PCS_Palm_Harbor_University_Heat_Recovery_CH-4_Option_A_Submittal.pdf

PDF 976 KB Posted

Attached to
Chiller Replacement State and local contract opportunity
Solicitation number
25-CR-052
Issued by
Pinellas County, Florida

About this file

This document is a Carrier heat recovery chiller submittal for the Pinellas County Schools Bid 24-CR-030 project at Palm Harbor University High School, dated 1/9/2025. The submittal contains detailed technical specifications for a CH-4 Option A water-cooled screw chiller with model number 30HXC261, manufactured in Charlotte, NC. The chiller has a capacity of 263.8 tons, uses R513A refrigerant, operates on 460V three-phase power, and includes multiple accessories such as min load control, suction service valves, BACnet communication, and vibration isolation pads. The unit offers a minimum capacity of 10% and features two independent refrigerant circuits with 8 capacity control steps.

The performance data demonstrates the chiller's efficiency across various load conditions, with an Integrated Part Load Value (IPLV) of 0.5400 kW/Ton and a Non-Standard Part Load Value (NPLV) of 0.5158 kW/Ton. The chiller comes with a comprehensive warranty, including parts-only coverage for the first year and parts and labor coverage for years 2-10 in the US and Canada. The detailed performance summary includes metrics such as cooling capacity, input power, efficiency (EER), saturated condenser and evaporator temperatures, and fouling factors at different load percentages. The documentation is AHRI certified and complies with AHRI Standard 550/590 (I-P) and Standard 551/591 (SI), ensuring the unit meets industry performance standards.

View the file

Other files for this state and local contract opportunity

Other files attached to Chiller Replacement, newest first.
File Type Posted
Pinellas_Park_High_School_Remodel_and_Renovation_Design_Services.pdf PDF
PCS_Palm_Harbor_University_Air_Cooled_CH-3_Option_C_Submittal.pdf PDF
Pinellas_Park_High_School_Remodel_and_Renovation_Design_Services.pdf PDF
PCS_Palm_Harbor_University_Heat_Recovery_CH-4_Option_A_Submittal.pdf PDF
PCS_Palm_Harbor_University_Water_Cooled_Chiller_1_and_2_Option_A_Submittal.pdf PDF
PCS_Palm_Harbor_University_Water_Cooled_Chiller_1_and_2_Option_A_Submittal.pdf PDF
chiller_replacement-2025-05-22-22-28-51.zip ZIP file
chiller_replacement-2025-05-22-22-29-07.zip ZIP file
chiller_replacement-2025-05-22-22-28-51.zip ZIP file
chiller_replacement-2025-05-22-22-29-37.zip ZIP file
chiller_replacement-2025-05-22-22-28-51.zip ZIP file
chiller_replacement-2025-05-22-22-29-24.zip ZIP file
chiller_replacement-2025-05-22-22-29-37.zip ZIP file
chiller_replacement-2025-05-22-22-29-37.zip ZIP file
chiller_replacement-2025-05-22-22-28-51.zip ZIP file
chiller_replacement-2025-05-22-22-29-07.zip ZIP file
chiller_replacement-2025-05-22-22-29-37.zip ZIP file
Palm_Harbor_U_9511_Sign_In_Sheets.pdf PDF
Palm_Harbor_U_9511_Sign_In_Sheets.pdf PDF
Palm_Harbor_U_9511_Sign_In_Sheets.pdf PDF
Palm_Harbor_U_9511_Sign_In_Sheets.pdf PDF
Bid_Protest_Procedure.pdf PDF
Chiller_Replacement.pdf PDF
Insurance_Specifications_for_Contractors_1.pdf PDF
Bid_Protest_Procedure.pdf PDF
Insurance_Specifications_for_Contractors_1.pdf PDF
Bid_Protest_Procedure.pdf PDF
Bid_Protest_Procedure.pdf PDF
24043_PE_SPECS_2025-04-10.pdf PDF
Palm_Harbor_UHS_Permit_Set_19_pgs.pdf PDF
24043_PE_SPECS_2025-04-10.pdf PDF
Chiller_Replacement.pdf PDF
Insurance_Specifications_for_Contractors_1.pdf PDF
Bid_Protest_Procedure.pdf PDF
Insurance_Specifications_for_Contractors_1.pdf PDF
Palm_Harbor_UHS_Permit_Set_19_pgs.pdf PDF
24043_PE_SPECS_2025-04-10.pdf PDF
24043_PE_SPECS_2025-04-10.pdf PDF
Palm_Harbor_UHS_Permit_Set_19_pgs.pdf PDF
Chiller_Replacement.pdf PDF
Insurance_Specifications_for_Contractors_1.pdf PDF
Palm_Harbor_UHS_Permit_Set_19_pgs.pdf PDF
Chiller_Replacement.pdf PDF
Palm_Harbor_UHS_Permit_Set_19_pgs.pdf PDF
24043_PE_SPECS_2025-04-10.pdf PDF
Bid_Protest_Procedure.pdf PDF
Chiller_Replacement.pdf PDF
Insurance_Specifications_for_Contractors_1.pdf PDF
Chiller_Replacement.pdf PDF
24043_PE_SPECS_2025-04-10.pdf PDF
Show all 50

Chiller Replacement has more files on GovTribe.

On GovTribe

Work with this file on GovTribe

  • Download the original file
  • Contacts named in this file
  • Similar government files
  • Ask GovTribe AI about this file

Text version

Pinellas County Schools

Project Bid 24-CR-030 Palm Harbor University High School

Date 1/9/2025

Mechanical Engineer Phoenix Engineering

Sales Engineer Mohamed Abdel-Aziz

Submittal Heat Recovery Chiller 4 Option A mohamed.abdelaziz@carrier.com; 813-404-2573

Table of Contents

Unit Report 1

Unit Performance 3

Drawings 8

Unit Report

Unit Report For CH-4 Option A Project: PCS - Palm Harbor 01/08/2025 Prepared By: 06:23PM

Unit Information Tag Name: CH-4 Option A Model Number: 30HXC261 Condenser Type: Water Cooled Compressor Type: Screw Nameplate Voltage: 460-3-60 V-Ph-Hz Quantity: 1 Manufacturing Source: Charlotte, NC USA Refrigerant: R513A Independent Refrigerant Circuits: 2 Capacity Control Steps: 8 Minimum Capacity: 10.0 % Shipping Weight: 10190 lb Operating Weight: 10944 lb Unit Length: 153 in Unit Width: 37 in Unit Height: 74 in

Accessories and Installed Options Min Load Control (to 10% capacity) Suction Service Valves R-513A Charge, Standard Evaporator Pass Y-Delta Starter & Non-Fused Disconnect BACnet Communication Option Thermistor (5k Ohm) - 4 inch Water Temperature Sensor Thermistor Well - 4 inch Compressor Blanket Kit Vibration Isolation Pads

Chiller Warranty Information (Note: for US & Canada only) First Year - Parts Only (Standard) Start-up, First Unit Complete Unit Years 2-5 Parts & Carrier CCS Labor Complete Unit Year 2-10 Parts Parts & Labor

Ordering Information

Part Number Description Quantity 30HXC261SZU6-1KA Packaged Chiller 1

Base Unit Min Load Control (to 10% capacity) Suction Service Valves R-513A Charge, Standard Evaporator Pass Y-Delta Starter & Non-Fused Disconnect BACnet Communication Option

HH79NZ029 Thermistor (5k Ohm) - 4 inch Water Temperature Sensor 2 10HB50106802 Thermistor Well - 4 inch 2

P916-A-30HX-261 Compressor Blanket Kit 1 30HX-900---010 Vibration Isolation Pads 1

Packaged Chiller Builder NACO 3.74 Page 1 of 1

Unit Performance

Detailed Performance Summary For CH-4 Option A

Prepared By: 06:24PM

PackagedChillerReport:DoNotEdit;

AquaForceTM Water-Cooled Screw Chiller Unit Information Tag Name: CH-4 Option A Model Number: 30HXC261 Condenser Type: Water Cooled Compressor Type: Screw Nameplate Voltage: 460-3-60 V-Ph-Hz Quantity: 1 Manufacturing Source: Charlotte, NC USA Independent Refrigerant Circuits: 2 Capacity: 263.8 Tons Comp. Input Power: 191.0 kW Unit Input Power: 191.0 kW Capacity control steps: 11 Minimum Capacity: 10.00 % Input: 0.7238 kW/Ton Unit Efficiency (EER): 16.58 BTU/Wh IPLV.IP: 0.5400 kW/Ton NPLV.IP: 0.5158 kW/Ton Refrigerant: R513A Shipping Weight: 10190 lb Operating Weight: 10944 lb Unit Length: 153 in Unit Width: 37 in Unit Height: 74 in

Evaporator Information Fluid Type: Fresh Water Fluid Entering Temperature: 55.00 °F Fluid Leaving Temperature: 45.00 °F Fluid Flow Rate: 632.6 gpm Fluid Pressure Drop: 17.9 ft H2O Fluid Velocity: 6.0 ft/s Fouling Factor: 0.000100 (hr-sqft-F)/BTU Fouling Factor Temp Adj.: 0.32 °F Saturated Evaporator Temp.

Circuit A: 43.8 °F Circuit B: 43.7 °F

Condenser Information Fluid Type: Fresh Water Fluid Entering Temperature: 80.00 °F Fluid Leaving Temperature: 100.00 °F Fluid Flow Rate: 382.5 gpm Fluid Pressure Drop: 6.27 ft H2O Fluid Velocity: 3.4 ft/s Fouling Factor: 0.000250 (hr-sqft-F)/BTU Fouling Fact. Temp. Adj.: 0.40 °F Saturated Condenser Temp.

Circuit A: 100.0 °F Circuit B: 101.9 °F

Integrated Pump Information No Pump Selected

Accessories and Installed Options Min Load Control (to 10% capacity) Suction Service Valves R-513A Charge, Standard Evaporator Pass Y-Delta Starter & Non-Fused Disconnect BACnet Communication Option Thermistor (5k Ohm) - 4 inch Water Temperature Sensor Thermistor Well - 4 inch Compressor Blanket Kit Vibration Isolation Pads

Chiller Electrical Information Unit Voltage: 460-3-60 V-Ph-Hz Power Supply to control circuit: 115 Volts Power Supply to control circuit: 1 Phases

Electrical Electrical Amps Circuit 1 Circuit 2

MCA 316.8 ---

MOCP 400.0 ---

Max. ICF 451.8 --- Control Circuit Fuse Amps

15.0 ---

Packaged Chiller Builder NACO 3.74 Page 1 of 4

Prepared By: 06:24PM

Packaged Chiller Builder NACO 3.74 Page 2 of 4

Prepared By: 06:24PM

Integrated Part Load Value (AHRI) IPLV.IP: 0.5400 kW/Ton

Integrated Part Load Value (AHRI)

Cond. Ent. Water Temp., °F 85.00 75.00 65.00 65.00 Percent of Full Load Capacity, % 100.00 75.00 50.00 25.00 Cooling Capacity, Tons 263.9 197.8 131.9 65.93 Input Power, kW 174.2 126.6 64.25 30.81 Input, kW/Ton 0.6600 0.6398 0.4873 0.4673 Efficiency (EER), BTU/Wh 18.18 18.76 24.63 25.68 Saturated Condenser Temp.

Circuit A: 95.27 82.56 69.17 67.13 Circuit B: 95.37 84.14 70.95 70.95 Saturated Evaporator Temp.

Circuit A: 42.77 43.52 42.64 43.21 Circuit B: 42.72 41.96 24.45 25.30 Condenser Fouling Fact. Temp. Adj., °F 0.59 0.48 0.47 0.24 Total Inside Surface Area, Sq.Ft.

Circuit A: 534 534 534 534 Circuit B: 356 356 356 356 Evaporator Fouling Fact. Temp. Adj., °F 0.32 0.26 0.25 0.13

Circuit A: 381 381 381 381 Circuit B: 254 254 254 254

Nonstandard Part-Load Value NPLV.IP: 0.5158 kW/Ton NPLV.IP: 23.26 BTU/Wh

Nonstandard Part-Load Value

Cond. Ent. Water Temp., °F 80.00 72.50 65.00 65.00 Percent of Full Load Capacity, % 100.00 75.00 50.00 25.00 Cooling Capacity, Tons 263.8 203.4 135.6 67.80 Input Power, kW 191.0 121.4 63.89 30.53 Input, kW/Ton 0.7238 0.5971 0.4712 0.4503 Efficiency (EER), BTU/Wh 16.58 20.10 25.47 26.65 Saturated Condenser Temp.

Circuit A: 100.0 79.94 70.65 69.15 Circuit B: 101.9 81.44 71.50 71.50 Saturated Evaporator Temp.

Circuit A: 43.79 44.48 44.45 43.62 Circuit B: 43.70 43.00 43.64 24.34 Condenser Fouling Fact. Temp. Adj., °F 0.40 0.49 0.36 0.48

Circuit A: 534 534 534 534 Circuit B: 356 356 356 356 Evaporator Fouling Fact. Temp. Adj., °F 0.32 0.27 0.21 0.25

Packaged Chiller Builder NACO 3.74 Page 3 of 4

Prepared By: 06:24PM

Circuit A: 381 381 381 381 Circuit B: 254 254 254 254

Sound pressure level data used to develop this program was determined in accordance with AHRI Standard 575-2008 for water chillers in a free field.

Certified in accordance with the AHRI Water-Cooled Water-Chilling and Heat Pump Water-Heating Packages Certification Program, which is based on AHRI Standard 550/590 (I-P) and AHRI Standard 551/591 (SI). Certified units may be found in the AHRI Directory at www.ahridirectory.org

Packaged Chiller Builder NACO 3.74 Page 4 of 4

Drawings

CONDENSER

STANDARD

CONDENSER

MINUS ONE PASS

CONDENSER

STANDARD

CONDENSER

MINUS ONE PASS

CONDENSER

STANDARD

CONDENSER

MINUS ONE PASS

CONDENSER

EVAPORATOR

STANDARD

EVAPORATOR

STANDARD

EVAPORATOR

PLUS ONE

PASS EVAPORATOR

PLUS ONE

PASS EVAPORATOR

MINUS ONE

PASS EVAPORATOR

MINUS ONE

PASS EVAPORATOR

OVERALL LENGTH

152.54 [3875] 160.00 [4064] 160.00 [4064] 160.00 [4064] 160.00 [4064] 160.00 [4064]

NOTES:

1. Operating weight includes weight of water and refrigerant.

2. Denotes center of gravity.

3. Dimensions are in inches (mm).

4. Recommended service clearance around machine is 36 in. (914.4 mm).

5. Victaulic nozzles are standard on all models. Flow switch factory installed in evaporator inlet Victaulic nozzle.

30HXC206-271

UNIT

OPERATING

WEIGHT - lb

(kg)

A

WT. DISTIBUTION AT EACH

MOUNTING PLATE - lb (kg)

1 2 3 4 5 6

30HXC206

11056 (5015)

33.88 (860)

(449)

(1140)

(589)

(569)

(1485)

(782)

30HXC246

11144 (5056)

34.38 (873)

(454)

(1159)

(601)

(531)

(1510)

(799)

30HXC261

11167 (5066)

34.38 (873)

(454)

(1161)

(604)

(531)

(1513)

(802)

30HXC271

11204 (5083)

34.38 (873)

(454)

(1165)

(608)

(531)

(1518)

(806)

D im e n s io n s (c o n t)

Note: Evaporator head can be swapped by the contractor or Carrier Service in the field if needed.

File details come from the government source that posted it. Updated .