This document contains an HVAC load analysis for the Sto Espinal project in Barranquilla, Colombia. It provides details on the general project information, weather data, building components, and a room-by-room load calculation. The analysis found the total cooling load to be 588,022 BTU/hr, with the largest contributions coming from ventilation (34.52%) and skin loads like the roof and walls (27.02%). The building peak occurs in August at 5pm.
This document provides sizing summaries for the air system and zones of a building in Medellín, Colombia. The air system serves 26 zones totaling 5,063 square feet. Key specifications and peak cooling loads are reported, including a total central cooling coil load of 24.1 tons and maximum block airflow of 13,444 CFM. Individual zone designs are also summarized, listing design supply airflows, minimum flows, and peak sensible loads for each of the 26 zones.
This document is a transmittal from Caicedo Ingenieria LTDA, the contractor, to the U.S. Army Corps of Engineers. It includes testing data from ground resistance and low-voltage cable insulation resistance tests performed on the electrical distribution system as required by the contract specifications. Test results showed ground resistances of 1-4 ohms, below the 5 ohm limit, and cable insulation resistances of 204 megohms and 260 megohms, above the minimum requirement of 0.3418 megohms. The transmittal provides details on the testing equipment used and photographs of the testing procedures.
This document provides specifications for a water-cooled packaged chiller unit (CH-03) including:
- Model and manufacturer details
- Performance data like cooling capacity, power consumption, and efficiencies
- Equipment dimensions and weights
- Piping and electrical diagrams
- Sound data and part load performance curves
It contains submittal information for a 60-ton capacity unit to be used in the Engie-Centro Empresarial Santa Cruz 2-Alpina project.
REFRISAT is a Portuguese company founded in 1976 that specializes in thermal control equipment and technologies. It has sold over 15,000 equipments in Latin America and is a leader in various sectors including food, medical, metalworking, and data centers. The company prides itself on quality, technological innovation, and being the first to invest in automation, digital resources, and an internal laboratory for product development.
Mehmet Bariskan -Env. Control 2010_Design for a heating and cooling system of...Mehmet Bariskan
The document provides requirements for designing a HVAC system for a building consisting of a restaurant, lounge, and kitchen with a maximum capacity of 100 people. It includes building data, schedules for use, infiltration rates, design cooling and heating loads, ventilation rates per ASHRAE standards, duct design and sizing, and component selection including a cooling coil and heating coil from Carrier.
Flying High With Data Analytics & Optimization - Aviation Industry By Korina ...Korina Mercado
Have you ever wondered how Aviation Industry with its complexity manages their big data to optimize their operations? This session is to discuss importance of data analytics in aviation industry operations as it uncovers hidden patterns, unknown correlations, market trends, customer preferences and other useful information. It is useful to airline operations in making efficient PI projects to provide well-informed business decision.
The answer is hiding in your data sets, let’s leverage in our analytics journey!
What gets measured gets managed. Your data will talk to you, if you’re willing to listen.
This document provides an air system sizing summary for syst1 in Casablanca, Morocco. The single zone CAV system serves a 355 sqm floor area with a peak cooling load of 37.2 kW in August. The central cooling coil is designed to handle a total cooling load of 30039 W with a sensible load of 30039 W. The central heating coil is designed for a peak heating load of 26531 W occurring in December.
This document provides sizing summaries for the air system and zones of a building in Medellín, Colombia. The air system serves 26 zones totaling 5,063 square feet. Key specifications and peak cooling loads are reported, including a total central cooling coil load of 24.1 tons and maximum block airflow of 13,444 CFM. Individual zone designs are also summarized, listing design supply airflows, minimum flows, and peak sensible loads for each of the 26 zones.
This document is a transmittal from Caicedo Ingenieria LTDA, the contractor, to the U.S. Army Corps of Engineers. It includes testing data from ground resistance and low-voltage cable insulation resistance tests performed on the electrical distribution system as required by the contract specifications. Test results showed ground resistances of 1-4 ohms, below the 5 ohm limit, and cable insulation resistances of 204 megohms and 260 megohms, above the minimum requirement of 0.3418 megohms. The transmittal provides details on the testing equipment used and photographs of the testing procedures.
This document provides specifications for a water-cooled packaged chiller unit (CH-03) including:
- Model and manufacturer details
- Performance data like cooling capacity, power consumption, and efficiencies
- Equipment dimensions and weights
- Piping and electrical diagrams
- Sound data and part load performance curves
It contains submittal information for a 60-ton capacity unit to be used in the Engie-Centro Empresarial Santa Cruz 2-Alpina project.
REFRISAT is a Portuguese company founded in 1976 that specializes in thermal control equipment and technologies. It has sold over 15,000 equipments in Latin America and is a leader in various sectors including food, medical, metalworking, and data centers. The company prides itself on quality, technological innovation, and being the first to invest in automation, digital resources, and an internal laboratory for product development.
Mehmet Bariskan -Env. Control 2010_Design for a heating and cooling system of...Mehmet Bariskan
The document provides requirements for designing a HVAC system for a building consisting of a restaurant, lounge, and kitchen with a maximum capacity of 100 people. It includes building data, schedules for use, infiltration rates, design cooling and heating loads, ventilation rates per ASHRAE standards, duct design and sizing, and component selection including a cooling coil and heating coil from Carrier.
Flying High With Data Analytics & Optimization - Aviation Industry By Korina ...Korina Mercado
Have you ever wondered how Aviation Industry with its complexity manages their big data to optimize their operations? This session is to discuss importance of data analytics in aviation industry operations as it uncovers hidden patterns, unknown correlations, market trends, customer preferences and other useful information. It is useful to airline operations in making efficient PI projects to provide well-informed business decision.
The answer is hiding in your data sets, let’s leverage in our analytics journey!
What gets measured gets managed. Your data will talk to you, if you’re willing to listen.
This document provides an air system sizing summary for syst1 in Casablanca, Morocco. The single zone CAV system serves a 355 sqm floor area with a peak cooling load of 37.2 kW in August. The central cooling coil is designed to handle a total cooling load of 30039 W with a sensible load of 30039 W. The central heating coil is designed for a peak heating load of 26531 W occurring in December.
This document provides specifications for five positive displacement flowmeters used in the Vung Ang 1 Thermal Power Plant 2 x 600MW Heavy Fuel Oil System. It lists the tag numbers, line numbers, enclosure types, hazardous location classifications, power supplies, meter types, sizes, flow ranges, accuracies, materials, and other technical details for each flowmeter. Accessories including transmitters, indicators, and strainers are also specified. The flowmeters are used to measure fuel oil flow and have double case elements suitable for liquid service.
This document provides an instrument index for a cooling system, listing over 200 instruments including flow elements, flow indicators, and flow indicating transmitters. It includes key details for each instrument such as tag number, loop number, description, I/O type, location, original equipment details, and installation and supplier details. The index categorizes instruments by their association with different pieces of equipment in the cooling system such as tundishes and coolers.
This document provides submittal information for a water-cooled screw chiller unit with the following key details:
- Model number: 30XW-V308
- Cooling capacity: 306.6 tons
- Located in Shanghai, China
- Dimensions: 164 inches long, 56 inches wide, 91 inches tall
- Efficiency ratings, electrical information, accessories, and performance data are included for specifications.
The document is a bank statement summarizing deposits and transfers into a savings account from February 7th to 26th. There were numerous cash deposits and electronic transfers totaling over 1,755 Brazilian reals. The deposits and transfers were made on various dates throughout the period. The ending balance on the 26th was 1,755.81 Brazilian reals.
This document provides information about the SN74LS76A dual JK flip-flop integrated circuit, including its pinout, logic diagram, truth table, electrical specifications, and packaging/ordering details. The flip-flop has individual inputs for clock, J, K, set, and clear. It operates by transferring the logic levels of J and K inputs to the Q and Q outputs on the high-to-low clock transition according to the truth table. The document specifies parameters such as voltage levels, timing requirements, and packaging/temperature specifications.
This document provides information about the SN74LS76A dual JK flip-flop integrated circuit, including its pinout, logic diagram, truth table, electrical specifications, and packaging/ordering details. The flip-flop has individual inputs for clock, J, K, set, and clear. It operates by transferring the logic levels of J and K inputs to the Q and Q outputs on the high-to-low clock transition according to the truth table. The document specifies the chip's voltage levels, timing parameters, and packaging in plastic DIP and SOIC formats.
This document provides parts catalog information for a John Deere CTS II combine with a 900 series platform. It includes an index of parts listed alphabetically with their corresponding section and page numbers. Notes are provided on product identification numbers, short block serial numbers, directional arrows used in illustrations, and other parts catalog guidelines. Reference information is also given for separate parts catalogs covering platforms, heads, and other attachments.
Machine desings by enginnes for egineers,2015, technology, Forecast, DITORIAL
EXECUTIVE EDITOR: KENNETH J. KORANE ken.korane@penton.com SENIOR EDITOR: STEPHEN J. MRAZ stephen.mraz@penton.com TECHNOLOGY EDITOR: CARLOS GONZALEZ carlos.gonzalez@penton.com TECHNOLOGY EDITOR: JEFF KERNS jeff.kerns@penton.com
CONTENTPRODUCTIONDIRECTOR:MICHAELBROWNE michael.browne@penton.com CONTENTPRODUCTIONSPECIALIST:ROGERENGELKE roger.engelke@penton.com PRODUCTION EDITOR: JEREMY COHEN jeremy.cohen@penton.com
ASSOCIATE CONTENT PRODUCER: ILIZA SOKOL iliza.sokol@penton.com
ASSOCIATE CONTENT PRODUCER: LEAH SCULLY leah.scully@penton.com INDUSTRY COVERAGE:
AUTOMOTIVE, FASTENING & JOINING, PACKAGING, MEDICAL STEPHEN J. MRAZ
CAD/CAM, FLUID POWER, MANUFACTURING, MECHANICAL KENNETH J. KORANE, CARLOS GONZALEZ 3D PRINTING, MATERIALS, MECHANICAL, ELECTRICAL JEFF KERNS
ART DEPARTMENT
ART DIRECTOR: RANDALL L. RUBENKING randall.rubenking@penton.com GROUP DESIGN DIRECTOR: ANTHONY VITOLO tony.vitolo@penton.com SENIOR ARTIST: JIM MILLER jim.miller@penton.com
PRODUCTION
GROUP PRODUCTION DIRECTOR: CAREY SWEETEN carey.sweeten@penton.com PRODUCTION COORDINATOR: COURTNEY DENISON courtney.denison@penton.com
AUDIENCE MARKETING
USER MARKETING DIRECTOR: BRENDA ROODE brenda.roode@penton.com
USER MARKETING MANAGER: DEBBIE BRADY debbie.brady@penton.com
FREE SUBSCRIPTION/STATUS OF SUBSCRIPTION/ADDRESS CHANGE/MISSING BACK ISSUES: HALLMARK DATA T | 847.763.9670 F | 847.763.9673 machinedesign@halldata.com
ONLINE
PRODUCTDEVELOPMENTDIRECTOR:RYANMALEC ryan.malec@penton.com CLIENT SERVICES COORDINATOR: JOANN MARTIN joann.martin@penton.com
SALES & MARKETING
MANAGING DIRECTOR: TRACY SMITH T | 913.967.1324 F | 913.514.6881 tracy.smith@penton.com
REGIONAL SALES REPRESENTATIVES
AK, AZ, CA, CO, HI, ID, IA, KY, MN, MT, ND, NE, NV, OR, SD, TN, UT, WA, WI, WY, WESTERN CANADA:
PAUL MILNAMOW paul.milnamow@penton.com T | 312.840.8462 F | 913.514.3957
DC, DE, MD, NC, NJ, NY, OH, PA, SC, VA, WV:
BRANDY BISSELL brandy.bissell@penton.com T | 234.678.8401 F | 913.514.6357
CT, MA, ME, NH, RI, VT, EASTERN CANADA:
LIZ STOTT, liz.stott@penton.com T | 857.636.9737 F | 913.514.6914
IL, IN, MI, CENTRAL CANADA:
MARTY McCLELLAN marty.mcclellan@penton.com T | 312.840.8488 M | 312.343.9278 AL, AR, FL, GA, KS, LA, MO, MS, NC, NM, OK, SC, TX:
CARRIE HALBROOK carrie.halbrook@penton.com T | 317.358.9965 F | 913.514.3965
INTERNATIONAL SALES REPRESENTATIVES
BELGIUM, FRANCE, LUXEMBURG, NETHERLANDS, PORTUGAL, SCANDINAVIA, SPAIN, UNITED KINGDOM: RACHEL DISANTO rachel.disanto@husonmedia.com T | 011.44.1625.876622 M | 011.44.7794.366887
GERMANY, AUSTRIA, AND SWITZERLAND: CHRISTIAN HOELSCHER, christian.hoelscher@husonmedia.com
T | 011.49.89.95002778 F | 011.49.89.95002779
ITALY: CESARE CASIRAGHI cesare@casiraghi,info T | 011.390.31.261407 F | 011.390.31.261380 JAPAN, ASIA: HELEN LAI helen@twoway-com.com T | 866.2.2727.7799 F | 866.2.2727.3686
DESIGN ENGINEERING & SOURCING GROUP
VICE PRESIDENT & MARKET LEADER:
This document provides a site test report for a transformer differential relay. It includes summaries of general data and information, mechanical checks, electrical tests including function tests and secondary injection tests to check pickup and dropout values of differential currents. Test results are provided to check the relay's response to differential currents, bias characteristics, and blocking of second and fifth harmonic currents, as specified in the testing standards. Signatures are included to verify completion of the on-site testing.
This document provides an overview and specifications for the 1186C incubator manufactured by Fanem, including:
- A general overview of the main components and specifications of the 1186C incubator.
- Calibration procedures and requirements for sensors and alarms.
- Information on updating software and components.
- Lists of recommended tools and spare parts.
The document contains detailed part numbers, diagrams, and instructions for maintenance and calibration of the various systems and components that make up the 1186C incubator.
The document provides details on a project to improve the inlet deformation issue in aluminum casting fronts covers for Chrysler engines. The defect rate for inlet deformation is currently 45% which needs to be substantially reduced. A team analyzed the casting and heat treatment processes and identified the key input factors. Quick wins like adding heating inserts and injection pins were implemented and reduced the defect rate from 12% to 10%. Further data collection and analysis showed the defect was mainly due to part variation. The process is capable of meeting requirements but the mean position is shifted and needs to be improved.
This report summarizes the HVAC maintenance activities for NLNG Bonny Island for the month of March 2020. It includes sections on HSE activities, personnel deployed, maintenance KPI status, corrective maintenance response times, planned preventive maintenance, identified faults and resolutions, equipment status, spare parts used, and training. The key information is that 92.96% of corrective maintenance calls were completed within the service level agreement time and the contractor met or exceeded most of its KPI targets for the month.
This document provides calculations for a fire suppression system for a new concentrate storage warehouse project. It includes calculations for the HFC227ea gas piping system to supply a 1100-SEL-001 electrical room. The minimum required storage quantity of HFC227ea gas is calculated as 79.1kg. Pipe sizes, pressures, flow rates and nozzle specifications are also calculated to meet design requirements. Plans showing the fire suppression system are also included as part of the scope.
Aswec2014 Correctness by Construction with Logic-Labeled Finite-State Machine...vladestivillcastro
V. Estivill-Castro, and R. Hexel "Correctness by Construction with Logic-Labeled Finite-State Machines – Comparison with Event-B'' The The 23rd Australasian Software Engineering Conference (ASWEC) will be held on April 7th to 10th, Sydney, Australia. Page 38-47. IEEE Computer Society. Conference Publishing Services (CPS). ISBN 978-1-4799-3149-1/14
Formal methods have seen emergent success recently with the deployment of Event-B. However, Event-B explicitly postulates that models there are not executable. This seems to contradict the parallel emergence of model-driven development (MDD). We show here that logic-labeled finite-state machines (LLFSMs) are effective in carrying out the “correct from construction” agenda of formal methods such as Event- B and simultaneously achieve the aims of MDD. As a result, we obtain models that are directly interpretable, compilable, and executable enabling traceability, transparency and rapid maintainability; while at the same time enabling simulation, validation and formal verification with model checking. Moreover, the Event-B capacity to develop closed models is also very natural with arrangements of LLFSMs; and therefore further safety analysis such as failure-mode effects analysis (FMEA) can be performed. We demonstrate this with two well-known examples in the literature.
Lab 9 D-Flip Flops: Shift Register and Sequence CounterKatrina Little
This document describes an experiment involving designing a 4-bit shift register and sequence counter using D-flip flops. It includes building the circuits in an FPGA tool, simulating their operation, and downloading them to a development board. A debouncing circuit is added to prevent erroneous output from noisy button inputs. The objectives of introducing sequential circuit design and implementing a shift register and sequence counter are met.
This document is a list of 12 documents related to a sonometry report for a storage facility located in Casablanca, Chile. It includes documents such as a conducting letter, lists of local artifacts and authorized acoustic calibrators/sound level meters, sonometer catalogs, calibration certificates, technical measurement reports, and site plans. It also includes two letters regarding responses to observations from the Regional Health Ministry.
Caterpillar Cat 330D L Mobile Hydraulic Excavator (Prefix H3D) Service Repair...yin9niaojiao
This document provides instructions for removing and installing rear gear group components on a 330D L excavator powered by a C9 engine. The removal process involves using tools to remove retaining bolts and gears. Bearings are removed from adapters using tools. The installation process specifies cleaning parts and using tools to carefully install bearings at precise angles and depths. Torques are provided for installing bolts.
Caterpillar Cat 330D L Mobile Hydraulic Excavator (Prefix H3D) Service Repair...shibi1322
This document provides instructions for removing and installing a crankshaft rear seal on a 330D L excavator. The removal procedure involves removing the flywheel and then removing the crankshaft rear seal and bolts. The installation procedure specifies cleaning and preparing surfaces, applying sealant, and installing the seal with bolts in a specified tightening sequence. Tools and inspection guidelines are also referenced.
Caterpillar cat 330 d l mobile hydraulic excavator (prefix h3d) service repai...diskdkkdmmd
This document provides instructions for removing and installing a crankshaft rear seal on a 330D L excavator. The removal procedure involves removing the flywheel and then removing the crankshaft rear seal and bolts. The installation procedure specifies cleaning and preparing surfaces, applying sealant, and installing the seal with bolts in a specified tightening sequence. Tools and inspection guidelines are also referenced.
Top-Quality AC Service for Mini Cooper Optimal Cooling PerformanceMotor Haus
Ensure your Mini Cooper stays cool and comfortable with our top-quality AC service. Our expert technicians provide comprehensive maintenance, repairs, and performance optimization, guaranteeing reliable cooling and peak efficiency. Trust us for quick, professional service that keeps your Mini Cooper's air conditioning system in top condition, ensuring a pleasant driving experience year-round.
This document provides specifications for five positive displacement flowmeters used in the Vung Ang 1 Thermal Power Plant 2 x 600MW Heavy Fuel Oil System. It lists the tag numbers, line numbers, enclosure types, hazardous location classifications, power supplies, meter types, sizes, flow ranges, accuracies, materials, and other technical details for each flowmeter. Accessories including transmitters, indicators, and strainers are also specified. The flowmeters are used to measure fuel oil flow and have double case elements suitable for liquid service.
This document provides an instrument index for a cooling system, listing over 200 instruments including flow elements, flow indicators, and flow indicating transmitters. It includes key details for each instrument such as tag number, loop number, description, I/O type, location, original equipment details, and installation and supplier details. The index categorizes instruments by their association with different pieces of equipment in the cooling system such as tundishes and coolers.
This document provides submittal information for a water-cooled screw chiller unit with the following key details:
- Model number: 30XW-V308
- Cooling capacity: 306.6 tons
- Located in Shanghai, China
- Dimensions: 164 inches long, 56 inches wide, 91 inches tall
- Efficiency ratings, electrical information, accessories, and performance data are included for specifications.
The document is a bank statement summarizing deposits and transfers into a savings account from February 7th to 26th. There were numerous cash deposits and electronic transfers totaling over 1,755 Brazilian reals. The deposits and transfers were made on various dates throughout the period. The ending balance on the 26th was 1,755.81 Brazilian reals.
This document provides information about the SN74LS76A dual JK flip-flop integrated circuit, including its pinout, logic diagram, truth table, electrical specifications, and packaging/ordering details. The flip-flop has individual inputs for clock, J, K, set, and clear. It operates by transferring the logic levels of J and K inputs to the Q and Q outputs on the high-to-low clock transition according to the truth table. The document specifies parameters such as voltage levels, timing requirements, and packaging/temperature specifications.
This document provides information about the SN74LS76A dual JK flip-flop integrated circuit, including its pinout, logic diagram, truth table, electrical specifications, and packaging/ordering details. The flip-flop has individual inputs for clock, J, K, set, and clear. It operates by transferring the logic levels of J and K inputs to the Q and Q outputs on the high-to-low clock transition according to the truth table. The document specifies the chip's voltage levels, timing parameters, and packaging in plastic DIP and SOIC formats.
This document provides parts catalog information for a John Deere CTS II combine with a 900 series platform. It includes an index of parts listed alphabetically with their corresponding section and page numbers. Notes are provided on product identification numbers, short block serial numbers, directional arrows used in illustrations, and other parts catalog guidelines. Reference information is also given for separate parts catalogs covering platforms, heads, and other attachments.
Machine desings by enginnes for egineers,2015, technology, Forecast, DITORIAL
EXECUTIVE EDITOR: KENNETH J. KORANE ken.korane@penton.com SENIOR EDITOR: STEPHEN J. MRAZ stephen.mraz@penton.com TECHNOLOGY EDITOR: CARLOS GONZALEZ carlos.gonzalez@penton.com TECHNOLOGY EDITOR: JEFF KERNS jeff.kerns@penton.com
CONTENTPRODUCTIONDIRECTOR:MICHAELBROWNE michael.browne@penton.com CONTENTPRODUCTIONSPECIALIST:ROGERENGELKE roger.engelke@penton.com PRODUCTION EDITOR: JEREMY COHEN jeremy.cohen@penton.com
ASSOCIATE CONTENT PRODUCER: ILIZA SOKOL iliza.sokol@penton.com
ASSOCIATE CONTENT PRODUCER: LEAH SCULLY leah.scully@penton.com INDUSTRY COVERAGE:
AUTOMOTIVE, FASTENING & JOINING, PACKAGING, MEDICAL STEPHEN J. MRAZ
CAD/CAM, FLUID POWER, MANUFACTURING, MECHANICAL KENNETH J. KORANE, CARLOS GONZALEZ 3D PRINTING, MATERIALS, MECHANICAL, ELECTRICAL JEFF KERNS
ART DEPARTMENT
ART DIRECTOR: RANDALL L. RUBENKING randall.rubenking@penton.com GROUP DESIGN DIRECTOR: ANTHONY VITOLO tony.vitolo@penton.com SENIOR ARTIST: JIM MILLER jim.miller@penton.com
PRODUCTION
GROUP PRODUCTION DIRECTOR: CAREY SWEETEN carey.sweeten@penton.com PRODUCTION COORDINATOR: COURTNEY DENISON courtney.denison@penton.com
AUDIENCE MARKETING
USER MARKETING DIRECTOR: BRENDA ROODE brenda.roode@penton.com
USER MARKETING MANAGER: DEBBIE BRADY debbie.brady@penton.com
FREE SUBSCRIPTION/STATUS OF SUBSCRIPTION/ADDRESS CHANGE/MISSING BACK ISSUES: HALLMARK DATA T | 847.763.9670 F | 847.763.9673 machinedesign@halldata.com
ONLINE
PRODUCTDEVELOPMENTDIRECTOR:RYANMALEC ryan.malec@penton.com CLIENT SERVICES COORDINATOR: JOANN MARTIN joann.martin@penton.com
SALES & MARKETING
MANAGING DIRECTOR: TRACY SMITH T | 913.967.1324 F | 913.514.6881 tracy.smith@penton.com
REGIONAL SALES REPRESENTATIVES
AK, AZ, CA, CO, HI, ID, IA, KY, MN, MT, ND, NE, NV, OR, SD, TN, UT, WA, WI, WY, WESTERN CANADA:
PAUL MILNAMOW paul.milnamow@penton.com T | 312.840.8462 F | 913.514.3957
DC, DE, MD, NC, NJ, NY, OH, PA, SC, VA, WV:
BRANDY BISSELL brandy.bissell@penton.com T | 234.678.8401 F | 913.514.6357
CT, MA, ME, NH, RI, VT, EASTERN CANADA:
LIZ STOTT, liz.stott@penton.com T | 857.636.9737 F | 913.514.6914
IL, IN, MI, CENTRAL CANADA:
MARTY McCLELLAN marty.mcclellan@penton.com T | 312.840.8488 M | 312.343.9278 AL, AR, FL, GA, KS, LA, MO, MS, NC, NM, OK, SC, TX:
CARRIE HALBROOK carrie.halbrook@penton.com T | 317.358.9965 F | 913.514.3965
INTERNATIONAL SALES REPRESENTATIVES
BELGIUM, FRANCE, LUXEMBURG, NETHERLANDS, PORTUGAL, SCANDINAVIA, SPAIN, UNITED KINGDOM: RACHEL DISANTO rachel.disanto@husonmedia.com T | 011.44.1625.876622 M | 011.44.7794.366887
GERMANY, AUSTRIA, AND SWITZERLAND: CHRISTIAN HOELSCHER, christian.hoelscher@husonmedia.com
T | 011.49.89.95002778 F | 011.49.89.95002779
ITALY: CESARE CASIRAGHI cesare@casiraghi,info T | 011.390.31.261407 F | 011.390.31.261380 JAPAN, ASIA: HELEN LAI helen@twoway-com.com T | 866.2.2727.7799 F | 866.2.2727.3686
DESIGN ENGINEERING & SOURCING GROUP
VICE PRESIDENT & MARKET LEADER:
This document provides a site test report for a transformer differential relay. It includes summaries of general data and information, mechanical checks, electrical tests including function tests and secondary injection tests to check pickup and dropout values of differential currents. Test results are provided to check the relay's response to differential currents, bias characteristics, and blocking of second and fifth harmonic currents, as specified in the testing standards. Signatures are included to verify completion of the on-site testing.
This document provides an overview and specifications for the 1186C incubator manufactured by Fanem, including:
- A general overview of the main components and specifications of the 1186C incubator.
- Calibration procedures and requirements for sensors and alarms.
- Information on updating software and components.
- Lists of recommended tools and spare parts.
The document contains detailed part numbers, diagrams, and instructions for maintenance and calibration of the various systems and components that make up the 1186C incubator.
The document provides details on a project to improve the inlet deformation issue in aluminum casting fronts covers for Chrysler engines. The defect rate for inlet deformation is currently 45% which needs to be substantially reduced. A team analyzed the casting and heat treatment processes and identified the key input factors. Quick wins like adding heating inserts and injection pins were implemented and reduced the defect rate from 12% to 10%. Further data collection and analysis showed the defect was mainly due to part variation. The process is capable of meeting requirements but the mean position is shifted and needs to be improved.
This report summarizes the HVAC maintenance activities for NLNG Bonny Island for the month of March 2020. It includes sections on HSE activities, personnel deployed, maintenance KPI status, corrective maintenance response times, planned preventive maintenance, identified faults and resolutions, equipment status, spare parts used, and training. The key information is that 92.96% of corrective maintenance calls were completed within the service level agreement time and the contractor met or exceeded most of its KPI targets for the month.
This document provides calculations for a fire suppression system for a new concentrate storage warehouse project. It includes calculations for the HFC227ea gas piping system to supply a 1100-SEL-001 electrical room. The minimum required storage quantity of HFC227ea gas is calculated as 79.1kg. Pipe sizes, pressures, flow rates and nozzle specifications are also calculated to meet design requirements. Plans showing the fire suppression system are also included as part of the scope.
Aswec2014 Correctness by Construction with Logic-Labeled Finite-State Machine...vladestivillcastro
V. Estivill-Castro, and R. Hexel "Correctness by Construction with Logic-Labeled Finite-State Machines – Comparison with Event-B'' The The 23rd Australasian Software Engineering Conference (ASWEC) will be held on April 7th to 10th, Sydney, Australia. Page 38-47. IEEE Computer Society. Conference Publishing Services (CPS). ISBN 978-1-4799-3149-1/14
Formal methods have seen emergent success recently with the deployment of Event-B. However, Event-B explicitly postulates that models there are not executable. This seems to contradict the parallel emergence of model-driven development (MDD). We show here that logic-labeled finite-state machines (LLFSMs) are effective in carrying out the “correct from construction” agenda of formal methods such as Event- B and simultaneously achieve the aims of MDD. As a result, we obtain models that are directly interpretable, compilable, and executable enabling traceability, transparency and rapid maintainability; while at the same time enabling simulation, validation and formal verification with model checking. Moreover, the Event-B capacity to develop closed models is also very natural with arrangements of LLFSMs; and therefore further safety analysis such as failure-mode effects analysis (FMEA) can be performed. We demonstrate this with two well-known examples in the literature.
Lab 9 D-Flip Flops: Shift Register and Sequence CounterKatrina Little
This document describes an experiment involving designing a 4-bit shift register and sequence counter using D-flip flops. It includes building the circuits in an FPGA tool, simulating their operation, and downloading them to a development board. A debouncing circuit is added to prevent erroneous output from noisy button inputs. The objectives of introducing sequential circuit design and implementing a shift register and sequence counter are met.
This document is a list of 12 documents related to a sonometry report for a storage facility located in Casablanca, Chile. It includes documents such as a conducting letter, lists of local artifacts and authorized acoustic calibrators/sound level meters, sonometer catalogs, calibration certificates, technical measurement reports, and site plans. It also includes two letters regarding responses to observations from the Regional Health Ministry.
Caterpillar Cat 330D L Mobile Hydraulic Excavator (Prefix H3D) Service Repair...yin9niaojiao
This document provides instructions for removing and installing rear gear group components on a 330D L excavator powered by a C9 engine. The removal process involves using tools to remove retaining bolts and gears. Bearings are removed from adapters using tools. The installation process specifies cleaning parts and using tools to carefully install bearings at precise angles and depths. Torques are provided for installing bolts.
Caterpillar Cat 330D L Mobile Hydraulic Excavator (Prefix H3D) Service Repair...shibi1322
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Caterpillar cat 330 d l mobile hydraulic excavator (prefix h3d) service repai...diskdkkdmmd
This document provides instructions for removing and installing a crankshaft rear seal on a 330D L excavator. The removal procedure involves removing the flywheel and then removing the crankshaft rear seal and bolts. The installation procedure specifies cleaning and preparing surfaces, applying sealant, and installing the seal with bolts in a specified tightening sequence. Tools and inspection guidelines are also referenced.
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1. Climatización Sto Espinal
HVAC Load Analysis
for
Olímpica S.a.
Barranquilla
Prepared By:
Ing. Eduardo Roa Escobar
Termosoluciones S.A
Carrera 49B No. 75-42
Barranquilla
575-3690482
martes, 17 de marzo de 2020
2. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 2
General Project Data Input
General Project Information
Project file name: CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8
Project title: Climatización Sto Espinal
Project city, state, ZIP: Espinal, Tolima
Designed by: Termosoluciones S.A
Project date: Martes, 17 De Marzo De 2020
Weather reference city: Espinal
Client name: Olímpica S.a.
Client city: Barranquilla
Company name: Termosoluciones S.A
Company representative: Ing. Eduardo Roa Escobar
Company address: Carrera 49B No. 75-42
Company city: Barranquilla
Company phone: 575-3690482
Company fax: 575-3690482
Company e-mail address: eduardo.roa@termosolucionessa.com
Company website: www.termosolucionessa.com
Barometric pressure: 28,794 in.Hg.
Altitude: 1059 feet
Latitude: 4 Degrees
Mean daily temperature range: 18 Degrees
Starting & ending time for HVAC load calculations: 1am - 12am
Number of unique rooms in this project: 1
Building Default Values
Calculations performed: Cooling loads only
Lighting requirements: 1,40 Watts per square foot
Equipment requirements: 1,00 Watts per square foot
People sensible load multiplier: 250 Btuh per person
People latent load multiplier: 200 Btuh per person
Room sensible safety factor: 0 %
Room latent safety factor: 0 %
Room heating safety factor: 0 %
People diversity factor: 100 %
Lighting profile number: 2
Equipment profile number: 3
People profile number: 1
Building default ceiling height: 25,00 feet
Building default wall height: 25,00 feet
Internal Operating Load Profiles (C = 100)
hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
1 C C C C C C C C C C C C C C C C C C C C C C C C
2 C C C C C C C C C C C C C C C C C C C C C C C C
3 C C C C C C C C C C C C C C C C C C C C C C C C
4 C C C C C C C C C C C C C C C C C C C C C C C C
5 C C C C C C C C C C C C C C C C C C C C C C C C
6 C C C C C C C C C C C C C C C C C C C C C C C C
7 C C C C C C C C C C C C C C C C C C C C C C C C
8 C C C C C C C C C C C C C C C C C C C C C C C C
9 C C C C C C C C C C C C C C C C C C C C C C C C
10 C C C C C C C C C C C C C C C C C C C C C C C C
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
3. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 3
General Project Data Input (cont'd)
Building-Level Design Conditions
Design
Month
Outdoor
Dry Bulb
Outdoor
Wet Bulb
Indoor
Rel.Hum
Indoor
Dry Bulb
Grains
Diff
In/Outdoor
Correction
January 95 87 55% 72 124,62 7
February 96 87 55% 72 122,95 8
March 97 85 55% 72 104,79 9
April 97 86 55% 72 112,93 9
May 97 87 55% 72 121,27 9
June 95 87 55% 72 124,62 7
July 97 86 55% 72 112,93 9
August 97 87 55% 72 121,27 9
September 95 86 55% 72 116,27 7
October 95 85 55% 72 108,12 7
November 95 85 55% 72 108,12 7
December 97 84 55% 72 96,86 9
Winter 0 0
Master Roofs
Roof
No.
ASHRAE
Roof#
Roof
U-Fac
Dark
Color
Susp.
Ceil
1 1 0,090 No Yes
2 1 0,280 Yes No
3 1 0,165 No Yes
4 1 0,262 No No
Roof #4 Description: Cubierta de UPVC
5 1 0,204 No No
Master Walls
Wall
No.
ASHRAE
Group
Wall
U-Fac
Wall
Color
1 D 0,420 D
2 D 0,360 D
Wall #2 Description: Muro interior Bloque+estuco
Master Partitions
Partition
No.
Partition
U-Factor
Cool
T-D
Heat
T-D
1 0,420 10 10
2 0,360 10 0
Master Glass
Glass
No.
Summer
U-Factor
Winter
U-Factor
Glass
Shd.Coef.
Interior
Shading
Interior
Shd.Coef
1 1,040 1,040 0,950 2 0,000
2 0,400 0,400 0,800 2 0,000
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
4. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 4
Air Handler Input
Air Handler Number 1 Input Data
Name: Equipo Zona Doble Altura
Terminal type: Constant Volume
Method for CV Proportion
Supply fan type: Draw-thru fan
Calculations performed: Cooling loads only
Excess supply air: Reserve
Occurrences: 1
People profile number: 0
Lighting profile number: 0
Equipment profile number: 0
Exhaust may not exceed supply air: No
Leaving heating coil CFM: 0,0
Leaving cooling coil temp (deg.F): 55,0
Cooling coil CFM 0
Misc. Btuh gain - supply side: 0
Misc. Btuh gain - return side: 0
Combined fan & motor efficiency: 82
Static pressure across fan (in.wg.): 1,00
Summer supply duct temp rise (deg.F): 0,000
Summer return duct temp rise (deg.F): 0,000
Winter supply duct temp drop (deg.F): 0,000
Winter return duct temp drop (deg.F): 0,000
Chilled water temp difference (deg.F): 0,000
Hot water temp difference (deg.F): 0,000
Cooling ventilation: 5 CFM/Pr, 0,06 CFM/sq.ft
Cooling infiltration: 0 AC/Hr
Heating ventilation: 0 CFM/Pr
Heating infiltration: 0 AC/Hr
Pretreated outside air: none
Pretreated air Summer DB (deg.F): 80
Pretreated air Summer WB (deg.F): 70
Pretreated air Winter DB (deg.F): 80
Design
Month
Outdoor
Dry Bulb
Outdoor
Wet Bulb
Indoor
Rel.Hum
Indoor
Dry Bulb
Grains
Diff
In/Outdoor
Correction
January 95 87 55% 72 124,62 7
February 96 87 55% 72 122,95 8
March 97 85 55% 72 104,79 9
April 97 86 55% 72 112,93 9
May 97 87 55% 72 121,27 9
June 95 87 55% 72 124,62 7
July 97 86 55% 72 112,93 9
August 97 87 55% 72 121,27 9
September 95 86 55% 72 116,27 7
October 95 85 55% 72 108,12 7
November 95 85 55% 72 108,12 7
December 97 84 55% 72 96,86 9
Winter 0 0
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
5. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 5
Room Input
Room 1: Área De Ventas (9615 sq.ft) (Zone 1)
Air Handler number: 1 Room occurrences: 1
Room length: (feet) 9.615,00 Room width (feet): 1,00
Lighting Watts: 13.461 Equipment Watts: 9.615
Number of people in room: 268 People profile number: 1
Lighting profile number: 2 Equipment profile number: 3
Ceiling height (feet): 20,00 Heating safety factor (%): 0
Sensible safety factor (%): 0 Latent safety factor (%): 0
Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250
Cooling ventilation method: CFM/Pr &
CFM/sq.ft
Cooling ventilation value: 5,000
0,060
Cooling infiltration method: AC/Hr Cooling infiltration value: 0,000
Heating ventilation method: CFM/Pr Heating ventilation value: 0,000
Heating infiltration method: AC/Hr Heating infiltration value: 0,000
Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
Minimum supply CFM: 0 Latent Btuh equipment load: 0
Ceil. exposed to plenum (sq.ft): 9.615 Exposed floor slab perimeter (ft): 0
Cooling loads only are calculated for this room.
Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 1 0,090 No 9.615,00 1,00 9.615,0 Yes
Part Type U-Factor Cool TD Heat TD Height Width Area
4 2 0,36 10,000 0,000 20,00 70,00 1.400,0
Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 D 0,420 D 20,00 167,00 3.340,0 E
2 1 D 0,420 D 20,00 61,66 1.233,2 N
3 1 D 0,420 D 20,00 150,60 3.012,0 W
Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 1 1,040 0,950 13,00 20,00 1 260,0 0 90 1
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
6. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 6
Plenum Input
Plenum Number 1 Input Data
Air Handler Number: 1
Plenum active: No
Percent of light load to rooms: 100
Floor u-factor (Btuh/Sq.ft-°F): 0,000
Watts of equipment: 0
Summer plenum-room temp. difference (deg.F): 0
Winter plenum-room temp. difference (deg.F): 0
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
7. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 7
Building Summary Loads
Building peaks in August at 5pm.
Bldg Load
Descriptions
Area
Quan
Sen
Loss
%Tot
Loss
Lat
Gain
Sen
Gain
Net
Gain
%Net
Gain
Roof 9.615 0 0,00 0 36.128 36.128 6,14
Wall 7.325 0 0,00 0 105.189 105.189 17,89
Glass 260 0 0,00 0 17.578 17.578 2,99
Floor Slab 0 0 0,00 0 0 0 0,00
Skin Loads 0 0,00 0 158.895 158.895 27,02
Lighting 13.461 0 0,00 0 45.931 45.931 7,81
Equipment 9.615 0 0,00 0 32.808 32.808 5,58
Pool Latent 0 0 0,00 0 0 0 0,00
People 268 0 0,00 67.000 67.000 134.000 22,79
Partition 1.400 0 0,00 0 5.040 5.040 0,86
Cool. Pret. 0 0 0,00 0 0 0 0,00
Heat. Pret. 0 0 0,00 0 0 0 0,00
Cool. Vent. 1.917 0 0,00 156.333 46.670 203.003 34,52
Heat. Vent. 0 0 0,00 0 0 0 0,00
Cool. Infil. 0 0 0,00 0 0 0 0,00
Heat. Infil. 0 0 0,00 0 0 0 0,00
Draw-Thru Fan 0 0 0,00 0 8.345 8.345 1,42
Blow-Thru Fan 0 0 0,00 0 0 0 0,00
Reserve Cap. 0 0 0,00 0 0 0 0,00
Reheat Cap. 0 0 0,00 0 0 0 0,00
Supply Duct 0 0 0,00 0 0 0 0,00
Return Duct 0 0 0,00 0 0 0 0,00
Misc. Supply 0 0 0,00 0 0 0 0,00
Misc. Return 0 0 0,00 0 0 0 0,00
Building Totals 0 0,00 223.333 364.689 588.022 100,00
Building
Summary
Sen
Loss
%Tot
Loss
Lat
Gain
Sen
Gain
Net
Gain
%Net
Gain
Ventilation 0 0,00 156.333 46.670 203.003 34,52
Infiltration 0 0,00 0 0 0 0,00
Pretreated Air 0 0,00 0 0 0 0,00
Room Loads 0 0,00 67.000 309.674 376.674 64,06
Plenum Loads 0 0,00 0 0 0 0,00
Fan/Duct/Misc Loads 0 0,00 0 8.345 8.345 1,42
Building Totals 0 0,00 223.333 364.689 588.022 100,00
Check Figures
Total Building Supply Air (based on a 17° TD): 17.807 CFM
Total Building Vent. Air (10,76% of Supply): 1.917 CFM
Total Conditioned Air Space: 9.615 Sq.ft
Supply Air Per Unit Area: 1,8520 CFM/Sq.ft
Area Per Cooling Capacity: 196,2 Sq.ft/Ton
Cooling Capacity Per Area: 0,0051 Tons/Sq.ft
Heating Capacity Per Area: 0,00 Btuh/Sq.ft
Total Heating Required With Outside Air: 0 Btuh
Total Cooling Required With Outside Air: 49,00 Tons
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
8. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 8
Building Summary Loads (Z)
Building peaks in August at 5pm.
Bldg Load
Descriptions
Area
Quan
Sen
Loss
%Tot
Loss
Lat
Gain
Sen
Gain
Net
Gain
%Net
Gain
Roof 9.615 0 0,00 0 36.128 36.128 6,14
Wall 7.325 0 0,00 0 105.189 105.189 17,89
Glass 260 0 0,00 0 17.578 17.578 2,99
Floor Slab 0 0 0,00 0 0 0 0,00
Skin Loads 0 0,00 0 158.895 158.895 27,02
Lighting 13.461 0 0,00 0 45.931 45.931 7,81
Equipment 9.615 0 0,00 0 32.808 32.808 5,58
Pool Latent 0 0 0,00 0 0 0 0,00
People 268 0 0,00 67.000 67.000 134.000 22,79
Partition 1.400 0 0,00 0 5.040 5.040 0,86
Cool. Pret. 0 0 0,00 0 0 0 0,00
Heat. Pret. 0 0 0,00 0 0 0 0,00
Cool. Vent. 1.917 0 0,00 156.333 46.670 203.003 34,52
Heat. Vent. 0 0 0,00 0 0 0 0,00
Cool. Infil. 0 0 0,00 0 0 0 0,00
Heat. Infil. 0 0 0,00 0 0 0 0,00
Draw-Thru Fan 0 0 0,00 0 8.345 8.345 1,42
Blow-Thru Fan 0 0 0,00 0 0 0 0,00
Reserve Cap. 0 0 0,00 0 0 0 0,00
Reheat Cap. 0 0 0,00 0 0 0 0,00
Supply Duct 0 0 0,00 0 0 0 0,00
Return Duct 0 0 0,00 0 0 0 0,00
Misc. Supply 0 0 0,00 0 0 0 0,00
Misc. Return 0 0 0,00 0 0 0 0,00
Building Totals 0 0,00 223.333 364.689 588.022 100,00
Building
Summary
Sen
Loss
%Tot
Loss
Lat
Gain
Sen
Gain
Net
Gain
%Net
Gain
Ventilation 0 0,00 156.333 46.670 203.003 34,52
Infiltration 0 0,00 0 0 0 0,00
Pretreated Air 0 0,00 0 0 0 0,00
Room Loads 0 0,00 67.000 309.674 376.674 64,06
Plenum Loads 0 0,00 0 0 0 0,00
Fan/Duct/Misc Loads 0 0,00 0 8.345 8.345 1,42
Building Totals 0 0,00 223.333 364.689 588.022 100,00
Check Figures
Total Building Supply Air (based on a 17° TD): 17.807 CFM
Total Building Vent. Air (10,76% of Supply): 1.917 CFM
Total Conditioned Air Space: 9.615 Sq.ft
Supply Air Per Unit Area: 1,8520 CFM/Sq.ft
Area Per Cooling Capacity: 196,2 Sq.ft/Ton
Cooling Capacity Per Area: 0,0051 Tons/Sq.ft
Heating Capacity Per Area: 0,00 Btuh/Sq.ft
Total Heating Required With Outside Air: 0 Btuh
Total Cooling Required With Outside Air: 49,00 Tons
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
9. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 9
Air Handler #1 - Equipo Zona Doble Altura - Summary Loads
Rm
No
Description
Room Peak Time
Area
People
Volume
Htg.Loss
Htg.CFM
CFM/Sqft
Sen.Gain
Clg.CFM
CFM/Sqft
Lat.Gain
S.Exh
W.Exh
Htg.O.A.
Req.CFM
Act.CFM
Clg.O.A.
Req.CFM
Act.CFM
1 Área De Ventas
6pm April
9.615
268
192.300
0
0
0,00
312.107
17.807
1,85
67.000
0
0
None
0
0
5/P, 0,06/ft²
1.917
1.917
Room Peak Totals:
Total Rooms: 1
Unique Rooms: 1
9.615
268
192.300
0
0
0,00
312.107
17.807
1,85
67.000
0
0
0
0
1.917
1.917
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
10. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 10
Air Handler #1 - Equipo Zona Doble Altura - Total Load Summary
Air Handler Description: Equipo Zona Doble Altura Constant Volume - Proportion
Supply Air Fan: Draw-Thru with program estimated horsepower of 3,42 HP
Fan Input: 82% motor and fan efficiency with 1 in. water across the fan
Sensible Heat Ratio: 0,82 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August.
Outdoor Conditions: Clg: 95° DB, 87° WB, 191,13 grains
Indoor Conditions: Clg: 72° DB, 55% RH
Because of the diversity in room, plenum and ventilation loads, the room sensible peak time in April at 6pm is different from the total
system peak time, hence the air system CFM was computed using a room sensible load of 312.107.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Room Space sensible loss: 0 Btuh
Infiltration sensible loss: 0 Btuh 0 CFM
Outside Air sensible loss: 0 Btuh 0 CFM
Supply Duct sensible loss: 0 Btuh
Return Duct sensible loss: 0 Btuh
Return Plenum sensible loss: 0 Btuh
Total System sensible loss: 0 Btuh
Heating Supply Air: 0 / (,962 X 1,08 X 0) = 0 CFM
Winter Vent Outside Air (0,0% of supply) = 0 CFM
Room space sensible gain: 309.674 Btuh
Infiltration sensible gain: 0 Btuh
Draw-thru fan sensible gain: 8.345 Btuh
Supply duct sensible gain: 0 Btuh
Reserve sensible gain: 0 Btuh
Total sensible gain on supply side of coil: 318.019 Btuh
Cooling Supply Air: 320.452 / (,962 X 1,1 X 17) = 17.807 CFM
Summer Vent Outside Air (10,8% of supply) = 1.917 CFM
Return duct sensible gain: 0 Btuh
Return plenum sensible gain: 0 Btuh
Outside air sensible gain: 46.670 Btuh 1.917 CFM
Blow-thru fan sensible gain: 0 Btuh
Total sensible gain on return side of coil: 46.670 Btuh
Total sensible gain on air handling system: 364.689 Btuh
Room space latent gain: 67.000 Btuh
Infiltration latent gain: 0 Btuh
Outside air latent gain: 156.333 Btuh
Total latent gain on air handling system: 223.333 Btuh
Total system sensible and latent gain: 588.022 Btuh
Check Figures
Total Air Handler Supply Air (based on a 17° TD): 17.807 CFM
Total Air Handler Vent. Air (10,76% of Supply): 1.917 CFM
Total Conditioned Air Space: 9.615 Sq.ft
Supply Air Per Unit Area: 1,8520 CFM/Sq.ft
Area Per Cooling Capacity: 196,2 Sq.ft/Ton
Cooling Capacity Per Area: 0,0051 Tons/Sq.ft
Heating Capacity Per Area: 0,00 Btuh/Sq.ft
Total Heating Required With Outside Air: 0 Btuh
Total Cooling Required With Outside Air: 49,00 Tons
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
13. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 13
Zone Load Profiles (cont'd)
Zn 1, Sys 1
Hour
January
Sen. Load
February
Sen. Load
March
Sen. Load
April
Sen. Load
May
Sen. Load
June
Sen. Load
7pm 298.118 304.957 309.386 310.120 308.872 300.897
8pm 294.108 300.850 305.279 306.154 305.032 297.130
9pm 286.787 293.465 297.893 298.862 297.825 289.973
10pm 278.666 285.280 289.709 290.772 289.818 282.015
11pm 269.899 276.448 280.877 282.034 281.164 273.411
12am 259.081 265.599 270.028 271.231 270.403 262.675
Zn 1, Sys 1
Hour
July
Sen. Load
August
Sen. Load
September
Sen. Load
October
Sen. Load
November
Sen. Load
December
Sen. Load
1am 260.073 260.829 251.134 250.948 248.724 254.065
2am 249.760 250.482 240.745 240.551 238.347 243.700
3am 241.724 242.446 232.709 232.515 230.311 235.664
4am 233.109 233.796 224.017 223.815 221.631 226.997
5am 225.776 226.463 216.684 216.482 214.298 219.664
6am 226.756 228.031 218.965 218.890 216.370 221.526
7am 232.604 234.501 226.192 226.250 223.374 228.308
8am 243.151 245.533 237.811 237.973 234.820 239.581
9am 255.329 257.918 250.449 250.655 247.384 252.070
10am 267.130 269.719 262.250 262.456 259.185 263.872
11am 276.576 278.923 271.160 271.314 268.181 272.954
12pm 285.343 287.413 279.314 279.409 276.434 281.306
1pm 293.242 295.140 286.830 286.888 284.012 288.946
2pm 298.527 300.251 291.732 291.753 288.976 293.971
3pm 303.872 305.493 296.848 296.847 294.129 299.161
4pm 305.744 307.226 298.413 298.382 295.743 300.825
5pm 308.295 309.674 300.735 300.681 298.102 303.221
6pm 310.410 311.685 302.619 302.544 300.024 305.180
7pm 308.650 309.787 300.553 300.448 298.007 303.213
8pm 304.854 305.887 296.528 296.401 294.019 299.261
9pm 297.676 298.640 289.197 289.055 286.713 291.980
10pm 289.699 290.594 281.067 280.910 278.607 283.899
11pm 281.075 281.900 272.289 272.118 269.854 275.171
12am 270.329 271.120 261.467 261.288 259.044 264.373
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
14. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 14
Zone Profile Graphs
Zone 1, System 1 Adjusted Load
January
February
March
April
May
June
July
August
September
October
November
December
Btuh
Hours of Operation
0
100.000
200.000
300.000
400.000
500.000
1am 2am 3am 4am 5am 6am 7am 8am 9am 10am 11am 12pm 1pm 2pm 3pm 4pm 5pm 6pm 7pm 8pm 9pm 10pm11pm 12am
Zone 1, System 1 Net Load
January
February
March
April
May
June
July
August
September
October
November
December
Btuh
Hours of Operation
0
100.000
200.000
300.000
400.000
1am 2am 3am 4am 5am 6am 7am 8am 9am 10am 11am 12pm 1pm 2pm 3pm 4pm 5pm 6pm 7pm 8pm 9pm 10pm11pm 12am
Zone 1, System 1 Sensible Load
January
February
March
April
May
June
July
August
September
October
November
December
Btuh
Hours of Operation
0
100.000
200.000
300.000
400.000
1am 2am 3am 4am 5am 6am 7am 8am 9am 10am 11am 12pm 1pm 2pm 3pm 4pm 5pm 6pm 7pm 8pm 9pm 10pm11pm 12am
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
15. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 15
Air System #1 (Equipo Zona Doble Altura) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFM
Leaving Coil Condition 60,931 55,000
Draw-Thru Fan 8.345 0,443 464
Misc Load on Supply Side 0 0,000 0 0,000 0
Supply Air Duct 0 0,000 0
Room Loads 67.000 5,750 312.107 16,557 17.344
Sensible Reserve 0 0,000 0
Room Condition 67.000 66,681 320.452 72,000 17.807
Return Air Duct 0 0,000
Return Air Plenum 0 0,000
Misc Load on Return Side 0 0,000 0 0,000
Vent Air 1.917 CFM 156.333 13,432 46.670 2,476
Blow-Thru Fan 0 0,000
Entering Coil Condition 223.333 80,113 367.122 74,476 17.807
General Psychrometric Equations Used In Analysis:
PR = (Barometric pressure of site / Standard ASHRAE pressure of 29,921)
TSH = PR x 1,10 x CFM x (DB entering - DB leaving)
TLH = PR x 0,68 x CFM x (Grains entering - Grains leaving)
GTH = PR x 4,50 x CFM x (Enthalpy entering - Enthalpy leaving)
TSH = 0,962 x 1,10 x 17.807 x ( 74,5 - 55,0 ) = 367.121 Btuh
TLH = 0,962 x 0,68 x 17.807 x ( 80,1 - 60,9 ) = 223.525 Btuh
----------
SUM = 590.646 Btuh
GTH = 0,962 x 4,50 x 17.807 x ( 30,4 - 22,6 ) = 597.486 Btuh
Total System Load = 588.022 Btuh
Chilled and Hot Water Flow Rates and Steam Requirement
Cooling GPM = 597.486 / ( 0,00 x 500 ) = 0,0 GPM
Heating GPM = 0 / ( 0,00 x 500 ) = 0,0 GPM
Steam Req. = 0 / 0 = 0,0 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil Conditions
Dry bulb temperature: 74,48 Dry bulb temperature: ,00
Wet bulb temperature: 64,85
Relative humidity: 60,47
Enthalpy: 30,40 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil Conditions
Dry bulb temperature: 55,00 Dry bulb temperature: ,00
Wet bulb temperature: 53,51
Relative humidity: 91,20
Enthalpy: 22,65 Btu/lbm
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
16. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 16
Air System #1 (Equipo Zona Doble Altura) Psychrometric Chart
RC Room Condition OC Outdoor Condition
LC Leaving Coil Condition EC Entering Coil Condition
SD Supply Duct Temperature Rise RD Return Duct Temperature Rise
DTF Draw Through Fan Sensible Gain BTF Blow Through Fan Sensible Gain
RE Reserve or Reheat Sensible Gain PL Return Air Plenum Sensible Gain
SM Supply Side Miscellaneous Sensible Gain MR Return Side Miscellaneous Gain
PRE Pretreated Air Condition HRV Heat Recovery Ventilator Condition
MIX Mixed Air Condition RML Return Miscellaneous Latent Gain
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
17. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 17
Load Preview
Scope
Peak
Time
Area Volume
Sensible
Gain
Latent
Gain
Net
Gain
Net
Tons
Sensible
Loss
Cooling
Supply
Airflow
Heating
Supply
Airflow
Duct
Size
Building August 5pm 9.615 192.300 364.689 223.333 588.022 49,00 0 17.807 0
System 1 August 5pm 9.615 192.300 364.689 223.333 588.022 49,00 0 17.807 0 0 in. dia
Zone 1 April 6pm 9.615 192.300 312.107 67.000 379.107 0 17.807 0 0 in. dia
1-Área De Ventas April 6pm 9.615 192.300 312.107 67.000 379.107 0 17.807 0 1--0 in. dia
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
18. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 18
Building Pie Charts
Building peaks in August at 5pm.
Building
Net Gain
588.022
Btuh
Roof - 6,14%
Wall - 17,89%
Glass - 2,99%
Lighting - 7,81%
Equipment - 5,58%
People - 22,79%
Partition - 0,86%
Cool. Vent. - 34,52%
Draw-Thru Fan - 1,42%
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
19. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 19
Air Handler #1 - Equipo Zona Doble Altura - Pie Charts
Air Handler #1 peaks in August at 5pm.
Air Handler
#1
Net Gain
588.022
Btuh
Roof - 6,14%
Wall - 17,89%
Glass - 2,99%
Lighting - 7,81%
Equipment - 5,58%
People - 22,79%
Partition - 0,86%
Cool. Vent. - 34,52%
Draw-Thru Fan - 1,42%
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.
20. Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
Termosoluciones S.A.S Climatización Sto Espinal
Barranquilla, Colombia, 080006 Page 20
Room #1 - Área De Ventas - Pie Charts
Room #1 peaks in April at 6pm
Room #1
Net Gain
379.107
Btuh
Roof - 8,27%
Wall - 30,02%
Glass - 4,26%
Lighting - 12,12%
Equipment - 8,65%
People - 35,35%
Partition - 1,33%
D: ...CT-AA - COPSERVIR LTDA (Cubierta Monoroof).CH8 martes, 17 de marzo de 2020, 04:11 p. m.