№ files_lp_4_process_3_080205
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Comprehensive technical specification detailing active and passive chilled beam systems for HVAC installations, including product standards, testing requirements, installation coordination, and documentation obligations.
Year:
2026
Region / City:
Not specified
Subject:
Heating, Ventilating, and Air Conditioning; Chilled Beams
Document Type:
Technical Specification
Organization / Institution:
Price Industries, Inc.
Author:
Price Industries, Inc.
Target Audience:
HVAC engineers, installers, and project managers
Reference Standards:
AHRI 410, ASHRAE 55, 70, 170, 200, ASTM D610, D714, D1308, D1654, D4752, CSA 22.2, Z317.2-10, EN 14518, EN60529, UL 94, 723, 873, 2043, SMACNA SRM
Period of Applicability:
Project-specific
Date of Approval:
Not specified
Installation Requirements:
Pre-installation meeting required; coordination with other ceiling-mounted systems
Testing and Performance:
Units must comply with ASHRAE Standard 200; factory testing and optional on-site witnessing
Products Covered:
Active beams, passive beams, induction units
Construction Guidelines:
Induction of room air through water coil; integration with primary air distribution; detailed installation drawings required
Price: 8 / 10 USD
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Year:
2026
Region / City:
Not specified
Subject:
HVAC Equipment, Chilled Beams
Document Type:
Technical Specification
Organization / Institution:
Not specified
Author:
Not specified
Intended Audience:
Contractors, Engineers, Installation Technicians
Applicable Period:
During installation and initial operation
Standards Referenced:
ASHRAE Standard 200-2015, ARI Standard 410, BSRIA AG 2/93
Warranty:
12 months parts-only from shipment date
Materials Restrictions:
No asbestos, PCB, or other hazardous materials
Beam Model:
YORK® CB-ABV-YK series
Installation Method:
Suspended by threaded rods, connected to chilled water system via sweat or flexible hose connections
Performance Requirements:
Sensible and latent cooling capacities, airflow rates, noise levels, air and water pressure losses, maximum discharge air throw
Construction Details:
Minimum 20 gauge galvanized steel housing, vertical copper coil with aluminum fins, condensation tray, pressure taps, manual air vents
Year:
2026
Region / City:
Not specified
Subject:
Heating, Ventilating, and Air Conditioning (HVAC) systems
Document Type:
Technical specification
Organization / Institution:
Price Industries, Inc.
Author:
Price Industries engineering team
Target Audience:
Mechanical engineers, HVAC contractors, project managers
Applicable Period:
Project-specific
Standards Referenced:
AHRI 410, ASHRAE 55, 70, 170, 200; ASTM D610, D714, D1308, D1654, D4752; CSA 22.2, Z317.2-10; EN 14518, EN60529; UL 94, 723, 873, 2043; SMACNA SRM guidelines
Installation Requirements:
Pre-installation meeting, sequencing, coordination with ceiling-mounted systems
Submittals:
Product data, shop drawings, coordination drawings, operation and maintenance manuals
Performance Testing:
ASHRAE Standard 200 certification, ISO-certified test facility, optional witness testing by engineer
Components:
Active beams, passive beams, induction units, electrical accessories
Construction Details:
Air inlet, pressurization cavity, induction nozzles, water coil enclosure
Year:
2026
Region / City:
Not specified
Subject:
HVAC Equipment
Document Type:
Technical Specification
Organization / Institution:
YORK® / Johnson Controls
Author:
Not specified
Target Audience:
Contractors, Mechanical Engineers, Installers
Applicable Period:
Project-specific installation phase
Approval Date:
Not specified
Amendment Date:
Not specified
Warranty:
12 months parts-only from shipment date
Standards Referenced:
ASHRAE Standard 200-2015, ARI Standard 410, BSRIA AG 2/93
Year:
2026
Region / City:
Not specified
Subject:
Mechanical HVAC equipment
Document Type:
Technical specification
Organization / Institution:
York International / Manufacturer
Author:
Not specified
Target Audience:
Mechanical contractors and engineers
Period of Validity:
Upon installation
Approval Date:
Not specified
Modification Date:
Not specified
Material Requirements:
Free of asbestos, PCB, and other hazardous substances
Standards Compliance:
ARI Standard 410, EN Standard 14518
Warranty:
12 months parts-only from shipment date
Performance Parameters:
Maximum 10-foot head loss, maximum water velocity 4 FPS, minimum coil pressure 300 PSI, factory leak test 360 PSI
Installation Requirements:
Suspension and connection details, flushing of piping system, treatment of chilled water per BSRIA AG 2/93
Optional Features:
Integrated drain fittings, NPT threaded fittings, flexible connector hoses
Year:
2026
Region / City:
Not specified
Subject:
HVAC Equipment, Chilled Beams
Document Type:
Technical Specification
Organization / Institution:
Not specified
Author:
Not specified
Intended Audience:
Contractors, Engineers, Installation Technicians
Applicable Period:
During installation and initial operation
Standards Referenced:
ASHRAE Standard 200-2015, ARI Standard 410, BSRIA AG 2/93
Warranty:
12 months parts-only from shipment date
Materials Restrictions:
No asbestos, PCB, or other hazardous materials
Beam Model:
YORK® CB-ABV-YK series
Installation Method:
Suspended by threaded rods, connected to chilled water system via sweat or flexible hose connections
Performance Requirements:
Sensible and latent cooling capacities, airflow rates, noise levels, air and water pressure losses, maximum discharge air throw
Construction Details:
Minimum 20 gauge galvanized steel housing, vertical copper coil with aluminum fins, condensation tray, pressure taps, manual air vents
Year:
2022
Event:
3GPP TSG RAN WG1 #108-e e-Meeting
Date:
February 21 – March 3, 2022
Source:
Moderator (CATT)
Title:
Moderator summary #1 on enhancements of beam management for multi-TRP
Agenda Item:
8.1.2.3
Document Type:
Discussion and Decision
Participants:
Qualcomm, LGE, CMCC, Xiaomi, Lenovo, Motorola Mobility, Intel, TCL, Sony, OPPO, Apple, ZTE, Samsung, MTK, vivo, Spreadtrum, CATTA, FutureWei
Topics Covered:
Beam measurement/reporting, L1-SINR reporting, CSI-RS configuration, TRP-specific BFR, M-TRP beam failure recovery
Standards Referenced:
3GPP 38.214
Document Scope:
Issues and proposals on enhancements for beam management in multi-TRP scenarios
Year:
2023
Region / City:
Australia
Topic:
Road Safety
Document Type:
Technical Specification
Organization / Institution:
Department of Transport and Planning
Author:
Department of Transport and Planning
Target Audience:
Contractors, Engineers, Manufacturers
Period of Validity:
Not specified
Approval Date:
24 July 2023
Date of Last Revision:
Not specified
Confidentiality Level:
PU - Public
Document Status:
Document Released
Document Type:
Specification (Requirements Specification Document)
Product Category:
RSD Product Category B
Facility:
ELI Beamlines
Location:
Experimental Hall E1
Tender Code:
TP25_039
OBS Code:
88
Document Branch:
Engineering & Scientific Documents
Authors:
Mateusz Rebarz; Aleksei Kuzmenko
Prepared By:
Mateusz Rebarz
System Engineer:
Aleksei Kuzmenko
Reviewed By:
Birgit Plötzeneder; Jakob Andreasson; Lucie Kaletusová; Ondrej Hort; Radek Toman; Veronika Olšovcová; Viktor Fedosov; Vojtěch Gaman
Approved By:
Jakob Andreasson
Date of Creation:
18 June 2025
Date of Last Modification:
27 June 2025
Keywords:
Steering mirror mounts; beam position detectors; closed-loop controller
Scope:
Functional, performance, design, delivery, safety, and quality requirements for an in-vacuum laser beam stabilisation system
System Components:
Piezo-actuated steering mirror mounts; real-time beam position detectors; beam stabilisation controller
Verification and Acceptance:
Factory Acceptance Test and on-site verification at ELI Beamlines
Year:
2023
Region / City:
Chicago, USA
Theme:
AI/ML for beam management
Document Type:
Discussion and Decision
Organization:
3GPP TSG RAN WG1
Author:
Samsung
Target Audience:
Industry professionals and companies in wireless communication technology
Period of Validity:
N/A
Approval Date:
N/A
Modification Date:
N/A
Year:
2022
Edition:
September 2022
Document number:
APT/AWG/REP-122
Type of document:
Survey report
Subject:
Radio frequency beam wireless power transmission
Technology area:
Wireless power transmission
Organization:
Asia-Pacific Telecommunity
Working group:
APT Wireless Group
Adopting body:
30th Meeting of APT Wireless Group
Adoption date:
September 2022
Meeting location:
Bangkok, Thailand
Geographical scope:
Asia-Pacific region
Source document:
AWG-30/OUT-03
Related organizations:
ITU-R, IEC TC 100, CISPR
Frequency bands discussed:
920 MHz, 2.4 GHz, 5.7 GHz, 24 GHz, 61 GHz
Participating administrations:
Iran, Myanmar, Japan, Indonesia, China, Cambodia, Thailand, Korea
Survey basis:
Questionnaire responses from APT members
Survey focus:
Market demand, commercialization status, regulatory status, frequency allocation, compatibility with radiocommunication services
Year:
2021
Region / city:
Global
Topic:
Beam Management
Document Type:
Meeting Contribution
Organization:
3GPP
Author:
Moderator (InterDigital, Inc.)
Target Audience:
Participants of the 3GPP RAN WG1 meeting
Period of validity:
Not specified
Approval Date:
Not specified
Date of amendments:
Not specified
Year:
2023
Region / City:
USA
Subject:
Beam Time Request, NASA, Space Radiation Program
Document Type:
Policy Guidelines
Institution:
NASA, Brookhaven National Laboratory
Author:
NASA Space Radiation Program
Target Audience:
Principal Investigators, Researchers, Laboratory Personnel
Period of Validity:
Not specified
Approval Date:
Not specified
Revision Date:
Not specified
Year:
2023
Region / city:
Ha Noi, Viet Nam
Subject:
Wireless Power Transmission
Document type:
Report
Organization:
APT Wireless Group (AWG)
Author:
APT Wireless Group (AWG)
Target audience:
APT member countries, industry professionals, regulatory bodies
Period of validity:
Not specified
Approval date:
May 2023
Date of changes:
Not specified
Authors:
Kasra Rouhi; Hamid Rajabalipanah; Ali Abdolali
Affiliations:
School of Electrical Engineering, Iran University of Science and Technology, Tehran, Iran; Applied Electromagnetic Laboratory, School of Electrical Engineering, Iran University of Science and Technology, Tehran, Iran
Corresponding author:
Ali Abdolali
Email:
[email protected]
Institution:
Iran University of Science and Technology
Laboratory:
Applied Electromagnetic Laboratory
Subject area:
Graphene-based metasurfaces; Terahertz wave-front shaping; Orbital angular momentum beams
Document type:
Supplementary information
Components:
External biasing circuit; EM coupling analysis; Circuit model of binary meta-atoms; IFFT-based far-field analysis; Phase gradient MGBM examples; Focused OAM beam generation; Reflection phase maps and chemical potential distributions; Effects of biasing lines
Materials:
Graphene; Al2O3; polysilicon; Au/Cr contacts
Frequency range:
Terahertz (THz)
Device type:
Multi-bit graphene-based bias-encoded metasurface (MGBM)
Control method:
DC gate voltages (Vg1, Vg2); FPGA-based programming
Physical mechanisms:
Fowler–Nordheim tunneling; Field effect in graphene; Electron scattering and relaxation mechanisms
Year:
2024
Region / City:
Guangzhou, Guangdong Province, China
Topic:
Hepatocellular carcinoma, postoperative radiation therapy
Document Type:
Research article
Organization / Institution:
The Third Affiliated Hospital of Sun Yat-sen University, Qilu Hospital, Shandong University, The First Affiliated Hospital, Guangzhou Medical University
Authors:
Gao-Yuan Yang, Zhi-Wei He, Yong-Chang Tang, Feng Yuan, Ming-Bo Cao, Yu-Peng Ren, Yu-Xuan Li, Xiao-Rui Su, Zhi-Cheng Yao, Mei-Hai Deng
Target Audience:
Medical researchers, clinicians specializing in oncology and hepatobiliary surgery
Period of Validity:
Not specified
Approval Date:
Not specified
Date of Revision:
December 9, 2023
Date of Acceptance:
January 9, 2024
Funding:
The Science and Technology Plan Project of Guangzhou, National Natural Science Foundation Cultivation Project of The Third Affiliated Hospital of Sun Yat-sen University, Natural Science Foundation of Guangdong Province, CSCO-Roche Joint Cancer Research Fund
Year:
2026
Region / City:
Not specified
Theme:
Lighting and electrical installations
Document type:
Technical specification
Organization:
Not specified
Author:
Not specified
Target audience:
Electricians, contractors, and designers
Validity period:
Not specified
Approval date:
Not specified
Modification date:
Not specified
Note:
Context description
Manufacturer:
Maxxit
Website:
www.maxxitgroup.com
Product Name:
Tignum
Section Number:
09 54 26
Section Title:
Specialty Wood Ceilings
Division:
Division 9 – Finishes
Document Type:
Technical Specification
Product Type:
Wood Baffle and Beam Ceiling and Wall System
Standards Referenced:
ASTM A641; ASTM C423; ASTM C635; ASTM C636; ASTM E84; ASTM E580; ASTM E795; CAN/ULC-S102; AWI Architectural Woodwork Quality Standards; CISCA Ceiling Systems Handbook; CISCA Wood Ceilings Technical Guidelines
Warranty:
One-year limited warranty from date of installation
Installation Requirements:
Compliance with CISCA recommendations, manufacturer’s written instructions, approved shop drawings, and local building codes
Environmental Conditions:
Installation between 50°F (10°C) and 86°F (30°C); relative humidity between 25% and 55%; interior applications only
Submittals Required:
Product data; material samples; shop drawings; reflected ceiling plans; perimeter conditions
Extra Materials:
2.0 percent additional full-size wood baffles and suspension components
Year:
2025–2030
Region / City:
Marlborough, Worcester County, Massachusetts
Organization:
UMass Memorial Health (UMMH)
Facility:
Proton Therapy Center at Marlborough
Document Type:
Application Response / Capacity and Policy Explanation
Subject:
Proton Beam Unit Capacity and Coverage with Evidence Development (CED) Paradigm
Operational Hours:
14 hours per day, Monday through Friday
Days of Operation per Year:
250
Projected Daily Capacity:
30 treatments
Projected Monthly Capacity:
600 treatments
Projected Annual Capacity:
7,200 treatments
Average Treatment Time per Patient:
30 minutes (Year 1); 25 minutes (Years 2–3)
Estimated Annual Radiation Treatments:
4,320 (Year 1); 7,200 (Years 2–3)
Estimated Patient Volume (New Starts):
180 (Year 1); 300 (Years 2–3)
Average Treatments per Patient:
24
Total Estimated Treatment Minutes:
129,600 (Year 1); 180,000 (Years 2–3)
Policy Framework:
ASTRO Model Policy and Medicare Local Coverage Determination (LCD) L35075
Coverage Model:
Coverage with Evidence Development (CED)
Clinical Trial Participation:
Participation in IRB-approved clinical trials and multi-institutional registries; planned investigator-initiated trials
Payor Mix:
54.9% Medicare (projected)
Coverage Groups:
Group 1 (medically necessary indications); Group 2 (CED-qualified indications)