36C25220B0003-0005011.pdf

YORK® Solution™ Air Handling Unit Performance Report

Job Summary

Project Name:

Unit Tag(s): AHU‐1 Quantity: 1 Environment: Indoor

Unit Overview

Model Cabinet Performance Airflow (CFM) Altitude (ft) Weight (lbs)

XTI‐63x90 Solution 11,200 692 4,251

Segment Sequence

(FS CC)(HC EB RF MB)

Unit Construction

Casing Details

Segment Thickness (in) Exterior Paint Exterior Gauge and Material

Interior Gauge and Material

Insulation Thickness and

Material

Bulkhead Material

MB , RF , EB , HC , CC , FS 2 None STD Ga. G‐90 Galvanized

STD Ga. G‐90 Galvanized

2" Foam Galvanized

Base Details

Segment Base Floor

Gauge and Material Paint Gauge and

Material Paint Insulation Thermal Break Attachment Tread

Plate MB, RF, EB, HC, CC, FS Formed Steel None STD Ga. G‐90

Galvanized None N/A ‐ ‐ None

Unit Electrical

Circuit Details

Circuit # Component V/Ph/Hz FLA (Amps) Minimum Current Ampacity (MCA)

Maximum Overcurrent Protection (MOP)

1 Supply Fan Motor Control 460/3/60 18.6 23.3 40.0 2 Lights and Outlets 120/1/60 ‐ ‐ 15.0

Electrical Details Minimum Unit SCCR 5 kA rms Symmetrical ETL Label (UL1995/NEC‐2002) Yes

Unit Light Type Unit Light Switch Vaporproof LED External

Supply Fan(s)

Performance Details Fan

Manufacturer Model Class Size % Wheel Width

% Wheel Diameter Quantity Total Airflow

(CFM) Altitude (ft) TSP (in w.g)

ESP

(in w.g)

Fan Speed

(RPM)

Fan Power

(BHP)

Lau DDPG2 II 222‐9 120 100 1 11,200 692 4.30 2.50 2,163 11.85

Max RPM BHP w/ Drive Loss Wheel Type Blade Type Wheel

Material Base Material Fan Flow Isolation

AirFlow Monitoring

Inverter Drive Balancing

Isolation Type

Thrust Restraints

2,454 ‐ SWSI Airfoil Aluminum Galvanized Steel None ‐ ‐ 1" Spring Yes

Drive Type Drive SF Spare Belts Spare Sheave Inlet Screen Fan Cage Belt Guard Lube Lines Bearings Fan Stand

Motor Removal Rail

Seismic Snubber

Direct Drive ‐ ‐ ‐ ‐ ‐ ‐ None ‐ ‐ ‐ ‐ Motor Details

Type/MFG Motor Power (HP) V/Ph/Hz Quantity Insulation

Class RPM Frame Size FLA (Amps) Efficiency Location SGR

ODP/WEG 15.0 460/3/60 1 F 1,800 254 18.60 Premium Direct Drive Yes

Steam Coil(s)

Performance1 Details

Coil Steam Pressure

(PSI)

Condensate (lb/hr) Rows FPI TPC TMBH Dry Bulb (F°) Airflow

(CFM) FV (ft/min) APD Alt. (ft)

EAT LAT

HC 10.00 1009.3 1 10 1 980 ‐8.0 73.1 11,200 410 0.05 692

Coil # of Coils High

Face Type

Total Fin Height (in)

Fin Length (in)

Coil Face Area (ft²) Fin Material Fin Thickness Fin Type Tube

Diameter (in) Tube Material Tube Wall Thickness (in)

HC 1 Full 51.00 77 27.3 AL .010 Corrugated 1 Copper .035

Coil Coil Coating Dry Weight (lbs) Header Material Casing Material Intermediate Drain Pan Material

Fouling Factor (hr.ft².°F/BTU)

HC ‐ 223 Copper Galvanized ‐ ‐ Notes

¹Performance is shown for the entire coil bank. Performance is not per coil.

²Coil index indicates position in segment. Example: CC‐1, index 0; Spacer, index 1; CC‐2, index 2 ³Johnson Controls suggests using red brass or copper connectors when the coil is to be attached to a copper or brass piping system.

All coils are rated with a fouling factor of 0.00000 hr.ft².°F/BTU unless otherwise noted Ratings are for coils manufactured by Johnson Controls, Inc., 507 E. Michigan St., Milwaukee WI 53202.

Coil DLL Version: 7.7d.004 SDC Tube Spacing: 3.00 HC[1][0]: This coil is certified in accordance with the AHRI Forced‐Circulation Air‐Cooling and Air‐Heating Coils Certification Program which is based on AHRI Standard 410 within the range of Standard rating conditions listed in Table 1 of the Standard. Certified units may be found in the AHRI Directory at www.ahridirectory.org.

DX Coil(s)

Performance1 Summary

Coil Fluid Type Rows FPI Circuits TMBH SMBH EAT (°F) LAT (°F) Airflow

(CFM)

FV

(ft/min) APD SST RPD Alt. (ft)

DB WB DB WB

CC R‐410a 4 12 21 493 299 84.0 71.0 58.7 57.3 11,200 394 0.39 48.00 8.80 692

Coil # of Coils High

Coil Split

Face Type

Total Fin Height (in)

Fin Length (in)

Coil Face Area (ft²) Fin Material Fin Thickness Fin Type

Tube Diameter

(in)

Tube Material

Tube Wall Thickness (in)

CC 1 50‐50 Full 52.50 78 28.4 AL .008 Corrugated 1/2 Copper .016

Construction Details

Coil Location

Offset (in) Connection Material3 Connection Type Supply Connection (Per Coil)

Coil Stack Rack Coil Index2 Connection Qty Size (in)

HC 0 Right 0 Red Brass MPT 2 2 ‐

Construction Details

Coil Location

Offset (in)

# of Distributors

Connection Material3

Connection Rotation (degrees)

Connection Type

Suction Connection (Per Coil)

Liquid Connection (Per Coil)

Coil Stack Rack Coil

Index2 Connection Qty Size (in) Qty Size (in)

CC 0 Left 0 4 Copper 0 ‐ 1 1‐5/8 0 7/8 ‐

Coil Coil Coating Dry Weight (lbs) Fluid Weight (lbs) Fluid Volume (ft³) Header Material Casing Material Intermediate Drain Pan Material

CC ‐ 354 21 1.54 Copper Galvanized 304 Stainless Steel

Notes ¹Performance is shown for the entire coil bank. Performance is not per coil.

²Coil index indicates position in segment. Example: CC‐1, index 0; Spacer, index 1; CC‐2, index 2 ³Johnson Controls suggests using red brass or copper connectors when the coil is to be attached to a copper or brass piping system.

Ratings are for coils manufactured by Johnson Controls, Inc., 507 E. Michigan St., Milwaukee WI 53202.

Coil DLL Version: 7.7d.004 BDX Tube Spacing: 1.25 x 1.08 CC[1][0]: This coil is not certified by AHRI 410. This coil is rated in accordance with the AHRI Forced‐Circulation Air‐Cooling and Air‐Heating Coils Certification program which is based on AHRI Standard 410. Certified units may be found in the AHRI Directory at www.ahridirectory.org.

Drain(s)

Details

Segment Drain Pan

Liner Material Connection Location Liner Coating

CC Stainless Steel Left None

Filter(s)

Segment Type Depth Filter Loading Media/MERV # of Spares Spare Filter Media Frame Material

RF Pre‐Filter 2" Side Pleated 30% (MERV 8) 1 Pleated 30%

(MERV 8)

Aluminum

RF Primary Filter

12" Rigid Side 60‐65% Eff, (MERV 11) 1 60‐65% Eff, (MERV 11)

Aluminum

Sizes Filter Gauge Details

Segment Filter 1st Filter Size W x H

(in) 1st Qty 2nd Filter Size W x

H (in) 2nd Qty Location Type Range (in w.g)

RF Pre‐Filter 20x16 8 20x20 4 Door Magnehelic 0 ‐ 3 RF Primary Filter 20x16 8 20x20 4 Door Magnehelic 0 ‐ 3

Damper(s)

Segment Air Path H x W (in) Total Face Velocity (ft/min)

CFM

Minimum

Allowable OA

CFM

Damper Type Damper Config Model Material Blade

Orientation Actuator Type

Fail Position

MB Outside Air

25.00 x 36.00

1,792 11,200 Control 100% CD60 Galvanized Parallel ‐ ‐

MB Return Air 12.00 x 76.00

1,768 11,200 ‐ Control 100% CD60 Galvanized Parallel ‐ ‐

EB Supply Air 49.75 x 78.00

416 11,200 ‐ Control 100% CD60 Galvanized Opposed ‐ ‐

EB Bypass Air 21.00 x 72.00

11,200 ‐ Control 100% CD60 Galvanized Parallel ‐ ‐

Door(s)

Segment Location Swing Hinge Location H x W x T (in) View Port Test Port

Spare Gasket

Thermal Break

Safety Latch

Noncontact Safety Interlock

MB, RF Left Outward Upstream Side 57 x 18 x 2 None ‐ ‐ ‐ ‐ ‐ EB Left Outward Upstream Side 57 x 24 x 2 None ‐ ‐ ‐ ‐ ‐ CC Left Outward Downstream Side 57 x 18 x 2 None ‐ ‐ ‐ ‐ ‐ FS Left Outward Upstream Side 57 x 18 x 2 None ‐ ‐ ‐ Yes ‐

Motor Control(s)

Segment Type MMP V/Ph/Hz Input/Output Amps* Efficiency Heat Loss

(at 100% load) Enclosure Bypass Disconnect Type

RFI/EMI EMC

Filter

FS ABB VFD ‐

Airmod AYK

‐ 460/3/60 23.0/23.0 93 % 337 NEMA 1 ‐ Non Fused Yes

Notes *Drives are rated for use below 3,000 ft and 104°F. Use Derating Charts in Air‐Mod Engineering Guide Form 100.42‐EGI (212) for use above these limits.

Storage Temperature: ‐40°F to 158°F Humidity: MAX 95% RH non‐condensing Altitude: 3,300 ft. without derate (1% derate for each additional 330 ft.)

Overload Current Rating: 100% for 1 minute every 10 minutes.

The Class 10 trip rating of the MMP device will not withstand an across‐the‐line start of a fan and should not be used with VFDs with bypass circuits.

The customer must provide a platform or catwalk for accessing the power‐disconnect.

Copper Conductors Only.

FS: Contains the following option: Swinging DC Line Choke (Equivalent to 5% Input Line Reactor)

Face Velocity and Static Pressure

Summary

Segment Description Face Area (sq. ft) Airflow

(CFM)

Face Velocity (ft/min)

Supply Fan Static Pressure

(in w.g.)

Exhaust/Return Fan Static Pressure (in w.g.)

MB Opening 6.3 11,200 1,768 0.53 0.00 MB Control Galvanized (CD60) 0.0 11,200 0.12 0.00 RF 2" Pleated 30% (MERV 8) 28.9 11,200 388 0.18 0.00 RF Dirty Filter Allowance ‐ Prefilter 0.0 11,200 0.00 0.00 RF 12" Rigid 60‐65% Eff, (MERV 11) 28.9 11,200 388 0.26 0.00 EB Opening 26.9 11,200 416 0.03 0.00 HC Heating 1 rows 10 fins 27.3 11,200 410 0.05 0.00 CC Cooling 4 rows 12 fins 28.4 11,200 394 0.39 0.00 FS Opening 9.4 11,200 1,188 0.24 0.00 FS External Static ‐ User Entered 0.0 11,200 2.50 0.00

Total 4.30 0.00

Dimensions and Weight

Segment Description Length1 (in) Width2 (in) Height (in) Weight (lbs) MB Mixing Box 24 90 63 539 RF High Efficiency Filter 21 90 63 361 EB External Face And Bypass 30 90 63 383 HC Heating Coil 11 90 63 495 CC Variable Length Cooling Coil 36 90 63 1,068 FS Supply Fan 42 90 63 1,405

Overall 164 4,251 Notes

¹The length includes bottom tier segments only ²The width does not include coil connection extensions or door latches that extend beyond the unit casing. The width does not include the depth of any pipe chases.

Recommended Trap Height

Segment Applicable Fan Fan TSP (in w.g.) Positive or Negative Calculated Dimensions (in) Calculated Dimensions (in) Base Rail

Height (in) H X H + X H H + X

CC Supply Fan 4.30 Negative 5.30 2.65 7.95 5.50 8.25 8"

Notes Formulas and calculations are recommendations only. Contractor shall determine actual dimensions required for each trap based on jobsite conditions, and application requirements.

Refer to the Installation Manual of the IOM for more information.

Statement of Compliance

YORK® Solution XT AHU's meet IBC seismic requirements for non‐critical equipment (Ip = 1.0) for locations with design spectral response Sds <=

0.43. Units must be rigid mounted.

The anchorage of the unit to the ground or building structure needs to be evaluated by and is the responsibility of the engineer of record.

Specification of seismic requirements is the responsibility of the project design engineer. If formal certification is required, please contact your sales representative and/or application engineer for review. Certain application and site requirements may require additional cost and/or lead time.

Component locations are listed as Segment Hand (Unit Hand): ex. Left (Right). See SubmittalDrawing for additional details Air handling unit parameters vary depending on conditions. Parameters such as airflows, air pressure drops, and coil capacities are shown for design conditions.

Shipping Summary

Skid Skid Length (in) Skid Height (in) Skid Width (in) Skid Weight (lbs)

(FS CC) 78 75 107 2,473

(HC EB RF MB) 86 75 98 1,778

Notes Skid Width: Total width of the shipping skid, including any items that may extend beyond the cabinet (this includes any door handles, coil connections, drain connections, lifting lugs, mounted pipe‐chases, electrical/control components, tie‐down brackets, side dampers).

Skid Height: Total height of the shipping skid, including any items that may extend beyond the cabinet (this includes any base‐rails, shipping wood‐ blocks, roof peak, discharge flanges, mounted gas‐furnace flue pipes).

Skid Length: Total length of the shipping skid, including any items that may extend beyond the cabinet (this includes any mounted rain‐hoods, discharge flanges,tie‐down brackets, shipping wood‐blocks, front dampers, split connectors, electrical/control components, outrigging extensions, isolation dampers, inlet baskets).