Attachment 4 - 663-21-100 - Basis of Design.pdf

August 10th, 2023

UPGRADE

EXTERIOR

SECURITY SYSTEM

PROJECT #: 663-21-100

VA PUGET SOUND HEALTH CARE SYSTEM

1600 SOUTH COLUMBIAN WAY

SEATTLE, WASHINGTON 98108

BASIS OF DESIGN

100% SUBMITTAL

CONSTRUCTION DOCUMENTS

UPGRADE EXTERIOR SECURITY SYSTEM

VA PUGET SOUND HEALTH CARE SYSTEM – SEATTLE, WA

TABLE OF CONTENTS PAGE 02

TABLE OF CONTENTS

TABLE OF CONTENTS

EXECUTIVE SUMMARY

PHASING NARRATIVE

CIVIL/SITE DEVELOPMENT NARRATIVE

STRUCTURAL NARRATIVE

ELECTRICAL NARRATIVE

DEDUCTIVE ALTERNATIVES

DRAWINGS BOUND SEPARATELY

SPECIFICATIONS BOUND SEPARATELY

EXECUTIVE SUMMARY PAGE 03

EXECUTIVE SUMMARY

Spees Design Build has been contracted to provide upgrades to the Seattle VA Security System.

The Upgraded Exterior Security System will:

1. Provide an improved exterior security system in the interest of safeguarding veterans and staff.

2. Provide emergency blue light telephone stations across the South Parking Lot and Parking Lot B.

3. Provide security cameras for visual monitoring of the parking lots as identified.

4. Install four access gates in the subject parking lots to limit access to employees and contractors.

Access gates are a deductive alternate.

The design considers necessary work within both vertical and horizontal adjacencies (i.e. below grade), to configure the spaces for secure use including efficient traffic and access flow. This is a fully functional medical facility, and the design must minimize disruption of traffic (vehicular and pedestrian) flow in the parking lots as well as the surrounding areas during construction.

The A/E shall provide all required professional engineering consultants to include, but not limited to architectural, civil, electrical, and telecommunications.

Spees work towards the 100% Construction Documents includes further deductive alternate coordination with the VA and design, responses to 95% DD2 review comments, cost analysis, coordination with VA engineering staff and review of as-built drawings.

A traffic study was performed by professional engineers under Spees’ supervision. The study highlights modifications to the gate systems at each of the four locations specified in the scope of work.

The 100% design reflects detailed designs for demolition, new construction, devices and power and data typology.

PHASING NARRATIVE PAGE 04

PHASING NARRATIVE

VA CONSTRUCTION RESTRICTIONS

Work to be performed during the normal operating hours of the VA facility. All construction safety provisions as provided by OSHA and VA Safety Manuals shall be designed. See Sheet GS100.

PHASE 1

Parking Lot C and West portion of Parking Lot D – entrance to be closed with the appropriate signage.

Work areas for lighting, gates, cameras, and trenching shall be outlined with temporary fencing and properly secured at the end of each workday. See sheet GS103 for Phase 1 Work.

PHASE 2

Parking Lot B – Parking Lot C, D and E open, access to parking lot “B” shall be closed during trenching and construction of lighting, gates, and cameras. Upon successful installation, tie-back, termination and final testing, the lot will be opened for access. See sheet GS102 for Phase 2 Work.

PHASE 3

East portion of Parking Lot D and West portion of parking lot E - both North and South of North

Drive shall be closed during trenching. Upon successful installation, tie-back, termination at BLDG

7 and 34 and testing, the lot will be opened for access and all phases will be complete. See sheet

GS104 for Phase 3 Work.

PHASE 4

Central portion of Parking Lot E - Upon successful installation, tie-back, termination at BLDG 7 and

34 and testing, the lot will be opened for access and all phases will be complete. See sheet GS105 for Phase 4 Work.

PHASE 5

East portion of Parking Lot E - Upon successful installation, tie-back, termination at BLDG 7 and 33 and testing, the lot will be opened for access and all phases will be complete. See sheet GS105 for

Phase 5 Work.

CIVIL/SITE DEVELOPMENT NARRATIVE PAGE 05

CIVIL/SITE DEVELOPMENT NARRATIVE

The civil/site development aspect of the security upgrade entails five separate, but integral, components – lighting, cameras, traffic control, gate systems and blue light call stations. Paving, grading and channelization improvements will be constructed to facilitate the electrical and security improvements.

Site Demolition:

A. Portions of the existing parking lot will be demolished including HMA pavement sections, curbing, signage, and pedestrian walks immediately adjacent to the limits of work.

B. Approximately thirty (30) existing stalls will be removed and replaced by proposed mprovements.

C. The existing electrical/communications conduit banks will be preserved.

D. The existing drainage structures and pipe runs will be preserved; the overall drainage regime of the site will not be changed.

E. Excluding buried utilities and overhead power/communication lines, all surface features within the limits of pavement replacement will be demolished.

Grading:

The overall drainage characteristics of the existing parking lots will be maintained. The replaced portions of the parking lots will have grades of at least one percent for asphalt pavement in compliance with the grading requirements for parking lots provided in Table 4-1 of the VA Site Development

Design Manual. No accessible parking stalls will be constructed as part of this project, but accessible routes such as sidewalks shall be graded in compliance to the ABA and the VA Parking Design Guide and the Barrier Free Design Standard.

Paving:

A. Pavement section minimum depths will match or exceed the existing pavement section depths and will also comply with the minimum requirements of the VA Parking Manual Section 6.

B. The typical concrete curb will be according to the VA Standard Detail SD320523-17 entitled

“Concrete Vertical Curb and Terminal Section.”

C. The typical vertical curb and gutter shall conform to the City of Seattle standard plan 410.

D. The typical cement concrete sidewalk section will be according to the VA Standard Detail

SD320523-18

E. Parking lot striping and stall layout will be according to the VA Standard Detail SD321723-01

CIVIL/SITE DEVELOPMENT NARRATIVE PAGE 06

Storm Drainage:

No storm drainage infrastructure is required for this redevelopment project. The site will rely solely upon the existing storm drainage infrastructure for collection and conveyance. Because this project will result in a reduction of impervious surface coverage, the developed stormwater run-off volumes shall be less than in the existing condition. No surface water treatment or flow control BMPs are proposed under this project.

Water:

No Water Infrastructure is required for this redevelopment project.

Sanitary Sewer:

No sanitary sewer infrastructure is required for this redevelopment project.

Lighting:

Lighting for the parking areas will be maintained and/or replaced with similar performance where an existing light has to be relocated due to demolition and new construction.

Traffic Study:

A third-party engineering subconsultant, Reid-Middleton, performed a traffic study and preliminary engineering survey to satisfy the 15% requirements for this project. It was included in the calculations section of the Appendix for review, comment, and reference.

Gate System:

The gate systems shall incorporate:

• HID Card Access system (specification sheet found in Appendix)

• S.O.S. Emergency Vehicle Gate Opener. (Siren Operated Sensor - specification sheet found in

Appendix)

• Stentofon IP Based Intercom system (Weatherproof, Vandal proof - specification sheet found in

Appendix)

The design shall incorporate that the preference that same vendor that installs the opener also installs the vehicle presence sensor, the exit presence sensor and the Optical TX/RX safety device so that the gate doesn’t close onto a person, wheelchair, bicyclist or lawn equipment.

Blue Light Call box:

CIVIL/SITE DEVELOPMENT NARRATIVE PAGE 07

Fifteen (15) blue light call stations are incorporated into the design. Each is configured with the following features (specification sheet included in Appendix):

• Emergency Call Box – Handsfree speaker telephone. Single button operation.

• Capacity – Up to 10 numbers, each up to 16 digits in length.

• Response Assurance – Unit cannot be disabled by pressing call button after Emergency Mode operation sequence is started. Only remote attendant can terminate call.

• Site ID – Programmable 4 digit code.

• Programming – Remote via touch - tone telephone.

• Power – 100 VA 1 phase 60 hz, transformer included.

• Output Ratings – Power Relays: 5 AMPS at 12 VDC or 1 AMP at 110VAC

• Mounting – Surface/pole

• Construction:

o Noncorroding #316 Stainless Steel.

o Touch Carbon Fiber speaker.

o Unidirectional microphone in an acoustical chamber o Braille ADA compliant plate.

• Selection of the number of Emergency Telephones o No VA design guide provides a rationale for determining the density of emergency telephones in a given area.

o The current number (15) of emergency telephones in the design reflect a layout selected by the VA during the development of the 35% schematic design.

o Manufacturer recommendations are no further than 100 yards and 1 is always visible from any point in the covered area.

o Per manufacturer recommendations, a minimum of six (6) emergency telephones would provide adequate coverage for parking lots B, C, D & E.

STRUCTURAL NARRATIVE PAGE 08

STRUCTURAL NARRATIVE

Per above, the structural scope will accommodate the requirements for the exterior light poles during extreme weather and seismic conditions. In general, the pole and fixtures shall conform to the following:

• Pole Shaft - The pole shaft is fabricated from hot rolled welded steel tubing of one-piece construction with a minimum yield strength of 42 KSI.

• Pole Top - A removable top cap is provided for poles receiving drilling patterns for side-mount luminaire arm assemblies. Other pole top options include Tenon Top, Top Cap Only or Open Top which is typical when the pole top diameter matches the necessary slip-fit dimensions.

• Hand Hole - A reinforced hand hole with grounding provision is provided at 1' from the base end of the pole assembly. Each hand hole includes a cover and cover attachment hardware. All pole assemblies are provided with a 2.5" x 5" rectangular hand hole

(dimensions are nominal).

• Base Cover - A two-piece full base cover fabricated from ABS plastic is provided with each pole assembly. Additional base cover options, including a cast aluminum and fabricated steel cover, are available upon request.

• Anchor Bolts - Anchor bolts conform to ASTM F1554 Grade 55 and are provided with two hex nuts and two flat washers. Bolts have an "L" bend on one end and are galvanized a minimum of 12" on the threaded end.

• Hardware - All structural fasteners are galvanized high strength carbon steel. All non-structural fasteners are galvanized or zinc-plated carbon steel or stainless steel.

• Finish - Standard finishes are either Galvanized or Finish Painted. Additional finish options including Finish Paint over Galvanizing are available upon request.

• Design Criteria - Standard EPA (Effective Projected Area) and weight values are based on

Standard Commercial Criteria (with 1.3 gust factor) for side mounted fixtures only. Consult the factory on loading criteria for pole top mounted luminaires and/or brackets. Satisfactory performance of light poles is dependent upon the pole being properly attached to a supporting foundation of adequate design.

The bases for the access control gates and emergency telephone are designed per manufacturer's

STRUCTURAL NARRATIVE PAGE 09

specifications.

Gates

After the 35% schematic design submittal the VA selected to use an access-control rated gate instead of crash-rated gates initially requested by the VA.

ELECTRICAL NARRATIVE PAGE 10

ELECTRICAL NARRATIVE

The intent of this project is to increase the security of the existing exterior parking lots by providing a video camera security surveillance system, emergency blue light telephone stations, and vehicle entry gates with access control. The project will be designed with all the systems required including the following:

• Surveillance cameras will be provided to cover the complete view of the parking lots. The cameras will be mounted on existing light poles and on new emergency blue light telephone stations. Where an existing light pole does not exist and a blue light call box will not be present, a new dedicated camera pole will be provided.

• Emergency blue light telephone stations and entry gates will be provided and placed per our coordination effort with the VA.

• Power and telecommunications for all new systems will be provided via existing infrastructure;

existing systems will be upgraded as required.

EXISTING CONDITIONS

The existing parking lots are lighted but do not have an existing video camera surveillance system, emergency blue light telephone stations, or vehicle entry gates. Existing underground handholes and vaults are being evaluated for use for new underground power and telecommunications conduits.

Buildings 7, 33, 34, and 104 are the nearest buildings to the area of work; the building’s electrical rooms and telecommunications rooms have been evaluated to see if they are acceptable tie-in locations for power and telecommunications; these locations are acceptable. Reference the drawings for the exact rooms proposed to be used.

PROJECT UPGRADES

Power – Emergency power will be provided to the security camera systems, blue light call boxes, and access-controlled entry gates utilizing existing panelboards where available. All circuits have been analyzed for voltage drop and short circuit values as required. All panelboards receiving added load were metered for 30-days to verify panel capacity per NEC; the metered data can be viewed on the drawings.

Lighting – Where a light pole is removed for demolition it will be replaced at the nearest feasible location.

ELECTRICAL NARRATIVE PAGE 11

Conduits - Conduits shall be rigid where used in damp or exposed locations, or where specifically required by the NEC. PVC schedule 40 conduits shall be used where routed underground. Conduit shall not be used as a ground path; all electrical circuits shall contain a green insulated ground wire.

For all pole mounted equipment, the conduit will be surface mounted on the pole; for cameras, the pole is used as a raceway.

Where physical constraints do not allow separate conduits, communication cabling and power may be routed in the same conduit. Conduits which will support the installation of power and fiber optic communications will be sized to accommodate power conductors as well as dielectric fiber optic cable so that both power and fiber optic cable may share one (1) conduit. Each equipment enclosure will receive (1) dedicated 1.25” minimum conduit between the building servicing power and fiber optics.

Additional conduits will be installed to support low voltage power and communications between equipment enclosures and individual device locations. Where multiple devices are utilizing the same pathway it may be required to enlarge the conduit size for appropriate fill ratio. Where conduits are installed to support one device and continue to additional devices, a Quazite pull box shall be installed. Pull boxes shall be rated for the appropriate traffic rating determined by the installation location. Pull box lids shall have

“Security” stamped on them and be capable of bolting to the base with stainless steel hardware.

The security upgrades will require new underground infrastructure systems, including new power and communications utilities to service the new systems proposed.

Underground infrastructure systems will require trenching and/or directional boring (refer to civil) and other means necessary to install new conduit systems between existing buildings and security device locations. Underground conduits will be designed to provide efficiency to mitigate massive disturbances to existing surfaces.

Conductors – Copper conductors with 600-volt insulation for low voltage distribution has been provided.

Conductors No. 12 and larger shall be stranded, type THWN. Smaller conductors shall be a solid type

THHN/THWN. Aluminum conductors will not be permitted. Conductors for use in high temperature locations shall be insulated as required by the NEC. The minimum size of power conductors shall be

No. 12.

ELECTRICAL NARRATIVE PAGE 12

Telecommunications – All ethernet cabling shall be CAT 6A. Fiber-optic cable type shall be coordinated with local VA to adhere to facility’s requirements.

The new security systems will consist of various types of CCTV cameras, emergency blue light telephone stations, and access control gates. These systems will provide the

VA Police the necessary tools to monitor the campus for the safety of patients, guests and staff members.

Stainless Steel NEMA 4X equipment enclosures will support the termination of fiber optic cables and power to support the new systems. Each enclosure supporting CCTV and emergency blue light telephone station will be provided with a duplex receptacle, fiber optic distribution panel, PoE+ network switch, camera power injectors as required, and

24VAC power supplies. Enclosures will have a continuous hinge on one side with a lockable lever handle. Keys for all enclosures will be alike.

Equipment enclosures have been placed throughout the campus to support as many devices within 275’ of the enclosure to maintain cable distance standards.

The CCTV camera system will consist of pan/tilt/zoom (PTZ) cameras, 360-degree multi-sensor cameras, and new video recorders. Cameras will be supported with Cat 6A cabling between the camera and assigned equipment enclosures. Cameras will be installed approximately 12’ above the ground on either existing light poles, new camera support poles or utilizing an emergency blue light call station with camera arm.

Cameras will be installed to capture high quality video in day or night conditions utilizing

IR Illuminators. Cameras will be programmed to record on motion and provide PTZ camera call ups upon an initiated analytic event. Users will be able to control PTZ cameras utilizing a joystick.

The new video recorder will be sized to integrate the new cameras with the existing

Avigilon Control Center video management software and recording solution. The new servers will fully integrate with existing to provide minimum 60 days. New servers will be provided with appropriate ACC7 licenses and minimum 1-year Smart Assurance. NVR’s will be configured so that one NIC is configured for the CCTV network and the other configured for connection to the VA Network. Both networks shall always be air-gapped.

The emergency blue light call stations will be installed throughout the campus parking areas to provide push button access to emergency services. Call boxes will be installed

ELECTRICAL NARRATIVE PAGE 13

on existing light poles or as stand-alone towers. Each call box will include LED lighting for night use as well as blue lights affixed to the top of the boxes or towers for visibility.

Call box towers will be blue in color and have “EMERGENCY” labeled on the sides.

Towers will be fitted with camera arms as required per placement to provide a collocated solution minimizing infrastructure needs. Call boxes mounted to light poles will also have blue lights for visibility.

Emergency blue light call stations will utilize a Voice over IP (VoIP) call station which will be integrated into the VA VoIP system. Call stations will be programmed to automatically ring VA Police Dispatch or other locations as determined by the VA.

DEDUCTIVE ALTERNATIVES PAGE 14

DEDUCTIVE ALTERNATIVES

Five deductive alternatives are proposed.

Deduct D-1. The first is removing one of the incoming lanes at the western gate entrance to parking lot E. The traffic engineer suggested two incoming lanes to handle peak traffic and the design currently has two incoming lanes.

Deduct D-2. Second, the government stated it wanted more emergency blue light telephone stations and the design currently reflects a layout accepted by the government.

However, there is no code or standard design for this layout and vendors suggest placing emergency blue light telephone stations at intervals no longer than 300 ft and a person in need should always be able to see one from any location in the design area. The second deductive alternate eliminates all emergency blue light telephone stations that don’t meet this minimum guideline.

Deduct D-3. Third, the M30 gate is rated for a vehicular crash at 30mph. The design intent for the gates is to limit access to the parking lot to badged/authorized individuals, not an anti-terrorism intent that would necessitate stopping a vehicle charging the gate.

The third deductive alternate suggests the use of less robust gate systems. This deduct was selected.

Deduct D-4. The fourth deductive alternate is to use lower tier cameras that don’t have infrared. The rationale for this alterative is that the parking lots are well lit and IR is not required to meet the design criteria.

Deduct D-5. Fifth, the government directed the gates and supporting equipment be a deductive alternative. For this deduct, the parking lot entrances and exits will be demolished and new lanes, curbs, markings, and signage will be installed, however the gate device, card reader stanchion, gate lane island curbs, conduit and cables to the gate and card reader will not be installed.

END OF NARRATIVE

AV Line Managed Switches

Datasheet | M4250 series

AV Line Managed Switches

Switching Engineered for AV over IP

Introducing the NETGEAR AV Line of M4250 Switches, developed and engineered for audio/video professionals with dedicated service and support.

M4250 has been built from the ground up for the growing AV over IP market, combining years of networking expertise in AV with M4300 and M4500 series with best practices from leading experts in the professional AV market. AV codecs generally use 1Gbps or 10Gbps per stream and the AV Line of M4250 targets the widespread 1Gbps codecs.

PoE+, Ultra90 PoE++ and rear-facing ports ensure a clean integration in AV racks.

M4250 switches come pre-configured for standard audio and video signals. When requirements are more specific, an AV user interface offers customization with port-based profiles. For audio Dante, Q-SYS and AES67 profiles are available, as well as an AVB profile requiring an AVB license sold separately. For video the M4250 offers profiles for NVX, AMX, Q-SYS, NDI, Dante etc. as well as audio/ video/control mixed profiles. When multiple switches are used, NETGEAR IGMP PlusTM brings automation for you to just connect them together, or with M4300 and M4500 switches.

Highlights

Extended AV features

• AVB requires a license (sold separately)

• Audio / video / control mixed profiles

Audio Video Bridging (AVB) services

Other IT use cases

Industry standard management

Industry leading warranty

Datasheet | M4250 series

AV Line Managed Switches

Hardware-at-a-Glance

REAR (REVERSIBLE)* LEDs MANAGEMENT

Model Name

Form-Factor Switch-ing Fabric

10/100/1000 BASE-T RJ45 ports

100/1000/2.5G

BASE-T RJ45

ports

1000BASE-X

SFP ports

1000/10G

BASE-X

SFP+ ports

PSU

Status

Information

Out-of-band

Console

Model Number

M4250-10G2F-PoE+ 1U rackmount

440 x 43.2 x 200mm 24 Gbps

8 ports PoE+ (125W) 2 additional ports

2 ports SFP

1G

1 x Fixed (C14)

On/off switch

Available both in front and in the rear:

Power LED

PoE Max LED

(PoE models)

Fan LED

Port LEDs

Ethernet:

1G Out-of-band (Rear)

Console:

RJ45 RS232 (Rear)

Console:

USB-C (Rear)

Storage:

USB-A (Front)

LED Ext:

USB-C (Front)

GSM4212P

M4250-10G2XF-PoE+ 1U rackmount 440 x 43.2 x 200mm

60 Gbps 8 ports PoE+ (240W) 2 additional ports

2 ports SFP+

1G, 10G

1 x Fixed (C14)

On/off switch

GSM4212PX

M4250-10G2XF-PoE++ 1U rackmount

440 x 43.2 x 257mm

60 Gbps 8 ports PoE++** (720W)

2 additional ports

2 ports SFP+

1G, 10G

1 x Fixed (C14)

On/off switch

GSM4212UX

M4250-26G4F-PoE+ 1U rackmount 440x43.2x257mm

60 Gbps 24 ports PoE+ (300W) 2 additional ports

4 ports SFP

1G

1 x Fixed (C14)

On/Off switch

GSM4230P

M4250-26G4F-PoE++ 1U rackmount 440x43.2x400mm

60 Gbps

24 ports PoE++ (1,440W)**

(1 PSU/720W;

2 PSU/1,440W)

2 additional ports

4 ports SFP

1G

2 x Fixed (C14)

On/Off switch

GSM4230UP

M4250-26G4XF-PoE+ 1U rackmount 440x43.2x400mm

132 Gbps 24 ports PoE+ (480W) 2 additional ports

4 ports SFP+

1G; 10G

1 x Fixed (C14)

On/Off switch

GSM4230PX

M4250-40G8F-PoE+ 1U rackmount 440x43.2x400mm

96 Gbps 40 ports PoE+ (480W) - 8 ports SFP

1G

1 x Fixed (C14)

On/Off switch

GSM4248P

M4250-40G8XF-PoE+ 1U rackmount 440x43.2x400mm

240 Gbps 40 ports PoE+ (960W) - - 8 ports SFP+

1G; 10G

1 x Fixed (C14)

On/Off switch

GSM4248PX

M4250-40G8XF-PoE++ 2U rackmount 440x86.4x350mm

240 Gbps

40 ports PoE++ (2,880W)**

(1 PSU/720W;

2 PSU/1,650W;

3 PSU/2,880W)

8 ports SFP+

1G; 10G

3 x Fixed (C14)

On/Off switch

GSM4248UX

M4250-12M2XF

1U rackmount 440x43.2x100mm

100 Gbps -

12 ports

100M, 1G, 2.5G

2 ports SFP+

1G, 10G

1 x Fixed (C14)

On/Off switch

MSM4214X

M4250-16XF

1U rackmount 440x43.2x200mm

320 Gbps

16 ports SFP+

10G only

(First 12 ports support 1G)

1 x Fixed (C14)

On/Off switch

XSM4216F

* Reversed mounting is possible when ports are desired on the front of the rack by using the standard rackmount ears, or the included alternate rackmount ears to mount the switch recessed by 2-Inches to allow for the cabling.

** Ultra90 PoE++ 802.3bt is compatible with 802.3af PoE (15.4W), 802.3at PoE+ (30W) and 802.3bt (60W, 75W and 90W).

ccomfort Cloud

Datasheet | M4250 series

AV Line Managed Switches

Acoustic-at-a-Glance

FAN OFF MODE Setting / maximum loading* QUIET MODE Setting at 25ºC ambient** COOL MODE Setting at 25ºC ambient**

Model Name Fanless State Ambient Sensor PoE Power Load

Conditions PoE Power Load

Fan Duty

Sensor Case Temp (Top)

Acoustic Fan Duty

Case Temp (Top)

Acoustic Model Number

M4250-10G2F-PoE+ 0dBA / 41.8ºC Case Temp

25ºC <= 42ºC 80W All ports can be used

125W 25 <= 36ºC 35.9ºC 27.38dBA 100 27.2ºC 55dBA GSM4212P

M4250-10G2XF-PoE+ 0dBA / 39.6ºC Case Temp

25ºC <= 44ºC 90W All ports can be used

240W 25 <= 37ºC 40.6ºC 27.4dBA 100 30.9ºC 56dBA GSM4212PX

M4250-10G2XF-PoE++ 0dBA / 44.6ºC Case Temp

25ºC <= 67ºC 45W All ports can be used

0-250W 25 <= 49ºC 42.9ºC 34.57dBA

100 41.8ºC 66.23dBA GSM4212UX

250-380W 30 <= 49ºC 43.3ºC 40dBA

380W-500W 35 <= 49ºC 44.9ºC 44.22dBA

500W-720W 40 <= 49ºC 52.1ºC 47.19dBA

M4250-26G4F-PoE+ 0dBA / 40.5ºC Case Temp

25ºC S1<= 43ºC

S2<= 47ºC 45W

8 ports PoE

(no SFP)

0-200W 25 S1<= 43ºC

S2<=47ºC 43.5ºC 28dBA

100 36.7ºC 57dBA GSM4230P

200W-300W 30 S1<= 44ºC

S2<=48ºC 51.3ºC 34dBA

M4250-26G4F-PoE++ Not Supported

0-280W 20 S1<= 37ºC

S2<=39ºC 52.9ºC 28dBA

720W

36.7ºC

1,440W

46ºC

69dBA GSM4230UP

280W-360W 25 S1<= 38ºC

S2<=40ºC 57.4ºC 36dBA

360W-420W 30 S1<= 39ºC

S2<=41ºC 54.4ºC 41dBA

420W-480W 35 S1<= 40ºC

S2<=42ºC 53.3ºC 47dBA

480W-540W 40 S1<= 41ºC

S2<=43ºC 52.3ºC 50dBA

540W-600W 45 S1<= 42ºC

S2<=44ºC 54.4ºC 54dBA

600W-660W 50 S1<= 43ºC

S2<=45ºC 53.6ºC 57dBA

660W-1,440W 55 S1<= 44ºC

S2<=46ºC 55.7ºC 60dBA

M4250-26G4XF-PoE+ 0dBA / 43.4ºC Case Temp

25ºC S1<= 41ºC

S2<= 46ºC 45W

8 ports PoE

(no SFP+)

0-350W 20 S1<= 41ºC

S2<=46ºC 39.3ºC 25dBA

100 32.3ºC 67dBA GSM4230PX

350W-480W 30 S1<= 42ºC

S2<=47ºC 36.8ºC 42dBA

M4250-40G8F-PoE+ 0dBA / 45.2ºC Case Temp

25ºC S1<= 37ºC

S2<= 50ºC 30W

8 ports PoE

(No SFP)

0-150W 20 S1<= 37ºC

S2<=50ºC 43.1ºC 30dBA

100 35.4ºC 68dBA GSM4248P

150W-200W 25 S1<= 38ºC 42.1ºC 36dBA

200W-340W 30 S1<= 39ºC S2<=51ºC 44ºC 40dBA

340W-480W 35 S1<= 40ºC 47.6ºC 47dBA

Datasheet | M4250 series

AV Line Managed Switches

Acoustic-at-a-Glance

FAN OFF MODE Setting / maximum loading* QUIET MODE Setting at 25ºC ambient** COOL MODE Setting at 25ºC ambient**

Model Name Fanless State Ambient Sensor PoE Power Load

Conditions PoE Power Load

Fan Duty

Sensor Case Temp (Top)

Acoustic Fan Duty

Case Temp (Top)

Acoustic Model Number

M4250-40G8XF-PoE+ Not Supported

0-400W 20 S1<= 33ºC

S2<=46ºC 54.2ºC 29dBA

100 36.1ºC 69dBA GSM4248PX

400W-480W 25 S1<= 34ºC

S2<=47ºC 42.8ºC 35dBA

480W-560W 30 S1<= 35ºC

S2<=48ºC 41.9ºC 41dBA

560W-640W 35 S1<= 36ºC

S2<=49ºC 42.1ºC 48dBA

640W-720W 40 S1<= 37ºC

S2<=50ºC 40.9ºC 51dBA

720W-800W 45 S1<= 38ºC

S2<=51ºC 40.7ºC 54dBA

800W-880W 50 S1<= 39ºC

S2<=52ºC 40.4ºC 57dBA

880W-960W 55 S1<= 40ºC

S2<=53ºC 40.5ºC 59dBA

M4250-40G8XF-PoE++ Not Supported

0-160W 20 S1<= 37ºC

S2<=49ºC 41.3ºC 30dBA

720W

31.4ºC

1,650W

33.5ºC

2,880W

35.4ºC

71dBA GSM4248UX

160W-240W 25 S1<= 38ºC 38.8ºC 36dBA

240W-320W 30 S1<= 39ºC

S2<=50ºC 36.4ºC 42dBA

320W-400W 35 S1<= 40ºC 35.3ºC 49dBA

400W-480W 40 S1<= 41ºC

S2<=51ºC 34.4ºC 51dBA

480W-560W 45 S1<= 42ºC 34.3ºC 55dBA

560W-640W 50 S1<= 43ºC

S2<=52ºC 35.1ºC 57dBA

660W-2,880W 55 S1<= 44ºC 36.5ºC 60dBA

M4250-12M2XF

0dBA / 56ºC Case Temp

25ºC <= 64ºC - 8 ports 2.5G (no SFP+)

- 25 <= 58ºC 53.5ºC 28.5dBA 100 33.2ºC 55dBA MSM4214X

M4250-16XF

0dBA / 41.3ºC Case Temp

25ºC <= 78ºC - 8 ports SFP+ - 25 <= 67ºC 41.6ºC 27.44dBA 100 30.3ºC 57dBA XSM4216F

* Software-controlled fan adjustments enable the fans to be turned off when ambient temperature and PoE loads are appropriate for a totally fanless operation.

** dBA values are SPL (Sound Pressure Level) values, testing following the ISO-7779 standard. Bystander Mode. Chamber Temp 25ºC during testing. Full, 100%, Data and PoE loaded. Worst case.

Datasheet | M4250 series

AV Line Managed Switches

* Requires AVB license, sold separately. All other software features are available, license-free.

LITE LAYER 3 PACKAGE

Model Name

Management

AV

Dedicated UI

IPv4 / IPv6 ACL and QoS, DiffServ

IPv4 / IPv6 Multicast Filtering

IPv4 / IPv6 Policing and Convergence

Spanning Tree

Green Ethernet

VLANs Trunking Port Channel

IPv4 / IPv6 Authentication Security

IPv4 / IPv6 Static Routing

IPv4 / IPv6 Dynamic Routing

Model Number

M4250 series

Out-of-band

IT Web GUI (main)

HTTPs

CLI; Telnet; SSH

SNMP, MIBs

RSPAN

Radius Users, TACACS+

AV web-based GUI

Designed for AV installers

AV-related controls

Audio over IP profiles

AVB profile*

Video over IP profiles

Mixed Audio and Video profiles

Ingress/ egress

1 Kbps shaping

Time-based

Single Rate Policing

NETGEAR IGMPTM

Plus for automated IGMP between switches

IGMPv3 MLDv2 Snooping, Proxy ASM

& SSM

IGMPv1,v2 Querier (compatible v3)

Control Packet Flooding

Auto-VoIP

Policy-based routing (PBR)

LLDP-MED

IEEE 1588

PTPv2

1-Step End-to-End

Transparent Clock

AVB*:

802.1AS,

802.1Qav, 802.1Qat MSRP, 802.1ak MMRP, 802.1ak MVRP

STP, MTP,

RSTP

PV(R)STP

BPDU/STRG

Root Guard

EEE 802.3az

(EEE is disabled by default)

Static, Dynamic, Voice, MAC

GVRP/

GMRP

Double

VLAN

mode

Private VLANs

Auto-Trunk and Auto-LAG between M4250 Switches

Static LAG, or Dynamic LACP

(LACP automati-cally reverts to and from Static

LAG)

Seven (7) L2/ L3/L4 hashing algorithms

Successive Tiering

(DOT1X; MAB;

Captive Portal)

DHCP

Snooping Dynamic ARP Inspection IP Source Guard

Port, Subnet, VLAN routing

Multicast static routes

DHCPv4 Server

DHCP Relay

Stateful DHCPv6 Server

IPv4: RIP

IPv4/IPv6:

PIM-SM

PIM-DM

SSM

All models

Software-at-a-Glance

Datasheet | M4250 series

AV Line Managed Switches

Performance-at-a-Glance

TABLE SIZE

Model Name

MAC

ARP/NDP

Routing/ Switching Capacity

Throughput 64-byte

Application Route Scaling

Packet Buffer

Latency CPU

IP

Multicast Routing Entries

Jumbo Frames

Multicast IGMP Group membership

VLANs DHCP sFlow Model Number

M4250-10G2F-PoE+

16K MAC

4K ARP/

NDP

24 Gbps Line-Rate

17.86 Mpps

Static:

894v4/126v6 RIP: 32v4

16Mb <2.27µs 1G

ARM A9

1.25Ghz

32-Bit

2GB RAM

512 IPv4

128 IPv6

Up to 12K

2K IPv4

2K IPv6

4K VLANs

DHCP

Server:

2K leases

IPv4: 256 pools

IPv6: 16 pools

16 samplers

16 pollers

8 receivers

GSM4212P

M4250-10G2XF-PoE+

16K MAC

4K ARP/

NDP

60 Gbps Line-Rate

44.64 Mpps

Static:

894v4/126v6 RIP: 32v4

16Mb <2.14µs 1G <0.84µs 10G

GSM4212PX

M4250-10G2XF-PoE++

16K MAC

4K ARP/

NDP

60 Gbps Line-Rate

44.64 Mpps

Static:

894v4/126v6 RIP: 32v4

16Mb <1.84µs 1G <0.81µs 10G

GSM4212UX

M4250-26G4F-PoE+

16K MAC

4K ARP/NDP

60 Gbps

Line-Rate

44.64 Mpps

Static:

894v4/126v6

RIP: 32v4

16Mb <2.15.µs 1G

Quad-Core

Cortex-A57

ARMv8 1.8Ghz

64-bit

2GB RAM

GSM4230P

M4250-26G4F-PoE++

16K MAC

4K ARP/NDP

60 Gbps

Line-Rate

44.64 Mpps

Static:

894v4/126v6

RIP: 32v4

16Mb <2.15µs 1G GSM4230UP

M4250-26G4XF-PoE+

16K MAC

4K ARP/NDP

132 Gbps

Line-Rate

98.21 Mpps

Static:

894v4/126v6

RIP: 32v4

16Mb <2.29µs 1G

<0.83µs 10G

GSM4230PX

M4250-40G8F-PoE+

16K MAC

4K ARP/NDP

96 Gbps

Line-Rate

71.42 Mpps

Static:

894v4/126v6

RIP: 32v4

32Mb <2.46µs 1G GSM4248P

M4250-40G8XF-PoE+

16K MAC

4K ARP/NDP

240 Gbps

Line-Rate

178.56 Mpps

Static:

894v4/126v6

RIP: 32v4

32Mb <2.74µs 1G

<0.73µs 10G

GSM4248PX

M4250-40G8XF-PoE++

16K MAC

4K ARP/NDP

240 Gbps

Line-Rate

178.56 Mpps

Static:

894v4/126v6

RIP: 32v4

32Mb <2.78µs 1G

<0.73µs 10G

GSM4248UX

M4250-12M2XF

16K MAC

4K ARP/

NDP

100 Gbps Line-Rate

74.40 Mpps

Static:

894v4/126v6 RIP: 32v4

16Mb <2.84.µs 1G <6.02µs 2.5G <0.81µs 10G ARM A9

1.25Ghz

32-Bit

2GB RAM

MSM4214X

M4250-16XF

16K MAC

4K ARP/

NDP

320 Gbps Line-Rate

238.08 Mpps

Static:

894v4/126v6 RIP: 32v4

16Mb <1.30µs 1G <0.86µs 10G

XSM4216F

Datasheet | M4250 series

AV Line Managed Switches

NETGEAR M4250 series key features:

NETGEAR M4250 series AV software features:

NETGEAR M4250 series other software features:

The NETGEAR AV Line M4250 series was designed with input from AV Professionals. The result is a line of switches built from the ground up to support 1Gb audio and video over IP with customized hardware and software along with dedicated service and support.

Product Brief

Datasheet | M4250 series

AV Line Managed Switches

NETGEAR M4250 series management features:

NETGEAR M4250 series warranty and support:

• Included Lifetime Technical Support

mailto:ProAVDesign%40netgear.com?subject=M4250

Features highlights

Dedicated AV UI for AV installations

M4250 switch series is pre-configured for Audio and Video over IP out of the box with a dedicated AV web-based GUI interface for more specific AV installations

• Color-based AV profiles can be applied to the different ports

• Dante, Q-SYS, AES67 and AVB audio profiles (AVB license sold separately)

• NVX, AMX, Q-SYS, NDI, Kramer KDS, Aurora Multimedia, ZeeVee, Atlona, Dante, etc. video profiles

• Audio / video / control mixed profiles

Best value switching performance:

16K MAC address table, 4K ARP and 4K concurrent VLANs for typical midsize environnements

Low latency at all network speeds, including 10 Gigabit fiber interfaces

Jumbo frames support of up to 12KB accelerating performance with compatible nodes

Ranges from 8 to 48 ports with a variety of PoE+ and Ultra90 PoE++ 802.3bt options for 15.4W, 30W, 60W, 75W and 90W AVoIP (1G) endpoints

AV Line Managed Switches

Datasheet | M4250 series

Components and Modules

• 8-port 10/100/1000BASE-T (RJ45) PoE+ with 240W PoE budget

• 2-port 10/100/1000BASE-T (RJ45)

• 2-port 1000/10GBASE-X (SFP+)

• 60 Gbps non-blocking fabric across 12 ports

• Out-of-band 1G Ethernet management port

• USB-C and RJ45 RS232 console ports and USB-A storage port

• Front black display panel and all ports in the back

• Possible reversed mounting with ports in the front

• Rack-mounting standard brackets

• Longer brackets for recessed mounting (2 inches / 5 cm)

• Threaded hole in front (1xM10) for clamps

• Threaded holes on the bottom (4xM5) for 50x100mm VESA plates

• Selectable fan modes for fanless, quiet, or cool operation

• Dimensions (WxDxH): 440 x 200 x 43.2 mm

• Weight: 2.9Kg (6.39lb)

M4250-10G2XF-PoE+

AV Line Managed Switch

Ordering information

• Americas: GSM4212PX-100NAS

• Europe: GSM4212PX-100EUS

• Asia Pacific: GSM4212PX-100AJS

• China: GSM4212PX-100PRS

• Warranty: Lifetime ProSAFE Hardware Warranty

• AVB License: AVB4212PX-10000S (sold separately)

AV Line Managed Switches

Datasheet | M4250 series

Bird-Flite®

Bird Barrier America, Inc.

20925 Chico Street Carson, CA 90746 Phone (310) 527-8000, (800) 503-5444

(800) NO BIRDS

Fax (310) 527-8005 E-mail: bbsales@birdbarrier.com Web: www.birdbarrier.com

CSI Division: 10296 Bird Barrier Bird-Flite

MR-Manufacturer Bird Barrier America, Inc. manufactures the patented Bird-Flite from high-grade stainless steel and ultra-violet stabilized polycarbonate.

PR-Product Presentation Bird-Flite is a low cost stainless steel and ultra-violet stabilized polycarbonate ledge product. It deters pigeons and larger birds from roosting and nesting on light to heavy pressure ledges, Ibeams, parapets, overhangs, pipes, signs, edges of roofs, chimneys, etc.

The long stainless steel rods protrude upwards and outwards in a manner which makes it impossible for pigeons to land, and because the rods are spaced 1.5” apart, and are not sharp, they do not gather debris and nesting materials like other spiked ledge products on the market.

With Bird-Flite’s durable, plastic base, installation is simple. Simply glue the base to your ledge with Bird Barrier Bond, and you’re done.

There are no clumsy clips or special attachments to worry about. The base also features pre-drilled holes so you can use screws or nails instead of glue if you prefer.

The flexible snap-off base permits installation on any architectural configuration, and makes it very easy to go around corners or adapt the product to small, hard to protect areas like lights, security cameras, drainage pipes, etc.

Bird-Flite narrow, wide and xtra wide can be used in combinations to protect any ledge width. Please refer to the diagrams below for examples.

Bird-Flite Narrow Rod Material : 302 Stainless Steel, 18 per foot Base Material: Ultra-violet stabilized polycarbonate Width: 2” (5.0 cm) Height: 4.5” (11.5 cm) Length: 36” (30.5 cm) per piece

Bird-Flite Wide Rod Material : 302 Stainless Steel, 18 per foot Base Material: Ultra-violet stabilized polycarbonate Width: 4.5” (20.5 cm) Height: 4.5” (12 cm) Length: 36” (30.5 cm) per piece

Bird-Flite Xtra Wide Rod Material : 302 Stainless Steel, 30 per foot Base Material: Ultra-violet stabilized polycarbonate Width: 8” (11.5 cm) Height: 4.5” (11.5 cm) Length: 36” (30.5 cm) per piece

UA-Uses, Applications Bird-Flite can be used to control a wide variety of architectural bird problems caused by pigeons and larger birds. Bird-Flite Narrow, Wide and Xtra wide can be used in combinations to protect any width ledge.

The tips of Bird-Flite can be spaced up to 2.5 inches apart from each other and up to 2 inches from the back wall of the ledge. Bird-Flite can withstand the heaviest bird pressure (see introduction) of any ledge product on the market, and therefore should be the first choice if there are nests on the ledge to be protected. Wider ledges (more than 24 inches wide) with heavy pressure bird problems should be protected with Bird Barrier’s StealthNet.

AI-Assembly, Installation Bird-Flite is provided in finished form and does not require any assembly. Simply glue the plastic base directly to the ledge using Bird Barrier Bond (2 hour set time) or Bird Barrier Super Bond (1 hour set time), or screw or nail the base directly to the ledge.

MF-Materials, Finishes Bird-Flite’s rods are made of 302 grade stainless steel. Bird-Flite’s base is made of ultra-violet stabilized polycarbonate.

TS-Technical Support Bird Barrier’s knowledgeable field representatives are available to assist in any aspect of evaluation, product recommendation and even local certified installation. Call 800-503-5444, or fax drawings and other pertinent information to 310-527-8005. Free literature, catalog, job evaluation worksheets and installation information is available.

10"

2"

8"

4-1/2"

2" 2-1/2"

7"

2"

5"

© 2011 Bird Barrier America, Inc. 800-503-5444 www.birdbarrier.com

SPECIFICATION GUIDELINES

General

1.1 Description

1.1.1 Install Bird Barrier Bird-Flite on exposed or protected ledges where birds loaf, roost or nest, to prevent damage from droppings and nesting materials.

1.2 Quality Assurance

1.2.1 Obtain technical literature from manufacturer or distributor, telephone consultation and plan/photograph evaluation. 1.2.2 Utilize certified installation companies in your area who are fully skilled with Bird Barrier products, and carry the proper insurance coverage.

1.2.3 Utilize labor recommended by Bird Barrier for especially challenging applications.

1.3 Submittals

1.3.1 Submit manufacturer’s samples, catalog cuts, shop sketches and other descriptive material.

1.4 Product Handling

1.4.1 Protect Bird Barrier Bird-Flite from damage before, during and after installation.

1.4.2 If damage occurs to Bird Barrier Bird-Flite, make all replacements immediately.

Products

2.1 Acceptable Manufacturer

2.1.1 Bird Barrier America, Inc., 20925 Chico Street, Carson, CA 90746. Phone 800-503-5444, Fax 310-527-8005

2.2 Model Designation

2.2.1 Bird-Flite Narrow (BP-S200)

2.2.2 Bird-Flite Wide (BP-S400)

2.2.3 Bird-Flite Xtra-Wide (BP-S600)

Material

Bird-Flite Narrow Rod Material : 302 grade Stainless Steel, 12 per foot Base Material: 302 grade Stainless Steel Width: 2.5” (6.35 cm) Height: 4.5” (11.5 cm) Length: 36” (91.44 cm) per piece

Bird-Flite Wide Rod Material : 302 grade Stainless Steel, 24 per foot Base Material: 302 grade Stainless Steel Width: 5” (12.7 cm) Height: 4.5” (11.5 cm) Length: 36” (91.44 cm) per piece

Bird-Flite Xtra-Wide Rod Material : 302 grade Stainless Steel, 36 per foot Base Material: 302 grade Stainless Steel Width: 8” (20.5 cm) Height: 4.75” (12 cm) Length: 36” (91.44 cm) per piece

2.3 Mounting Systems

2.3.1 Bird Barrier Bond (2 hour cure) or Super Bond (1 hour cure) for steel, stone, concrete, wood or other surfaces where holes are not desired.

2.3.2 Self-tapping stainless steel screws for sheet metal surfaces.

2.3.3 Self-tapping wood screws for wood surfaces.

Execution

3.1 Examination

3.1.1 Examine installation area. Notify architect of detrimental work conditions.

3.1.2 Do not proceed until conditions are corrected.

3.2 Surface Preparation

3.2.1 Ledges and mounting surfaces shall be cleaned with a

combination of Bird Barrier’s cleaning products, Dissolve-It, Disinfect-It or Absorb-It when applicable . The surface should then be dry and free of peeling paint, rust, bird droppings or other debris. Bird droppings shall be removed in a safe manner; large quantities shall be removed and disposed of by reputable waste removal companies.

3.2.2 Remove or repair articles that may damage the Bird-Flite after installation, such as tree limbs, brush, and loose parts of the building.

3.3 Installation

3.3.1 Installing Bird-Flite on surfaces not able to be drilled using Bird Barrier Bond. Apply 4-5 quarter sized dabs of Bird Barrier Bond to the base of the 3-foot piece of Bird-Flite and apply to surface to be protected. Follow recommended installation instructions, which are supplied by the manufacturer. The Bird-Flite shall overhang the ledge by 1/4”, and the tips can be up to 2.5” from the back wall of the ledge.

3.3.2 Bird-Flite shall cover the complete ledge, not just the outer perimeter. Bird-Flite shall extend to each corner. Bird-Flite is an anti-landing device, not a barrier. It is acceptable to leave 2.5” between rows (measured from the tip of the rods) of Bird-Flite narrow or wide.

3.3.3 Bird-Flite shall be installed straight, or must follow the contours of the architecture perfectly. Uneven spacing of Bird-Flite will result in an unattractive installation, and space left between ends of Bird-Flite will present a landing opportunity for the deterred birds. Refer to Bird- Flite installation literature for details.

3.4 Inspection

3.4.1 Visually inspect Bird-Flite for poor adherence to mounting surfaces, or other problems related to poor installation or surface preparation.

3.4.2 Repair as necessary immediately.

OM-Operation, Maintenance If the Bird-Flite is installed per our specifications, the product should be virtually maintenance free. Occasionally birds might drop debris in the Bird-Flite in an attempt to build a nest, but Bird-Flite is designed to release such debris. Debris which is not released by the product should be removed by maintenance people on a regular basis.

© 2011 Bird Barrier America, Inc. 800-503-5444 www.birdbarrier.com

Prison Intercom

1008051000

IP Vandal Resistant Substation

Created: 11.07.2014, updated: 10.08.2021 page 1/4 www.zenitel.com info@zenitel.com Zenitel and its subsidiaries assume no responsibility for any errors that may appear in this publication, or for damages arising from the information therein. Zenitel products are developed and marketed by Zenitel. The company’s Quality Assurance System is certified to meet the requirements in NS-EN ISO 9001. Zenitel reserves the right to modify designs and alter specifications without notice.

ZENITEL PROPRIETARY. This document and its supplementing elements, contain Zenitel or third party information which is proprietary and confidential. Any disclosure, copying, distribution or use is prohibited, if not otherwise explicitly agreed in writing with Zenitel.