Attachment 6 Design Analysis.pdf

DESIGN ANALYSIS

DESIGN AND RENOVATE ROOM

P111 ENGINEERING CENTER

95% Design Submittal

USDA-ARS, USNPRC

950 COLLEGE STATION ROAD

ATHENS, GA 30605

Prepared For:

U.S. Department Of Agriculture Agricultural Research Service (ARS) 141 Experiment Station Road Stoneville, MS 38776

Contract No.

12805B21D0003

Task Order No.

12805B24F0352

Prepared By:

The Johnson-McAdams Firm, P.A.

Greenwood, Mississippi

December 10, 2024

Design Analysis – 95% Design Submittal Building 1, Renovate Room P111 USNPRC, Athens, GA

DESIGN ANALYSIS

TABLE OF CONTENTS

Part 1 Basis of Design

Part 2 Attachments Project Reports

Site Visit and Pre-Design Report Basis of Design Cut Sheets Mechanical

Electrical Calculations

Mechanical

PART 1 - BASIS OF DESIGN

The proposed project includes renovating an existing storage space to accommodate a new Engineering Center for the US National Poultry Research Center. Work will include Asbestos Abatement, demolition of various pieces of equipment, chain link fencing, quarry tile flooring and mechanical and electrical devices, ductwork and fixtures. New work will include metal stud and gypsum board partitions, infill at existing masonry wall openings, new resinous flooring, painting of all surfaces including exposed structure, piping and ductwork. A new HVAC unit will be required as well as new lighting and electrical devices.

Architectural Design

Applicable Codes and Standards

• International Building Code (IBC) - 2018

• Unified Facilities Criteria, “DoD Building Code, UFC 1-200-01 with Change 3

• Unified Facilities Criteria, “Architecture”, UFC 1-300-01 with Change 4

Architecture Design Overview

The renovation will include asbestos abatement and replacement of pipe insulation.

Demolition will include quarry tile flooring, chain link fencing and relocation of existing gate and removal of existing dehydrator. New work to include new metal stud partition with gypsum board on each side and sound batt insulation, new double doors, new resinous floor with integral base, masonry infill with double sided glazed concrete masonry units to match existing wall. All surfaces (except glazed block) will be cleaned and painted including exposed structure and mechanical and electrical conduit. A new door for egress only will be introduced at the south end of Room P119 adjacent to the existing freezers.

Mechanical Design

The existing HVAC system serving Room P112 is comprised of two (2) hydronic unit heaters connected to the facility heating water system and a portion of ductwork routed from an air handling unit located outside of the area of work. The existing HVAC system serving Room P121 contains a suspended air handling unit served by a water source heat pump connected to the facility condenser water system to provide the space with heating and cooling needs and an air dryer ducted directly to the air handler to control the humidity percentage of the air as it circulates.

During the site visit, the A/E was informed that the existing equipment serving the spaces are not functional. The existing unit heaters, UHP24 and UHP25, existing piping, and asbestos containing insulation up to isolation valves shall be demolished. The existing ductwork shall be demolished back to the column line just outside of the area of work and capped in the main room (P112), and the air handler, air dryer, condensing unit, and ductwork serving Room P121 shall be demolished.

The new HVAC System located in Room P122 will be comprised of an air handler with an outdoor air intake ducted to the existing louver, and a water source heat pump connected to the facility condenser water system. This was proposed based on the facility’s assumption that the existing system contains the capacity to include this new system. Due to the use of refrigerant, the equipment room will be provided with an inline exhaust fan with ductwork routed to a louver in the sidewall of the building to meet ventilation requirements.

Plumbing Design

Compressed air system modifications will be limited to providing one (1) eighty (80) gallon air compressor to serve two (2) retractable hose reels with twenty-five (25) foot hoses. Each of the hose reels will be provided with rubber stops and served by the air compressor located in Room P122. The air compressor will have an adjustable pressure regulator, and a separate pressure regulator will be provided prior to each hose reel to allow for each air drop to be at a user determined pressure that can be adjusted as needed.

Plumbing modifications consist of providing two (2) dual compartment stainless steel sinks with left and right drain boards. One sink shall be located above the existing floor drain in Room P121, and the other sink shall be mirrored into Room P112. The waste piping shall be conjoined together before routing down to the existing floor drain. The A/E intends to provide one (1) tap into each of the existing domestic hot and domestic cold-water mains located overhead and route the new piping down the wall prior to branching off to serve the new sinks. This was proposed based on the facility’s assumption that the sinks’ low intended use can be served by the existing plumbing systems.

USNPRC, Athens, GA

Electrical Design Applicable Codes and Standards

• ASHRAE Std 90.1 – Energy Standards for Buildings Except Low-Rise Residential Buildings

• IES Lighting Handbook, 10th Edition,

• NFPA 70, National Electrical Code (NEC)(2023)

• NFPA 101, Life Safety Code (2021)

• NFPA 72, National Fire Alarm and Signaling Code (2025)

• UFC 3-501-01 Electrical Engineering, w/ Chg 1.

• UFC 3-520-01 Interior Electrical Systems, w/ Chg 2.

• UFC 3-530-01 Interior and Exterior Lighting Systems

Electrical Calculations

USNPRC, Athens, GA

Electrical Design Overview

This project will consist of lab renovation in the P111 lab space. Electrical infrastructure will be preserved for equipment to remain in service. All other electrical receptacles, disconnects, conduit and miscellaneous connections will be demolished back to the source. The primary power source for this space is an existing 120/208V panel “L1HL”.

This panel is an antiquated panel and it must be replaced. The existing 100A feeder will be re-used and will power the new 54 circuit 100A 3phase 120/208V panel. Existing to remain loads will be transferred to the new panel. All new lighting, receptacles and miscellaneous loads will be connected to the new panel. In addition, a new 277/480V panel will be installed for the mechanical loads. A new 100A 3phase 42 circuit panel will be installed. The new panel, “H-121” will be surface mounted to an existing column and be fed from an existing bus disconnect in the adjacent space.

Power receptacles will be installed at bench top height for workspace convenience power. Ceiling receptacles will be installed throughout for additional convenience.

Mechanical units will be fed from the new 277/480V panel. Local power disconnects will be installed adjacent to the new units.

The lighting will be LED narrow strip lighting with high color fidelity output (90 CRI). The lights will be suspended from the deck above. The lighting will provide suitable lighting levels for a lab environment. Emergency lighting will be accomplished through batteries in fixtures and exit sign lighting. Lighting controls for the main lab space will be occupancy dual technology (infrared and ultrasonic). The light fixtures will be dimmable and controlled through a wall switch for dimmer control and manual on/off. The inner lab space will be manual control only.

Telecommunications outlets will be provided throughout the space for convenience and device/equipment network connectivity. Category 6 cabling installed in cable tray and J-hooks will route to the outlet locations. The cabling will be protected by 1” minimum conduit to the device location. A new wall mounted telecommunication cabinet will be installed in an accessible location. This cabinet will include fiber and twisted pair active and passive equipment. The wall cabinet will be fed from a 12 pair single mode fiber.

This fiber will originate from the basement telecom room and route to the new telecommunications cabinet.

The space will include adequate fire alarm notification devices. The existing devices will be protected and remain in-use. New fire alarm devices including speaker/strobes, duct smoke detectors and pull stations will be installed and connected to the existing fire alarm control panel (FACP) near the elevators in the lobby.

PART 2 - ATTACHMENTS

Project Reports

Site Visit and Pre-Design Report

Project Reports

108 WEST MARKET ST. P.O. BOX 513 GREENWOOD, MS 38935-0513 PHONE (662) 455-4943 FAX (662) 455-3381 Architects Licensed in Mississippi: Robin Henry, Jerry Martin, Rebecca P. Palmer

SITE VISIT & PRE-DESIGN REPORT

Renovate P111 inside Building 1 for a New Engineering Center

USNPRC

Athens, GA

Site Trip – September 24, 2024 October 18, 2024

Attendees:

See attached sign-in sheet.

General:

The project requires development of an existing space (P111) located in Building 1 on the U.S. National Poultry Research Center (USNPRC) in Athens, Georgia for a new Engineering Center for the Quality and Safety Assessment Research Unit.

Work will include demolition of existing equipment and HVAC systems, new partitions, new electrical and HVAC work as well as interior finishes to meet the mission of the space.

Site Findings and Scope of Work Review Meeting:

The meeting was held in the P111 space to discuss the work required. The meeting started with general discussions about the project, touring the existing space. Observations and Discussions were as follows:

1. Architectural Work:

a. The new space will extend from the existing north wall to the fence at the southern end of the room. A corridor in front of the existing freezers should be a minimum of 7’ wide.

b. It is assumed that asbestos is present at the existing piping elbows within the space. Asbestos abatement shall be removed prior to demolition work.

c. New partitions will be metal stud construction with impact resistant gypsum wall board. Walls will extend to the deck and have sound batt insulation.

d. Existing floors will receive a resinous coating and integrated base. A hard ceiling is not required, and space can be exposed to the structure and ductwork/piping above. Gypsum board walls will be finished with an epoxy coating to provide washable surfaces.

e. No casework is required. Provide two commercial sink fixtures with two sinks and drain boards on each end.

f. There will be no fume hoods or chemicals used in this space.

g. The owner will install a conveyor belt system for the mission.

h. All furnishings will be movable and will be provided and installed by the Government

i. The existing fencing and gate will be removed along the north edge of the storage area. The gate accessing this area will be relocated to the west side of the storage area.

2. Mechanical Work:

a. The existing HVAC system serving Room P112 is comprised of two (2) hydronic unit heaters connected to the facility heating water system and a portion of ductwork routed from an air handling unit located outside of the area of work. The existing HVAC system serving Room P121 contains a suspended air handling unit served by a water source heat pump connected to the facility condenser water system to provide the

SITE VISIT & PRE-DESIGN REPORT

Renovate P111 inside Building 1 for a New Engineering Center, USNPRC September 18, 2024 space with heating and cooling needs and an air dryer ducted directly to the air handler to control the humidity percentage of the air as it circulates.

b. During the site visit, the A/E was informed that the existing equipment serving the spaces are not functional. The existing unit heaters, UHP24 and UHP25, existing piping, and asbestos containing insulation up to isolation valves shall be demolished. The existing ductwork shall be demolished. back to the column line just outside of the area of work and capped in the main room (P112), and the air handler, air dryer, condensing unit, and ductwork serving Room P121 shall be demolished.

c. The new HVAC System located in Room P122 will be comprised of an air handler with an outdoor air intake ducted to the existing louver, and a water source heat pump connected to the facility condenser water system. This was proposed based on the facility’s assumption that the existing system contains the capacity to include this new system. The A/E is awaiting current overall capacities to be provided by the facility for verification. Due to the use of refrigerant, the equipment room will be provided with an inline exhaust fan with ductwork routed to a louver in the sidewall of the building to meet ventilation requirements.

3. Plumbing Work:

a. Compressed air system modifications will be limited to providing two (2) retractable hose reels with twenty-five (25) foot hoses connected to the existing eighty (80) PSI piping system routed throughout the space. This was proposed based on the facility’s assumption that the existing compressed air system contain the capacity to add the proposed house air drops. The A/E is awaiting verification for the maximum pressurization at each house air drop.

b. Plumbing modifications consist of providing two (2) dual compartment stainless steel sinks with left and right drain boards. One sink shall be located above the existing floor drain in Room P121, and the other sink shall be mirrored into Room P112. The waste piping shall be conjoined together before routing down to the existing floor drain. The A/E intends to provide one (1) tap into each the existing domestic hot and domestic cold-water mains located overhead and route the new piping down the wall prior to branching off to serve the new sinks. This was proposed based on the facility’s assumption that the sinks’ low intended use can be served by the existing plumbing systems.

4. Electrical Work:

a. Existing space is fed from panel L1HL that is mounted on a steel column in the space of room 121. The panel is antiquated and has only 20 spaces for circuits. This panel should be replaced.

b. There is an overhead 480/277V 3phase bus duct. The bus duct is serving power to the freezer rooms and other HVAC equipment in the space.

c. Existing lighting is fluorescent chain hung fixtures. Each fixture is 8’ in length.

d. There are existing receptacles located throughout the space mounted on columns, walls and ceiling.

e. Electrical disconnects are throughout the space providing power to local equipment.

f. There is an electrical room that is adjacent to the space in the Corridor. It includes the distribution panel that feeds panel L1HL. This room will include the IDF for the telecommunications infrastructure.

g. The space will be powered by a 120/208V 3phase panel in the space mounted on a column. The existing panel is denoted as “L1HL”. This panel is antiquated and will be replaced by a 100amp 54circuit panel.

The feeder supplying power to the panel will be re-used. There are approximately 18 circuits that will be re-used and are existing to remain.

h. Mechanical loads will be powered from a new 277/480V 3phase panel in the space mounted on a column or recessed in a new wall. The panel will be a 100amp main circuit breaker panel fed from the existing overhead bus duct. There is an existing 100amp fused disconnect on the bus duct. A new 100amp feeder will originate from the bus duct and terminate into the new panel.

i. Electrical outlets will be provided along the walls and at a maximum of 8’ on center. The receptacles will be mounted 44” A.F.F. for lab desktop convenient power. There will be ceiling mounted power reels throughout the space. A 220V outlet will be provided in the P121A work room for a conveyor system.

j. The lighting in the space will be replaced with new pendant narrow strip lighting. The lighting will be occupancy sensor controlled with manual override. Work Room P121A will include manual lighting control only. All lighting will include 90CRI and 0-10V dimmable functionality.

k. New telecommunications devices will be installed throughout the space for convenient network connectivity. Wireless access points will be installed throughout the space and will be ceiling mounted.

Horizontal cabling will terminate into the electrical room in the corridor space.

l. New fire alarm devices will be tied into an existing fire alarm circuit in the space.

5. Solution:

a. The following is a floor plan depicting the new layout of the Engineering Center:

END of REPORT

Basis of Design Cut Sheets

Reciprocating Single- and Two-Stage Air Compressors 2-25 hp

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What Makes Our Reciprocating Compressors Unique?

Robust components, easy access for servicing, 100% continuous duty and a wide variety of sizes and configurations — that's Legendary Performance!

lA Durable 100% cast iron design lB Easy to repair removable cylinders with 360° radial fins eliminate hot spots lC Finned copper intercooler lowers operating temperature, extends pump life, improves e�ciency lD One-piece connecting rod with fewer wearing parts simplifies maintenance lE Precision-balanced overhung cranksha� runs smoothly and quietly lF Reliable stainless steel reed valves optimized for increased volumetric e�ciency lG Low oil level switch provides constant protection from running at low oil condition lH Centrifugal unloader ensures loadless starts for maximum motor and starter protection lI Simple and reliable splash lubrication eliminates need for oil pump, inexpensive and easy to maintain

Reliable, Durable and Built to Last Your compressed air system should give you more time to focus on your business, not less. That’s why Ingersoll Rand single- and two-stage reciprocating air compressors are an ideal choice for applications that demand a reliable air supply for everyday use.

Whether for vehicle services, commercial or industrial applications, we will assess and propose the most cost-e�ective solution that increases the productivity of your installation.

For increased productivity A proven design and stellar track record that helps to lower lifecycle costs in punishing environments.

For durability Cast iron construction and long-lasting components are designed for trouble-free use.

For serviceability Easy access to system components for quick routine maintenance and parts replacement helps extend compressor life.

For solutions that work for you Your choices include single-stage or two-stage compressors, gas engine or electric motors, portable or stationary models and specific accessory packages that best match your application.

Legendary Performance For over 100 years, our reciprocating compressors have delivered rock-solid performance for the most demanding applications.

lA lB lC lD lE lF lG lH lI https://www.ingersollrand.com/en-us/air-compressor.html

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RECIPROCATING COMPRESSORS

Air compressors are a significant expense that is critical to the success of your operation. Choose durable and reliable Ingersoll

Rand reciprocating compressors to maximize the life of your investment.

It's All About Choices You need a compressor that is specific to your application. That's why we’ve developed a variety of reciprocating compressor options. This includes a wide performance range as well as the robust feature set found in our popular packaged solutions.

We o�er everything from electric motor-driven stationary models for industrial and commercial use, to portable gas-powered units that can be used in locations without easy access to power.

Single- and Two-Stage Electric Compressors

Ingersoll Rand single- and two-stage reciprocating compressors o�er you more performance and feature choices. If you define unsurpassed performance by maximum operating pressure, increased air flow and extended duty cycles, you can count on an Ingersoll Rand reciprocating air compressor to deliver it reliably.

n Durable design, including cast iron construction and long-life pump n Design for 100% continuous duty, o�ering maximum power and flexibility n Easy to access components simplifies maintenance and service n All Season Select synthetic lubricant increases e�ciency; with 2,000 hours of service between changeouts, it performs four times longer than petroleum-based lubricants

The Right Package for Your Two-stage Electric Compressor

Let us help you identify the optimum compressor package option for your application:

Value Package (5-15 hp)

Our base Value Package o�ers an economical choice for commercial, automotive and light industrial applications.

Value Plus Package (10 -15 hp)

Our Value Plus Package adds an a�ercooler and electronic drain valve (EDV) to remove condensate e�ciently and automatically.

Premium Package (5-20 hp)

Along with all the Value Plus features, add a low oil level switch and dual control for better management of your compressed air supply.

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See the Details What's in Our Two-Stage Packages https://www.ingersollrand.com/en-us/air-compressor/products/reciprocating-air-compressors.html?tags=air-tags%2Fstage%2F2-stage&page=1#resultsTopAnchor

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RECIPROCATING COMPRESSORS

Portable Compressors Sometimes you need a portable, easy to use air compressor when you are on the road or working in the field. Ingersoll Rand o�ers a variety of electric and gas-powered reciprocating air compressors that can be used anywhere — from the most rugged or remote job sites to your own garage.

Electric-Powered Garage Mate Designed for professionals and serious do-it-yourselfers, the versatile Garage Mate is ideal for the home, shop or job site. The Garage Mate features a cast-iron, oil-lubricated pump for solid, reliable performance.

n Versatile compressor ideal for powering impact guns, ratchets, drills, nailers, paint sprayers, sanders and more n Easy handling, featuring a heavy-duty ergonomic handle and semi-pneumatic tires n User-friendly low 80 dBA noise level, easily accessible drain valve, automatic start/stop pressure switch control and six-foot power cord

Electric- and Gas-Powered Wheelbarrow Ingersoll Rand wheelbarrow air compressors are lightweight with a low-profile design providing maximum maneuverability on the job site. Built to last, these compressors are designed for the toughest 100% continuous duty applications.

n Advanced safety features including manual thermal overload (electric models) and enclosed belt guard (all models) n Lightweight, portable design with excellent maneuverability, even on the roughest terrain n 100% continuous duty, twin 4-gallon tanks and two quick disconnect couplers enable you to run multiple tools simultaneously n Reliable, easy starting 5.5 hp Honda or Kohler engine for gas-powered models

Launch The Video Learn More about the Garage Mate

Launch The Video Learn More about Gas-powered Wheelbarrow https://www.ingersollrand.com/en-us/air-compressor/products/reciprocating-air-compressors/garage-mate.html https://www.ingersollrand.com/en-us/air-compressor/products/reciprocating-air-compressors/portable-gas-driven-wheelbarrow.html

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RECIPROCATING COMPRESSORS

High-Pressure Reciprocating Air Compressors, 10-20 hp Our high-pressure air compressors feature base-mounted reciprocating technology that provides pressure as high as 5,000 psig. Typical applications include refueling stations, plastic blow molding, power plants and engine starting. Using the same durable construction found in all of our two-stage reciprocating compressors, the high-pressure units o�er reliability, long-life and easy maintenance.

Truck-Mounted Gas Compressors Ingersoll Rand’s two-stage gasoline engine driven air compressors are designed to provide compressed air where electric power is not readily available. They’re used in fleet and field service applications, remote pneumatic applications and emergency production lines.

n Available with easy-starting Honda or Kohler engines n Fuel-e�cient idle control n Advanced safety features including low oil level shutdown for gas engines

Reciprocating Compressors for Your Application Ingersoll Rand o�ers a wide portfolio of reliable reciprocating compressors that can be adapted to your specific requirements.

Whether for vehicle services, commercial or industrial applications, we will assess and propose the most cost-e�ective solution that increases the productivity of your installation.

Vehicle Services

Automotive repair, body shops, fleet maintenance

Metalworking

Assembly, vacuum melting, conveying, forming, actuation & controls

Commercial

Dry cleaning, car washes, furniture making, apparel industry

Construction

Powering impact guns, ratchets, grinders, drills, nailers, paint sprayers, sanders and more

Woodworking

Sawing, clamping, hoisting, actuation & controls, pressure treatment

Launch The Video Learn More about Gas-powered Compressors https://www.ingersollrand.com/en-us/air-compressor/products/reciprocating-air-compressors/truck-mounted-two-stage-gas-driven.html

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PARTS & ACCESSORIES

A compressed air system is a significant investment. You expect consistently reliable, clean, dry air at the lowest possible operating cost. Choose our genuine parts and accessories to ensure that your compressor is running e�ciently and productively.

Refrigerated Dryers Moisture and contamination in compressed air cause significant problems in equipment operation, such as rust, scale and clogged orifices that result in product damage or costly shutdowns. Using refrigerated dryers will improve productivity, system e�ciency and product or process quality.

Refrigerated Dryer Features n Dew points as low as 3°C (38°F), meeting Class 4 requirements n Corrosion-free heat exchanger design for reliable operation n Intuitive microprocessor control for easy operation n Compact design for easy serviceability orifices that result in product damage or costly improve productivity, system e�ciency and

PacE Flow Controller PacE e�ectively manages pressure to optimize compressor system operation, reducing energy costs.

Electronic Drain Valve (EDV) The reliable, easy-to-use EDV automatically removes moisture from compressors and other system components.

SimplAir® Piping System Durable SimplAir is your cost-e�ective installation alternative for air, inert gas and vacuum lines.

Filter, Regulator and Lubricators (FRLs) FRLs provide point-of-use air conditioning to enhance tool longevity and process quality.

F-Series In-line Filters F-Series Filters protect critical processes and valuable equipment by providing high-quality air.

Air Line Accessories From hose reels to virtually any type of connection, we have the accessories to support your operation.

Start-Up & Maintenance Kits Our start-up kits provide the parts and protection you need for the first two years. By purchasing a start-up kit, you also receive the added protection of a two-year extended pump warranty.

Maintenance kits are an integral part of factory-recommended annual maintenance, and help ensure ongoing optimal compressor performance.

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SPECIFICATIONS

Reciprocating Compressor Performance

Electric Model

Capacity @ 90 psi cfm

Max Pressure psig

Nominal Power hp

Dimensions l x w x h

NPT

Outlet in Voltage

Tank Size/ Configuration

Weight lb

Package Options

Garage Mate Portable Electric-Powered

SS3F2-GM 5.7 135 2 25 x 46 x 35 1/4 115/1/60 30 Gallon Horizontal 185 n/a

P1.5IU - A9 5.2 135 2 22 x 23 x 43 1/4 115/1/60 20 Gallon Vertical 200 n/a

Wheel Barrow Portable Electric-Powered

SS3J2-WB 5.7 135 2 43 x 18 x 25 1/4 115/1/60 8 Gallon Twin Tank 175 n/a

SS3J3-WB 11.3 135 3 43 x 18 x 25 1/4 230/1/60 8 Gallon Twin Tank 175 n/a

Single-Stage Electric-Powered

SS3L3 11.3 135 3 24 x 25 x 67 1/2 230/1/60 60 Gallon Vertical 300 n/a

SS5L5 18.1 135 5 24 x 30 x 73 1/2 230/1/60 60 Gallon Vertical 310 n/a

Two-Stage Electric-Powered

2340N2 7.0 175 2 28 x 36 x 69 1/2 230/1/60 200, 230, 460, 575/3/60 80 Gallon Vertical 430 n/a

2340N3 9.2 175 3 28 x 36 x 69 1/2 230/1/60 200, 230, 460, 575/3/60 80 Gallon Vertical 430 n/a

2340N5 14.4 175 5 28 x 37 x 69 1/2 230/1/60 200, 230, 460, 575/3/60 80 Gallon Vertical 505 Value

2340L5 14.3 175 5 24 x 33 x 69 1/2 230/1/60 200, 230, 460, 575/3/60 60 Gallon Vertical 435 Value

2475N5 17.2 175 5 28 x 38 x 69 3/4 230/1/60 200, 230, 460, 575/3/60 80 Gallon Vertical 597 Value, Premium

2475N7.5 24.3 175 7.5 28 x 38 x 69 3/4 230/1/60 200, 230, 460, 575/3/60 80 Gallon Vertical 611 Value, Premium

2545N7.5 27.2 175 7.5 31 x 44 x79 3/4 230/1/60 200, 230, 460, 575/3/60 80 Gallon Vertical 750 n/a

2545K10 35.6 175 10 31 x 44 x79 1 200, 230, 460, 575/3/60 120 Gallon Vertical 800 Value, Value Plus, Premium

2545E10 35.6 175 10 71 x 31 x 50 3/4 200, 230, 460, 575/3/60 120 Gallon Horizontal 900 Value, Value Plus, Premium

7100E10 38.0 175 10 72 x 27 x 56 1 200, 230, 460, 575/3/60 120 Gallon Horizontal 1,035 n/a

7100E15 51.0 175 15 72 x 27x 57 3/4 200, 230, 460, 575/3/60 120 Gallon Horizontal 1,105 Value, Value Plus, Premium

15TE15 55.0 175 15 73 x 36 x 61 1 200, 230, 460, 575/3/60 120 Gallon horizontal 1,597 Premium

15TE20 74.0 175 20 73 x 36 x 61 1 200, 230, 460, 575/3/60 120 Gallon horizontal 1,597 Premium

2000E20 73.0 175 20 75 x 45 x 61 1 200, 230, 460, 575/3/60 120 Gallon Horizontal 2,050 n/a

2000E25 83.0 175 25 75 x 45 x 61 1 200, 230, 460, 575/3/60 120 Gallon Horizontal 2,050 n/a

Gas Model

Capacity @ 90 psi cfm

Max Pressure psig

Nominal Power hp

Dimensions l x w x h

NPT

Outlet in Engine

Tank Size/ Configuration

Weight lb

Package Options

Wheel Barrow Portable Gas-Powered

SS3J5.5GH-WB 11.8 135 5.5 43 x 18 x26 1/4 Honda 8 Gallon Twin Tank 175 n/a

SS3J5.5GK-WB 11.8 135 5.5 43 x 18 x26 1/4 Kohler 8 Gallon Twin Tank 175 n/a

Two-Stage Gas-Powered Truck Mount

2475X13GH 24.3 175 13 41 x 27 x 27 1/2 Honda 4 Gallon Baseplate 400 n/a

2475X14GH 24.3 175 14 41 x 27 x 27 1/2 Kohler 4 Gallon Baseplate 400 n/a

2475F13GH 24.3 175 13 45 x 55 x 41 1/2 Honda 30 Gallon Horizontal 469 n/a

2475F14G 24.3 175 14 45 x 22 x 41 1/2 Kohler 30 Gallon Horizontal 469 n/a

In addition to the above models, duplex and baseplate configurations as well as high pressure reciprocating compressors are available.

Please contact your local Ingersoll Rand distributor for more information.

Dimensions may vary based on package selection. Dimensions above are for reference only.

https://www.ingersollrand.com/en-us/air-compressor.html Dylan Mitchell Highlight

Ingersoll Rand, IR, the IR logo, and SimplAir are trademarks of Ingersoll Rand, its subsidiaries and/or affiliates. All other trademarks are the property of their respective owners.

Ingersoll Rand compressors are not designed, intended or approved for breathing air applications. Ingersoll Rand does not approve specialized equipment for breathing air applications and assumes no responsibility or liability for compressors used for breathing air service.

Nothing contained on these pages is intended to extend any warranty or representation, expressed or implied, regarding the product described herein.

Any such warranties or other terms and conditions of sale of products shall be in accordance with Ingersoll Rand’s standard terms and conditions of sale for such products, which are available upon request.

Product improvement is a continuing goal at Ingersoll Rand. Any designs, diagrams, pictures, photographs and specifications contained within this document are for representative purposes only and may include optional scope and/or functionality and are subject to change without notice or obligation.

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Job Name: SQ-70-VG Cut Sheet Tag: MK-1

Quantity: 1 Printed Date: September 27, 2024

Model: SQ-70-VG Direct Drive Inline Fan Standard Construction Features: Galvanized steel housing (optional aluminum). Centrifugal backward inclined wheel. Direct driven motor in the air stream.

Fan Configuration

Drive type Direct

Performance

Requested Volume (CFM) 70 Actual Volume (CFM) 70

Total External SP (in. wg) 0.2 Fan RPM 1,164

Operating Power (bhp) 0.01 Startup Power (bhp) 0.01

FEI -

Air Stream Temp (F) 70

Start-up Temp (F) 70 Air Density (lbs/ft^3) 0.075 Static Efficiency (%) 20

Outlet Velocity (ft/min) 125

Motor

Size (hp) 1/15 V/C/P 115/60/1

NEC FLA (Amps) 1.3 Min Circuit Ampacity (MCA) 1.6

Max Overload Production (MOP) 15 Short Circuit Current Rating (SCCR) 5 kA

Fan curve Brake horsepower curve Operating Point SP Operating Bhp point Max system curve System curve

1,164 FRPM

Do no t o pe ra te in sh ad ed ar ea

1,164 FFRRRPPM

M

Do nno t o ppee rraa te iin ssh add

D nn pp e ad

Volume (CFM) 0 50 100 150 200 250

St at ic Pr es su re

(in .w g)

0.05

0.1

0.15

0.2

0.25

Br ak e Ho rs ep ow er

(B

HP

0.003

0.006

0.009

0.012

0.015

Sound Octave Bands (hz) LwA dBA Sones

62.5 125 250 500 1000 2000 4000 8000

Inlet 62 59 52 41 36 32 29 26 48 37 1.9 Radiated 63 61 46 35 32 26 23 22 47 36 1.7

Greenheck Fan Corporation certifies that the model shown herein is licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication 211 and AMCA Publication 311 and comply with the requirements of the AMCA Certified Ratings Program.The AMCA certified ratings seal applies to sound and air performance ratings only.Performance certified is for installation type B: Free inlet, ducted outlet.Power rating does not include transmission losses.Performance ratings do not include the effects of appurtenances.The sound ratings shown are loudness values in hemispherical sones at 1.5 m (5 ft) in a hemispherical free field calculated per ANSI/AMCA Standard 301.Values shown are for Installation Type B: free inlet hemispherical sone levels.dBA levels are not licensed by AMCA International. The AMCA Certified Ratings Seal for Sound applies to inlet sone ratings only.

FLA - based on tables 150 or 148 of National Electric Code 2002. Actual motor FLA may vary, for sizing thermal overload, consult factory.

MCA and MOP values shown only account for the motor, not accessories (damper actuator, field supplied VFD, etc.).

SCCR is a rating on components and assemblies representing the maximum level of short-circuit current that a component or assembly can withstand without causing a fire or shock hazard. A short circuit exceeding this rating can cause catastrophic and violent equipment, component and enclosure failure.

Page 1 of 2 Version 3.9.0, September 2024

Dimensions and Weights

Label Value Description

Construction

Material Aluminum Blade Type All

Dimensional

Performance

Application Exhaust Volume (CFM) 70

H

W D

D

Page 1 of 1 Version 3.9.0, September 2024

800-222-5107 SALES@CENTRALRESTAURANT.COM

PROJECT NAME:

LOCATION:

ITEM#:

MODEL:

QTY:

18-gauge, 304 Stainless Steel Compartment Sinks

Features:

18-gauge, Type 304 Stainless Steel Tabletops

Sturdy Galvanized Steel Legs with Bullet Feet

Rolled edges and Backsplash keep water o� the floor

1.5” IPS Drain Connection & 3.5” Basket Strainer

Faucets sold separately

Specifications:

Item# 29N-007 29N-005 29N-051 29N-006 29N-052 29N-004 29N-055 29N-056 29N-003

(L) 23” 41” 51” 72” 59” 66” 69” 69” 90”

(W) 24” 24”

28.5” 24”

23.5” 21.5” 25.5” 25.5” 24”

(H) 44.25” 44.25” 44.25” 44.25” 44.25” 45.25” 44.25” 44.25” 44.25”

Bowls

Work Surface 34.5” 34.5” 34.5” 34.5” 34.5” 34.5” 34.5” 34.5” 34.5”

Backsplash 9” 10” 10” 10” 10” 10” 10” 10” 10”

Drainboards

L & R

L & R L R

L & R

DB Length

18”

12” 18” 18” 18”

Bowl Dims L R 18” 18” 23” 18” 18” 14” 16” 16” 18”

Front Back 18” 18” 23” 18” 18” 16” 20” 20” 18”

D 12” 12” 12” 12” 12” 12” 12” 12” 12”

29N-005

29N-003

ITEM NUMBER

STAINLESS STEEL

COMPARTMENT SINKS

Features

• 12" swing spout with 2 GPM aerator

• 8" adjustable centers, 1/2 NPT inlets

• Temperature rating 40 - 180 degrees Fahrenheit

• Heavy-duty chrome-plated brass construction

• Leak-resistant 1/4 turn ceramic cartridges with check valves

Certifications

Waterloo Wall-Mounted Faucet with 8" Centers and 12" Swing Spout

#750FW812

Technical Data Spout Length 12 Inches

Faucet Height 5.630000114440918 Inches

Cartridge Type Ceramic

Compliances California AB100 Compliant Commonwealth of Massachusetts

NSF/ANSI 372

NSF/ANSI 61

Faucet Centers 8 Inches

Features NSF Listed

Finish Chrome

NSF Listed NSF/ANSI 61 & 372 CSA_C_US

1/2" Water Connection

750FW812Item #: Qty:

Project:

Approval: Date:

© 2023 Waterloo

Technical Data

Flow Rate 2 GPM

Handle Type Lever

Material Brass

Mounting Style Wall Mounted

Mounting Type Adjustable

Spout Clearance 3.309999942779541 Inches

Spout Type Swing

Temperature Rating 40 - 180 Degrees Fahrenheit

Type Faucets

Water Inlet Size 1/2 Inches

Plan View

Notes & Details

This Waterloo wall-mounted faucet is the perfect solution when you need a dependable water fixture in your facility! Waterloo faucets provide the industry-leading quality you expect. With heavy chrome-plated brass faucet bodies, ceramic cartridges engineered for durability, and certifications from a wide range of national and local regulatory agencies, you can install this model with confidence. And to give you total peace of mind, it comes with a 3-year replacement warranty.

This faucet features a 12" long swing spout that moves easily around the sink bowl, while a 2 GPM aerator provides a consistent flow rate and minimal splashing. It boasts a set of 8" adjustable centers that allow it to match the centers on your sink or mounting surface with ease. The wall-mounted design is easy to install, and it uses 1/2" NPT inlets.

This faucet uses ceramic cartridges, which provide a much lower fail rate than the compression cartridges widely used in the industry. In this design, 2 ceramic discs fit together to create a watertight seal when closed. This removes the need for a rubber seat washer, which is one of the most frequently replaced parts on a faucet. The sturdy lever handle design makes it easy to turn the water flow off and on.

© 2023 Waterloo

Axiom Standard Efficiency Water Source Heat Pump (GEHV)

Unit Overview WSHP Model GEVE1204 Unit Configuration Vertical Compressor Stages 2-stage Nominal Capacity 10 ton Refrigerant Type R-410A Refrigerant Refrigerant Circuit Htg & clg w/hot gas reheat Drain pan Polymer drain pan Return-Air Arrangement Front Supply-Air Arrangement Top

Airflow and Fluid Information Airflow Properties

Design Airflow 3200. cfm Filter Type 2" throwaway

Fluid Properties Fluid Type Water Fluid Freeze Point 32.0 F Fluid Flow Rate 15.0 gpm Fluid PD 4.8 ft H2O

Electrical, Motor, and Fan Information Electrical Information

Unit Voltage 460/60/3 External Static Pressure (ESP) 1.50 in H2O Total External SP 1.50 in H2O Total FLA 18.70 A Min Circuit Ampacity (MCA) 20.65 A Max Overload Protection (MOP) 25 A

Motor & Fan

Motor Type 2 Speed Drive Package C

(GEH/GEV)

Supply Motor HP 2.00 hp

Efficiency Information @ AHRI Cooling Efficiency Ratio 14.54 EER Cooling Power 8.14 kW Heating Efficiency Ratio 4.50 COP (kW/kW) Heating Power 9.08 kW

Coil Performance Main Cooling Main Heating

Gross Capacity 127.2 MBh 126.1 MBh Gross Sensible Capacity 89.2 MBh Net Capacity 120.9 MBh 132.5 MBh Net Sensible Capacity 82.8 MBh Heat of Rejection/Absorption 148.6 MBh 101.5 MBh Entering Fluid Temperature 70.3 F 70.3 F Leaving Fluid Temperature 90.1 F 56.8 F Entering Dry Bulb (EDB) 80.6 F 68.0 F Leaving Dry Bulb (LDB) 57.0 F 105.8 F Entering Wet Bulb (EWB) 66.2 F Leaving Wet Bulb (LWB) 53.7 F

Controls Control Types Deluxe 24v controls Fault Sensors Condensate overflow sensor

Job Name: 6124 Prepared For:

Unit Tag: GEHV-1 Quantity: 1

2024/11/06 14:41:15 Page 1 of 5

Acoustical Performance 6-25T Sound Power Level

(Lw) 63 Hz 125 Hz 250 Hz 500 Hz 1 kHz 2 kHz 4 kHz 8 kHz

Ducted Discharge Fan 86 dB 89 dB 81 dB 81 dB 80. dB 77 dB 76 dB 70. dB

Inlet + Casing Fan 83 dB 79 dB 77 dB 71 dB 72 dB 68 dB 66 dB 56 dB Fan + Compr 87 dB 81 dB 78 dB 74 dB 72 dB 69 dB 66 dB 60. dB

Applied Correction Values Disch duct end corr 9 dB 6 dB 2 dB 1 dB 0. dB 0. dB 0. dB 0. dB

Internal Dimension Discharge duct 16.000 in 14.000 in 36.000 in

Information for LEED Projects ASHRAE 90.1/CSA compliance Yes Refrigerant Charge - Ckt 1 6.4 lb Refrigerant Charge - Ckt 2 6.4 lb Rated Gross Cooling Capacity (AHRI) 10.53 tons Cooling Efficiency Ratio @ AHRI 14.54 EER Heating Efficiency Ratio @ AHRI 4.50 COP (kW/kW) Compressor Power 6.27 kW Actual Motor Power kW 1.79 bhp

Job Name: 6124 Prepared For:

Unit Tag: GEHV-1

2024/11/06 14:41:15 Page 2 of 5

Job Name: 6124

Unit Tag: GEHV-1

2024/11/06 14:41:15 Page 3 of 5

Unit Tag: GEHV-1

2024/11/06 14:41:15 Page 4 of 5

Unit Tag: GEHV-1

2024/11/06 14:41:15 Page 5 of 5

Electrical

ORDERING EXAMPLE: 76R - 4 - L52/840 - OPTIONS - CONTROL/DIM - UNV

ORDERING INFO

SERIES LENGTH [ 1 ] LUMENS [ 2 ] CRI CCT OPTIONS [3 ]

76R 4 4′ 8 8 [4 ]

4′ L30 3,000lm L52 5,200lm L72 7,200lm L94 9,400lm [ 5 ]

8′ L60 6,000lm L104 10,400lm L144 14,400lm L188 18,800lm [6 ]

8 80 9 90 [ 7 ]

27 2700K 30 3000K 35 3500K 40 4000K 50 5000K

See page 3 for SPECIAL REFLECTOR OPTIONS.

See page 3 for FINISH OPTIONS.

EM/10W 10-watt emergency battery [ 8 ]

(L__) Additional lower lumen packages available.[ 9 ]

Example: 8,000 nominal lumens = 76R-8-L104/835-(L80)

QC__ Quick-connect wiring harness. [ 1 0 ]

WG-76R11 11-gauge white powder coat wireguard WG-76R14 14-gauge white powder coat wireguard SS-12 Single stem and canopy, 12″ [ 1 1 ]

SWS-12 Swivel stem and canopy, 12″ [ 1 2 ]

GAT GAT fastener (T-bar clip) VBY (2) Y-hangers VBY-2 (2) Y-hangers with 2′ chains SMH-76R Surface mount hanger SHS-76R Surface mount hanger for grid ceilings HA High ambient operating temperature, 50°C [ 1 3 ]

AIRCRAFT CABLES (EXAMPLE: ACFL/D48) [ 1 4 ]

Prefix Type Length ACFL/ Feeder ACJL/ Joiner

D 1″ grid & hardpan N 9/16″ grid S Slot grid

24 24″ 48 48″ 96 96″

CONTROL [ 1 5 ] DRIVER VOLTAGE

See page 5 for ADDITIONAL CONTROL OPTIONS.

– None AVI-LVFA Avi-on wireless fixture control [ 1 6 ]

AVI-LVFA-PIR-ELB Avi-on wireless fixture control with PIR motion and daylight sensor, end mount[ 1 7 ]

AWNR Lutron Athena wireless node integral fixture control, RF only [ 1 8 ]

See page 6 for ADDITIONAL

DRIVER OPTIONS.

DIM Driver with external dimming wires DRV Driver without external dimming wires DA Driver with 12V auxiliary power, without external dimming wires [ 1 9 ]

DSR Sensor-ready driver without external dimming wires [ 2 0 ]

120 120V 277 277V

UNV 120-277V

480 480V with stepdown transformer [ 2 1 ]

FEATURES

■ Di�use acrylic lens enhances uniformity and minimizes glare

■ High-performance up to 154 lm/W

■ 40ºC max ambient operating temperature

■ Diverse selection of mounting accessories for surface and suspended applications

■ Channel connector furnished for continuous row applications (included with 8′ units only)

■ Special reflectors are available for precise light distribution

■ Optional wireguard provides added protection

■ Wireless in-fixture control solutions available

■ Made Right Here® in the USA

SPECIFICATIONS

■ HOUSING – 22-gauge die-formed C.R.S.

■ FINISH – 92% minimum average reflective white polyester powder coat bonded to phosphate-free, multi-stage pretreated metal. All parts painted after fabrication to facilitate installation, increase e¬ciency, and inhibit corrosion.

■ SHIELDING – Linear ribbed di�use acrylic

■ ELECTRICAL – High-quality mid-power

LED boards. L70 at 60,000 hours.

40°C maximum ambient operating temperature. 50°C maximum ambient operating temperature with HA Option, lumen restrictions apply.

■ MOUNTING – Surface (ceiling or wall) or suspended (hanging hardware required).

■ LISTINGS –

■ cETLus conforms to UL STD 1598. Certified to CAN/CSA STD C22.2 No. 250.0.

Suitable for damp locations.

■ DesignLights Consortium qualified product. Not all versions of this product may be DLC qualified, see the DLC Qualified Products List at designlights.org/QPL.

■ Complies with the Buy American Act and other federal regulations. Request certification at hew.com/baa.

■ WARRANTY – 5-year limited warranty, see hew.com/warranty. NOTES

1 For actual length, see page 2 for FIXTURE DETAILS.

2 Lumen output based on 80 CRI/4000K CCT. Actual performance may vary +/-5%, see page 2 for FIXTURE PERFORMANCE

DATA.

3 See page 3 for MOUNTING DETAILS.

4 Ships with (2) 4′ lenses.

5 30°C maximum ambient operating temperature.

6 30°C maximum ambient operating temperature.

7 Extended lead times may apply. Consult factory for availability.

8 30° maximum ambient operating temperature.

9 Specify in increments of 100 nominal lumens. Option must be specified with next higher lumen package.

1 0 See page 2 for QUICK-CONNECT OPTIONS.

1 1 Two stem sets required. One additional stem set required for each row mounted fixture.

1 2 Two stem sets required. One additional stem set required for each row mounted fixture.

1 3 L72 max for 4′, L144 max for 8′. Not available with EM batteries.

1 4 VBY hanger(s) included. Units specified with aircraft cable require cord. See page 3 for MOUNTING DETAILS.

1 5 See page 3 for SENSOR & NODE PLACEMENT DETAILS.

See page 4 for AVI-ON BLUETOOTH WIRELESS CONTROL

DETAILS.

1 6 DA Driver only.

1 7 DA Driver only.

1 8 DA and DSR Drivers only.

1 9 Avi-on and Lutron Athena Controls only.

2 0 Lutron Vive and Athena Controls only.

2 1 Not available with EM batteries, DA, or DSR driver.

CATALOG #: ______________________________________________

TYPE: ____________________________________________________

PROJECT: _________________________________________________4-3/4″

3-13/16″

H.E. Williams, Inc. Carthage, Missouri www.hew.com 417-358-4065 Designed and Manufactured in the USA Information contained herein is subject to change without notice.

Strips Page 1 of 6REV.06/12/24.LA

76R LED

Round Lens Strip https://www.designlights.org/qpl/ https://hew.com/products/baa https://www.hew.com/resources/warranty-and-terms

FIXTURE PERFORMANCE DATA

LED PACKAGE DELIVERED LUMENS WATTAGE EFFICACY (lm/W)

4′

L30 3067 20.3 151 L52 5261 35.8 147 L72 7212 50.2 144 L94 9418 68.6 137

8′

L60 6134 39.8 154 L104 10523 69.5 151 L144 14425 100.5 144 L188 18836 137.1 137

MULTIPLIER TABLE

COLOR TEMPERATURE

CCT CONVERSION FACTOR

CR

I

2700K 0.94 3000K 0.96 3500K 0.97 4000K 1.00 5000K 1.03

CR

I

2700K 0.77 3000K 0.79 3500K 0.80 4000K 0.83 5000K 0.86

■ Photometrics tested in accordance with IESNA LM-79. Results based on 80 CRI/4000K CCT, average wattage for 120V through 277V input, and 25°C ambient temperature. Actual performance may vary +/-5%

■ To calculate lumen output in emergency mode, multiply the battery wattage by the e¬cacy.

■ Use multiplier table to calculate additional options.

PHOTOMETRY

76R-4-L94/840 Total Luminaire Output: 9418 lumens; 68.6 Watts | Efficacy: 137.3 lm/W | 80 CRI; 4000K CCT

0° 90°45°

100°

120°

140°160°180°

0° 20° 40°

60°

80°

90°

CA

ND

LE

PO

WE

R D

IST

RI

BU

TIO

N

VERTICAL ANGLE HORIZONTAL ANGLE ZONAL LUMENS0º 45º 90º

0 3041 3041 3041 5 3067 3019 3010 288 15 2910 2905 2926 821 25 2599 2674 2746 1231 35 2171 2340 2469 1458 45 1676 1928 2113 1478 55 1177 1490 1706 1311 65 715 1046 1284 1023 75 358 701 908 711 85 71 445 633 446 90 0 347 516 95 0 274 442 273 105 0 166 305 168 115 0 105 210 102 125 0 65 141 58 135 0 41 90 31 145 0 8 50 13 155 0 0 37 6 165 0 0 12 1 175 0 0 0 0 180 0 0 0

LU

ME

N

SU

MM

AR

Y

ZONE LUMENS % FIXTURE

0 - 30 2339 25 0 - 40 3798 40 0 - 60 6586 70 0 - 90 8766 93

90 - 120 543 6 90 - 150 645 7 90 - 180 652 7 0 - 180 9418 100

FIXTURE DETAILS

BACKVIEW

(4) ø7/8″ KOsø2″ KO

3-1/4″ 1-1/8″

5″ 48″ or 96″

1-5/8″

1-1/4″

(4) ø1/4″ KOs

2″

4-1/4″

QUICK-CONNECT OPTIONS

Note: Quick-connect wiring required for row mounting. All QC harnesses contain (5) 16ga conductors plus ground.

DESIGNATION NUMBER OF 16GA WIRES FACTORY

CONNECTED (EXCLUDING GROUND)

WIRE COLOR/POWER SUPPLY

FACTORY CONNECTIONS

TYPICAL USE

QCBW 2 Black, White On/o� switching (DRV) or line voltage dimming (DIM LINE) QCRW 2 Red, White Alternating circuits on/o� switching (DRV) or line voltage dimming (DIM LINE) QCBRW 3 Black, Red, White On/o� switching (DRV) or line voltage dimming when equipped with EM battery packs QCBW/PK 4 Black, White, Purple, Pink Single circuit with 0-10V low voltage dimming (DIM) QCRW/PK 4 Red, White, Purple, Pink Alternating circuits on/o� switching with 0-10V low voltage dimming (DIM) QCBRW/PK 5 Black, Red, White, Purple, Pink On/o� switching when equipped with EM battery packs and 0-10V dimming (DIM)…