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About_IWOS
The IWOS Is Featured in Air & Space Forces Magazine
June 29, 2023
As the authorized distributor of Intellisense Systems, we are excited to share this official feature on the groundbreaking IWOS® tactical weather station:
In a detailed report on the importance of weather observations in austere or denied terrain, the military aviation magazine shines a spotlight on the IWOS tactical weather station from Intellisense Systems.
The Integrated Weather Observation System (IWOS®) from Intellisense was recently featured in an article from Air & Space Forces magazine. The report by Senior Editor David Roza examines how critical weather observations are in United States Air Force (USAF) operations, particularly in the use of Agile Combat Employment (ACE), a concept wherein service members execute missions from small or unattended airfields. These operations are essential for combating any near-peer adversaries and maintaining the Air Force’s domain advantage in the skies. The IWOS is currently expected to become the primary tactical, man-portable weather station used by the USAF over the next few years.
The article begins by exploring the challenges of acquiring and transmitting environmental data in areas where no weather observations are currently taking place. It mentions that the previous portable solution, the Tactical Meteorological Observing System (TMOS), was very cumbersome, weighing nearly 200 lb, consisting of up to 80 separate components, and requiring at least 30 minutes and 2 to 3 service members to install.
“You hear stories all the time about dudes having to jump TOC [tactical operations center] and move like a mile and a half away,” Tech Sgt. Kyle Chambers of the 2nd Weather Squadron is quoted in the article. “So they have to pack it all up, attach cord to all these little handles, strap them to their belt and just drag this thing to the new location. They stop, set it all up, and then an hour later they have to jump TOC and do it all over again.”
Last year, the USAF announced that the IWOS will be replacing the legacy TMOS. In contrast to the legacy system, the IWOS weighs just 25 lb, fits inside a single case, and takes less than 10 minutes for one service member to install. Intellisense’s tactical weather station boasts an innovative, ruggedized, interlocking cylindrical design so that airmen, service members, and other users can get the exact weather parameters they need for their operations. It combines over a dozen key weather parameters, including temperature, pressure, humidity, wind speed/direction, and cloud layer height to 25,000 ft, with data processing, data logging, a solar power system, and secure communications through an Iridium satellite connection. Cloud layer height in particular is critical for ensuring successful aircraft takeoffs/landings in locales with no permanent surface-level observations. Additionally, the system is far more discrete than its predecessor, thus lowering the risk of detection in denied terrain.
The article affirms that that IWOS delivers the data that Air Force weather specialists need in a much smaller, robust package. It also looks at the importance of communications and supporting service members who may be engaging with near-peer adversaries in austere areas. Roza quotes the Air Force’s 2021 explainer on the doctrine of ACE: “By empowering subordinates at the lowest capable level to make decisions and take decisive action at their level, mission command provides the flexibility and agility required to seize opportunities despite enemy denial or degradation of communications.”
The information above is officially from Intellisense Systems. For product procurement, official quotations, and professional installation services in your region, please contact our authorized team today.
AWＡS
AWAS – Windshear Alert System
AWAS (Anemometric Windshear Alert System) is a low-level windshear detection and alert system based on a network of ground-based wind speed and direction sensors. It is primarily used for aviation weather monitoring in airport takeoff and approach areas.
The system continuously measures wind speed and direction through an array of anemometers installed around runways and along approach and departure paths. A central processing system analyzes differences in wind conditions between monitoring points to identify low-level windshear, gust fronts, microbursts, and other hazardous wind phenomena that may affect aircraft operations.
BMK3.0LN GWB
AERCO's Benchmark Boiler is designed for condensing application in any closed loop hydronic system. It delivers unmatched burner modulation to match energy input directly to fluctuating system loads to yield the highest possible seasonal efficiency. And no other product packs as much capacity into such a small footprint.
BMK 2.0LN GWB
AERCO's Benchmark Boiler is designed for condensing application in any closed loop hydronic system. It delivers unmatched burner modulation to match energy input directly to fluctuating system loads to yield the highest possible seasonal efficiency. And no other product packs as much capacity into such a small footprint.
ClearFire®-CE Boiler
ClearFire®-CE (CFC-E) Condensing Hot Water Boiler
High-Efficiency Condensing Hot Water Boiler
Input Range: 2,500,000 to 6,000,000 BTU/hr
Fuel: Natural Gas
Standard Turndown: 10:1
Applications: Commercial and industrial heating, process hot water, and hydronic heating systems
The Cleaver-Brooks ClearFire®-CE (CFC-E) is a high-efficiency condensing firetube hot water boiler featuring a large water capacity, duplex stainless steel pressure vessel, and advanced TurboFer® heat transfer technology. Its design combines high condensing performance, low waterside pressure drop, system flexibility, and a compact footprint.
The CFC-E is suitable for both new installations and retrofit projects. Its large water capacity and dual-return design support high ΔT and primary variable flow systems, helping reduce system flow rates and pumping energy while maximizing condensing performance.
Product Overview
High-Efficiency Heat Transfer
The ClearFire®-CE utilizes Cleaver-Brooks TurboFer® technology to create turbulence within the firetubes, improving heat transfer between the flue gas and heat transfer surfaces.
Combined with AluFer® tube technology, the design significantly increases the effective heat transfer surface area while providing excellent thermal conductivity. This allows the CFC-E to achieve high condensing performance and energy efficiency within a compact boiler footprint.
Flexible Hydronic System Integration
The CFC-E features a large water capacity pressure vessel designed to withstand thermal shock and accommodate high ΔT system designs. Dual returns allow different return-water temperatures to enter the boiler separately, helping maximize condensing performance and providing greater system design flexibility.
Low waterside pressure drop helps reduce pump head requirements and pumping energy, while making the boiler well suited for primary variable flow applications.
Advanced Burner and Controls
The linkage-less burner provides fully modulating operation with a standard 10:1 turndown ratio, allowing boiler output to closely match system demand without the use of complex mechanical air/fuel linkages.
The integrated control system monitors burner operation, fan speed, boiler water temperature, safety interlocks, and other critical operating conditions. Integrated O₂ trim capability can continuously optimize the air-fuel ratio based on measured flue gas oxygen levels.
Features
Large Water Capacity and Dual Returns
Provides greater system engineering flexibility and supports high ΔT and condensing applications.
Duplex Stainless Steel Construction
Provides excellent strength and corrosion resistance for long-term condensing boiler operation.
TurboFer® and AluFer® Technology
Advanced heat transfer technologies increase effective heat transfer and improve condensing performance.
10:1 Turndown
The fully modulating linkage-less burner provides a standard 10:1 turndown ratio to closely match changing system loads.
Low Waterside Pressure Drop
Reduces pump head requirements and helps lower system pumping energy consumption.
Compact Boiler Footprint
Only approximately 3 inches of side clearance is required, helping maximize available boiler room space.
Hinged Burner
Provides convenient access to burner components for inspection and maintenance.
Integrated O₂ Trim
Supports continuous combustion optimization for improved operating efficiency.
Quiet Operation
Sound level is less than 70 dBA measured at 3 feet from the boiler.
Non-Prorated Warranty
Backed by Cleaver-Brooks warranty coverage without prorated reduction.
Heat Transfer Technology
TurboFer® Technology
TurboFer® technology increases turbulence within the firetubes, improving contact between the hot flue gas and heat transfer surfaces. This enhances flue-side heat transfer and contributes to the boiler's compact, high-efficiency design.
AluFer® Tubes
AluFer® tube technology combines high thermal conductivity with corrosion-resistant construction. The design significantly increases the effective heat transfer surface area and helps maximize heat recovery from the flue gas.
Condensing Operation
When return-water temperatures are sufficiently low, water vapor in the flue gas condenses on the heat exchanger surfaces and releases latent heat that would otherwise be lost through the exhaust.
Low return-water temperatures, high ΔT system designs, and primary variable flow operation can increase the amount of time the boiler operates in the condensing range, improving overall system efficiency.
System Design
Dual-Return Configuration
The dual-return arrangement allows higher- and lower-temperature return water to enter the boiler separately. Directing lower-temperature return water to the appropriate section of the heat exchanger helps maximize flue gas condensation and heat recovery.
High ΔT Systems
The large water capacity and thermal-shock-resistant pressure vessel support systems with wider supply and return water temperature differences. A higher ΔT can reduce the required system flow rate for a given heating load, potentially reducing pipe sizes and pumping energy.
Primary Variable Flow
The CFC-E is designed to take advantage of primary variable flow pumping systems. System flow can vary with actual heating demand, reducing unnecessary pumping and bypass flow while improving overall plant efficiency.
Retrofit Applications
With its compact footprint and minimal side-clearance requirements, the CFC-E is well suited for existing boiler room upgrades and replacement of older non-condensing hot water boilers.
Technical Data
Key Specifications
| Item | Specification |
|---|---|
| Boiler Type | High-Efficiency Condensing Firetube Hot Water Boiler |
| Input Range | 2,500,000 to 6,000,000 BTU/hr |
| Fuel | Natural Gas |
| Burner Control | Fully Modulating Linkage-Less Burner |
| Turndown Ratio | Standard 10:1 |
| Pressure Vessel | Duplex Stainless Steel |
| Return Configuration | Dual Returns |
| Control Features | Integrated Boiler Controls, Burner Management and O₂ Trim Capability |
| Sound Level | Less than 70 dBA at 3 ft |
| Side Clearance | Approximately 3 in. |
Actual boiler capacity, operating pressure, supply and return temperatures, flow requirements, efficiency, and emissions performance should be verified according to project-specific selection data and current Cleaver-Brooks documentation.
Solutions & Applications
Solutions
Energy Efficiency
High condensing performance helps reduce natural gas consumption and overall boiler operating costs.
Reduced Pumping Energy
Low waterside pressure drop and high ΔT capability can reduce system flow requirements and pumping energy.
System Flexibility
Large water capacity, dual returns, and primary variable flow capability provide flexibility for a wide range of hydronic system designs.
Boiler Room Space Savings
The compact footprint and minimal side-clearance requirements make the CFC-E particularly suitable for space-constrained mechanical rooms and retrofit projects.
Typical Applications
ClearFire®-CE boilers are suitable for commercial and industrial hot water applications, including office buildings, hospitals and healthcare facilities, hotels, educational facilities, industrial process hot water systems, central heating plants, and boiler retrofit projects.
Maintenance & Operation
Serviceability
The hinged burner design provides convenient access to burner components for inspection and service. The compact and integrated equipment arrangement also simplifies routine maintenance while minimizing required boiler room service space.
Operation
Installation, commissioning, combustion setup, and scheduled maintenance should be performed by qualified personnel in accordance with Cleaver-Brooks procedures. Gas pressure, combustion conditions, fan speed, flame signal, flue gas O₂ and CO, and applicable safety interlocks should be verified and documented during commissioning and service.
http://proaction.com.tw/products/awos_tw/itemlist/user/24-proaction.html?start=240#sigProIda4912d9188
CB system
- Steam and hot water
- 15 to 100 HP
- Natural gas, #2 and #6 oil, combination
- 15 to 250+ psig on steam, 30 to 125 psig on hot water
The Cleaver-Brooks Model CB firetube boiler is an integrated package with components designed to work together seamlessly and provide a single source solution with optimal safety, ease of maintenance, and low emissions.
Flexible Watertube Boiler
- Steam or hot water
- 1.5 to 25.0 MMBTU/hr
- Natural gas, #2 Light Oil, propane, digester
- 15 to 250 psig on steam, 160 psig on hot water
- Available to < 9 ppm NOx
The model FLX Flexible Watertube Boiler is designed to minimize thermal stress and provide quick response in a compact unit. There is also a field-erectable option.
- Flextube Brochure
- Hydronic Solutions Brochure
- SCAQMD Rule 1146.2 Pre-Certified Boilers
- Flextube 150-1200 Boiler Book
- Flextube 1250-2500 Boiler Book
Description
View Presentation on Flextube 12.5 - 25.0 MMBTU
The FLX has distinct design features that include non-welded tube attachment for ease of tube replacement. The package includes a ProFire® burner for a completely integrated and engineered solution from a single source. Removable sectioned side panel design permits full access to all tubes.
The compact footprint design offers 160 psig hot water applications or 15 psig and 150 psig steam applications with optional design to 250 psig.
Features:
- High turndown up to 10:1 on natural gas for maximum efficiency
- Hinge-mounted burner and removable panels allow easy access for service and maintenance
- Thermal shock resistance
- The integral package for 30 ppm NOx is UL-listed
- 20-year limited pressure vessel warranty
Technical Data
O&M Manuals
- FLX 150-1200 Operation and Maintenance Manual (pdf)
- FLX 1250-2500 HP Hot Water Operation and Maintenance Manual (pdf)
- FLX 1250-2500 HP Steam Operation and Maintenance Manual (pdf)
- FLE (Field Erect) 150-1200 Operation and Maintenance Manual (pdf)
- FLE (Field Erect) 1250-2500 Operation and Maintenance Manual (pdf)
- 750-154 FLX Installation Instructions (pdf)
Dimensions & Ratings Chart
- FLX 150-1200 Dimensions and Ratings - Hot Water (pdf)
- FLX 150-1200 Dimensions and Ratings - Steam (pdf)
- FLX 1250-2500 Dimensions and Ratings - Steam (pdf)
- FLX 1250-2500 Dimensions and Ratings - Hot Water (pdf)
Boiler Book
Brochures
Specifications
CBR
- Steam and hot water
- 125 to 800 HP
- Natural gas, #2 light oil or combination
- 15 to 250+ psig on steam, 30 to 125 psig on hot water
- Available to <30 ppm NOx
The Cleaver-Brooks Model CBR firetube boiler is an integrated package with components designed to work together seamlessly and provide a single source solution with optimal safety, ease of maintenance, and low emissions.
Description
This dryback design optimizes radiant and convective heat transfer.
Integrated package includes pressure vessel, burner, LevelMaster controls, and the latest advances in combustion technology.
Upgrade or retrofit your system with Cleaver-Brooks controls, economizers, water treatment systems, and all the other system components to build a state-of-the-art boiler room of virtually any size and capacity.
Features:
- 125 - 800 HP
- Dryback boiler design
- Extended heating surface boiler tubes
- Integral front head burner
- Options for low-NOx control
SQ-2500ZS
Even though it is a small once-through boiler, the equivalent evaporation amount is 2,500 kg / h and the industry's No. 1 low NOx value of 25 ppm is realized. The
SQ series is not a conventional combustion system but Miura's own combustion technology and does not have a combustion chamber With "non-furnace can body" and "large premix burner" adapted to water pipe arrangement, we have established a new combustion heat transfer system that realizes low temperature combustion and suppresses the generation of NOx.