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National Training Academy

Preliminary Functional Program - DRAFT

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THIS AREA IS FOR THE HEADER INFORMATION

Contents National Training Academy .............................................................................................................................. 1

1.0 Statement of Business Needs .......................................................................................................... 3

1.0 Introduction .......................................................................................................................................... 3

2.0 NTA Campus .......................................................................................................................................... 4

3.0 Indoor Firing Range ........................................................................................................................... 4

4.0 Accommodation Zone ........................................................................................................................ 5

5.0 Academy Zone ...................................................................................................................................... 6

6.0 Design Principles ................................................................................................................................. 6

7.0 Challenges .............................................................................................................................................. 7

8.0 Environmental Considerations ....................................................................................................... 7

9.0 Fire Safety ............................................................................................................................................... 8

10.0 Electronics Security Systems ........................................................................................................ 8

11.0 Mechanical Design Consideration ............................................................................................ 13

11.0 Electrical Design Consideration ................................................................................................ 13

12.0 I.T. and Audio Visual ...................................................................................................................... 14

13.0 Shared Services Canada (SSC) ................................................................................................... 14

14.0 Summary ............................................................................................................................................ 15

15.0 Appendix A – Draft Facility Program ...................................................................................... 15

16.0 Appendix B – Room Data Sheet (extracted pages from the previous NTA in Regina, SK) .................................................................................................................................................................. 15

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1.0 Statement of Business Needs

The Correctional Services Canada (CSC) requires a modern, technologically current National

Training Academy, with Accommodation and Indoor Firing Range, to enable the delivery of

Correctional Training Programs (CTP) and attract recruits who will be trained to become

Correctional Officers to maintain strong national security.

Ideally, the distance between where the Recruits train and where they live and eat should be

located within a kilometer. The close proximity offers numerous efficiencies: it highly reduces

transportation and support requirements, training time lost to travel, and the number of cars on

the road as well as land required for parking spaces.

1.0 Introduction

Since its creation in 1979, Correctional Services Canada (CSC) has been offering in-house

training to recruits, in order to prepare them to become correctional officers. CSC centralized

the Correctional Training Programs (CTP) in 2015, and a Memorandum of Understanding was

signed with the host agency RCMP to create a CSC National Training Facility in the RCMP

Depot Division in Regina, Saskatchewan. In 2018, due to capacity pressures in the RCMP

Depot Division, the CSC’s National Training Facility was relocated to an Interim National

Training Academy at the Correctional Learning and Development Centre (CLDC) Ontario. The

renovation at CLDC was completed with an expectation that this is an interim space to ensure

CSC can continue to effectively delivery the CTP. Currently CSC is also running a satellite CTP

in P.E.I. in order to meet the demands of the CSC operations.

This dispersed nature of training infrastructure creates a system that is difficult to manage and

this is inherently inefficient. With the increasing specific environmental demands for modernized

training tools and simulators, with added security requirements for networked and advanced

training technology, new infrastructure is required.

CSC has identified a need to establish a permanent National Training Academy (NTA), in

Kingston, Ontario. The lessons learned from the past and current NTA locations have guided

the requirement of the CSC permanent NTA.

This Preliminary Functional Program outlines the objectives of the different spaces along with

features of each category. The Appendix A attached outlines a list of the Spaces, highlights the

features of each space, and the Proximity Requirement. The Appendix B includes the Room

Data Sheets from the NTA in Regina, SK.

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2.0 NTA Campus

CSC wishes to build a permanent National Training Academy on the grounds of Collins Bay

Institution (CBI).

The CBI site is in close proximity to the CSC Ontario Region Headquarter, close to the urban

centers and the national transit access (airports, train stations, highways).

The type of spaces CSC requires and their priority:

1. Indoor Firing Range

2. Accommodation

3. Academy

When planning the NTA Campus, the Consultant shall take into account the following, including

but not limited to:

Communicate with the City of Kingston and provide any necessary documents;

Locate the Firing Range Facility and be able to demonstrate the potential noise concerns to

the neighbours were considered and any mitigation strategy;

Identify and address any impact to the Environment;

Identify existing Infrastructure and new;

Consider Site drainage to facilitate outdoor training;

Consider delivery access (training materials and food);

Take into account access and storage of garbage;

Make allowance for Ground and Snow maintenance;

Integrate technology and innovation to maximize: the use of the space, efficiency, safety

and comfort;

Allow for future expansion.

3.0 Indoor Firing Range

The Indoor Firing Range will provide spaces, including but not limited to: weapon cleaning

training, classrooms, ammunition vault, weapon vault, storage and support spaces.

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Consider the interior and exterior design of the firing range. Effective and efficient mechanical

design. Maintenance schedule of the range will need to be considered during the design phase,

as closing a range means downtime to the training.

Ideally, the distance between the Indoor Firing Range and the Academy Building should be

located in close proximity. The close proximity offers numerous efficiencies; it highly reduces

the training time lost due to travel, and the transportation of training equipment.

4.0 Accommodation Zone

The NTA had partnered with various government facilities to deliver the CTP in the past and

current. CSC had benefited from trying a different style, level of privacy, and layout of recruit

accommodation.

A modern, technologically current living facility is required and will enable CTP to promote a

healthy live-work-social environment, which will help to attract and retain recruits who are

necessary to keep Canadian security strong.

The Recruits will have an individual room, and a lockable door, that can be unlocked from the

outside with a key. Each room has power, voice, and data outlets. The room will be sufficient in

size to accommodate a single bed, a student desk, and a CSC custom design

closet/dress/drawer unit. Each room has a lockable floor locker for personal items. During the

training program, recruits must hang and display their uniform in a manner as required by the

program.

A group of 32 will form a pod. Each pod has common areas, such as: washrooms (toilet and

shower), ironing room, kitchenette, and Common Room / TV Room. The kitchenette will

accommodate a microwave, a fridge, a toaster, and a coffee maker, as well as an open shelf

allowing each recruit to store their dry foods in a bid. The kitchenette will include space for a

table and chairs for socialization.

The Dining Hall and Kitchenette will be near the Residence, while the Academy Function will be

further away, so there is a separation from work for relaxation.

In addition to the Common Room / TV Room in each pod, a lounge is included for recruits to

socialize, watch sport games or shows, play cards or board games, etc. This lounge space will

provide various sitting areas and TVs.

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5.0 Academy Zone

The type of spaces CSC requires are: Interior and Exterior Simulation Training Areas,

Classroom Training Spaces, Administration and Office Support Spaces.

The Simulation Training Area will be constructed to simulate the look and feel of working inside

a CSC Institution. Although plumbing in each cell is not functional, fire protection system,

electrical outlets, cable TV, and lighting are required to be operational. The simulation area

requires electronic security system as part of the training. Devices for listening and audio

recording are required in the simulation areas and Classrooms, and then wired to the adjacent

Observation Area, Training Briefing Room, and Classrooms.

Classroom Training Spaces consist of structured learning, computer lab, and flexible layout.

Breakout Rooms will be provided near the Classroom to accommodate a quiet space for exams,

a small group working on an assignment, or meetings/ interviews. Consider providing open

Breakout Spaces near the Classroom also for small group discussions, etc.

The Administration and Office Support Space are typical office function. The spaces should

meet

barrier‐free design requirements and designed to CSC Accommodation Guidelines.

Consider integrating state of the art technology to enhance learning and maximize the use of

the spaces.

Lessons Learned from past and current training points to reconsidering of a certain exterior

training to take place indoor, as the recruits testing and training could be impacted by the

weather. The simulation training equipment and storage will need to be in close proximity to

where they will be needed. If the ammunition and weapons were stored in another building

away from the firing range, extra time is required from the trainer to transport the materials

before and after the training.

6.0 Design Principles

The National Training Academy is to provide training spaces that will maximize the experience

and realism of being on the job, where possible.

State of the art technology to maximize learning and efficiency in operation. Column free classroom and simulation training space.

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The institutional simulation area will reflect the environment that the recruits will eventually be working in. Regular maintenance or repair will not interrupt the delivery of CTP. The spaces will permit training to occur throughout the year despite weather condition. Creating an environment contributing to group cohesion and teamwork. The campus and buildings design include consideration of future expansion.

7.0 Challenges

• The current CTP is facing some challenges because the Interim NTA space in Kingston is

limited. A second satellite NTA is set-up in P.E.I. to support the current demands. The on-

going pressures points to additional beds and lanes for fire arms training to support the

CTP. The overall design and layout will consider efficiency in the overall project timeline,

such as completing some components of the program for occupancy ahead of others.

• Currently CORCAN utilizes a portion of the CBI site for farming activities in support of CSCs

rehabilitation programs. The inmate vocation program is a crucial program for reintegration

into society.

• Species at risk, namely the Western Chorus Frog have been identified in various

locations within the CBI land. Based on CSC initial discussions with Environment

Canada, CSC understood that the option to relocate the SAR habitat is

discouraged.

8.0 Environmental Considerations

CSC’s Sustainable Development Strategy (SDS) 2018-2020 goals are in the process of getting an update. Recognizing that the Green Government Strategy and GHG Methodology will continue to evolve, CSC commitment to help achieve GHG reduction goals by referencing:

• Greening Government Strategy (GGS) for the Federal Governments targets regarding new

construction; and

• PSPC Guideline on Project Green House Gas (GHG) Options Analysis Methodology.

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9.0 Fire Safety

Conform to the latest National Building Code, National Fire Code, Treasury Board Occupational

Safety and Health Manual, and the Fire Commissioner’s Directives.

The Design and specification of fire protection system shall be coordinated with the CSC Fire

Safety Department. Detention cell doors will be installed in the cell simulation area, so recruits

will learn how to operate the doors and cuff port. In such spaces, the Consultant design will

need to consider safety features so recruits are not confined in the cell during a simulation in the

event of power outage or a real fire evacuation is called.

The training scenarios will involve the use of stage smoke, so the Consultant design will also

need to select the type of detectors that will not trigger a fire alarm or notify the fire department.

CSC has an in-house Fire Engineering team. The design consultant is required to complete

and submit Building Code Analysis of the proposed site and building design for CSC Fire

Engineer review.

10.0 Electronics Security Systems

Provide security electronics at both exterior and interior simulation training area for

training purposes. Design, specification, and location of security system components shall be

coordinated with the CSC National Security Electronics Design Authority. It is also suggested

that the interior cameras be deployed with open cable trays as conduit is not necessary to

protect the wiring. The systems are to be defined for both live action and where appropriate,

simulated inputs and outputs. Work on security systems shall include but be not limited to the

following:

1. Perimeter Intrusion Detection System. (Note: the aim is to investigate a cost effective

solution that will enable training. The perimeter may be simulated with a model and small

video

cameras, or play back of real facility recordings.)

a. Perimeter cameras.

b. Perimeter PA.

c. Fence Disturbance System (FDS).

d. Motion Detection System (MDS).

e. Facility Alarm Annunciation System (FAAS).

f. FDS/MDS display.

g. FAAS display.

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h. Perimeter camera displays.

i. Perimeter PA control.

j. PIDS/FAAS servers

2. Supplementary Intrusion Detection System at Yard Simulation.

a. Outdoor yard cameras.

3. Range Cameras.

a. Indoor range cameras.

b. Observation cell camera.

4. Network Video User Station (NVUS).

a. Video monitoring client computer.

b. Video display monitors.

c. Video export to DVD (not all NVUSs).

5. Movement Cameras.

a. Indoor hallway cameras.

b. Indoor gym cameras.

6. Monitoring Cameras.

a. Additional indoor cameras to observe exercises.

7. Network Video Recorder.

a. Recording/replay video server.

b. RAID video storage array.

8. Door/Barrier Control System.

a. Door/Barrier Control panel.

b. Door/Barrier Control panel server.

c. Door/Barrier Control PLC.

9. Security Patrol System.

a. Security Patrol control panels.

b. Security Patrol server.

c. Security Patrol tour points

10. Cell Call System.

a. Cell Call control panels.

b. Cell Call server.

c. Cell Call Origination Devices – One per cell.

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d. Cell Call Cancellation Devices – One per cell.

11. Public Address System.

a. Public Address microphones.

b. Public Address amplifiers.

c. Public Address speakers.

12. Radios

a. Main transmitter antenna and amplifiers.

b. Radio channel controls at the MCCP.

c. Individual radios.

d. Individual radio chargers.

13. Personal Portable Alarms (PPAs)

a. PPA receivers.

b. PPA transmitters.

c. PPA transmitter chargers.

d. PPA server.

14. Audio Intercept

a. Eventide audio intercept recorder.

b. Intercept control panel.

c. Intercept configuration server.

15. Key Control System

a. Electronic key cabinet.

b. Key management server.

16. Visitor Screening Systems

a. Ion scanner.

b. Walk through metal detector.

c. X‐ray machine.

d. Handheld metal detector.

17. PIDS Integration Unit

a. Integration of Cell Call alarms.

b. Integration of PIDS MDS alarms.

c. Integration of PIDS FDS alarms.

d. Integration of PIDS DFS Audio alarms.

e. Integration of PIDS video.

f. Integration of PIDS PA.

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g. Integration of PPA alarms.

h. Integration of radio control.

i. Integration of PA station.

j. Integration of SIDS video

The above systems are deployed as follows:

1. Common Equipment Room

a. PIDS/FAAS servers

b. Recording/replay video server.

c. RAID video storage array.

d. Door/Barrier Control panel server.

e. Door/Barrier Control PLC.

f. Security Patrol server.

g. Cell Call server.

h. Public Address amplifiers.

i. Main transmitter antenna and amplifiers.

j. PPA server.

k. Eventide audio intercept recorder.

l. Intercept configuration server.

m. Key management server.

n. PIDS Integration Unit.

2. MCCP (A full functioning MCCP for the purpose of research and development. Generally,

the technologies includes:)

a. Facility Alarm Annunciation System (FAAS).

b. FDS/MDS display.

c. FAAS display.

d. Perimeter camera displays.

e. Perimeter PA control.

f. Public Address microphones.

g. Public Address speakers.

h. Radio channel controls at the MCCP.

3. Range Control Post

a. NVUS for observation cell

b. Door/Barrier Control panel.

c. Security Patrol control panels.

d. Cell Call control panels.

e. Public Address microphones.

f. Public Address speakers.

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4. Range

a. Indoor range cameras.

b. Additional indoor cameras to observe exercises.

c. Security Patrol tour points.

d. Public Address speakers.

5. Medium/Maximum Cell

a. Cell Call Origination Devices – One per cell (inside.

b. Cell Call Cancellation Devices – One per cell (outside).

6. Observation Cell

a. Observation cell camera.

b. Cell Call Origination Devices – One per cell (inside.

c. Cell Call Cancellation Devices – One per cell (outside).

6. SLE Bedroom

a. Cell Call Origination Devices – One per bedroom (inside.

b. Cell Call Cancellation Devices – One per bedroom (outside).

8. Movement Control Post

a. NVUS

b. Door/Barrier Control panel.

c. Public Address microphones.

9. Principal Entrance

a. Individual radio chargers.

b. PPA transmitter chargers.

c. Electronic key cabinet.

d. Ion scanner.

e. Walk through metal detector.

f. X‐ray machine.

g. Handheld metal detector.

10. Recreation Control Post

a. NVUS

b. Public Address microphones.


11. Recreation Area

a. Public Address speakers.

b. Indoor Gym Cameras.

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12. Yard

a. Outdoor yard cameras

b. Public Address speakers.

13. Sally Port

a. Perimeter cameras.

b. Perimeter PA.

c. Fence Disturbance System (FDS).

d. Motion Detection System (MDS).

14. Observation Areas

a. NVUS for all cameras

b. Additional indoor cameras to observe exercises.


d. Intercept control panel.

15. Hallways

a. Indoor hallway cameras

b. Public Address speakers.

c. PPA receivers.

16. Officers

a. Individual radios.

b. PPA transmitters

11.0 Mechanical Design Consideration

Provide zoned HVAC distribution within simulation training area to allow for training flexibility.

Stage smoke will be used in the cell simulation area, so special ventilation is required at the cell

range as well as in one cell in the maximum and medium simulation training area.

CSC may hold meeting and session that may involve smudging. Provide special ventilation in

the large boardroom.

11.0 Electrical Design Consideration

Provide power, voice, data, and cable TV connection in each cell simulation and common area /

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room simulation space. The look and feel of the electrical box to mimic the type and style used

in the institution.

The Simulation Control Post has control of the cell range similar to the institution. However, the

adjacent Observation Space for the Trainer will have control of each cell and cell range area to

facilitate varying simulation scenarios for recruit training.

The Trainer and recruits gathered in the adjacent Observation Space should be able to hear the

sound of the simulation and conversation in the cell or cell range.

The Trainer in the adjacent Observation Space should be able to control and simulate different

sounds in the simulation space. In addition, the Trainer should be able to speak to and guide

the recruit going through the scenario in the adjacent room.

12.0 I.T. and Audio Visual

CSC I.T. is not the same as ESS. The cables and racks will be stored in separate rooms and

maintained by CSC I.T. and/or Shared Services Canada.

Technology is a key component in providing training. For instance, design consideration such

as the ability to:

watch the live scenario that is taking place in the simulation space from the classroom;

play different scenario sounds in the simulation space, controlled by the trainer observing

from an adjacent room;

talk to the recruit going through the simulated scenario, while standing in an adjacent room;

Record and playback a scenario;

CSC is moving towards paperless course materials. Recruits can download their course

materials into their devices.

13.0 Shared Services Canada (SSC)

Shared Services Canada is the designated government department for the supply and

installation of I.T. technology. Design consideration will take into account coordination with SSC

for who will supply what, cost, and schedule.

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14.0 Summary

The consolidation of the CTP in Kingston will optimize the efficiency of the real property

accommodation portfolio; while at the same time optimize training schedules by reducing

commuting times for recruits. This will create greater efficiencies in the use of personnel and

resources. The Indoor Firing Range will alleviate the current and future pressure of spatial

capacity in the Ontario Region. The creation of live, work, and social areas into a campus is a

critical component to CTP operational efficiency, sustainability and effectiveness. The National

Training Academy will aid in the attraction, recruitment and retention of CSC Correctional

Officers and personnel. The modern facility will incorporate technologies and materials to

optimize energy conservation, reduce the facility operating costs and GHG emissions.

15.0 Appendix A – Draft Facility Program

16.0 Appendix B – Room Data Sheet (extracted pages from the previous

NTA in Regina, SK)

DRAFTAppendix A

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Unit Spaces Proximity Requirement Description

Main Building Entrance - Visitor and Staff Entrance

Away from Recruits Entrance Location: Academy Building

1 Reception Area Commissionaire Desk for after hour and weekend post1 Memorial Display Area A place of remembrance and pride in the Service.

Items on display that show the history and progress of CSC1 Memorial Display Area Near the Gym / Ceremonial Hall An area dedicated for the Fallen Officers of the CSC1 Waiting Area Includes seating area1 Visitor Coat Area1 Visitor Locker Area Mix of 6 half and 6 full size lockers for visitors2 Visitor Washrooms (male, female)1 Mail Room Area for receiving mail and delivery

Area for out-going mailSorting area for staff and recruits mails

1 Janitor Closet

Recruits Entrance Close to Classrooms Location: Academy Building. (Entrance and corridor size shall permit large group of recruits enter, exit, and transverse quickly.)1 Lobby Area Similar to an Institution Principle Entrance. Flexibility to use this space for simulation training.

Includes sign-in desk, and the ability to install and provide power to the electronics security equipment.Efficient foyer space accommodates recruits entry/exit, a group of 32Includes seating area for 32.Includes area for pop machine, etc.

1 Recruits Coat and Bag Storage Area Accommodates 96 coats (3 groups of 32 recruits) and 96 training bags.Efficient layout. Each group is expected to pick up their coats or training bags quickly between training sessions.

1 Recruits Mail Pick-Up Area Shelving2 Washrooms (male, female) Accommodates recruits arriving or leaving, a group of 32.

Efficient layout. Each group is expected to move quickly between training sessions.1 Janitor Closet

Training Operation Close to Recruits Entrance Location: Academy Building1

Uniform pickup, fitting, and exchange RoomClose to Staff and Recruits Entrance Space to receive recruits uniforms prior to their arrival.

Space to store uniform delivery package prior to sorting.Space to accommodate sorting tables to track receiving and distribution.Shelve to store the sorted itemsShelving to store extra uniforms and various sizes on site for recruits exchange or loan if there is a problem with the uniforms delivered.Shelving and open racks for staff ceremonial uniforms.Change room for recruits for fitting purposeAn area for glove fitting and sizing for vestsA service counter to serve the recruits when they arrive on one the first dayWaiting Area outside of this room for recruits line-up

1 Tailor Workshop Direct connection to the Uniform fitting and exchange Room

Accommodates a work desk and an area to conduct measurements.

1 Administrative onboarding of recruits A service counter to serve the recruitsIssue and storage of laptopsIssue and storage of recruit bags

1 Hair Salon / Barber Near Tailor Workshop Visiting barber / stylist to provide haircuts service to Recruits1 Laundry Room Close to Administration Area 1 Washer, 1 Dryer. For Trainer to clean the inmate clothing for scenarios.

Administration Area Close to Visitor and Staff Entrance Location: Academy Building. (Requires privacy and separation from the Recruits.)Administration Zone

1 Director Office Enclosed Office1 Manager Office Enclosed Office12 Admin. Workstations Close to Manager Office Open Workstation2 Touchdown Workstations Open Workstation for visiting staff / trainer1 IT Workstation Open Workstation1 Secure File Room Close to Admin. Workstations Storage of Recruits' files1 Printing Area 2 printers, paper storage, 1 paper shredder1 Storage Room Store IT supplies. Training supplies1 Administration Collaboration Space Open workspace for collaboration

National Training Academy - DRAFT Facility Program

DRAFTAppendix A

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Trainers Zone17 Trainer Workstations Close to Classrooms Open Workstation2 Trainer Locker Area (Male, Female) Close to Trainer Workstations Accommodates Trainer Lockers. Each trainer has a double door locker2 Trainer Shower Area (Male, Female) Connected to Trainer Locker Area1 Trainer Ironing Area Accommodates 2 ironing boards2 Trainer Collaboration Space Close to Trainer Workstations Open workspace for collaboration

Administration Zone - Common Areas2 Meeting Room (accommodates 12) Accommodates 12 person

Acoustics movable walls between the two Meeting RoomsExhaust system to accommodate smudging

2 Meeting Room (accommodates 6) Accommodates 6 person1

Small Telephone Room (accommodates 2) Accommodates 2 person1 Staff Lunch Room Accommodates 24 person1 Outdoor Space for Staff Near Staff Lunch Room Seating area, including landscaping and shades, designated for staff and trainers to support staff wellness

BBQ area for social event1 Reception Area Informal meeting area

Acoustic separation from the Offices and any Open Workstations1 Spiritual Room A designated space where the recruits and staff can practice their chosen spiritual practices

In-Class Training Location: Academy BuildingClassroom Training

6 Classrooms Each classroom accommodates groups of 32 and 2 trainers. 5 classrooms: sitting is arranged into a group of 41 classroom: flexible layoutSmartboard technology.

9 Breakout Room Near the Classrooms The Breakout room to support the classroom. Seats 6.Space for smaller groups sessionTo accommodate individual recruit who may need extra time to complete the testTrainer's meeting with the Recruit

1 Breakout Area Near the Classrooms An area outside of the Classrooms for recruits to have hands-on practice in small groupsDecision Base Training

1 Firearms Simulation Classroom Near the Classrooms Accommodates various simulatorsOpen room allows for simulators set-upAccommodates 32 recruits, 2 trainers, and circulation between the simulators

1 Storage Within the Firearms Simulation Classroom

Storage of equipment

Fitness Training1 Defensive Tactics Training Accommodate 32 recruits and 4 trainers

"Dollamur" flooring and matted wallsSpace with sufficient height to practice: arrest & control, self defence, and batonIncorporate technology and network access to show videos

1 Gymnasium Parade and drills trainingA space to accommodate training using larger pieces of equipment, such as shield formationsThis area will also be used to conduct graduation ceremony and graduation formal dinner

1 Exercise Equipment Storage Immediate adjacent to the Gymnasium

1 Storage Immediate adjacent to the Gymnasium Store chairs and tables relating to the graduation dinner and ceremony

Store linens relating to the graduation ceremony1 Fitness Room Space for exercise equipment and machines. Can accommodate a class of 32 recruits and 2 trainers.

Free weights areaArea for stretching

2 Recruits Shower and locker room Near Physical Skills Training space. 1-Male, 1-Female1 Mat storage and equipment Near Physical Skills Training space1 Fitness Centre Recruit fitness and wellness

Accommodate various types of fitness equipment appropriate for 32 users

Correctional Environment Simulation Training

Location: Academy Building

Institution - Living Units1 Maximum Security -Level Maximum and Medium ranges should have 6 cells (for each range) fit up to simulate the existing variety of CSC facilities

Principal Entrance & Visitor SecuritySpace should consider security screen, flow, and required equipmentCommon area with tables, showers and control posts

2 Medium Security -Level Split levels Medium Security Range to mimic the older style Living Units. The Control Post views both levels.

DRAFTAppendix A

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Common area with tables and showers.1 - medium both sides

1 Structured Living Environment (S.L.E.) Accommodation simulation complete with kitchen, living area, bedrooms1 Structured Intervention Unit (S.I.U) Spaces to include a room with medical restraints (such as Pinel), Hospital Room, Observation Cell2 Parole Office Enclosed Office2 Multipurpose Simulation Room An open room for simulation training, such as: canteen line, games room, V&C, A&D, etc.1 Simulation Storage Room Near Multipurpose Room Storage of tables, chairs, tools require for simulation

Include gallery simulation1 Security Equipment Room Close to the Simulation Training Area

and close to an exterior doorShelves to accommodate items relating to the recruits training

Plywood mounted on the wall to store handcuffsSpace to store stimulated weapons and 'training dummies'Workbench

2 Trainer and Recruits Observation AreasDirectly adjacent to the Simulation Training Spaces and Simulation Offices

Trainer and Recruits having the ability to watch the simulation through a glazed partition

Ability to hear the scenarios in the simulation spaceInstitution - Operation Simulation

1 Exterior Catwalk Adjacent to the Tower Post To simulate perimeter patrol1 Tower Post Walk out to an Exterior Catwalk A space with exterior window. An elevated view down to a simulation area.1 Indoor Vehicle Search Area Basic finishing within this space

Simulate searching of vehicle typically conducted at the SallyportAccommodates 2 vehicles for the simulation training

1 Decontamination Area and Eye Wash TrainingNear Indoor Vehicle Search Area

Basic finishing within this space. Space permits wash-down.

Decontamination Training Training to use eye wash station

1 Fire Safety Training Near Indoor Vehicle Search Area Recruits will access a functioning fire hydrantUse of fire hose and fire pan. Interior fire hose will be located where it has sufficient length for simulation use outside. Consider site drainage to avoid water pooling in the summer and avoid ice forming in the winter.Fire hose will be used outside

1 Fire Safety Storage Near Fire Safety Training Equipment for fire safety training; such as: SCBA, air compressor to fill air cylinder2 fit test machine, fit test area, desk, shelving

1 Gas Hut Near Decontamination Area and Eye Wash

Demonstration of OC spray and CS gas

Accommodates 16 recruitsEssential to be near Decontamination Area and Eye Wash Stations. A Decontamination Area designated for Gas Hut.

1 Gas Storage Area Near Gas Hut Require quick exhaust after demonstrationSpace to accommodate air compressor, desk to refill MK-4, MK-9, and all the inert inflamatory agent equipment

Health Care Zone Simulation Near Simulation Require exterior access for simulation training. Provide an interior access / connection to the Health Care Zone also.1 Hospital Room Fit-up the room to simulate a Hospital Room / Medical Examination Room at the Institution

Accommodate a pinel bed1 Nurse Station / Officer Post Open desk area1 Washroom and Shower Near Health Examination Room Simulate a washroom and shower for training1 First Aid Room and Storage Storage of stretcher and wheelchair1 Corridor Near the Exterior Entrance1 Exterior Entrance and Vestibule The Health Care Zone Simulation requires an exterior entrance / exit for training security escort.

Nurse Room Within the Health Care Simulation1 Nurse Room Require a direct Exterior Access for

visiting NurseKeep first aid equipment

Conduct health confirmation of the recruitsInclude a vestibule and small waiting area

1 Washroom Near Nurse Room Functioning washroomElectronics Security System (ESS)

1 MCCP Simulation Ability to view the different areas via CCTV systemComplete with computer, voice and data

1 CER Near MCCP Simulation Accommodates ESS racks and equipmentInformation Technology (IT)

1 IT Room Accommodates IT racks and equipment

Outdoor Simulation Location: Academy Building + Campus1 Outdoor Inmate Exercise Yard Fenced open space, include a yard shack1 Sally Port Direct access to Indoor Vehicle Search

Area. Training of the Sally Port activities will be conducted in the Indoor Vehicle Search Area.

Sally Port with sliding gates that can accommodate vehicles (up to 5 ton truck length)

DRAFTAppendix A

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1 Mobile Patrol Circle around the entire Campus Roadway along a perimeter fence, turn around areaSimulation of vehicle mobile patrol around the institution perimeter

Outdoor Training Location: Campus1 Outdoor parade square 32 recruits in movement, 4 staff, space on the side for guests and families

Recruits Outdoor Fitness Similar to the Mobile Patrol, circle around the Campus

Sidewalk complete with sufficient width to accommodate Recruits jogging and running. Complete with outdoor fitness equipment contributing to the fitness program.

1 Simunition Firearms Training Near Health Care Zone Simulation An area to practice exterior escort simulation. Simunition type of ammunitions will be used.

Firing Range Location: Firing Range1 Vestibule1 Recruits Coat and Bag Area2 Firing Range 50m, 16 lanes2 Firearm Cleaning Room Accommodate 32 recruits plus 5 instructors,1 Secure weapons storage Secure weapons storage,3 Classroom Accommodates 32 recruits plus 2 instructors1 Classroom Decision based firearms simulation space

Accommodate multiples simulators for different scenariosOffice Enclosed Office

Complete with computer, voice and data. Touch down space for Trainer.1 Training equipment storage Storage of paper targets, eye protection, hearing protection1 Firearms Vault Secure Room. Close to an exterior door.1 Ammunition Vault (Medium) Main ammunition and chem agent storage

The room cannot be adjacent to an exterior wall.1 Ammunition Vault (Small) Close to the Fire Arms Vault Day to day ammunition storage1 Maintenance Storage Room Storage of maintenance materials, i.e. air filters

Washrooms (Male, Female)1 Janitor Room

Mechanical RoomElectrical RoomESS RoomIT Room

Firearms Simulation Room Location: Academy Building1 Simulator space Near the Classrooms Room large enough to accommodates 16 lanes, 50m1 Storage Space

Recruit Accommodation Location: Accommodation Building1 Reception Area1 Waiting Area1 Laundry pick-up/drop-off Near front entry Laundry services of bed sheets, pillow cases, towels, blankets, etc. before the start of each CTP?? Bedroom (Type 1) - Recruit Co-ed accommodation for up to five groups of 32 students

Single occupancy room?? Bedroom (Type 2) - Trainer and Guest Single occupancy room complete with kitchen, bathroom, and living area2 Bedroom (Type 2) - Recruit Quarantine Single occupancy room complete with kitchen, bathroom, and living area

1 Living Room per CPT TV areaSpace for study and reading

1 Boot Polish Room per CPT Near Living Room1 Common Area Space for recruits to relax, access to a bbq, and outdoor seating

1 Kitchenette per CPT Afterhours access to a kitchenette. Access to fridge, microwave, toaster, kettle, coffeemakerTable and chairsProvide shelving for recruits to store their dry food.

1 Laundry Common Laundry Room1 Ironing Room Common Laundry Room1 Storage Room - Recruits items Storage of recruits luggage1 Linen Storage Storage of extra bed sheets, pillow cases1 Supplies Storage Storage of toilet papers; extra mattress; extra pillows

1 Janitor Room per floor Storage of cleaning supplies

Kitchen/ Dinning Hall Location: Accommodation BuildingCooking Area Full centralized kitchen facilities for food preparation including take-away mealsFreezerCoolerFood Prep AreaSurvery Tray line and self-serve area

DRAFTAppendix A

2020-01-13 5 of 5

Drinks AreaSeating Area Dining to accommodate up to five groups of 32. Staff will not be dining with the Recruits.Coatroom and Bag StorageWashroomLobby Area Large hallways and entrance area. Able to accommodate in/out of around 100 recruits.

Include an area for a 'live bulletin board' - a series of TV screens to create a displayLoading DockGarbage RoomOutdoor Garage AreaGarage Pick-up AreaCompactor

Outdoor Spiritual Ground1 Indigenous Spiritual Ground Area A designated space, to be developed with our CSC Elders input

Parking5 Fleet Parking50 Staff Parking

100 Recruit Parking15 Visitor Parking

Barrier-Free Parking2 Maintenance Vehicle Parking

Ground Maintenance GarageAreas for cleaners lockersBreakroomStorage for suppliesStorage for outdoor maintenanceWorkshop AreaGarage Bay

RCMP & CSC SHARED LEARNING FACILITY

Page 16 Date: 2012‐12‐10

8 ROOM DATA SHEETS

Room Data Sheets are guideline for the design, construction components, and finishes, forming the basis of the Shared Training Facility. This Section of the Project Brief shall be read in conjunction with the CSC TCD.

TABLE OF CONTENTS Simulation – Max Range Simulation – Maximum Range Control Post, and Principal Entrance Control Post

Simulation – Main Communication Control Post (MCCP) Simulation – Medium Range Simulation – Vehicle Sallyport Simulation – Exercise Yards

Simulation – PO Office Observation Room Physical Training Space Classroom Computer Lab Meeting and Training Room

Closed Office Open Workstations Printing and File Room Staff Lunch Room Training Briefing Room Detail 1 – Control Barrier Detail 2 – Maximum Security Window Detail 3 – Door Styles Detail 4 – Elevation of DD1 Swing Door Detail 5 – Elevation of DD1 Pivot Door Detail 6 – Elevation of DD2 Sliding Door Detail 7 – reserved Detail 8 – reserved Detail 9 – Food Pass/Cuff Port for DD2 Door Detail 10 – Key Cabinet Detail 11 – Maximum Security Cell Detail 12 – Medium Security Cell Detail 13 – Medium Security Cell. Elevations Detail 14 – Medium Security Cell. Elevations Detail 15 – Max Range Control Post Elevation Detail 16 – Max Range Control Post Detail Detail 17 – Level A Key Pass and Speaker Port attack Detail 18 – Speaker Port and Gun Port Detail 19 – Observation Cell Door

NGBR

Typewriter

APPENDIX B


Date: 2012‐12‐10 Page 17

Simulation – Max Range

Function Arrest and control training. Design Criteria

Institutional type Movement Control Grille barrier (see Detail 1) to close off the corridor adjacent to the Control Post, while allowing a view of the corridor at all times.

Industrial grade garage doors to separate the max range into sections for simultaneous training activities.

See Detail 11 for maximum security cell layout.

See room data sheet Simulation – Class A Control Post for specific requirement.

ARCHITECTURE

Acoustic Requirement STC 45

Floor Finish Noise control solution, for results in floor isolation and sound control.

Vinyl composition tile – grey.

Walls Finish Surface finish shall permit easy cleaning of Simunition FX Marking Cartidges. Max Cell and Range:

Structural plywood fastened to the structural steel studs. Partitions shall extend and be secured to the underside of slab. Paint finish – grey.

Corridor under observation from the control post should be finished with low reflectance (20%‐40%) colours.

Walls opposite control post windows should be finished one tone darker than other walls.

Max Shower:

Plywood used as a substrate to abuse resistant gypsum wallboard and fastened to the structural steel studs. Partitions shall extend and be secured to the underside of slab. Ceramic tile finish.

Observation Area:

Gypsum wallboard fastened to metal studs. Extend partitions to underside of slab.

Ceiling Finish Ceiling must provide for a similar performance as the wall.

Door Movement Control Grille Barriers:

Grille door is sliding, and it shall be of the same design, quality and steel as the adjacent fixed grille barrier. The maximum force required to prevent a sliding grille door from moving to the closed position, during any point of its closing travel is not more than 133N (30 lbf)³.

Grill shall be resistant to deformation by screw jack and by impact. Tests shall conform to the following: (1) screw jack test – resistant to 30mm screw jack turned by a 350mm wrench, and (2) impact test in accordance to ASTM A673/A673M‐07⁴.

Garage door (separating max range into sections):

Industrial grade. Solid.

When the door is up, the door and its components shall be concealed to


Page 18 Date: 2012‐12‐10

prevent person injury during simulation. Power operated, with manual override.

Garage door as dividing wall shall have sound damping quality to allow training to occur side‐by‐side.

Cell door:

Max doors supplied by CSC, installed by Contractor.

Power operated, with manual override. Max Shower:

Grille door supplied by CSC, installed by Contractor. Door to the max range:

Hollow metal door. Paint finish.

Door Hardware and Frame

Cell:

Door hardware and frame supplied by CSC, installed by Contractor.

A variety of hardware operation will be installed to maximize training.

Door hardware to the Max Range simulation:

Classroom function.

Frame to be metal, paint finish.

Millwork n/a

Window Opening Max range:

Glazing in the gypsum wall partition dividing the Max Range Simulation Training from the circulation corridor. Windows to be at eye level, horizontal style, approximately 300mm height.

Glazing to match Control Post.

Max cell:

Existing perimeter windows to remain operational.

Install one maximum security window in a simulation cell that is without an exterior window (see Detail 2).

MECHANICAL

HVAC One cell shall be designed for inert training gas control:

Inert simulation gas will be used to simulate riot control in inmate occupied area. The ventilation systems should be designed to minimize the spread of tear gas laden air to adjacent area or areas remote from the source.

An exhaust system shall exhaust the inert simulation gas directly to the exterior of the building. Mechanical design shall prevent the inert gas from returning into the main building ventilation system.

Plumbing Provide a mock up of sink and toilet for simulation only.

ELECTRICAL

Power (Normal power supply for cell outlets, and emergency power +

Switches:

Local switches are to be rated 15 A at 125 V with fully enclosed composition cases, and rated 20 Amperes at 250 V for control of


Date: 2012‐12‐10 Page 19

UPS backup for control post outlets and equipments)

fluorescent lighting loads exceeding 500 W. Specify mounting 1370 mm centre from finished floor.

Specify three tamper resistant receptacles in the cell.

Switching of Cell Lights and receptacles can be combined onto a single touch screen that is combined with door control, P/A, and Cell Call Systems.

Specify a master control to cut power to all cell receptacles in each cell. This could be achieved by using separate breaker in the cell receptacle panel.

G.F.C.I.

Provide G.F.C.I. breaker on all circuits supplying receptacles in cells and any other locations required by code.

Cover plates:

For devices in cells, specify cover plates with “Security Screws” or have special boxes and cover plates fabricated.

Outlet boxes:

Galvanized steel outlet boxes, 4 inch square minimum and oversized where number of conductors exceed standard size. Open back concrete type where cast in slab. Cast iron fittings where exposed and appropriate supports for secure fastening.

Lighting (emergency power for cell, range and control post lighting + unit equipment for emergency lighting as backup for range and control post lighting)

Range lighting:

Design corridor lighting to eliminate glare and source brightness in field of view from control post. Take note of glass/plastic and other highly reflective surfaces and ensure against mirrored light source images within control post field of view. Refer to Technical Criteria Section A‐13 regarding glare control in control posts. Include dimmer controls for general lighting in control posts.

Cell lighting fixtures:

Cell light fixtures may be supplied by CSC at a cost per unit to the Contractor. The fixture will be manufactured for CSC. Specify storing, installing etc. by Contractor, unless instructed by CSC otherwise.

The fixture shall include a 2/32 W fluorescent lamp rapid start ballast. It shall operate on 120 VAC 60Hz on a separate circuit than receptacles. It will also have a small lamp as night light. LED strip lighting may be used instead of fluorescent.

Night light is required in each cell.

Each cell shall be controlled separately in order to simulate different scenario.

TELECOMMUNICATIONS

Voice Provide one telephone connection close to the Control Post.

Data n/a

AUDIO VISUAL

Audio Visual n/a


Page 20 Date: 2012‐12‐10

SECURITY

CCTV Monitoring of each max cells and the entire max range from the Control Post and Training Briefing Room.

Provide CCTV cameras as per CSC TCD requirement.

For training and instructional purpose, install cameras facing the cell door on both sides of the cell for monitoring of simulation.

See also the Electronic Security Section of the Project Brief.

Intrusion Alarm n/a

FURNITURE ACCESSORIES

Cell Furniture Supplied by CSC. Installed by Contractor.

OTHER

Sprinkler System Provide sprinklers in the Max Cell Range. Install sprinkler in each cell.

See CSC TCD for material and installation requirement.

Audio Install audio devices in each max cell and at the max range for listening and recording of the simulation training.

Listening and recording of the simulation training will take place in the Observation Room.

Cell call Provide one in each cell.


Date: 2012‐12‐10 Page 21

Simulation – Maximum Range Control Post, and Principal Entrance Control Post

Function Monitor and control training. Design Criteria

Maximum Range Control Post:

An enclosed area which is staffed to provide the following functions: (1) visual surveillance, (2) control of movement, (3) monitoring of detection, surveillance, safety and communications equipment, and (4) intervention when required by means of arms or gas.

For the purpose of simulation, this control post requires protection from physical attack only, ballistic attack will not be used within this training space.

Control post is equipped with consoles for control of remote barriers and doors, these barriers and doors and movement through them shall be visible from the post. Manual override of door control is required.

The control post equipment placement shall be laid out to allow for effective viewing and console control from a sitting or standing position.

A secondary means of egress is required.

Principal Entrance Control Post (PECP) :

Monitors arrivals and departures to and from an institution.

ARCHITECTURE



Vinyl floor finish – grey.

Walls Finish Surface finish shall permit easy cleaning of Simunition FX Marking Cartidges.

Steel structure faced with minimum 3.12 mm steel on each side, spaced a minimum of 50 mm and filled with insulation for sound deadening; or Single steel sheet minimum 9.52 mm (3/8” or 0.375”) thick with an interior wall board facing. Other configurations will be accepted provided equal performance and economies can be demonstrated.

Welded construction is preferred. If bolts are used they shall be a minimum of 9.6 mm diameter. Any bolt work exposed to the inmate side shall be security type or welded when bolted.

The exterior enclosure of the maximum range control post shall be a consistent level of protection throughout; however, building elements within that enclosure may be of standard construction.



Control post interior surfaces, including fixtures should have low reflectance (20%‐40%) colours achieved by use of darker colours and


Page 22 Date: 2012‐12‐10

matte surface finish.

Ceiling Finish Gypsum wallboard, paint finish.

Door The doors are Detention Door Maximum Swing (DD2s), with additional cladding of a minimum of 2.36 mm (0.093”) sheet steel on each side.

Glazing, if required, is as per “Window Opening” outlined below. Door shall swing out into the corridor for maximum resistance against ramming.

Door Frame Frame shall be of 2.5 mm rolled steel.

Door Hardware Entry into the control post from a public or inmate areas shall be through a vestibule constructed to level A protection. Locks for doors in vestibule shall be jamb mounted detention electric locks interlocked.

Entry into a dedicated security route shall be from level A protection area and through a detention door with a mechanical lock keyed from two sides.

Millwork To the extent possible, slope control panel tops and avoid use of polished metal.

Window Opening Enclosure is constructed to resist physical attack with hand tools for 30 minutes. Ballistics attack will not be conducted within this simulation training space.

Enclosure of the control post shall have sufficient glazing to allow for effective surveillance. Mullion and structural member locations shall be designed in order to minimize obstruction to field of vision.

Glazing used in control posts shall be a type which, if broken, will not form into shards or be easily dismantled to become a potential weapon.

Glazing shall be no spalling type.

Glazing panels shall be to a uniform size and to manufacturer standards to the extent possible.

Visibility from within a control post is critical to the operations. Control post conditions both interior and exterior, must ensure that glare is reduced to minimum.

Glazing system:

Maximum Range glazing shall meet the equivalent H.P. WHITE1 rating of Level C Ballistics and Level III Forced Entry. A glazing meeting Class/Level HG4 Ballistics (Table 1) and Class IV Forced Entry (Table 2, Sequence 31) in ASTM F1233‐082 is also acceptable. 32 mm polycarbonate laminated as tested and approved by HP WHITE meets this requirement.

This material shall be protected by a 6 mm polycarbonate with an air space between it and the 1250 mm laminated polycarbonate. The sacrificial layer shall be set on the attack side;

Glazing assembly shall consist of 3.12 mm (0.123”) rolled steel frame where the frame is formed or it shall be of 4.0 mm thick steel flats where a built up assembly is provided;

1 H.P. White Laboratory, Inc., TEST PROCEDURE, Transparent Materials for Use in Forced Entry or

Containment Barriers, HPW‐TP‐0500.03 (March 2003): http://www.hpwhite.com/uploads/file/500‐03.pdf 2 ASTM F 1233‐08, Standard Test Method for Security Glazing Materials and Systems


Date: 2012‐12‐10 Page 23

Glazing stops shall be a minimum of 4.24 mm (3/16TH.”) thick angle steel or solid bar with an engagement of 25 mm minimum. Stops shall be removable from the attack side. Removable stops shall be held by minimum 9.6 mm Ø security screws set at 150 mm on centre.

MECHANICAL

HVAC Designed to code and CSC TCD Standard.

Plumbing n/a

ELECTRICAL

Power Emergency power + UPS backup for control post outlets and equipments.

Lighting Emergency power for control post lighting + unit equipment for emergency lighting as backup.

TELECOMMUNICATIONS

Voice One telephone connection.

Data One data connection.

AUDIO VISUAL

Audio Visual n/a

SECURITY

CCTV See Security Electronic Section of the Project Brief.

Intrusion Alarm n/a


Furniture Console cabinet

OTHER

Control Post Equipment and fitting

Equipment and fittings below are required in a control post to the performance of their duties. Preliminary design layouts of control posts shall show all equipment and fittings for design approval by CSC.

Console

Key pass

Speak Ports

Fire Extinguishers

Key Cabinets

Gun Ports

Breathing Apparatus See also the Electronic Security Section of the Project Brief.

Console Console, communication and alarm systems are independent from door controls and switches.

Key Pass Key/Parcel construction shall be equal to that of the envelope performance for that post. See Detail 17 for acceptable design solutions.

Speak Port See Detail 17 for acceptable design solutions for speak ports and intercoms.

Fire Extinguishers

Fire extinguishers shall be provided as detailed in section M‐3 Fire Protection Requirements.

Key Cabinets

Key cabinets will be sized for the keys under the control of that control post. The cabinet for the Main Control Post will be sized to hold one set of all keys required for the institution. (see Detail 10)

Gun ports Gun ports shall be sized to accommodate a 9 mm Colt rifle and/or gas canisters and shall have limiting dimensions to prevent the forced


Page 24 Date: 2012‐12‐10

removal of the rifle.

Gunports shall be strategically placed around the Control Post enclosure to allow coverage of critical areas. Gunport design shall permit the widest field of fire possible. Blind spots around the immediate location of the Control Post shall be tolerated.

Gunports shall be located at a height suited for rifle firing while standing and shall accommodate varying officer heights.

Gunports shall remain closed at all times. Covers shall be hinged to swing in rather than slide so that they cannot be wedge shut.

An acceptable solution for new gunports consists of a vertical slot sized 45 mm by 350 mm cut out from a 32 mm polycarbonate glazing panel sized as per a typical window light. The slot shall have bevelled vertical sides from a 6 mm perpendicular distance from the inner face of the glazing at 45° to the outer face. Additional protective glazing shall not be used on either side of this panel in order to maintain a minimum depth while meeting Level A protection. It should be noted that the bevelled edge of the polycarbonate has an opaque surface, therefore, impeding visibility. A hinged door of 6 mm steel shall be frame and bolted through the glazing.

Breathing Apparatus Breathing apparatus and rescue equipment shall be determined on a project specific basis for each control post.

Domes and Convex mirrors

Provide near the Control Post.


Date: 2012‐12‐10 Page 25

Simulation – Main Communications Control Post (MCCP)

Function Monitor and control training. Design Criteria

Monitors the security system comprised of: Personal Portable Alarm, Inmate Cell Call, Perimeter Intrusion Detection, Sallyport Alarm Response Log, Fire/Smoke Alarm, Fixed Point Security Alarm.

See also Security Electronic Section of the Project Brief.

The MCCP equipment installations are described in CSC/MET document 77002.

ARCHITECTURE



Anti‐static flooring – grey.

Walls Finish Structural plywood fastened to the structural steel studs. Partitions shall extend and be secured to the underside of slab.

Surface finish shall permit easy cleaning of Simunition FX Marking Cartidges.

Ceiling Finish Acoustic ceiling tiles.

Door The doors are Detention Door Maximum Swing (DD2s), with additional cladding of a minimum of 2.36 mm (0.093”) sheet steel on each side to provide ballistic resistance.

Glazing, if required, is as per “Window Opening” outlined in Room Data Sheet – Simulation Maximum Range Control Post. Door shall swing out into the corridor for maximum resistance against ramming.

Door Frame Frame shall be of 2.5 mm rolled steel.

Door Hardware Entry into the control post from a public area shall be through a vestibule constructed to level A protection. Locks for doors in vestibule shall be jamb mounted detention electric locks interlocked.

Millwork To the extent possible, slope control panel tops and avoid use of polished metal.

Window Opening n/a

MECHANICAL

HVAC Design to meet code and CSC TCD Standard.

Plumbing n/a

ELECTRICAL

Power Emergency power + UPS backup for control post outlets and equipments.

Lighting Emergency power for control post lighting + unit equipment for emergency lighting as backup. Dimmable lighting.

TELECOMMUNICATIONS

Voice Three telephone connections.

Data Design to meet CSC TCD Standard and Security Electronic.

AUDIO VISUAL

Audio Visual See Security Electronic Section of the Project Brief.

SECURITY

CCTV Design to meet CSC TCD Standard.


Page 26 Date: 2012‐12‐10

Intrusion Alarm Design to meet CSC TCD Standard.


Furniture Console cabinet

OTHER

Control Post Equipment and fitting

Equipment and fittings below are required in a control post to the performance of their duties. Preliminary design layouts of control posts shall show all equipment and fittings for design approval by CSC.

Console

Fire Extinguishers

Key Cabinets

Breathing Apparatus See also the Electronic Security Section of the Project Brief.

Console Console, communication and alarm systems are independent from door controls and switches.

Fire Extinguishers

Fire extinguishers shall be provided as detailed in section M‐3 Fire Protection Requirements.

Key Cabinets

Key cabinets will be sized for the keys under the control of that control post. The cabinet for the Main Control Post will be sized to hold one set of all keys required for the institution. (see Detail 10)

Breathing Apparatus Breathing apparatus and rescue equipment shall be determined on a project specific basis for each control post.


Date: 2012‐12‐10 Page 27

Simulation – Medium Range

Function Arrest and control training. Design Criteria See Details 12, 13, 14 for typical layout.

ARCHITECTURE



Vinyl composition floor finish – grey.

Walls Finish Medium Cell, Range, and Observation Area:

Structural plywood fastened to the structural steel studs. Partitions shall extend and be secured to the underside of slab. Paint finish – grey.



Surface finish at Medium Cell Range shall permit easy cleaning of Simunition FX Marking Cartidges.

Ceiling Finish Ceiling must provide for a similar performance as the wall.

Door Cell door: Supplied by CSC, installed by Contractor. Door to the Medium Range simulation space: Hollow metal door. Paint finish.

Door Hardware and Frame

Cell door hardware:

Door hardware supplied by CSC, installed by Contractor.

Different hardware operation will be provided to maximize training.

Door hardware to the Max Range simulation:

Classroom function.

Frame to be metal, paint finish.

Millwork A counter complete with cupboards below and above. Provide space for 1 full height fridge, 2 microwaves, and a double sink. Barrier‐free design.

Window Opening Glazing in the partition dividing the Medium Range Simulation Training from the circulation corridor. Windows to be at eye level, horizontal style, approximately 300mm height.

MECHANICAL

HVAC One cell shall be designed for inert training gas control:

Inert simulation gas will be used to simulate riot control in inmate occupied area. The ventilation systems should be designed to minimize the spread of tear gas laden air to adjacent area or areas remote from the source.

An exhaust system shall exhaust the inert simulation gas directly to the exterior of the building. Mechanical design shall prevent the inert gas from returning into the main building ventilation system.

Plumbing Provide a mock up of sink and toilet for simulation only.


Page 28 Date: 2012‐12‐10

ELECTRICAL

Power (Normal power supply for cell outlets, and emergency power + UPS backup for control post outlets and equipments)

Switches:

Local switches are to be rated 15 A at 125 V with fully enclosed composition cases, and rated 20 Amperes at 250 V for control of fluorescent lighting loads exceeding 500 W. Specify mounting 1370 mm centre from finished floor.

Specify three tamper resistant receptacles in the cell.

Switching of Cell Lights and receptacles can be combined onto a single touch screen that is combined with door control, P/A, and Cell Call Systems.

Specify a master control to cut power to all cell receptacles in each cell. This could be achieved by using separate breaker in the cell receptacle panel.

G.F.C.I.

Provide G.F.C.I. breaker on all circuits supplying receptacles in cells and any other locations required by code.

Cover plates:

For devices in cells, specify cover plates with “Security Screws” or have special boxes and cover plates fabricated.

Outlet boxes:

Galvanized steel outlet boxes, 4 inch square minimum and oversized where number of conductors exceed standard size. Open back concrete type where cast in slab. Cast iron fittings where exposed and appropriate supports for secure fastening.

Lighting (emergency power for cell, range and control post lighting + unit equipment for emergency lighting as backup for range and control post lighting)

Range lighting:

Design corridor lighting to eliminate glare and source brightness in field of view from control post. Take note of glass/plastic and other highly reflective surfaces and ensure against mirrored light source images within control post field of view. Refer to Technical Criteria Section A‐13 regarding glare control in control posts. Include dimmer controls for general lighting in control posts.

Cell lighting fixtures:

Cell light fixtures may be supplied by CSC at a cost per unit to the Contractor. The fixture will be manufactured for CSC. Specify storing, installing etc. by Contractor, unless instructed by CSC otherwise.

The fixture shall include a 2/32 W fluorescent lamp rapid start ballast. It shall operate on 120 VAC 60Hz on a separate circuit than receptacles. It will also have a small lamp as night light. LED strip lighting may be used instead of fluorescent.

TELECOMMUNICATIONS

Voice Provide one telephone connection near the Control Post.

Data n/a

AUDIO VISUAL

Audio Visual n/a


Date: 2012‐12‐10 Page 29

SECURITY

CCTV Monitoring of one cell from the Control Post.

Intrusion Alarm Refer to Electronic Security Section of the Project Brief.


Furniture Supplied by CSC. Installed by Contractor.

OTHER

Refer to Electronic Security Section of the Project Brief.


Page 30 Date: 2012‐12‐10

Simulation – Vehicle Sallyport

Function Vehicle and pedestrian access and egress control. Design Criteria An exterior Sallyport shall remain open at all times to permit existing vehicle movement except for

during simulation training. A small shed (1 person occupancy) will be added on the site to simulate sign in. Sallyport area has both inner and outer perimeter fences. Two sliding gates sized to allow entry and exit of regular garbage pick up and maintenance vehicle to B Block. Both sliding gates shall be manual operation, providing locking and unlocking feature for training purpose. Sallyport area shall be sized to facilitate a thorough inspection of vehicles; the ideal width is to hold two van type trucks (8.5m minimum). Crash barrier on the exterior vehicle gate is not required. Pedestrian traffic shall be physically separated from vehicular traffic. Entrance vehicle and pedestrian gates shall have manual locking feature. The outer and inner fences shall be parallel, erected in straight lines.

FENCES

Fence Fabric The fence fabric shall be installed on the interior courtyard side of the fence posts. Wire mesh shall be continuous from top to bottom.

Fence Detection System is not required.

Height of both fences, excluding overhand arms, shall be 3.6m.

All chain link fencing shall be installed in accordance with the National Master Specification (NMS) 32 31 13 and CAN/CGSB‐138.3‐96 standard. Where there is a conflict between the NMS and CSC TCD, the CSC TCD shall prevail.

Chain link fence fabric shall conform to the following specifications: o Wire size: 4.8mm (minimum) (6 Gauge); o Size of mesh: 50.8mm; o Height of fence fabric: 2,500mm (8’); o Barbed edges top and bottom; o Average mass of zinc coating to be not less than 610 g/m² of

uncoated wire; and o Breaking tensile strength to be 10,000 N∙min.

Fence fabric shall be pulled taut before fixing in place. Tautness, when fixed in place, is to be established by pull tests. The application of a 12kg perpendicular pull at the midpoint of the mesh panel (midpoint of posts/rails) shall show a displacement of no more than 30mm from the fence at rest plane.

Posts, (corner, gate, strain, line) shall conform to CAN/CGSB‐138.2‐96, galvanized steel pipe. o Posts shall be spaced a maximum of 2.5m apart.


Date: 2012‐12‐10 Page 31

o Line post minimal size shall be 73mm O.D. 8.6kg/m. o Strain post minimum size shall be 114.3mm O.D. 15.92kg/m. Strain

posts shall be spaced not more than 60m apart. o Corner and gate post minimum size shall be 150mm O.D. 21.0kg/m.

Bottom and top rails shall be 42.2mm O.D. minimum, 3.4 kg/m.

Tie wires shall be 3.7mm diameter (9 gauge) galvanized steel wire to secure chain link fabric to bottom rail, top rail and line posts at 300mm spacing.

Tension bars shall be 5mm x 20mm minimum galvanized steel.

Where nuts and bolts are required for fastening, nuts shall face compound exterior and be torque tight.

Where tension cables are used at corner, end, gate, strain posts, and fittings shall be of galvanized steel.

Galvanized steel arms shall be provided on all posts for barbed wires.

Two barbed wires stretched and fixed to post arms. Bared wire shall consist of two strands of 12 gauge wire 4‐point barbs at 130mm spacing, all galvanized.

Gates Vehicle Sliding Gates (Outer and Inner Fences):

Size of each gate shall provide for a 4m wide x 4.5m high minimum clear opening.

Gate chain link fabric shall match perimeter fence.

Gate framing members shall be 73mm O.D. pipe weighing 8.6 kg/m welded and drained.

Manual operation.

Gate shall have three point locking (top, bottom and middle).

Track shall be protected and designed to ensure all weather operation.

For overhead rack system, a guide shall be provided at the bottom of the gate.

All gate components shall be galvanized.

Pedestrian Gates (Outer and Inner Fences):

Size of each swing gate shall provide for a 1.2m wide x 2.1m high clear opening.

The swing direction of gates shall be determined after consideration of operational and snow conditions.

Any gap between the bottom rail of a gate and the ground shall not exceed 125mm. Where gates are located on a fence equipped with a ground barrier, this barrier shall be continuous.

The chain link fabric for gates shall match the fence on which it is mounted.

Swing gates shall be manually operated with security key locks for training purpose.

ELECTRICAL

Power n/a

Lighting As per CSC TCD


Page 32 Date: 2012‐12‐10

TELECOMMUNICATIONS

Voice Refer to Electronic Security Section of the Project Brief.

Data n/a

SECURITY

CCTV CCTV coverage of the area between the exterior and interior fence while maintaining a minimum number of cameras.

CCTV is monitored from the MCCP and Training Briefing Room.


OTHER

Electronic Security Refer to Electronic Security Section of the Project Brief.


Date: 2012‐12‐10 Page 33

Simulation – Exercise Yards

Function Simulate inmate exercise yards. Design Criteria

The fences shall be parallel, erected in straight lines.

FENCES

Fence Fabric The fence fabric shall be installed on the interior courtyard side of the fence posts. Wire mesh shall be continuous from top to bottom.

Fence Detection System is not required.

Height of both fences, excluding overhand arms, shall be 3.6m.

All chain link fencing shall be installed in accordance with the National Master Specification (NMS) 32 31 13 and CAN/CGSB‐138.3‐96 standard. Where there is a conflict between the NMS and CSC TCD, the CSC TCD shall prevail.

Chain link fence fabric shall conform to the following specifications: o Wire size: 4.8mm (minimum) (6 Gauge); o Size of mesh: 50.8mm; o Height of fence fabric: 2,500mm (8’); o Barbed edges top and bottom; o Average mass of zinc coating to be not less than 610 g/m² of

uncoated wire; and o Breaking tensile strength to be 10,000 N∙min.

Fence fabric shall be pulled taut before fixing in place. Tautness, when fixed in place, is to be established by pull tests. The application of a 12kg perpendicular pull at the midpoint of the mesh panel (midpoint of posts/rails) shall show a displacement of no more than 30mm from the fence at rest plane.

Posts, (corner, gate, strain, line) shall conform to CAN/CGSB‐138.2‐96, galvanized steel pipe. o Posts shall be spaced a maximum of 2.5m apart. o Line post minimal size shall be 73mm O.D. 8.6kg/m. o Strain post minimum size shall be 114.3mm O.D. 15.92kg/m. Strain

posts shall be spaced not more than 60m apart. o Corner and gate post minimum size shall be 150mm O.D. 21.0kg/m.

Bottom and top rails shall be 42.2mm O.D. minimum, 3.4 kg/m.

Tie wires shall be 3.7mm diameter (9 gauge) galvanized steel wire to secure chain link fabric to bottom rail, top rail and line posts at 300mm spacing.

Tension bars shall be 5mm x 20mm minimum galvanized steel.

Where nuts and bolts are required for fastening, nuts shall face compound exterior and be torque tight.

Where tension cables are used at corner, end, gate, strain posts, and fittings shall be of galvanized steel.

Gate Size of each swing gate shall provide for a 1.2m wide x 2.1m high clear


Page 34 Date: 2012‐12‐10

opening.

The swing direction of gates shall be determined after consideration of operational and snow conditions.

Any gap between the bottom rail of a gate and the ground shall not exceed 125mm. Where gates are located on a fence equipped with a ground barrier, this barrier shall be continuous.

The chain link fabric for gates shall match the fence on which it is mounted.

Swing gates shall be manually operated with security key locks for training purpose.

ELECTRICAL

Power n/a

Lighting As per CSC TCD

TELECOMMUNICATIONS

Voice Refer to Electronic Security Section of the Project Brief.

Data n/a

SECURITY

CCTV CCTV coverage of the area while maintaining a minimum number of cameras.

CCTV is monitored from the adjacent Observation Area, MCCP and Training Briefing Room.


OTHER

Electronic Security Refer to Electronic Security Section of the Project Brief.


Date: 2012‐12‐10 Page 35

Simulation ‐ PO Office

Function Used for simulation and training. Design Criteria Simulation will be observed from the adjacent Observation Area.

ARCHITECTURE


Floor Finish Carpet tile

Walls Finish Abuse resistant gypsum wall board, slab‐to‐slab construction, paint finish.

Ceiling Finish Acoustic tiles ceiling.

Door Reuse existing inventory.

Door Frame Reuse existing inventory.

Door Hardware Classroom Function

Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Design to code and CSC TCD Standard.

Plumbing n/a

ELECTRICAL

Power PWGSC fit‐up standards.

Lighting Reuse existing inventory.

TELECOMMUNICATIONS

Voice PWGSC fit‐up standards.

Data PWGSC fit‐up standards.

AUDIO VISUAL

Audio Visual n/a

SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture System furniture. (N.I.C.)

OTHER

n/a


Page 36 Date: 2012‐12‐10

Observation Room

Function Observation of simulation training. Design Criteria Provide privacy window film on glazing between the observation room and simulation training area, so a one‐way observation is created. Students performing the simulation should not be districted by the instructors observing from inside the observation room.

ARCHITECTURE


Floor Finish Carpet tile.

Walls Finish Gypsum board, slab‐to‐slab construction, paint finish.

Ceiling Finish Acoustic tiles ceiling.


Door Frame Reuse existing inventory. Provide perimeter acoustic seal and drop sill at the bottom.

Door Hardware Classroom function.

Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Provide supply and exhaust to meet mechanical requirements. Air silencer in transfer duct.

Plumbing n/a

ELECTRICAL

Power As per CSC TCD and PWGSC fit‐up standard.

Lighting Fluorescent and incandescent lights on dimmers.

At maximum and medium cell range: instructors shall be able to control the light switches of each cell from the Observation Area.

TELECOMMUNICATIONS

Voice 1 phone jack.

Data 1 data jack.

AUDIO VISUAL

Audio Visual Provide TV and equipment hookup for playback of recordings.

SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture Freestanding furniture. (N.I.C.)

OTHER

Listening and recording Provide listening, video and audio recording capabilities of adjacent simulation space.


Date: 2012‐12‐10 Page 37

Physical Training Space

Function Arrest and control training and simulation. Design Criteria Room enclosure to control sound and vibration of exercise transmitting to adjacent rooms.

ARCHITECTURE


Floor Finish Rubber flooring.

Walls Finish Abuse resistant gypsum board, slab‐to‐slab construction, paint finish.

Ceiling Finish Reuse existing and make good.




Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Provide an exhaust fan with occupancy sensor and timer control. Design to meet code and room function.

Plumbing n/a

ELECTRICAL

Power 3 separate circuit of 15 amps. 1 circuit of 20 amps. 1 circuit of 30 amps. 1 television outlet and 1 cable outlet. Provide an outlet for wall mounted clock. Two duplex outlets on each wall, 300mm above finished floor.


TELECOMMUNICATIONS

Voice 1 voice jack, wall mounted.

Data 1 data jack, wall mounted.

AUDIO VISUAL

Audio Visual 1 overhead projector, ceiling mount. 1 recessed overhead projection screen.

SECURITY

CCTV Camera observations of the simulation from the adjacent Observation Area and Training Briefing Room.

Intrusion Alarm n/a


Furniture n/a

OTHER

Speakers Provide speakers in the Training Space, controlled by the adjacent Observation Room and MCCP.

Audio and Video Recording

The adjacent Observation Room shall be able to record and listen to simulation in action.


Page 38 Date: 2012‐12‐10

Classroom

Function Used for training. Design Criteria Raised floor in Classroom 1, 2 and 3 to allow for flexibility.

ARCHITECTURE




Ceiling Finish Reuse existing.




Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Design to meet code and room function.

Plumbing n/a

ELECTRICAL

Power Provide an outlet for wall mounted clock. Two duplex outlets on each wall, 300mm above finished floor. Each student desk has 1 duplex on the floor box to power the computer. Instructor’s desk has 1 duplex on the floor box to power the computer. In‐floor electrical boxes providing power and data connections.

Lighting Reuse existing.

TELECOMMUNICATIONS

Voice 1 voice connection near the door.

Data 2 data jack on the wall next to the front screen. Each student desk has 1 data jack on the floor box to power the computer. Instructor’s desk has 1 data jack on the floor box to power the computer.

AUDIO VISUAL


SECURITY

CCTV Camera observations of the training and simulation from the Training Briefing Room and nearby Observation Area.

Intrusion Alarm n/a


Furniture (N.I.C.) 8 movable student desks and 16 chairs. 1 movable instructor desk and chair.

OTHER

Listening and Recording Provide listening and video recording capabilities.

Window Coverings Provide solar shades.


Date: 2012‐12‐10 Page 39

Computer Lab

Function Used for training. Design Criteria

ARCHITECTURE


Floor Finish Anti‐Static Flooring






Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Design to meet code and room function.

Plumbing n/a

ELECTRICAL

Power Provide an outlet for wall mounted clock. Two duplex outlets on each wall, 300mm above finished floor. Provide power connections to each computer desk. Instructor’s desk has 2 duplex receptacles.

Lighting Fluorescent light fixtures. Dimmable.

TELECOMMUNICATIONS

Voice 1 voice connection near the door.

Data Provide data connections to each computer desk. Instructor’s desk has 2 data jacks on the floor box.

AUDIO VISUAL


SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture (N.I.C.) 32 movable student desks. 1 movable instructor desk.

OTHER



Page 40 Date: 2012‐12‐10

Meeting and Training Room

Function Used for meeting and training. Design Criteria This room can be divided into two rooms with demountable walls, recessed when opened.

ARCHITECTURE








Millwork A counter complete with cupboards below and overhead.

Window Opening n/a

MECHANICAL

HVAC Design supply and exhaust to meet mechanical requirements and room function.

Plumbing n/a

ELECTRICAL

Power PWGSC fit‐up Standard.

Lighting Fluorescent and incandescent lights on dimmers.

TELECOMMUNICATIONS

Voice 2 voice connection.

Data 2 data connection.

AUDIO VISUAL


SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture n/a

OTHER

Video Conferencing Design to meet CSC requirement.



Date: 2012‐12‐10 Page 41

Closed Office

Function Supervisor office. Design Criteria Direct access to general office and staff.

ARCHITECTURE







Door Hardware Office Function

Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Provide supply and exhaust to meet mechanical requirements and room function.

Plumbing n/a

ELECTRICAL

Power As per CSC TCD and PWGSC fit‐up standard.

Lighting Reuse existing.

TELECOMMUNICATIONS

Voice As per CSC TCD and PWGSC fit‐up standard.

Data As per CSC TCD and PWGSC fit‐up standard.

AUDIO VISUAL

Audio Visual n/a

SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture Loose furniture (N.I.C.)

OTHER



Page 42 Date: 2012‐12‐10

Open Workstations

Function Open office area. Design Criteria Reuse existing millwork furniture. Contractor shall repair, make good, and provide new finish. Include in this contract for full coordination of the delivery and installation of work by the systems furniture installation contractor. Contractor is responsible to provide power hookup of systems furniture, freestanding furniture, and existing millwork furniture as required. Electrical wiring at systems and millwork furniture: allow 6,100mm (20’) of extra wire coiled above the ceiling for future modification.

ARCHITECTURE

Acoustic Requirement n/a






Door Hardware n/a

Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Provide supply and exhaust to meet code and function.

Plumbing n/a

ELECTRICAL

Power As per CSC TCD and PWGSC fit‐up standard. Provide 1 circuit for every pair of workstations. Provide clock outlet.


TELECOMMUNICATIONS

Voice As per CSC TCD and PWGSC fit‐up standard.

Data As per CSC TCD and PWGSC fit‐up standard.

AUDIO VISUAL

Audio Visual

SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture Reuse existing. Repair and make good existing millwork. New system and loose furniture. (N.I.C.)

OTHER



Date: 2012‐12‐10 Page 43

Printing and File Room

Function n/a Design Criteria

ARCHITECTURE


Floor Finish Anti‐static flooring.






Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Provide supply and exhaust to meet code and room function. Provide occupancy sensor and timer control.

Plumbing n/a

ELECTRICAL

Power 1 separate circuit. 3 duplex outlets. Provide ground connection for equipment grounding.


TELECOMMUNICATIONS

Voice 3 voice outlets

Data 3 data outlets

AUDIO VISUAL

Audio Visual

SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture Wall mounted shelving for training manuals.

OTHER

n/a


Page 44 Date: 2012‐12‐10

Staff Lunch Room

Function General use by staff. Design Criteria Prevent air circulation from the lunch room to the offices.

ARCHITECTURE


Floor Finish Vinyl composition tile.





Door Hardware n/a

Millwork Cupboards. A counter complete with cupboards below and above. Provide space for 2 full height fridge, 2 microwaves, double sink, garbage and recycling station.

Window Opening n/a

MECHANICAL

HVAC Provide supply and exhaust to meet mechanical requirements.

Plumbing Provide a double stainless steel sink with hot and cold water, and chilled water fountain.

ELECTRICAL

Power Provide an outlet for wall mounted clock.

Two duplex outlets above the counter. Each outlet requires a separate circuit.

Provide two microwave outlets.

Two separate circuit and outlet for fridges.

One separate circuit and outlet for vending machine.

Two additional duplex outlets 300mm above finished floor.

Lighting Existing.

TELECOMMUNICATIONS

Voice 1 phone jack.

Data 1 data jack.

AUDIO VISUAL

Audio Visual n/a

SECURITY

CCTV n/a

Intrusion Alarm n/a


Furniture Chairs and tables. (N.I.C.)

OTHER



Date: 2012‐12‐10 Page 45

Training Briefing Room

Function This room shall be multi‐functional. It will be used for gathering when the CSC Commissioner is visiting. It may be used to simulate Visits and Correspondence, Music Room, Chapel, Hobby Room, Library at the Institution. Design Criteria An area shall have display monitors to show the live monitoring of the exterior and interior simulation spaces, as well as capability to listen to the simulation in action.

ARCHITECTURE


Floor Finish Vinyl composite tile.

Walls Finish Structural plywood fastened to the structural steel studs. Partitions shall extend and be secured to the underside of slab. Paint finish. One wall will be used for projection of images and presentation.


Door Reuse existing inventory. Provide perimeter acoustic seal and drop sill at the bottom.


Door Hardware Classroom function.

Millwork n/a

Window Opening n/a

MECHANICAL

HVAC Provide supply and exhaust to meet code and room function. Air silencer in transfer duct.

Plumbing n/a

ELECTRICAL

Power As per CSC TCD.

Lighting Existing.

TELECOMMUNICATIONS

Voice 1 phone jack.

Data 1 data jack.

AUDIO VISUAL

Audio Visual 1 ceiling mounted projector. See Security Electronic Section of the Project Brief.

SECURITY

CCTV See Security Electronic Section of the Project Brief.

Intrusion Alarm n/a


Furniture Freestanding furniture (N.I.C.)

OTHER

n/a


Page 46 Date: 2012‐12‐10

8.1 ROOM DATA SHEETS – DETAILS

Detail 1 –Control Barrier.


Date: 2012‐12‐10 Page 47

Detail 2 – Maximum security window.


Page 48 Date: 2012‐12‐10

Detail 3 – Door styles.


Date: 2012‐12‐10 Page 49

Detail 4 –Elevation of DD1 swing door.


Page 50 Date: 2012‐12‐10

Detail 5 –Elevation of DD1 pivot door.


Date: 2012‐12‐10 Page 51

Detail 6 –Elevation of DD2 sliding door.


Page 52 Date: 2012‐12‐10

Detail 9 – Food pass/cuff port for DD2 door.


Date: 2012‐12‐10 Page 53

Detail 10 – Key cabinet.


Page 54 Date: 2012‐12‐10

Detail 11 – Maximum security cell, typical plan.

(Note: Anchor furnishing in place. Weld furnishings to plate anchors.)


Date: 2012‐12‐10 Page 55

Detail 12 – Medium security cell, typical plan.


Page 56 Date: 2012‐12‐10

Detail 13 – Medium security cell. Elevation 1 and 2.


Date: 2012‐12‐10 Page 57

Detail 14 – Medium security cell. Elevation 3 and 4.


Page 58 Date: 2012‐12‐10

Detail 15 – Max Range Control Post elevation.

Notes:

1‐ Post size and shape as required by location. 2‐ Door control console(s) located to suit traffic viewing. 3‐ Ports to suit location. 4‐ Other consoles located to suit operational needs. 5‐ Framing and panel system of strength to meet specified resistance to attack and building

conditions.


Date: 2012‐12‐10 Page 59

Detail 16 – Max Range Control Post construction details (steel partition).


Page 60 Date: 2012‐12‐10

Detail 17 – Key pass and Speaker port attack level A.


Date: 2012‐12‐10 Page 61

Detail 18 – Speaker port and Gun port.


Page 62 Date: 2012‐12‐10

‐‐END ‐‐

Detail 19 – Detention cell door with special observation windows, for Observation Cell.

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