cable connection is lost in any one location, the communication between the two disconnected devices can still take place via redirection of traffic, all switches are still connected. This is a significant reliability advantage over the bus network, where a disconnected cable will halt communication between the network server and all devices on the other side of the disconnected/broken cable.Acceptable Manufacturers:Acceptable Manufacturers:Cisco Catalyst {C9500}: Core SwitchesCisco Catalyst {C9200 or C9300 - verify}: Area SwitchesCisco Catalyst {C9200 - verify}: Redundant Area Switches with Resilient Ethernet Protocol (REP)Accessories: “Stack Module” as required to create logical switches and reduce network latency.Provide Ethernet rackmount switches as shown on the Drawings and the Schedule herein.[NTS: Managed switches should be utilized for “heart of the system” applications, such as HMI network switches.]Ethernet Rack Switches:Design and fabrication:{24} {48} Ethernet 10/100/1000 Mbit/s RJ45 copper ports{4 X Gigabit} Ethernet backbone uplink module for connection to {multimode} {single mode} fiber via type LC connectors (ST not allowed). {()}.Backbone (trunk) fiber ports shall be via Cisco SFP modules (SFP-10G-LRM). [NTS: Use optional text or schedule if you desire to specify number of ports for each switch.]{Two} {_____} backbone ports for connection to {multimode} {single mode} fiber via type LC connectors (ST not allowed).}[NTS: Use optional text or schedule if you desire to specify number of ports for each switch.]{_____} 10/100/1000 MBit/s twisted pair ports as required for communication with other devices as depicted in the Contract Documents.}Support for redundant power suppliesSupport IEEE 802.3bz to go beyond 1 Gb/s with Cat 6a or higher cables[NTS: SNMP works by sending messages to different parts of a network. SNMP-compliant devices store data about themselves and return this data to the SNMP requesters.]Support SNMP and Web based management.Rapid Spanning Tree Protocol.IGMP (Internet Group Management Protocol) support for IP multicast filtering to enable switches to automatically route messages only to appropriate ports.Check all received data for validity.Discard invalid and defective frames or fragments.Monitor connected TP/TX line segments for short-circuit or interrupt using regular link test pulses in accordance with IEEE 802.3.Monitor attached fiber optic lines for open circuit conditions in accordance with IEEE 802.3.As applicable, meet requirements of IEEE 802.3.Provide Cisco cryptographic K9 product bundle.1 rack unit (RU) form factorSoftware support for IPv4 and IPv6 routing, multicast routing, modular quality of service (QoS), flexible netflow (FNF) and enhanced security features.Power switch with 120 VAC power input.Provide LED status lights to indicate:Power: Supply voltage present.Fault.Port status.Environmental rating:Operating temperature: 32 Deg F to 122 Deg F.Humidity: 95 percent relative humidity, non-condensing.{Function in redundant self-healing ring structure.}{If one section in the ring fails, the ring structure changes to a line structure within 0.5 seconds.}{Preferred topology is to establish a redundant self-healing ring topology such that communication between the Plant PLCs shall remain intact in the event of a failure on the backbone whether in the fiber duct bank or in the switch or anywhere in between.} {Ether Channel bonding topology in a ring configuration shall also be explored.} {Systems Integrator shall furnish any additional hardware required to establish the above topology.} {CONTRACTOR shall obtain 90-day access to Cisco Technical Assistance Center (TAC) support to obtain Cisco support, if required, during configuration.} {Provide Cisco licenses and support [insert details here].}Schedule:EQUIPMENT NO.DESCRIPTIONLOCATIONQUANTITYSUPPLIED BYETHERNET MANAGED SWITCHES OR ETHERNET SWITCHES FOR PLANT PLC(S) AND PACKAGED CONTROL SYSTEMS[NTS: District has standardized on Allen-Bradley Stratix 8000. Update to latest model, provide required options such as SFP]Acceptable Manufacturers:Allen-Bradley Stratix 5800 series managed Ethernet switch, part number 1783-MMS10, no equal. One port (port 8) shall not be connected to any devices and shall be dedicated solely for the use of the programmer.Always leave four inches of panel space and DIN rail to the right of the Stratix switch to mount a current or future expansion moduleIf between 11 and 18 ports are required, provide the 1783-MMX8T expansion module with the Stratix switch. If between 11 and 26 ports are required, provide the 1783-MMX16T expansion module with the Stratix switch.If between 11 and 16 ports and two SFP-capable ports are required, provide the 1783-MMX6T2S expansion module with the Stratix switch. If between 11 and 24 ports and two SFP-capable ports are required, provide the 1783-MMX14T2S expansion module with the Stratix switch.To add an SFP GB transceiver to one or both SFP-capable GE ports on the 1783-MMS10, 1783-MMX6T2S, or 1783-MMX14T2S provide part number 1783-SFP1GLX.Provide managed Ethernet switches as shown on the Drawings and the Schedule herein.Utilize managed Ethernet switches rather than media converters when communication is required between copper and fiber media. The use of media converters is not allowed.Provide dedicated 24 VDC power supply. Allen-Bradley model 1606-XLS-120E, no equal. Alternative to a dedicated power supply is to provide redundant power supplies with redundancy module with no more than three devices powered.Obtain IP addresses from NEORSD.Terminate all cables and patch cords at the Ethernet switches and connected devices.Flash the switch to the latest approved firmware. Obtain the latest firmware version from NEORSD. The switch will be configured by NEORSD onsite.After installation, provide port locks and cable locks. A blue port lock shall be installed in the port dedicated for the authorized programmer’s use. Blue port lock shall be Panduit part number PSL-DCJB-BU. All unused ports shall be disabled by means of the switch configuration.Cable locks shall prevent all installed cables from being removed. All cable locks shall be black. Provide Panduit plug lock-in device, part number PSL-DCPLE. Cable locks to be installed only as directed by NEORSD.[NTS: Managed switches should be utilized for “heart of the system” applications, such as HMI network switches. ]ROUTERS and Layer-3 switchesAcceptable Manufacturers:Cisco {Model 4451-X Integrated Services Router (ISR)}{Model Catalyst 9300 Series Switches}Provide routers as shown on the Drawings and the Schedule herein.[NTS: Standard computer offerings in terms of processing speed, memory, etc., are being enhanced constantly. Continue to check manufacturer’s specifications and revise specific capabilities accordingly prior to issuing specification.]Router Design Requirements:Support for multiple, diverse access links: T1/E1, T3/E3, xDSL, Gigabit and 10-Gigabit EthernetModular interfaces with online removal and insertion (OIR) for module upgrades without network disruption.GUI based device management capability for configuring routing, firewall, VPN, WAN and LAN. Built-in {Cisco IOS} firewall. Systems Integrator shall configure and enable firewall in the connection to the outside world to provide controlled access policies for the sharing of data between networks.Layer-3 Switch Design Requirements:480 Gbps stacking bandwidthLayer-3 LAN Base – Support for static IP routing. Support for SVI.Layer-3 IP Base – RIP, EIGRP stub, OSPF for routed access, PBR, IPv4 & IPv6 EIGRP stub routing, WCCP, IPV6 uRPF, IPV6 PBR, VRRPv3, Policy Classification Engine, HSRP v6Layer-3 IP Services – OSPF, EIGRP, BGP, IS-IS, VRF-liteSchedule:EQUIPMENT NO.DESCRIPTIONLOCATIONRACK MOUNTABLE UPSRefer to specification 40 67 63.Schedule:EQUIPMENT NO.DESCRIPTIONLOCATIONRACK MOUNT FIBER OPTIC PATCH PANELSManufacturers:Preferred Manufacturer: Corning? {model CCH-04U}Acceptable Manufacturers: Panduit CMxxZBU and Siemens RIC3 seriesRack Mount Fiber Optic Patch Panels:Design and fabrication:Closet Connector Housings (CCH) shall provide interconnect or cross-connect capabilities between outside panel, rise or distribution fiber cables.Housings shall accept up to 12 Corning? CCH connector panels. Units shall be designed for rack mounting in 19” racks.Unit shall be between 2U (2 rack units) and 4U (4 rack units), according to the application or as shown on contract documents.Unit shall feature a clear-door, removable front and rear enclosures and a platinum-painted interior for maximum visibility and access. Manufacturer provided strain relief brackets, routing clips and guides and mounting brackets shall be furnished. Manufacturer provided documentation labels shall be furnished. Unit shall be provided with a removable tinted polycarbonate front door. Furnish manufacturer provided CCH splice cassettes model CCH-CS. Systems Integrator shall determine quantity. Furnish at least 8 (right) Corning? CCH connector panels in each unit or as required. Schedule:EQUIPMENT NO.DESCRIPTIONLOCATIONSUPPLIED BYPANEL MOUNT FIBER OPTIC PATCH PANELS Acceptable Manufacturers:Corning? {model SPH-01P-DIN}Cabinet (Panel) Mount Fiber Optic Patch Panels:Design and fabrication:DIN rail mountable single panel housing shall allow fiber optic cable protection and connectivity in control panels. Metal housing with smooth, black powder coat finish. Housings shall accept one (1) Corning? CCH connector panels. Provide all connectors and adapters.Schedule:EQUIPMENT NO.DESCRIPTIONLOCATIONSUPPLIED BYRACK MOUNT CATEGORY 6a PATCH PANELAll Category 6a cables which originate outside of a network or server rack shall be terminated using a patch panel. Acceptable manufacturers:Ortronics/LegrandBlack BoxPanduitTripp LiteBeldenOr equivalent.Copper Patch Panel Requirements:24-port or 48-port modular jack (2U maximum), with rear mounted type 110 insulation displacement connectors.Panel shall have incoming cable strain relief and cable management guides.Jack pin/pair configuration shall be T568B.Jacks shall be unkeyed.Provide patch panels adequate to house installed category 6a cables plus 25% spare for future expansion.ACCESSORIES AND MAINTENANCE MATERIALSProvide all accessories required to furnish a complete computer-based network for the control system to accomplish the requirements of the Drawings and Specifications.EXECUTIONDEMONSTRATIONDemonstrate system in accordance with Specification Section 01 75 00 – System Facility Start Up.INSTALLATION AND CHECKOUTComputer and network cabling are subject to requirements contained in NEORSD Electrical Standards and Conventions manual.Ensure all Ethernet switches, routers, and all other electronic devices specified herein are grounded in accordance with manufacturer’s recommendations.Provide installation and checkout in accordance with Specification Section 40 80 00 – Commissioning of Process Systems.END OF SECTION ................
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