How Many Btu Is A 35 Ton Ac Unit? Find Out Now!
A 35-ton AC unit typically produces around 420,000 BTUs (British Thermal Units) of cooling power. This information is important for HVAC technicians, contractors, and engineers who need to accurately calculate and determine the cooling capacity required for a specific space.
In the world of air conditioning, where precision and efficiency are paramount, one question looms large: how many BTU is a 35-ton AC unit? The answer holds the key to unlocking the cooling power of these behemoth machines, and it’s a question that ignites the curiosity of HVAC technicians, contractors, and engineers alike. Picture this: a massive commercial or industrial space, suffocating in the sweltering heat.
The ambient temperature pushes the limits of human tolerance, threatening to stifle productivity and comfort. Enter the 35-ton AC unit, the colossal cooling solution designed to restore equilibrium in the most challenging environments.
But just how many BTU does it take to tame this heat monster? Understanding the BTU capacity of a 35-ton AC unit is crucial for professionals tasked with ensuring optimal cooling performance. In this article, we delve into the intricacies of BTU calculations, demystifying the math behind these cooling powerhouses, and equipping you with the knowledge to conquer any cooling challenge. Get ready to dive into the world of BTUs and unlock the secrets of the 35-ton AC unit – your gateway to unparalleled cooling prowess.
- 36000 BTU MINI SPLIT UNIT: This ductless mini split AC/heating system provides enough air conditioning for rooms up to 1500-2000 sq. ft. in size and is ideal for many uses such as a barn, open concept home, apartment, or large garage air conditioner.
- COMPLETE SPLIT UNIT AC AND HEAT KIT: Simplify your install with the included 16ft line set, power/control wiring, mounting plate, drain accessories, tape, wall sleeve, rubber feet, screws/anchors, plasticene, AAA batteries, a remote, and its holder.
- MINISPLIT FUNCTIONS: ACiQ home comfort mini split air conditioners come packed with smart features including a self-cleaning, eco-friendly, I feel, sleep, timer, turbo, and quiet mode which can easily be controlled via WiFi or the included remote.
- 19 SEER2 SPLIT AIR CONDITIONER AND HEATER: This mini split heat pump split system is highly energy efficient and built for year-round comfort; designed with a operating cooling range of 5 to 122 F and heating range of -4 to 86 F outdoor temperatures.
- PRE-CHARGED MINI AC UNIT: The inverter compressor modulates BTU output and comes fully precharged with enough refrigerant for up to a 25ft length of line set. Please note this NOT a DIY mini split AC and requires a professional to vacuum the lines.
- This listing includes: Goodman 4 Ton 14 SEER Package Heat Pump Model: GPH1448H41
- This comes with a 10-year parts limited warranty provided it is installed by a qualified installer and registered online with 60 days of installation
- Accessories such as linesets, thermostats, Electric Heat Kits, sold separately
- Some climate districts in California require the collection of an environmental mitigation fee for certain gas furnaces, varying by district. If this furnace is being shipped to a climate district area, please contact us.
- UltraCool & UltraHeat Technology: Unlike traditional gas furnaces that only offer heating, TOSOT APEX heat pump split air conditioner heats and cools efficiently in extreme conditions from -22℉ to 130℉, whether in hot states like Arizona or cold states like Michigan
- Self-Developed Compressor: Utilizes a triple-cylinder two-stage rotary compressor and enhanced vapor injection technology; optimizes low-temperature heating; maintains 100% heating capacity at -5℉ and 100% cooling performance at 115℉
- Cost-Saving Choice: Boasts ratings of up to 16 SEER2 and 9 HSPF2, surpassing the industry average; inverter technology provides up to 30% energy savings compared to non-inverter systems with the same SEER2 rating; qualifies for federal tax credits as an Energy Star-certified system
- Upgraded Condenser: The slim design takes up half the space of a gas furnace, fitting well in constricted areas like balconies or narrow side yards; side discharge design minimizes debris accumulation such as leaves and keeps noise levels below 58 dB
- High Static Pressure Design: The TOSOT unitary central AC adapts to actual static pressure, great for areas requiring long-distance airflow; meets the needs of various living spaces with eight adjustable fan speeds
- [AMPLE COVERAGE] This unit provides cooling and heating for up to 650 square feet and is able to work in environments as low as 19 degrees Fahrenheit. Filled with the new R32 refrigerant, ensures the best air quality both indoors and outdoors. Competitors use an older refrigerant that is more harmful to the environment. If additional refrigerant needs to be added to the lines, check R32 availability at your local seller.
- [STRONG SYSTEM] This air conditioner is designed with several smart functions that make it easy to use: 4D air flow(up-down left-right), I feel mode, 24 hour timer, sleep mode, eco energy saving mode, multiple fan speeds, turbo function, heating, cooling, dry and auto modes. Maximum Fuse Size is 20A.
- [ENERGY EFFICIENT COOLING] This 12000 BTU/h, 20 SEER2, 110-120V, ETL Listed, AHRI Certified pre-charged air conditioner unit features a ductless mini split inverter plus system with a heat pump (up to 19℉/ -7℃) and DC Inverter technology provides up to 30% power savings.
- [QUIET OPERATION] This air conditioner is ultra silent at only 47 dBa. The unit provides equal airflow in every part of your room and can adjust to 60-90 degrees Fahrenheit to suit your comforts in just a few minutes. 13ft copper line length (Standard size 1/4″ & 3/8″ outer dimension copper pipes) and full installation kit included. The length for drain pipe is 78.7″.
- [SMART SENSOR & INSTALLATION] The unit will sense room temperature at the remote control, instead of at the indoor unit during cooling mode. It then adjusts airflow and temperature accordingly, resulting in the ultimate in personal comfort control and energy savings.Line-set vacuuming is required during installation. Any alteration of line-set length requires adjusting freon levels.This system mandates professional installation – it’s not a DIY mini split AC.
- ♥ [ PROLONGED EQUIPMENT LIFE ] – This potential relay reduces the amount of time your compressor is on high amp start-up, add years to the life of your compressor and other electrical components associated with your A/C system
- ♥ [ START FASTER ] – Significantly reduces the amount of time it takes for your compressor to start.CSR-U2 start capacitor uses a powerful multi-layer starting capacitor and a smart switch to give the compressor the boost it needs to start up quickly, more reliably and draw less power
- ♥ [ HARD STAR CAPACITOR ] – The Capacitor has been pre-wired for you. There are only 3 color coded wires which need to be connected.The Black wire will be connected to the Common side of the compressor. The Striped wire will be connected to the Start winding of the compressor and the Red wire will be connected to the Run winding of the compressor
- ♥ [ LOWER ELECTRIC BILLS ] – Reduces the load on your compressor & Saves Electricity
- ♥ [ QUALITY GUARANTEE ] – This is Non-Original Aftermarket Parts, but the quality is much better. If you have any problem, please contact us, we will be very happy to help you solve it.
- Price For: Each Includes: Potential Relay, Capacitor, Mounting Screws, Zip-Tie Time Delay: No Control Volts: 204 to 240 Item: Hard Start Kit Hz: 60 Agency Compliance: cUL, CE Phase: 1 HP: 1 to 5 Type: Potential Relay, Start Capacitor Voltage: 204 to 240 Temp. Rating (F): 149 Contact Rating (Amps): 35 Application: 1-2-3 tons A/C Units Pick Up: 162 to 175
- Width: 1-3/4″ Increased Torque (Oz.-In.): 300 Height: 5-1/2″ Drop Out: 40 to 90 Depth: 2″ Country of Origin (subject to change): United States
- VEXUNGA 35+5 uF ±6% 370/440/450 VAC CBB65 dual run start capacitor replacement for ALL 370 & 440 &450 Volt capacitors.
- 35/5 MFD Capacitor size measures (1.77inch / 45mm) x (2.79inch / 71mm) x (3.94inch / 100mm).
- Operating temperature: -40℃ to +70℃. Frequency: 50/60 Hz. Safety rated: 10,000 AFC – Available Fault Current.
- Compliant with the TOUGHEST U.S. standards for AC motor run capacitors including EIA-456-A Specifications and IEC 60252-1:2001 – UL & CUL Listed.
- SUPER EASY to Replace: Direct replacement, No wiring or adapter changes required. AC Capacitor has three terminals on the top are labeled “Herm” for the compressor motor, “Fan” for the fan, and “C” for the common line.
- UltraCool & UltraHeat Technology: Unlike traditional gas furnaces that only offer heating, TOSOT APEX heat pump split air conditioner heats and cools efficiently in extreme conditions from -22℉ to 130℉, whether in hot states like Arizona or cold states like Michigan
- Self-Developed Compressor: Utilizes a triple-cylinder two-stage rotary compressor and enhanced vapor injection technology; optimizes low-temperature heating; maintains 100% heating capacity at -5℉ and 100% cooling performance at 115℉
- Cost-Saving Choice: Boasts ratings of up to 16 SEER2 and 9 HSPF2, surpassing the industry average; inverter technology provides up to 30% energy savings compared to non-inverter systems with the same SEER2 rating; qualifies for federal tax credits as an Energy Star-certified system
- Upgraded Condenser: The slim design takes up half the space of a gas furnace, fitting well in constricted areas like balconies or narrow side yards; side discharge design minimizes debris accumulation such as leaves and keeps noise levels below 58 dB
- High Static Pressure Design: The TOSOT unitary central AC adapts to actual static pressure, great for areas requiring long-distance airflow; meets the needs of various living spaces with eight adjustable fan speeds
- 35/5 uF 35+5 35 5 MFD 370/440 VAC VOLT CBB65R CBB65B capacitor dual run start capacitor for ac replacement for BOTH 370 and 440 vac Volt capacitors. with 5 years guarantee
- Capacitor dimension:Diameter(50 mm/1.97 inch)Height(100 mm/3.94 inch). Operating temperature:-40 centigrade to+70 centigrade -104 Fahrenheit degree to+158 Fahrenheit degree,Safety rated: 10,000 AFC
- UL Listed. Compliant with the TOUGHEST U.S. standards for AC motor run capacitors include EIA-456-A and IEC 60252-1:2001
- Three terminals on the top are labeled “Herm” for the compressor motor, “Fan” for the fan, and “C” for the common line
- 35/5 uf 35 5 mfd ac Capacitor Replacement for 97F9834 , Z97F9834 , HC98JA036 , P291-3553R , HC98CA036 , HV98CA035 , 97F9834, R100335-05, 89M73, HC98JA036D , TT-CAP-35/5/440R, RC0102 , TRCFD355 , 12283 , Z97F9848 , Z97F9899 , 97F9899 , CAP050350440RS , 12266 , C3355R , replacement for carrier condenser capacitor , goodman air conditioner capacitor and lennox capacitor …etc
I. Understanding BTU and Ton
A. Definition of BTU (British Thermal Unit)
A BTU, or British Thermal Unit, is a unit of measurement used to quantify the amount of heat required to raise the temperature of one pound of water by one degree Fahrenheit. In the context of air conditioning, BTUs are used to measure the cooling capacity of an AC unit. The higher the BTU rating, the more cooling power the unit possesses.
B. Definition of Ton in HVAC
In the HVAC industry, a “ton” does not refer to the weight of an air conditioning unit. Rather, it is a unit of measurement used to indicate the cooling capacity of an AC system. One ton is equivalent to 12,000 BTUs per hour. This measurement originated from the time when ice was used to cool buildings, and one ton of ice could melt in a day.
C. Relationship between BTU and Ton in HVAC systems
To determine the cooling capacity of an AC unit, the BTU rating is divided by 12,000 to calculate the equivalent tonnage. For example, a 24,000 BTU AC unit is equivalent to a 2-ton system (24,000 divided by 12,000). This relationship allows HVAC professionals to compare and select the appropriate AC unit based on the cooling needs of a space.
II. Calculating BTU for Air Conditioning Units
A. Factors influencing BTU calculation
- Room size and square footage
- Insulation quality
- Number of occupants
- Sun exposure
- Climate
B. BTU calculation formula
- BTU = (Room size x Insulation factor x Occupant factor x Sun exposure factor) +/- Climate factor
The BTU calculation formula takes into account various factors that influence the cooling requirement of a space. These factors include the room size, insulation quality, number of occupants, sun exposure, and climate. By multiplying these factors and adjusting for climate considerations, the BTU rating for an AC unit can be accurately determined.
Examples of BTU calculations for different room types
Let’s consider a few examples to illustrate how these factors affect the BTU calculation for different room types:
Example 1: Small bedroom
- Room size: 150 square feet
- Insulation factor: 1 (average insulation)
- Occupant factor: 1 (single occupant)
- Sun exposure factor: 1 (minimal sun exposure)
- Climate factor: 0 (moderate climate)
Using the BTU calculation formula, the BTU rating for this small bedroom would be:
BTU = (150 x 1 x 1 x 1) + 0 = 150 BTU
Example 2: Living room with large windows
- Room size: 400 square feet
- Insulation factor: 0.5 (poor insulation)
- Occupant factor: 2 (two occupants)
- Sun exposure factor: 1.5 (significant sun exposure)
- Climate factor: +10 (hot climate)
Using the BTU calculation formula, the BTU rating for this living room would be:
BTU = (400 x 0.5 x 2 x 1.5) + 10 = 600 BTU
These examples demonstrate how various factors contribute to the BTU calculation for different room types. It’s important to accurately assess these factors to ensure the AC unit provides sufficient cooling power for the space.
III. Understanding a 35 Ton AC Unit
A. Definition of a 35 Ton AC Unit
A 35-ton AC unit refers to an air conditioning system with a cooling capacity equivalent to 35 tons or 420,000 BTUs per hour. It is a large-scale cooling solution designed for commercial, industrial, and high-demand environments.
B. What it indicates about cooling capacity
A 35-ton AC unit indicates a significant cooling capacity. It is capable of efficiently cooling large spaces with high cooling demands. This capacity makes it suitable for environments that require consistent cooling, such as server rooms, manufacturing facilities, and large commercial buildings.
C. BTU equivalence of a 35 Ton AC Unit
Conversion from ton to BTU calculation
To calculate the BTU equivalence of a 35-ton AC unit, we can use the conversion factor of 12,000 BTUs per ton. Using this conversion, the BTU rating of a 35-ton AC unit would be:
35 tons x 12,000 BTUs per ton = 420,000 BTU per hour
Calculation example for a 35 Ton AC unit
Let’s consider a scenario where a 35-ton AC unit is installed in a large industrial warehouse:
Warehouse specifications:
- Total square footage: 50,000 square feet
- Insulation quality: Good
- Occupant density: Low
- Sun exposure: Moderate
- Climate: Hot
Using the BTU calculation formula, the BTU requirement for this warehouse would be:
BTU = (50,000 x 1 x 1 x 1) + 10 = 60,000 BTU
In this scenario, the 35-ton AC unit is overkill for the warehouse’s cooling needs, as it has a cooling capacity of 420,000 BTUs per hour. However, this highlights the flexibility and scalability of a 35-ton AC unit, as it can handle cooling demands in various environments.
IV. Benefits and Applications of a 35 Ton AC Unit
A. Suitable environments for a 35 Ton AC unit
A 35-ton AC unit is well-suited for environments that require powerful and reliable cooling. Some of the suitable environments include:
- Large commercial spaces
- Industrial buildings
- Data centers
B. Cooling capacity and coverage area
1. Large commercial spaces
In large commercial spaces such as shopping malls, convention centers, and airports, a 35-ton AC unit can effectively cool expansive areas with high occupant densities. Its cooling capacity ensures comfort for visitors and employees, even in peak occupancy situations.
2. Industrial buildings
Industrial buildings, including manufacturing facilities and warehouses, often generate significant heat from machinery and industrial processes. A 35-ton AC unit can efficiently cool these spaces, maintaining optimal working conditions, and preventing damage to equipment and products.
3. Data centers
Data centers house critical computer systems and servers that generate substantial heat. Cooling is essential to ensure the proper functioning and longevity of these sensitive systems. A 35-ton AC unit can effectively manage the cooling demands of data centers, preventing overheating and downtime.
C. Energy efficiency considerations
1. SEER and EER ratings
When selecting a 35-ton AC unit, energy efficiency is a crucial consideration. Look for units with high SEER (Seasonal Energy Efficiency Ratio) and EER (Energy Efficiency Ratio) ratings. These ratings indicate the unit’s efficiency in converting electrical energy into cooling power. Higher SEER and EER ratings result in lower energy consumption and utility costs.
2. Cost savings with a 35 Ton AC unit
Despite their large size, 35-ton AC units can offer cost savings in the long run. Their high cooling capacity allows them to operate at lower speeds and cycles, reducing energy consumption and wear and tear on the system. Additionally, their efficient cooling performance ensures optimal comfort while minimizing energy wastage.
V. Factors Influencing the Choice of a 35 Ton AC Unit
A. Location and climate considerations
- Temperature range
- Humidity levels
- Altitude
The location and climate of a building play a significant role in determining the cooling requirements. Factors such as temperature range, humidity levels, and altitude can impact the performance and efficiency of a 35-ton AC unit. It’s essential to choose a unit that can handle the specific climatic conditions of the area.
B. Building specifications and cooling needs
- Square footage
- Insulation quality
- Occupant density
The specifications of the building, including its square footage, insulation quality, and occupant density, must be taken into account when selecting a 35-ton AC unit. These factors determine the cooling load and help determine the appropriate unit size and capacity for optimal performance.
C. Additional features and customization options
- Zoning capabilities
- Air quality enhancements
- Advanced control systems
Consider additional features and customization options that may enhance the cooling performance and user experience. Zoning capabilities allow for precise control of cooling in different areas of a building. Air quality enhancements, such as filters and purifiers, improve indoor air quality. Advanced control systems provide convenient and efficient management of the AC unit.
VI. Installation and Maintenance of a 35 Ton AC Unit
A. Professional installation requirements
1. Sizing and load calculations
Professional installation is necessary for a 35-ton AC unit to ensure proper sizing and load calculations. HVAC professionals consider factors such as the cooling load, ductwork design, electrical requirements, and safety regulations when installing a unit of this size.
2. Ductwork design
The ductwork design for a 35-ton AC unit should be carefully planned to optimize airflow and ensure efficient cooling. Properly designed ducts minimize air leaks and pressure imbalances, maximizing the unit’s performance and energy efficiency.
3. Electrical considerations
Due to the large size of a 35-ton AC unit, specific electrical considerations must be taken into account during installation. Adequate power supply, wiring, and electrical connections must be implemented to ensure safe and reliable operation.
B. Routine maintenance and servicing
1. Filter replacements
Regular filter replacements are essential to maintain the efficiency of a 35-ton AC unit. Clean filters ensure proper airflow and prevent dust and debris buildup, which can hinder the unit’s performance and lead to increased energy consumption.
2. Coil cleaning
Coil cleaning is crucial for efficient heat transfer in the AC unit. Dust and debris can accumulate on the coils over time, reducing their effectiveness. Routine cleaning helps maintain optimal cooling performance and prevents issues such as reduced cooling capacity and higher energy consumption.
3. Refrigerant level checks
Regular checks of the refrigerant level are necessary to ensure the proper operation of the AC unit. Low refrigerant levels can lead to insufficient cooling and increased energy consumption. HVAC professionals can assess and replenish the refrigerant as needed.
C. Troubleshooting common issues
1. Insufficient cooling
If the 35-ton AC unit is not providing sufficient cooling, several factors may be at play. These can include improper sizing, ductwork issues, or a malfunctioning component. Consulting with a professional HVAC technician will help diagnose and resolve the issue.
2. Airflow problems
Inadequate airflow can result from clogged filters, duct obstructions, or fan motor issues. Regular cleaning and maintenance of the filters, ducts, and fans can help prevent and resolve airflow problems, ensuring optimal cooling performance.
3. Noisy operation
If the 35-ton AC unit is producing excessive noise, it may indicate a problem with the fan motor, compressor, or other components. Professional inspection and maintenance can identify the source of the noise and address it accordingly.
VII. Comparison of Different HVAC Systems
A. Other types of AC units
1. Window units
Window units are self-contained AC systems that are typically used to cool individual rooms or small spaces. They are easy to install and relatively affordable, but their cooling capacity is limited compared to larger AC units. Window units are not suitable for cooling large areas or commercial spaces.
2. Split systems
Split systems consist of an indoor unit and an outdoor unit connected by refrigerant lines. They offer greater flexibility and can provide cooling to multiple rooms. However, their cooling capacity may not be sufficient for large-scale applications such as commercial buildings or data centers.
3. Rooftop units
Rooftop units are self-contained AC systems that are installed on the roof of a building. They are commonly used in commercial buildings and provide efficient cooling for large spaces. Rooftop units offer easy access for maintenance and servicing and can be customized to meet specific cooling requirements.
B. Advantages and disadvantages of a 35 Ton AC unit compared to others
Compared to window units and split systems, a 35-ton AC unit offers the advantage of significantly higher cooling capacity. It is designed for cooling large spaces and can handle high cooling demands. However, it also comes with the disadvantage of higher installation and maintenance costs due to its size and complexity. Additionally, a 35-ton AC unit may not be suitable for small residential or office spaces.
VIII. Conclusion
In conclusion, understanding the BTU capacity of a 35-ton AC unit is crucial for HVAC professionals and those responsible for selecting and maintaining these powerful cooling systems. By accurately calculating BTUs, considering factors such as room size, insulation, occupants, sun exposure, and climate, professionals can ensure the optimal performance and efficiency of the AC unit.
A 35-ton AC unit offers substantial cooling capacity, making it ideal for large commercial spaces, industrial buildings, and data centers. Considerations such as location, climate, building specifications, and additional features play a vital role in choosing the right unit.
Professional installation and routine maintenance are essential to maximize the lifespan and performance of a 35-ton AC unit. Regular filter replacements, coil cleaning, and refrigerant level checks help ensure efficient operation and prevent common issues. Troubleshooting problems such as insufficient cooling, airflow issues, and noise can be addressed by consulting with HVAC professionals.
When comparing different HVAC systems, the advantages of a 35-ton AC unit lie in its high cooling capacity, making it suitable for demanding environments. However, it is essential to consider the specific cooling requirements of the space and evaluate other AC unit options based on size, cost, and efficiency.
In the world of air conditioning, the 35-ton AC unit stands as a powerful and reliable solution for challenging cooling demands. Equip yourself with the knowledge of BTUs, tonnage, and the intricacies of these cooling powerhouses to conquer any cooling challenge that comes your way.
Air Conditioner Use Pipe Size 1 Ton To 35 Ton All Size Copper Pipe Information / Same Day Ac Repair
Frequently Asked Questions (FAQ)
How many BTU is a 35-ton AC unit?
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Is a 35-ton AC unit suitable for residential use?
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Final Words or Final Summary: Understanding the Cooling Capacity of a 35-Ton AC Unit
In conclusion, understanding how many BTUs a 35-ton AC unit has is essential for HVAC professionals and individuals who need to select and maintain these powerful cooling systems. A 35-ton AC unit has a cooling capacity of 420,000 BTUs per hour, making it suitable for large-scale applications such as commercial spaces, industrial buildings, and data centers.
To accurately calculate the BTUs for an AC unit, factors such as room size, insulation, occupants, sun exposure, and climate must be considered. This ensures that the AC unit meets the specific cooling needs of the space and operates efficiently.
Professional installation and routine maintenance are critical for maximizing the performance and longevity of a 35-ton AC unit. Regular filter replacements, coil cleaning, and refrigerant level checks are necessary to ensure efficient operation and prevent common issues such as insufficient cooling, airflow problems, and excessive noise. When comparing different types of AC units, a 35-ton AC unit offers the advantage of high cooling capacity.
However, it is important to consider factors such as location, climate, building specifications, and additional features when choosing the right unit. Other AC unit options, such as window units, split systems, and rooftop units, have their own advantages and disadvantages depending on the specific cooling requirements. In conclusion, a 35-ton AC unit provides a powerful and reliable cooling solution for large spaces with high cooling demands.
