Amend_0004_-_Atch_3_-_Questions_&_Answers__4_(Rev_1).pdf

HDEC03-17-R-0002

SCIP IV (Altus AFB, OK)

Questions & Answers #4 (Rev 1)

37. M2.01, FAN SCHEDULE, EF-1, Note 7, requires the RMCS to be connected to the Deli Exhaust fan.

Typically, this is hard wired to the oven, as it operates based on the ovens needs. It was answered on previous RFI’s for the RMCS to NOT be involved with this item, nor the aroma fan. Will the RMCS be involved with EF-1 on this project?

Answer: Delete note 7 at EF-1. The grease hood exhaust fan does not require RMCS connection per DeCA criteria.

38. M2.01, AIR COND UNIT SCHEDULE; NOTE 10, requires for din rail to be installed in all units. Is the din rail to be provided and factory installed by the equipment supplier, or field installed and supplied by the RMCS provider?

Answer: DIN rail to be factory installed.

39. M1.03, MECHANICAL NOTES, Note U, Allows for wiring to be ran exposed without the need for conduit.

23 09 16 requires all wiring to be installed in EMT conduit. Are all parts of the RMCS wiring to be installed in conduit?

Answer: All RMCS wiring to be installed in conduit or raceway. No exposed wiring is allowed. Conduit may be exposed as indicated. Modify note U as below.

U. WIRING FOR NEW ELECTRICAL CONTROLS SHALL BE CONCEALED IN FINISHED SPACES BY PULLING THROUGH PRESENT CONDUIT, FISHING THROUGH HOLLOW WALLS, OR CUFFING cutting AND PATCHING FINISHED substrate. IN STAGING, RECEIVING, mechanical, AND LIKE SPACES WIRING MAY BE in EXPOSED

CONDUIT OR PULLED THROUGH EXISTING CONDUIT.

40. M1.03, NOTE 12, REFURBISH EXISTING AC-1, It is requested to connect controls to the new RMCS. The condition/brand of the existing equipment is not known. Only some existing equipment is compatible with the new RMCS. Due to this and warranty requirements of the project, I suggest the controls and sensors be replaced with new. Will AC-1 have new controls, or will they reuse existing?

Answer: Provide all new sensors and controls for AC-1.

41. M1.03, NOTE 14-15, CONNECT BOILER TO RMCS CONTROLS. It is shown in the drawings that internal OEM controls are to control the boiler and pumps. This is typical design. If the RMCS is to provide any control, please provide a SOO to do so. Is the RMCS to be connected to the boiler in any way?

Answer: HEATING BOILERS 23 52 00, page 3, Para. 2.1 E.3. states:

"3. Building Management System Interface: Factory installs hardware and software to enable RMCS to monitor, control, and display boiler status and alarms. Refer to Div 23 Section Refrigeration Monitoring and Control Systems (RMCS)."

Revise to read as follows:

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002 Altus AFB, OK

"3. Building Management System Interface: Factory installs hardware and software to enable RMCS to monitor boiler(s) water temperature, system supply and return temperature, control boiler off-on function, and display boiler status and alarms. Refer to Div 23 Section Refrigeration Monitoring and Control Systems (RMCS)."

Otherwise, boiler and water temperature control is indicated by the Spec Section 23 52 00 and Drawings 1/M3.02 and 2/M3.02.

42. P3.02, HOT WATER HEATER PIPING, CIRC PUMP SCHEDULE, NOTE, Requests for a sensor to connect to the RMCS for pump rotation. I do see a requirement for internal OEM controls to control the boiler/pumps.

Typically, the boiler control would control the pumps as required and also offer pump rotation. Will the RMCS be required to connect to these boiler pumps?

Answer: Yes, connect to the RMCS

Suggestion – Alternate SOO for items 5 and 6. If the RMCS is to control the boiler/pumps, it would be typical for the RMCS to start/stop the pumps based on ambient temperature (adjustable – usually 80F).

Answer: Yes, connect to the RMCS.

The pumps would rotate based on a weekly schedule (adjustable). The boiler would operate based on an internal water flow switch, caused be the operation of the pumps. The boiler would then maintain its desired target, using its own internal OEM supplied controls.

Answer: Provide controls as indicated on M3.02.

The RMCS would monitor the hot water supply and return temps of the boiler and could also provide monitoring of an alarm output of the boiler.

Answer: Yes, connect to the RMCS to monitor the boiler water temps and alarms.

43. 23 09 13 – 6, 3.4, HYDRONIC UNIT HEATERS; State for these units to be controlled by a thermostat.

M1.03 note 6 call for the RMCS to provide control. What will control these units?

Answer: Provide RMCS controls for the existing hydronic unit heaters in the warehouse. Provide local thermostat controls for the fan-coil unit heaters in the entry and exit vestibules.

44. 23 09 16 – 10, 2.3, L, 9, MANUAL VENT STOP STATIONS, R1.01 drawing NOTE N, shows only 2 buttons to be installed in the office areas. The specifications show a total of 9 are to be installed near exits. Shall there be only a requirement for two buttons or a total of 11 to be installed?

Answer: Provide the manual vent stop stations as specified plus the stations shown on R1.01 in the admin space.

45. According to the contract drawings, all low temp reach-in cases (1G12) are to be designed around ice cream temperature. This is a deviation from DeCA’s criteria. Typically approximately 20% of the reach-ins is set aside for ice cream and the remaining 80% is set aside for frozen food.

Ice Cream cases require a -15df sst. whereas frozen food sst is -7. There is an increase in the Btu’s per door on ice cream cases as well. Designing the compressor racks around the current contract drawings will increase the compressor sizes, power consumption and maintenance cost.

Is the quantity of ice cream cases shown correct? If not which cases should be changed to frozen food?

The CED for a reach-in frozen food case is 1G10. There is not a specification for this piece of equipment.

Please clarify.

Answer: Change the 1G12 cases to 1G10 cases for circuits 7,8,9,10 (all on the center back-to-back row). See attached revised R1.01, R1.02, R2.01.

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002

Provide 1G10 per DeCA standard specification as follows:

A. 1G10 Case, Frozen Food, Glass Doors, Low Temperature, Upright:

1. Salient Characteristics:

a. Nominal Dimensions:

1) Length:

a) 1G10-2: 2 Dr, 62 inches (2 inch end panels).

b) 1G10-3: 3 Dr, 92-1/2 inches (2 inch end panels).

c) 1G10-4: 4 Dr, 122-7/8 inches (2 inch end panels).

d) 1G10-5: 5 Dr, 153-3/8 inches (2 inch end panels).

2) Height: 83-1/2 inches.

3) Depth: 39-3/4 inches.

4) Door Width: 30 inches.

5) Upper Shelves: 22 inches deep.

6) Sill Height: 13-3/8 inches.

b. Lights: Vertical lighting assembly, one at each end and one between all doors.

c. Shelves: Five solid adjustable upper shelves per door section with price tag molding.

One bottom epoxy coated wire rack per door section with price tag molding.

d. Doors: constructed per paragraph 2.10.A.26, 67 inches high with magnetic gaskets, automatic door closures, doors hinged on left side.

e. Designed to maintain a product temperature of -10 to 0 deg F.

2. Basis-of-Design Product: Hussmann, Model RLN.

46. This job shows 6' x 9' coiling doors for #54A-A & 54B-A. This will not work with the dock levelers. The levelers will be as wide as the door openings.

Answer: Door 54B-A does not have a dock leveler, second, these are existing conditions and we are replacing what is already there. The condition at door 54A-A is primarily the same we are just replacing the components in kind. The question though is correct, the leveler will be the same width as the door opening, just as it currently is now.

47. There is no truck restraint spec. please advise

Answer: Please see Addendum 01, Specification Section 11 13 00 – Loading Dock Equipment, Paragraph 2.5

– Truck Restraints, herewith Amendment 0004.

48. We request the proposal due date be extended to 9/12/17.

Answer: The proposal due date has been previously extended to 9/6/2017. There are no plans to extend it beyond 9/6/2017.

49. Solicitation page 36 of 49 paragraph 3 for Part III Past Performance information states that submitted project must be stat or completed within the last five years. With the downturn in the economy and sluggish construction during 2009 through 2014, we request this look back period be extended to 10 years or 7 years to reflect a contractor’s true capability.

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002

Answer: The timeframe pertaining to Past Performance will remain five (5) years. All offerors are reminded of the Note in Section M, Paragraph 3.D.

50. Will the sign in sheet be posted on the FBO?

Answer: Yes, the Preproposal Conference Sign-in Sheet and Agenda are posted to FBO, herewith Amendment 4.

51. Please clarify at what time the proposal CD is required.

Answer: The proposal CD due date and time have been changed to 7 Sept 2017 at 5:00 PM Central Time.

The printed proposal remains due 6 Sept 2017 @ 2:00 PM Central Time. Printed proposals received after 6 Sept 2017 @ 2:00 PM Central Time will be late and will be handled IAW FAR 52.215-1.

52. There are several items that are in the notes on the mechanical drawings but are not indicated on the mechanical schedule. Please provide a mechanical schedule that details the size requirements for the Fan Coil Unit and the Type 1 Grease Hood.

Answer: See attached revised M1.01 and M2.01.

53. Please clarify the temporary work requirements in Phase 5. The work in the Admin area includes flooring, which means all furniture and equipment will need to be relocated. This will require Data and Power to be relocated during this phase. Who is providing the temporary data and power?

Answer: The general contractor is responsible for providing all necessary temporary power, data, and telephone to the temporary relocated stations.

54. During the site visit, it appears that many of the overhead door operators and the dock seals are currently under replacement by the maintenance contractor. It is DeCA’s intention to replace this brand new equipment again as a part of this contract?

Answer: Original project intent was to replace existing dock equipment as indicted. Verify with DeCA on need to replace same equipment as part of this contract due to apparent maintenance effort in place. Due to timing on this contract, replacement of equipment indicated in this contract may still be preferred.

55. Per Question #18 on amendment 03, please provide an amended specification to include truck restraints.

Answer: Please see Addendum 01, Specification Section 11 13 00 – Loading Dock Equipment, Paragraph 2.5

– Truck Restraints, herewith Amendment 0004.

56. During the site visit, it appears that many of the overhead door operators and the dock seals are currently under replacement by the maintenance contractor. It is DeCA’s intention to replace this brand new equipment again as a part of this contract?

Answer: Original project intent was to replace existing dock equipment as indicted. Verify with DeCA on need to replace same equipment as part of this contract due to apparent maintenance effort in place. Due to timing on this contract, replacement of equipment indicated in this contract may still be preferred.

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002

57. On the Schedule B, there is a $10k CLIN 004 for Maint & Emerg Repair for HVAC & Refrig. There is no Reimbursable parts CLIN on the Schedule B. Typically, there is a $10k CLIN for reimbursable parts. Please confirm the CLINS are correct. Typically Maint & Emerg Repair CLIN is for maintenance of the old system during construction and is priced by the refrigeration contractor.

Answer: See Altus AFB Seed Project Schedule B (Revision 1), herewith Amendment 0004.

Solicitation HDEC03-17-R-0002

Solicitation HDEC03-17-R-0002

FAN SCHEDULE

MARK EF-1 EF-2

LOCATION ROOF ROOF

SERVES

DELI

BAKERY VESTIBULE

ROOM ID 70 21 C

CFM 450 500

TSP INCHES 0.5 0.5

MOTOR HP 1/8 1/8

VOLTS/PHASE 120/1 120/1

DRIVE DIRECT DIRECT

TYPE CENTRIF CENTRIF

MOUNTING CURB CURB

MANUFACTURER GREENHECK GREENHECK

MODEL CUE-095-D G-095-D

INTERLOCK N/A N/A

REFERENCE NOTE 1,2,3,6,7 1,2,3,6,7

REFERENCE NOTES

REFERENCE NOTES

1. PROVIDE FAN MANUFACTURER’S GRAVITY BACKDRAFT DAMPER WITH NYLON

BEARINGS AND FELTED SEALING LIP, AND INSECT SCREEN.

2. PROVIDE UNIT OF ALL ALUMINUM CONSTRUCTION.

3. INSTALL UNIT ON MANUFACTURERS ROOF CURB.

4. PROVIDE SWITCH WITH PILOT LAMP WITH ENGRAVED LABEL LOCATED ADJACENT TO

EQUIPMENT SERVED, LETTERING TO INDICATE EQUIPMENT SERVED.

5. CABINET FAN ABOVE CEILING.

6. INTERLOCK WITH ASSOCIATED MOTORIZED LOUVER FOR INTAKE OR RELIEF AIR.

7. NOT USED.

8. PROVIDE T-STAT SET AT 85 DEGREES F “ON”, 75 DEGREES F “OFF”.

9. PROVIDE SWITCH WITH PILOT LAMP IN ROOM WITH ENGRAVED NAMEPLATE “DO NOT

TURN EXH OFF”. PROVIDE WITH SAIL SWITCH MONITORED BY RMCS.

10. MONITORED BY RMCS.

11. PROVIDE MANUFACTURER'S VARIABLE SPEED DRIVE FOR CFM CONTROL.

GENERAL NOTES

1. FOR EACH FAN PROVIDE NON-FUSED DISCONNECT IN COMPLIANCE WITH NFPA 70,

NATIONAL ELECTRICAL CODE.

2. PROVIDE MANUFACTURER’S RECOMMENDED INLET AND-OR OUTLET CONFIGURATION

FOR MINIMUM STATIC PRESSURE LOSS.

AIR CONDITIONING UNIT SCHEDULE

ALTUS 15 MARCH 2017

MARK AC-1/CU-1 AC-2/CU-2 AC-3/CU-3 AC-4/CU-4 AC-5/CU-5 DHU-1 MARK

AREA SERVED SALES-CHECKOUT ADMIN EMPLOYEES BAKERY/DELI CASHIERS OFFICE SALES AREA SERVED

UNIT LOCATION MEZZANINE MEZZANINE MEZZANINE MEZZANINE CASHIERS OFFICE ROOF UNIT LOCATION

SITE ELEVATION 1398 1398 1398 1398 1398 1398 SITE ELEVATION

SYSTEM SPEC SECTION SEE BELOW SEE BELOW SEE BELOW SEE BELOW 23 81 26 23 84 16 SYSTEM SPEC SECTION

COOLING REQUIREMENT EXISTING UNIT AC-1, NEW COIL COOLING REQUIREMENT

SYSTEM TYPE SPLIT DX SPLIT DX SPLIT DX SPLIT DX SPLIT HEATPUMP PACKAGED DX SYSTEM TYPE

AIR SIDE DUCTED DUCTED DUCTED DUCTED DUCTLESS DUCTED AIR SIDE

EVAP CFM 18,000 2400 2040 2220 800 2100 EVAP CFM

COIL SP, INCHES 0.73 COIL SP, INCHES

OUTSIDE AIR CFM 2100 300 210 100 0 2100 OUTSIDE AIR CFM

PERCENT OA 12 13 10 5 0 100 PERCENT OA

EAT, °FDB/WB 68.1/58.01 81.1/64.5 80.0/64.0 76.7/63.0 77/64 92/77 EAT, °FDB/WB

SENSIBLE MBH REQD 404.46 63.9 52.6 53.7 6.1 100.8 SENSIBLE MBH REQD

TOTAL MBH REQD 524.00 77.9 61.7 57.2 9.8 204.4 TOTAL MBH REQD

COIL LAT, °FDB/WB 47.5/47.27 55/54 55/54 55/54 55/54 48.9/48.8 COIL LAT, °FDB/WB

REFRIGERANT R-410A R-410A R-410A R-410A R-410A R-410A REFRIGERANT

MAX FV, FPM 450 550 550 550 550 150 MAX FV, FPM

COIL ROWS/FINS PER INCH 6/8 COIL ROWS/FINS PER INCH

COIL SIZE, INCHES NEW, 102x57 -- -- -- -- -- COIL SIZE, INCHES

COIL MODEL 5EN0806C HEATCRAFT -- -- -- -- -- COIL MODEL

EER/IEER/SEER NO RATING --/--/13 --/--/13 --/--/13 --/--/14 12.4/14.8/-- EER/IEER/SEER

COOLING STAGES VARIABLE 1 1 1 1 VARIABLE COOLING STAGES

INDOOR UNIT WEIGHT EXISTING 126 126 55 55 N/A INDOOR UNIT WEIGHT

INDOOR UNIT MFR BOHN, EXISTING TRANE TRANE TRANE LG N/A INDOOR UNIT MFR

MODEL HCL 36ALA, EXISTING TWE090 TWE073 GAT2AOC60 LCN247HV N/A MODEL

SPEC SECTION COIL, 23 82 16 23 80 20 23 80 20 23 80 20 SEE ABOVE SEE ABOVE SPEC SECTION

REHEAT EXISTING UNIT, NEW COIL REHEAT

TYPE RECLAIM HOT GAS RECLAIM HOT GAS - - - NONE TYPE

REHEAT CFM 18000 2400 - - - REHEAT CFM

EAT, °FDB/WB/%RH 47.5/47.27 69 - - - EAT, °FDB/WB/%RH

LAT, °FDB 58.13/51.85 84 - - - LAT, °FDB

TOTAL MBH 209.1 38.2 - - - TOTAL MBH

SPEC SECTION 23 90 00 23 90 00 SPEC SECTION

REF NOTE 11. SPACE IS

AVAILABLE IN EXISTING UNIT

HEATING EXISTING UNIT, NEW HW COIL HEATING

TYPE HYDRONIC HYDRONIC HYDRONIC HYDRONIC HEAT PUMP NONE TYPE

CFM 18,000 2,400 2,040 2,220 800 CFM

COIL SP, INCHES 0.10 -- -- -- -- COIL SP, INCHES

EAT, °FDB 63.5 69 69 69 69 EAT, °FDB

GPM @ 180F EWT 53.1 3.8 4 4.1 N/A GPM @ 180F EWT

OUTPUT, MBH REQD 531 38.2 34.6 41.5 5.8 OUTPUT, MBH REQD

MAX WATER P.D. (FT) 10 10 10 10 N/A MAX WATER P.D. (FT)

MINIMUM EFFICIENCY -- -- -- -- 8.2 HSPF MINIMUM EFFICIENCY

SPEC SECTION COIL, 23 82 16 23 82 16 23 82 16 23 82 16 SEE ABOVE SPEC SECTION

BLOWER AND FILTER EXISTING BLOWER AND FILTER

ESP, INCHES WTR 2 1 0.5 0.75 0.1 2 ESP, INCHES WTR

VOLTAGE/PHASE 460/3 460/3 460/3 460/3 208/3 460/3 VOLTAGE/PHASE

MOTOR HP 8 1.5 1.5 1 N/A 5 MOTOR HP

FILTER MERV 8 MERV 8 MERV 8 MERV 8 MERV 8 MERV 8 FILTER

FILTER INITIAL SP, INCHES 0.25 0.25 0.25 0.25 0.25 0.25 FILTER INITIAL SP, INCHES

FILTER FINAL SP, INCHES 1 1 1 1 1 0.50 FILTER FINAL SP, INCHES

MCA/MOCP N/A 29/30 29/30 10/15 N/A N/A MCA/MOCP

SPEC SECTION EXISTING BLOWER & MOTOT, 23 80 20 23 80 20 23 80 20 SEE ABOVE SEE ABOVE SPEC SECTION

NEW FILTERS, BELTS, & SHEAVES

OUTDOOR UNIT NEW, CU-1 OUTDOOR UNIT

AIR ON CONDENSER, °F 100 105 105 105 105 100 AIR ON CONDENSER, °F

MCA 106.1 18.1 10 10 18.1 49 MCA

MOP 125 25 15 15 30 60 MOP

UNIT WEIGHT, LBS 6000 224 224 148 148 3189 UNIT WEIGHT, LBS

UNIT MANUFACTURER BOHN TRANE TRANE TRANE LG AAON UNIT MANUFACTURER

UNIT MODEL BZU2050AAAM1D2 TTA090 TTA073 4TTA060 LUU247HV RN02030EB09000 UNIT MODEL SPEC SECTION 23 62 13 23 62 13 23 62 13 23 62 13 SEE ABOVE SEE ABOVE SPEC SECTION

REFERENCE NOTES 2,5,6,8,10,11,12,13,14 1,2,5,6,8,9,10,11,14 1,2,5,6,8,9,10,14 1,2,5,6,8,9,10,14 1,6,8,9,10 1,2,3,5,6,10,12,14 REFERENCE NOTES

REFERENCE NOTES

1. PROVIDE SPRING AND RUBBER-IN-SHEAR MOUNT FOR INDOOR UNIT SIZED TO UNIT RPM AND WEIGHT.

2. EXTERNAL STATIC PRESSURE EXCLUDES FILTERS AND FILTER DIRT.

3. PROVIDE SINGLE POINT POWER CONNECTIONS.

4. PROVIDE OUSTIDE AIR ECONOMIZER.

5. PROVIDE LOW AMBIENT KIT TO 40°F.

6. PROVIDE MANUFACTURER'S STANDARD EXPANDED METAL HAIL GUARD ON THE CONDENSER COIL.

7. NOT USED.

8. PROVIDE REFRIGERANT LIQUID, SUCTION, AND HOT GAS, SIZES AND CONFIGURED AS RECOMMENDED BY MANUFACTURER.

9. PROVIDE CONTROLS AND RMCS INTERFACE AS NECESSARY TO MAINTAIN TEMPERATURE AT THE SPACE THERMOSTAT (SENSOR).

10. PROVIDE TERMINAL STRIP AND A DIN RAIL FOR RMCS UNIT CONTROLLER; CONTROL UNIT THROUGH RMCS. INTEGRATE MANUFACTURER'S CONTROLS WITH RMCS

11. RECLAIM COIL (BY INSTALLER OF PRODUCT REFRIG SYSTEM) SPECIFIED IN SECTION 23 90 00 PRODUCT REFRIGERATION SYSTEM AND FURNISHED BY SUPPLIER OF PRODUCT REFRIGERATION SYSTEM.

12. PROVIDE CONTROLS NECESSARY TO MAINTAIN TEMPERATURE AND RELATIVE HUMIDITY (RH) AT THE SPACE THERMOSTAT AND HUMIDISTAT. INTEGRATE WITH CONTROLS OF DHU-1.

13. MEASURE AVAILABLE SPACE FOR DX AND HW COILS. MAINTAIN SCHEDULED MAX FACE VELOCITY AND COIL SP. PROVIDE SEALED BLANK-OFF PLATES IF COIL IS NOT FULL SIZE OF SPACE.

14. SEE M3.02 FOR CONTROLS SCHEMATIC.

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002

POSPOSPOSPOSPOS

POS

POSPOS

C

C

C

S

C

C

S

1E00e

1E00e

1E00e

C

AREA "A"

AREA "B"

A R

EA

"A

AR

EA

"C

1P

-1

1P

-1

1P

-1

1P

-1

1P

-1

1D22-12

1G

1G

-5 1G

-5

1G

-5 1G

-5

1G02GD-8

1G

-5 1G

-5

1G

-5 1G

-5

1G

-5 1G

-5

1G

-5 1G

-5

1G10-3

1G

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G02GD-8

1D

-12

GENERAL NOTES

REFRIGERATION NOTES

NOTES BY SYMBOL

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002

C

C

C C C

AR

EA

"B

AR

EA

"C

AREA "A"

AREA "B"

1P

-8

1P07-12

1P

-1

1P

-1

1P

-1

1M07-8 1M07-81M07-12 1M04GD-8 1M04GD-81M04GD-12

1G

-2 1G

-4

1G

-5 1G

-5

1G12-3 1G10-3

1G

-5 1G

-5

1G

-5 1G

-5

1G

-5 1G

-5

1G

-5 1G

-5

1G06

1G

-1

1G

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G

G D

-1

1G02GD-12

GENERAL NOTES

REFRIGERATION NOTES

NOTES BY SYMBOL

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002

UNIT MARK MODEL NO COMP

SYSTEM LOCATION CAPACITY

MBH

REFRG.

TYPE

# OF

CKTS PUMP GPM REMARKS

HWR-1 CS-1 RM 83A 134,862 R407A 1 TBD

HWR-2 CS-2 RM 83A 81,275 R407A 1 TBD

HEAT RECLAIM WATER HEATER SCHEDULE

UNIT MARK MODEL NO COMP

SYSTEM LOCATION CFM

MAX

FACE

VEL FPM

DELTA PR

(IN H20)

CAPACITY

MBH

REFRG.

TYPE

# OF

CKTS

SIZE IN

INCHES

MAX FINS

PER INCH REMARKS

HRC-1 CS-3 DHU-1 500° 500 196,885 R407A TBD TBD 12 COIL IN NEW DHU-1 ON ROOF

HRC-2 CS-4 AHU-1 500° 500 334,767 R407A TBD TBD 12 COIL IN EXISTING REFURBISHED AHU-1

HEAT RECLAIM COIL SCHEDULE

AIR COOLED CONDENSER SCHEDULE

CONDENSER ACC-1 ACC-2 ACC-3 ACC-4

MODEL: LAVA 22210M LAVA 22210M LAVA 22410M LAVA 24310M

CNTRL:

FAN CNTR: VFD VFD VFD VFD

THR (BTUH): 192,660 116,106 393,770 669,534

HR (BTUH):

TD (DEG): 7.9 6.3 13.0 13.2

DRY WGT (LBS): 1,437 1,320 1,555 2,651

WNT CHG (LBS): 106.6 71.1 142.2 209.4

FPI: 10 10 10 10

DIM: 112"x90.5"x54" 112"x90.5"x54" 112"x90.5"x54" 220"x90.5"x54"

FLA: 9.6 @ 460V 9.6 @ 460V 9.6 @ 460V 19.2 @ 460V

FANS: 2x2 850 RPM 2x2 850 RPM 2x2 850 RPM 2x4 850 RPM

DAMPERS:

FIN COAT:

SERVES CS-1 CS-2 CS-3 CS-4

NOTES:

DEFROST LIGHTS AS

HEATER

QUAN UNITS EQUIPMENT MODEL NO. DESCRIPTION (HUSSMANN UNLESS NOTED) LIQUID

LINE

SUCTION

LINE

SUCTION

RISER TYPE VOLTS Ø AMP (1) VOLTS Ø AMP (1) AMP @

120V (1)

AMP @

120V (1)

CS-1 1 R407A UC 1 SF KR24E-065 EAK DELI FREEZER 5.95 -15° -5° E/TEMP 208 3 5.8 @ 3PH 120 1 0.80 2 2 2 R407A 24' + END LF 1G06 / 1G07 FW-L / FWE-L FF ISLAND 12,12,E 6.68 -15° -10° E/TEMP 208 3 40 @ 3PH 120 1 1.08 0.6 1 2 3 R407A UC 2,4 SF 2) KR44E-148 EAK 1/2 FROZEN FOOD STORAGE 68 27.60 -15° -5° E/TEMP 208 3 23.2 @ 3PH 120 1 3.20 2 2

4 R407A 14 DRS 1G12 RLN ICE CREAM DRS 3,2,4,5 14.91 -19° -12° E/TEMP 208 3 26.3 @ 3PH,

6.72 120 1 6.45 2.52 16.1 1 2

5 R407A 15 DRS 1G12 RLN ICE CREAM DRS 5,5,5 15.98 -19° -12° E/TEMP 208 3 29.2 @ 3PH 120 1 7.71 2.70 17.31 1 2 6 R407A UC 3,5 SF 2) KR44E-148 EAK 1/2 FROZEN FOOD STORAGE 68 27.60 -15° -5° E/TEMP 208 3 23.2 @ 3PH 120 1 3.20 2 2

TOTAL LOOP CS-1 98.72

CS-1 TOTAL LOAD CS-1 98.72 -22° ACC-1 HWR-1

CS-2 7 R407A 13 DRS 1G10 RLN FROZEN FOOD DRS 3,5,5 13.85 -11° -5° E/TEMP 208 3 29.2 @ 3PH 120 1 6.39 2.34 15.02 1 2 8 R407A 15 DRS 1G10 RLN FROZEN FOOD DRS 5,5,5 15.98 -11° -5° E/TEMP 208 3 29.2 @ 3PH 120 1 7.71 2.70 17.31 1 2 9 R407A 13 DRS 1G10 RLN FROZEN FOOD DRS 3,5,5 13.85 -11° -5° E/TEMP 208 3 29.2 @ 3PH 120 1 6.39 2.34 15.02 1 2

10 R407A 15 DRS 1G10 RLN FROZEN FOOD DRS 5,5,5 15.98 -11° -5° z e E/TEMP 208 3 29.2 @ 3PH 120 1 7.71 2.70 17.31 1 2

TOTAL LOOP CS-2 59.64

CS-2 TOTAL LOAD CS-2 59.64 -18° ACC-2 HWR-2

CS-3 11 R407A UC 6 SF KR16A-060 EA DELI COOLER 5.35 24° 34° OFFTIME 120 1 0.40 2 1 12 R407A 5 LF 1B30-C HV74RSS SELF SERVE BAKERY 5 8.01 26° 34° OFFTIME 120 1 3.07 1 1 13 R407A 12 LF 1D00 SMB SERVICE DELI CASE 12 5.04 18° 24° OFFTIME 120 1 0.93 0.71 1 1 14 R407A 8 LF 1G02-GD DD5X-LP PROMO CASE 2.09 34° 39° OFFTIME 120 1 0.60 0.51 1 1 15 R407A UC 7-10 SF 4) KR36A-170 EA REAR of DAIRY COOLER 67 60.90 24° 34° OFFTIME 120 1 4.80 2 1 16 R407A UC 11-12 SF 2) GL36A-135 EA FRONT of DAIRY COOLER 67 w/ 9 DRS 23.20 24° 34° OFFTIME 120 1 2.40 2 1 17 R407A UC 13-15 SF 3) KR26E-075 EAK PRE-PACKAGED MEAT COOLER 61 28.00 18° 28° E/TEMP 208 3 17.4 @ 3PH 1 2.40 2 2 18 R407A UC 16-21 SF 6) KR36E-126 EAK MEAT COOLER 59 95.50 18° 28° E/TEMP 208 3 52.2 @ 3PH 1 7.20 2 2 19 R407A UC 22 SF KR36E-126 EA MEAT HOLDING 56A 14.50 18° 28° E/TEMP 208 3 8.7 @ 3PH 1 1.20 2 2

TOTAL LOOP CS-3 242.59

CS-3 TOTAL LOAD CS-3 242.59 16° ACC-3 HRC-1

CS-4 20 R407A UC 23 SF KR26A-089 EA CONTROLLED TEMP RM 29 15.84 40° 60° OFFTIME 120 1 0.80 2 1 21 R407A 36 LF 1G02-GD DD5X-LP DAIRY 12,12,12 9.40 34° 39° OFFTIME 120 1 2.70 2.31 1 1 22 R407A 44 LF 1G02-GD DD5X-LP DAIRY 12,12,12,8 11.48 34° 39° OFFTIME 120 1 3.30 2.82 1 1 23 R407A 36 LF 1G02-GD DD5X-LP DAIRY 12,12,12 9.40 34° 39° OFFTIME 120 1 2.70 2.31 1 1 24 R407A 12 LF 1G02-GD DD5X-LP MD DAIRY 12 3.13 34° 39° OFFTIME 120 1 0.90 0.77 1 1 25 R407A 28 LF 1M04-GD DD5X-LP MEAT 8,12,8 8.40 30° 35° OFFTIME 120 1 2.10 1.79 1 1 26 R407A UC 24-27 SF 4) GL36A-135 EA MEAT PROCESSING 55 78.20 30° 50° OFFTIME 120 1 4.80 2 1 27 R407A UC 28-30 SF 3) GL26A-90 EA MEAT WRAPPING 56 53.46 30° 50° OFFTIME 120 1 2.40 2 1 28 R407A 28 LF 1M07 M5XEP MD MEAT 8,12,8 37.07 28° 32° OFFTIME 120 1 4.20 1.80 1 1 29 R407A UC 31-32 SF 2) GL26A-90 EA CHILLED PRODUCE STORAGE 43B 16.25 30° 40° OFFTIME 120 1 1.60 2 1 30 R407A UC 33-34 SF 2) GL36A-135 EA CHILLED PRODUCE STORAGE 43A 24.50 30° 40° OFFTIME 120 1 2.40 2 1 31 R407A UC 35-36 SF 2) GL46A-180 EA PRODUCE PROCESSING 44 34.65 45° 60° OFFTIME 120 1 3.20 2 1

32 R407A 12 LF 1P07 D5XLEP PRODUCE 12 15.16 28° 32° OFFTIME 120 1 0.90 0.77 1 1

33 R407A 32 LF 1P03 P2XEP PRODUCE 8,12,12 28.42 34° 39° OFFTIME 120 1 1.52 2.05 1 1 34 R407A 24 LF 1P03 P2XEP PRODUCE 12,12 21.31 34° 39° OFFTIME 120 1 1.14 1.54 1 1

35 R407A 12 LF 1P07 D5XLEP PRODUCE 12 15.16 28° 32° OFFTIME 120 1 0.90 0.77 1 1

TOTAL LOOP CS-4 381.82

SPARE SPARE

36 (-) SUBCOOLER CS-1 29.03 35° 3

37 (-) SUBCOOLER CS-2 17.54 35° 3

SPARE

CS-4 TOTAL LOAD CS-4 428.39 26° ACC-4 HRC-2

GGM Test

TOTAL LOAD, ALL RACKS: 829.34

ELECT. DEFROST FANS TEMPERATURE

CONTROL

NOTES

REFRIGERANT

TYPE AI DI

REQUIRED

TOTAL MBH

(2)

COOLING EQUIPMENT SERVED

REFRIGERATION EQUIPMENT & PIPING SCHEDULE - BASIS OF DESIGN - HUSSMANN EQUIPMENT

SYSTEM

NO.

CONDENSER

MARK NO.

HEAT

RECLAIM REMARKSSUCTION

TEMP (ºF)

REFRIGERATION LINE SIZESDISCHARGE

AIR TEMP

(ºF)

CIRC.

NO.

DEFROST

CONTROL

NOTES

SYSTEM NO. MODEL NO CIRC

SERVED

CAPACITY

MBH

SST

DEGF

COND

TEMP

HEAT

REJECT MBH

COMPRESSOR

HP FLA V/PH REFRG. TYPE

HEAT

RECLAIM

WATER

RECLAIM

WATER

MBH

HEAT

RECLAIM

AIR

RECLAIM

WATER

MBH

LOCATION NOTES

CS-1 1-6 110,588 -22° 95° 192,660 10,4,7 480/3 R407A HWR-1 134,862 RM 83A

CS-2 7-10 66,966 -18° 95° 116,106 6,3,4 480/3 R407A HWR-2 81,275 RM 83A

CS-3 11-19 272,756 16° 100° 393,770 13.5,5,10 480/3 R407A HRC-1 196,885 DHU-1

CS-4 20-37 482,540 26° 100° 669,534 15,5,7.5,10 480/3 R407A HRC-2 334,767 AHU-1

COMPRESSOR SYSTEM SCHEDULE

Amendment 0004 Attachment 3

Solicitation HDEC03-17-R-0002

2. Basis-of-Design Product: Hussmann, Model RLN.

2. Basis-of-Design Product: Hussmann, Model RLN.

2. Basis-of-Design Product: Hussmann, Model RLN.

2. Basis-of-Design Product: Hussmann, Model RLN.