Mechanical Shop Drawing Review Form

Transcription

1 Mechanical Shop Drawing Review Form DATE: December 6, 016 PROJECT: SFU Student Union Building PROJECT NO: Architect: Perkins + Will Submission No: SD General Contractor: Pro-Can Construction Group Date Received By Integral: October 1, 016 Mechanical Contractor: Keith Plumbing and Heating Co. Date Returned By Integral: December 6, 016 Re: Air Separators, Heat Exchangers, Expansion Tanks & Pumps Mechanical Shop Drawing Review Comments: General Comment 1. All floor mounted equipment to be mounted on housekeeping pads. Reviewed 1. HX-01 & 0 Reviewed as Noted 1. ET-1, ET- & ET-3: Expansion tanks to come pressurized at minimum pressure. INTEGRAL GROUP Reviewed for general design and compliance with contract documents. Dimensions and suitability for site conditions are the responsibility of the contractor. This review of the drawing shall not relieve the contractor from complying with the conditions of the contract documents. Mechanical contractor shall coordinate the electrical characteristics and requirements with the Electrical contractor. Per: Reviewed Reviewed as noted Reject-Revise and resubmit Ryan Chora, AScT, LEED Green Associate Rejected Revise and Resubmit 1. Air Separators: a) Confirm line size to meet flow rate. b) Confirm unit can act as dirt separator as well. c) Provide accessible bottom to separator.. Pumps: 3. HX-03: a) All pumps to be reissued as a separate shop drawing package once all HVAC equipment has been reviewed. a) EPDM gaskets to be provided. b) Flow rate on source side is l/s higher. Confirm this is correct and revise pump accordingly. Integral Group Suite Granville Street, Vancouver, BC V6C 1S Integralgroup.com

2 Mechanical Shop Drawing Review Form Page of Should you have any concerns, please contact the undersigned. Regards, INTEGRAL GROUP Chris Doel, MEng, CEng, MCIBSE, LEED AP Associate Principal CHRD/samm

3 Submittal Transmittal Perkins+Will Canada, Inc. 10 Homer Street Vancouver, BC V6B Y5 PROJECT: SFU: Student Union Building DATE SENT: 10/1/ RETURN BY: SUBJECT: SFU SUB-Air Separator, Heat Exchangers, Expansion Tanks & Pumps Shopdrawings SUBMITTAL ID: SD TYPE: Submittal TRANSMITTAL ID: PURPOSE: For Review VIA: Info Exchange SPEC SECTION: FROM TO NAME COMPANY PHONE Gavin Schaefer Perkins+Will Canada, Inc. will.com NAME COMPANY PHONE Ryan Chora Chris Doel DESCRIPTION OF CONTENTS Integral Group Integral Group om m QTY DATED TITLE NUMBER NOTES 1 10/1/016 SD KPH-Air Separator, Heat Exchangers, Expansion Tanks & Pumps.pdf COPIES: Jana Foit (Perkins+Will, Inc.) Page 1 of 1

4 ALBERTA PRODUCT SUBMITTAL AIRDRIE Ph (403) BARRHEAD Ph (780) CALGARY Ph (403) DATE: CALGARY SOUTH SIDE FORT MCMURRAY Ph (403) Ph (780) OCTOBER 19th 016 HINTON Ph (780) LETHBRIDGE Ph (403) PROJECT: SFU STUDENT UNION BUILDING LLOYDMINISTER EDMONTON JASPER PLACE EDMONTON NORTH SIDE EDMONTON SOUTH SIDE EDSON Ph (780) Ph (780) Ph (780) Ph (780) Ph (780) SUBMITTAL FOR: HEATING SUBMITTALS ENGINEER: MEDICINE HAT Ph (403) PEACE RIVER Ph (780) SPRUCE GROVE Ph (780) WETASKIWIN Ph (780) BRITISH COLUMBIA CHILLIWACK Ph (604) INTEGRAL GROUP MECHANICAL CONTRACTOR: KEITH PLUMBING & HEATING NOTES: HC16-154R3 COURTENAY WEST KELOWNA KELOWNA NORTH PORT COQUITLAM PRINCE GEORGE SAANICH SURREY MAPLE RIDGE NANAIMO NORTH VANCOUVER VANCOUVER LANGFORD WHISTLER Ph (50) Ph (50) Ph (50) Ph (604) Ph (50) Ph (50) Ph (604) Ph (604) Ph (50) Ph (604) Ph (604) Ph (50) Ph (604) NORTHWEST TERRITORIES YELLOWKNIFE Ph (867) SUBMITTED BY: MARY MA

5 By Reza Naseh at 8:47 am, Oct 1, 016 Submittal Ref. #: rev1 Design envelope close coupled vertical in-line pump Model: Series Design Envelope Sensorless Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-1, Service: Primary Heating Loop Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Room Fluid: Water: Quantity: Duty flow per pump: 13.6 L/s Operating temperature: Viscosity: 60 F 31 SSU Duty head: 90 kpa Specific gravity: Environment: Indoors Safety factor % head: 0% Total dissolved solids: 0 ppm Materials of construction Construction: BF Impeller: Bronze (BS1400 Grade LG1) Rating: ANSI-15 Shaft sleeve: 316 SS Connections: Inlet: 3 in, Outlet: 3 in Casing gasket: Confined Non-Asbestos Fiber Casing (volute): Cast Iron (BS145 GR0) Flush line: Braided Stainless Steel Seal type: Inside Single Spring Rotating face: Resin Bonded Carbon Manufacturer code: C-ssc L EPSS A Stationary seat: Sintered Silicon Carbide Springs: Stainless Steel Secondary seal: EPDM Rotating hardware: Stainless Steel Mechanical seal data Motor electrical data Supplier: Factory Choice Insulation class: Class F Insulation Size: 3 hp Inverter motor type: Inverter Duty Frame number: 18JM Efficiency: NEMA Prem (1.1) Enclosure: ODP Operating 100% flow: 165 rpm Motor Electrics: 480/3/60 Operating 50% flow: 114 rpm Sensorless control: Yes-Quadratic press control Communication port: RS 485 BMS protocol: BACnet Native Analog inputs: (current or voltage) Enclosure: UL Type 1 Analog outputs: 1 (current) Fused disconnect switch: No Digital inputs: 4 (programmable) Control orientation: L1 Digital outputs: (programmable) Expansion card: None Cooling: Fan cooled through back channel BHP at 50% load/flow and 55% of design head: 0.56 hp Ambient temperature: 14F to 113F (up to 380ft elevation) Meets ASHRAE 90.1: Yes EMI/RFI control: Integrated fliter to meet EN Min. maintained sys. pressure: 36 kpa Harmonic suppression: Integrated DC link reactor** IVS10 controller data *If minimum maintained system pressure is not known, default is 40% of design head. ** The IVS 10 control is a low harmonic control with a built-in DC link reactor equivalent in performance to a 5% AC line reactor. This does not guarantee performance to any system wide harmonic specification or the costs to meet a system wide specification. If supplied with the system electrical details, Armstrong will run a computer simulation of the system wide harmonics. If system harmonic levels are exceeded, Armstrong can also recommend additional harmonic mitigation and the cost for such mitigation. Page 4 of 43

6 Performance curve Series 4380 Head PT7--0 (3.7.0.) ANSI/HI Design Envelope: 55. Hz (kpa) Integrated Intelligent Variable Speed with Sensorless Control in Motor Data --Motor Size: 3 hp --- Design Duty Point --Flow: 13.6 lps Head: 90 kpa Impeller: 6.66 in Admin Data --Tag Num: P-1, Service: Primary Heating Loop Location: Mechanical Room in 7.5 hp 5 hp in 65% 3 hp --- Performance Data -- NPSHR: 8.3 kpa Design: % Design:.3 hp Mtr Rated Spd:.61 hp %Mtr Safety: 17.4% Design Imp.: lps %max imp. range: 9.94 % Outlet Velocity: 9.36 ft/s VFD Op.Speed: 165 rpm VFD Setting: 55. Hz 40 System Flow (lps) Water:, spgr= Series 4380 Head PT7--0 (3.7.0.) Design Envelope: ANSI/HI (kpa) Integrated Intelligent Variable Speed with Sensorless Control 160 Index Flow (5.0% Duty Flow) Hz Hz hp 5 Avg.Load (QPC) Hz6 3.0 Hz 0 System 18.0 Hz Water:, spgr= Motor Data --Motor Size: 3 hp --- Design Duty Point --Flow: 13.6 lps Head: 90 kpa Impeller: 6.66 in Admin Data --Tag Num: P-1, Service: Primary Heating Loop Location: Mechanical Room Control Data Hz: 90,.3 hp. Control 51.0 Hz: 78., 1.7 hp 3. Control 46.6 Hz: 67, 1.7 hp 4. Control 4.5 Hz: 57.4, 0.9 hp 5. Control 38.1 Hz: 48, 0.61 hp Hz: 39.4, 0.36 hp 7. Hmin: 36 kpa 3.0 Hz: Setting= 40.00% Hmax Flow (lps) Operating limits (temperature - pressure) Maximum pressure: 175 psi Maximum temperature: 50 F Pump casings are hydrostatically tested to 150% of maximum pump working pressure rating. Page 5 of 43

7 Design envelope pumping unit capability Operating point Flow Head Efficiency Full capability at 100% design flow 13.6 L/s kpa 73.0 % Design point 13.6 L/s 90 kpa % 50% average flow (with default load profile) 6.8 lps 49.5 kpa 68.4 % Dimensional data (not for construction) Side view Top view Weight: 460 lb Not to scale R = minimum lifting clearance required above motor Units of measure : inches [millimeters] Coupling guard and flush line (not shown) are supplied Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Pump equipped with casing drain plug and ¼ inch NPT suction and discharge gauge ports Connection details Connection Size Rating OD Bolt quantity* BCD Bolt size Inlet 3 ANSI Outlet 3 ANSI *Equally spaced straddling centreline Special instructions The program has defaulted to a NEMA Premium Efficiency motor supplied with NEMA MG-1 Part insulation standards for inverter-fed polyphase motors. OSHPD Seismic Certification OSP UL STD 778 & CSA STD C. no.108 certified Selected options Motor Nameplate Voltages (00, 416, 480, 600 volts) Environmental Application: Indoors Additional equipment Flotrex: FTV-4FA ( ) Suction Guide: SG-43 ( ) Page 6 of 43

8 Submittal Ref. #: rev1 Design envelope close coupled vertical in-line pump Model: Series Design Envelope Sensorless Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-3,4 Service: AHU Heating Coils Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Room Fluid: Water: Quantity: Duty flow per pump: 7.7 L/s Operating temperature: Viscosity: 60 F 31 SSU Duty head: 60 kpa Specific gravity: Environment: Indoors Safety factor % head: 0% Total dissolved solids: 0 ppm Control supply voltage: 30/1/60 Construction: BF Impeller: Bronze (BS1400 Grade LG1) Rating: ANSI-15 Shaft sleeve: 316 SS Connections: Inlet: 3 in, Outlet: 3 in Casing gasket: Confined Non-Asbestos Fiber Casing (volute): Cast Iron (BS145 GR0) Flush line: Braided Stainless Steel Seal type: Inside Single Spring Rotating face: Resin Bonded Carbon Manufacturer code: C-ssc L EPSS A Stationary seat: Sintered Silicon Carbide Springs: Stainless Steel Secondary seal: EPDM Rotating hardware: Stainless Steel Materials of construction Mechanical seal data Motor electrical data Supplier: Factory Choice Insulation class: Class F Insulation Size: hp Inverter motor type: Inverter Duty Frame number: 145JM Efficiency: NEMA Prem (1.1) Enclosure: ODP Operating 100% flow: 1419 rpm Motor Electrics: 08/3/60 Operating 50% flow: 997 rpm Sensorless control: Yes-Quadratic press control Communication port: RS 485 BMS protocol: BACnet Native Analog inputs: (current or voltage) Enclosure: UL Type 1 Analog outputs: 1 (current) Fused disconnect switch: No Digital inputs: 4 (programmable) Control orientation: L1 Digital outputs: (programmable) Expansion card: None Cooling: Fan cooled through back channel BHP at 50% load/flow and 55% of design head: 0.1 hp Ambient temperature: 14F to 113F (up to 380ft elevation) Meets ASHRAE 90.1: No EMI/RFI control: Integrated fliter to meet EN Min. maintained sys. pressure: 4 kpa Harmonic suppression: Integrated DC link reactor** IVS10 controller data *If minimum maintained system pressure is not known, default is 40% of design head. ** The IVS 10 control is a low harmonic control with a built-in DC link reactor equivalent in performance to a 5% AC line reactor. This does not guarantee performance to any system wide harmonic specification or the costs to meet a system wide specification. If supplied with the system electrical details, Armstrong will run a computer simulation of the system wide harmonics. If system harmonic levels are exceeded, Armstrong can also recommend additional harmonic mitigation and the cost for such mitigation. Page 7 of 43

9 Performance curve Series 4380 Head PT (3.7.0.) ANSI/HI Design Envelope: 48.4 Hz (kpa) Integrated Intelligent Variable Speed with Sensorless Control in in hp Motor Data --Motor Size: hp --- Design Duty Point --Flow: 7.7 lps Head: 60 kpa Impeller: 6.19 in Admin Data --Tag Num: P-3,4 Service: AHU Heating Coils Location: Mechanical Room Performance Data -- NPSHR:.8 kpa Design: % Design: 0.8 hp Mtr Rated Spd: 1.58 hp %Mtr Safety: 9.60% Design Imp.: lps %max imp. range: % Outlet Velocity: 5.3 ft/s VFD Op.Speed: 1419 rpm VFD Setting: 48.4 Hz in 30 5% 1 0 System Flow (lps) Water:, spgr= Series 4380 Head PT (3.7.0.) ANSI/HI Design Envelope: (kpa) Integrated Intelligent Variable Speed with Sensorless Control 160 Index Flow (5.0% Duty Flow) Hz Hz Hz Hz 4 hp Hz 0 Avg.Load (QPC) System Motor Data --Motor Size: hp --- Design Duty Point --Flow: 7.7 lps Head: 60 kpa Impeller: 6.19 in Admin Data --Tag Num: P-3,4 Service: AHU Heating Coils Location: Mechanical Room 8 Water:, spgr= Control Data Hz: 60, 0.8 hp. Control 44.7 Hz: 5., 0.64 hp 3. Control 40.9 Hz: 44.8, 0.48 hp 4. Control 36.8 Hz: 37.6, 0.34 hp 5. Control 33.1 Hz: 31.6, 0.3 hp Hz: 6.3, 0.14 hp 7. Hmin: 4 kpa 7.8 Hz: Setting= 40.00% Hmax Flow (lps) Operating limits (temperature - pressure) Maximum pressure: 175 psi Maximum temperature: 50 F Pump casings are hydrostatically tested to 150% of maximum pump working pressure rating. Page 8 of 43

10 Design envelope pumping unit capability Operating point Flow Head Efficiency Full capability at 100% design flow 7.7 L/s kpa % Design point 7.7 L/s 60 kpa % 50% average flow (with default load profile) 3.85 lps 33 kpa 67.3 % Dimensional data (not for construction) Side view Top view Weight: 76 lb Not to scale R = minimum lifting clearance required above motor Units of measure : inches [millimeters] Coupling guard and flush line (not shown) are supplied Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Pump equipped with casing drain plug and ¼ inch NPT suction and discharge gauge ports Connection details Connection Size Rating OD Bolt quantity* BCD Bolt size Inlet 3 ANSI Outlet 3 ANSI *Equally spaced straddling centreline Special instructions The program has defaulted to a NEMA Premium Efficiency motor supplied with NEMA MG-1 Part insulation standards for inverter-fed polyphase motors. OSHPD Seismic Certification OSP UL STD 778 & CSA STD C. no.108 certified Selected options Environmental Application: Indoors Additional equipment Flotrex: FTV-3FA ( ) Suction Guide: SG-33 ( ) Page 9 of 43

11 Submittal Ref. #: rev1 Design envelope close coupled vertical in-line pump Model: Series Design Envelope Sensorless Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-5,6 Service: HTU & Fan Coils Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Room Fluid: Water: Quantity: Duty flow per pump: 6.18 L/s Operating temperature: Viscosity: 60 F 31 SSU Duty head: 135 kpa Specific gravity: Environment: Indoors Safety factor % head: 0% Total dissolved solids: 0 ppm Control supply voltage: 30/1/60 Construction: BF Impeller: Bronze (BS1400 Grade LG1) Rating: ANSI-15 Shaft sleeve: 316 SS Connections: Inlet: in, Outlet: in Casing gasket: Confined Non-Asbestos Fiber Casing (volute): Cast Iron (BS145 GR0) Flush line: Braided Stainless Steel Seal type: Inside Single Spring Rotating face: Resin Bonded Carbon Manufacturer code: C-ssc L EPSS A Stationary seat: Sintered Silicon Carbide Springs: Stainless Steel Secondary seal: EPDM Rotating hardware: Stainless Steel Materials of construction Mechanical seal data Motor electrical data Supplier: Factory Choice Insulation class: Class F Insulation Size: 3 hp Inverter motor type: Inverter Duty Frame number: 18JM Efficiency: NEMA Prem (1.1) Enclosure: ODP Operating 100% flow: 1455 rpm Motor Electrics: 08/3/60 Operating 50% flow: 1044 rpm Sensorless control: Yes-Quadratic press control Communication port: RS 485 BMS protocol: BACnet Native Analog inputs: (current or voltage) Enclosure: UL Type 1 Analog outputs: 1 (current) Fused disconnect switch: No Digital inputs: 4 (programmable) Control orientation: L1 Digital outputs: (programmable) Expansion card: None Cooling: Fan cooled through back channel BHP at 50% load/flow and 55% of design head: 0.44 hp Ambient temperature: 14F to 113F (up to 380ft elevation) Meets ASHRAE 90.1: No EMI/RFI control: Integrated fliter to meet EN Min. maintained sys. pressure: 54 kpa Harmonic suppression: Integrated DC link reactor** IVS10 controller data *If minimum maintained system pressure is not known, default is 40% of design head. ** The IVS 10 control is a low harmonic control with a built-in DC link reactor equivalent in performance to a 5% AC line reactor. This does not guarantee performance to any system wide harmonic specification or the costs to meet a system wide specification. If supplied with the system electrical details, Armstrong will run a computer simulation of the system wide harmonics. If system harmonic levels are exceeded, Armstrong can also recommend additional harmonic mitigation and the cost for such mitigation. Page 10 of 43

12 Performance curve Series 4380 Head PT39--0 (3.7.0.) ANSI/HI Design Envelope: 49.5 Hz (kpa) Integrated Intelligent Variable Speed with Sensorless Control in in Performance Data -- NPSHR: 1.7 kpa Design: % Design: 1.75 hp Mtr Rated Spd:.53 hp %Mtr Safety: 44.04% Design Imp.: lps %max imp. range: % Outlet Velocity: 9.37 ft/s VFD Op.Speed: 1455 rpm VFD Setting: 49.5 Hz hp 80 3 hp 6.00 in hp Motor Data --Motor Size: 3 hp --- Design Duty Point --Flow: 6.18 lps Head: 135 kpa Impeller: 8.19 in Admin Data --Tag Num: P-5,6 Service: HTU & Fan Coils Location: Mechanical Room 1.5 hp 40 System Flow (lps) Water:, spgr= Series 4380 Head PT39--0 (3.7.0.) Design Envelope: ANSI/HI (kpa) Integrated Intelligent Variable Speed with Sensorless Control 00 Index Flow (5.0% Duty Flow) 55.6 Hz Hz 3 hp Avg.Load (QPC) 9.6 Hz 40 System 18.0 Hz Water:, spgr= Motor Data --Motor Size: 3 hp --- Design Duty Point --Flow: 6.18 lps Head: 135 kpa Impeller: 8.19 in Hz --- Admin Data --Tag Num: P-5,6 Service: HTU & Fan Coils Location: Mechanical Room Control Data Hz: 135, 1.75 hp. Control 45.9 Hz: 117.7, 1.37 hp 3. Control 4. Hz: 100.9, 1.0 hp 4. Control 38.4 Hz: 85.4, 0.73 hp 5. Control , 0.51 hp Hz: 59.1, 0.9 hp 7. Hmin: 54 kpa 9.6 Hz: Setting= 40.00% Hmax Flow (lps) Operating limits (temperature - pressure) Maximum pressure: 175 psi Maximum temperature: 50 F Pump casings are hydrostatically tested to 150% of maximum pump working pressure rating. Page 11 of 43

13 Design envelope pumping unit capability Operating point Flow Head Efficiency Full capability at 100% design flow 6.18 L/s kpa 6.4 % Design point 6.18 L/s 135 kpa % 50% average flow (with default load profile) 3.09 lps 74.3 kpa % Dimensional data (not for construction) Side view Top view Weight: 318 lb Not to scale R = minimum lifting clearance required above motor Units of measure : inches [millimeters] Coupling guard and flush line (not shown) are supplied Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Pump equipped with casing drain plug and ¼ inch NPT suction and discharge gauge ports Connection details Connection Size Rating OD Bolt quantity* BCD Bolt size Inlet ANSI Outlet ANSI *Equally spaced straddling centreline Special instructions The program has defaulted to a NEMA Premium Efficiency motor supplied with NEMA MG-1 Part insulation standards for inverter-fed polyphase motors. OSHPD Seismic Certification OSP UL STD 778 & CSA STD C. no.108 certified Selected options Environmental Application: Indoors Additional equipment Flotrex: FTV-.5FA ( ) Suction Guide: SG-5 ( ) Page 1 of 43

14 Submittal Ref. #: rev1 Split coupled vertical in line pump Model: Series x3x8-7.5 hp Pump (Motor supplier: Armstrong choice) Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-7 Service: Dry Cooler Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Penthouse Fluid: Water: Quantity: 1 Duty flow per pump: 0.4 L/s Operating temperature: Viscosity: 60 F 31 SSU Duty head: 165 kpa Specific gravity: Total dissolved solids: 0 ppm Materials of construction Construction: BF Impeller: Bronze (B ) Rating: ANSI-15 Pump shaft: SS ASTM A76 Type 416 Connections: Inlet: 3 in, Outlet: 3 in Flush line: Braided Stainless Steel Casing (volute): Cast Iron (A48-30) Casing gasket: Confined Non-Asbestos Fiber Seal type: Outside Balanced Rotating face: Resin Bonded Carbon Manufacturer code: C-SSC AB Stationary seat: Sintered Silicon Carbide Springs: Stainless Steel Secondary seal: Viton Rotating hardware: Stainless Steel Mechanical seal data Motor electrical data Supplier: Factory Choice Insulation class: Class F Insulation Size: 7.5 hp Inverter motor type: Not applicable Frame number: 13TC Efficiency: NEMA Prem (1.1) Enclosure: ODP Speed: 1765 rpm Motor Electrics: 480/3/60 Maximum pressure: 175 psi Maximum temperature: 00 F Operating limits (temperature - pressure) Pump casings are hydrostatically tested to 150% of maximum pump working pressure rating. Page 13 of 43

15 Performance curve 1765 rpm --- Admin Data --Tag Num: P-7 Service: Dry Cooler Location: Mechanical Penthouse Motor Data --Motor Size: 7.5 hp Motor Speed: 1800 rpm Head PT7--0 (3.7.0.) Series 4300 (kpa) in in 78 ANSI/HI Design Duty Point --Flow: 0.4 lps Head: 165 kpa Impeller: 8.08 in hp 10 5 hp 6.00 in 80 65% 3 hp Performance Data -- NPSHR: 41.6 kpa Design: 80.3 % Design: 5.63 hp Mtr Rated Spd: 7.50 hp %Mtr Safety: 33.8% Design Imp.: lps Impeller Max Flow: lps %max imp. range: % Outlet Velocity: ft/s System 5 10 Water:, spgr= Dimensional data (not for construction) Side view Flow (lps) Top view Weight: 343 lb Not to scale R = minimum lifting clearance required above motor Units of measure : inches [millimeters] Coupling guard and flush line (not shown) are supplied Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Pump equipped with casing drain plug and ¼ inch NPT suction and discharge gauge ports Page 14 of 43

16 Connection details Connection Size Rating OD Bolt quantity* BCD Bolt size Inlet 3 ANSI Outlet 3 ANSI *Equally spaced straddling centreline Special instructions Armstrong Motor Specification AES Selected options Motor Nameplate Voltages (00, 416, 480, 600 volts) Additional equipment Flotrex: FTV-4FA ( ) Suction Guide: SG-43 ( ) Page 15 of 43

17 Submittal Ref. #: rev1 Close coupled vertical in-line pump Model: Series x3x8-5 hp Pump (Motor supplier: Armstrong choice) Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-8 Service: Primary CHW Loop Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Room Fluid: Water: Quantity: 1 Duty flow per pump: 18 L/s Operating temperature: Viscosity: 60 F 31 SSU Duty head: 135 kpa Specific gravity: Total dissolved solids: 0 ppm Materials of construction Construction: BF Impeller: Bronze (B ) Rating: ANSI-15 Shaft sleeve: 316 SS Connections: Inlet: 3 in, Outlet: 3 in Casing gasket: Confined Non-Asbestos Fiber Casing (volute): Cast Iron (A48-30) Flush line: Braided Stainless Steel Seal type: Inside Single Spring Rotating face: Resin Bonded Carbon Manufacturer code: C-ssc L EPSS A Stationary seat: Sintered Silicon Carbide Springs: Stainless Steel Secondary seal: EPDM Rotating hardware: Stainless Steel Mechanical seal data Motor electrical data Supplier: Factory Choice Insulation class: Class F Insulation Size: 5 hp Inverter motor type: Not applicable Frame number: 184JM Efficiency: NEMA Prem (1.1) Enclosure: ODP Speed: 1765 rpm Motor Electrics: 480/3/60 Maximum pressure: 175 psi Maximum temperature: 50 F Operating limits (temperature - pressure) Pump casings are hydrostatically tested to 150% of maximum pump working pressure rating. Page 16 of 43

18 Performance curve 1765 rpm --- Admin Data --Tag Num: P-8 Service: Primary CHW Loop Location: Mechanical Room Motor Data --Motor Size: 5 hp Motor Speed: 1800 rpm Head PT7--0 (3.7.0.) Series 4380 (kpa) in ANSI/HI Design Duty Point --Flow: 18 lps Head: 135 kpa Impeller: 7.43 in in hp 10 5 hp 6.00 in 80 65% 3 hp --- Performance Data -- NPSHR: 37.7 kpa Design: % Design: 4.07 hp Mtr Rated Spd: 5.00 hp %Mtr Safety:.8% Design Imp.: lps Impeller Max Flow: lps %max imp. range: % Outlet Velocity: 1.38 ft/s 40 System Water:, spgr= Dimensional data (not for construction) Side view Flow (lps) Top view Weight: 89 lb Not to scale R = minimum lifting clearance required above motor Units of measure : inches [millimeters] Coupling guard and flush line (not shown) are supplied Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Pump equipped with casing drain plug and ¼ inch NPT suction and discharge gauge ports Page 17 of 43

19 Connection details Connection Size Rating OD Bolt quantity* BCD Bolt size Inlet 3 ANSI Outlet 3 ANSI *Equally spaced straddling centreline Special instructions Selected options Motor Nameplate Voltages (00, 416, 480, 600 volts) Additional equipment Flotrex: FTV-4FA ( ) Suction Guide: SG-43 ( ) Page 18 of 43

20 Submittal Ref. #: rev1 Design envelope close coupled vertical in-line pump Model: Series Design Envelope Sensorless Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-9 Service: AHU & Fan Coil Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Room Fluid: Water: Quantity: 1 Duty flow per pump: 17.5 L/s Operating temperature: Viscosity: 60 F 31 SSU Duty head: 150 kpa Specific gravity: Environment: Indoors Safety factor % head: 0% Total dissolved solids: 0 ppm Materials of construction Construction: BF Impeller: Bronze (BS1400 Grade LG1) Rating: ANSI-15 Shaft sleeve: 316 SS Connections: Inlet: 3 in, Outlet: 3 in Casing gasket: Confined Non-Asbestos Fiber Casing (volute): Cast Iron (BS145 GR0) Flush line: Braided Stainless Steel Seal type: Inside Single Spring Rotating face: Resin Bonded Carbon Manufacturer code: C-ssc L EPSS A Stationary seat: Sintered Silicon Carbide Springs: Stainless Steel Secondary seal: EPDM Rotating hardware: Stainless Steel Mechanical seal data Motor electrical data Supplier: Factory Choice Insulation class: Class F Insulation Size: 5 hp Inverter motor type: Inverter Duty Frame number: 184JM Efficiency: NEMA Prem (1.1) Enclosure: ODP Operating 100% flow: 1844 rpm Motor Electrics: 480/3/60 Operating 50% flow: 196 rpm Sensorless control: Yes-Quadratic press control Communication port: RS 485 BMS protocol: BACnet Native Analog inputs: (current or voltage) Enclosure: UL Type 1 Analog outputs: 1 (current) Fused disconnect switch: No Digital inputs: 4 (programmable) Control orientation: L1 Digital outputs: (programmable) Expansion card: None Cooling: Fan cooled through back channel BHP at 50% load/flow and 55% of design head: 1.1 hp Ambient temperature: 14F to 113F (up to 380ft elevation) Meets ASHRAE 90.1: Yes EMI/RFI control: Integrated fliter to meet EN Min. maintained sys. pressure: 60 kpa Harmonic suppression: IVS10 controller data Integrated DC link reactor** *If minimum maintained system pressure is not known, default is 40% of design head. ** The IVS 10 control is a low harmonic control with a built-in DC link reactor equivalent in performance to a 5% AC line reactor. This does not guarantee performance to any system wide harmonic specification or the costs to meet a system wide specification. If supplied with the system electrical details, Armstrong will run a computer simulation of the system wide harmonics. If system harmonic levels are exceeded, Armstrong can also recommend additional harmonic mitigation and the cost for such mitigation. Page 19 of 43

21 Performance curve Series 4380 Head PT7--0 (3.7.0.) ANSI/HI Design Envelope: (Extended 6.7 Hz (kpa) Integrated Intelligent Variable Speed with Sensorless Control in in --- Performance Data -- NPSHR: 34 kpa Design: % Design: 4.41 hp Mtr Rated Spd: 4.69 hp %Mtr Safety: 6.45% Design Imp.: lps %max imp. range: % Outlet Velocity: 1.04 ft/s VFD Op.Speed: 1844 rpm VFD Setting: 6.7 Hz hp in 5 hp 65% hp System Flow (lps) Water:, spgr= Series 4380 Head PT7--0 (3.7.0.) ANSI/HI Design Envelope: (Extended Speed) (kpa) Integrated Intelligent Variable Speed with Sensorless Control 00 Index Flow (5.0% Duty Flow) 63.0 Hz Hz6 5 hp Avg.Load (QPC) 36.5 Hz 40 System 18.0 Hz Water:, spgr= Motor Data --Motor Size: 5 hp Admin Data --Tag Num: P-9 Service: AHU & Fan Coil Location: Mechanical Room --- Design Duty Point --Flow: 17.5 lps Head: 150 kpa Impeller: 7.38 in Motor Data --Motor Size: 5 hp --- Design Duty Point --Flow: 17.5 lps Head: 150 kpa Impeller: 7.38 in Admin Data --Tag Num: P-9 Service: AHU & Fan Coil Location: Mechanical Room Control Data Hz: 150, 4.41 hp. Control 57.8 Hz: 130.1, 3.38 hp 3. Control 53.0 Hz: 11.,.53 hp 4. Control 47.9 Hz: 94.7, 1.77 hp 5. Control 43. Hz: 79.8, 1.19 hp Hz: 65.6, 0.68 hp 7. Hmin: 60 kpa 36.5 Hz: Setting= 40.00% Hmax Flow (lps) Operating limits (temperature - pressure) Maximum pressure: 175 psi Maximum temperature: 50 F Pump casings are hydrostatically tested to 150% of maximum pump working pressure rating. Page 0 of 43

22 Design envelope pumping unit capability Operating point Flow Head Efficiency Full capability at 100% design flow 17.5 L/s kpa % Design point 17.5 L/s 150 kpa % 50% average flow (with default load profile) 8.75 lps 8.5 kpa % Dimensional data (not for construction) Side view Top view Weight: 654 lb Not to scale R = minimum lifting clearance required above motor Units of measure : inches [millimeters] Coupling guard and flush line (not shown) are supplied Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Pump equipped with casing drain plug and ¼ inch NPT suction and discharge gauge ports Connection details Connection Size Rating OD Bolt quantity* BCD Bolt size Inlet 3 ANSI Outlet 3 ANSI *Equally spaced straddling centreline Special instructions The program has defaulted to a NEMA Premium Efficiency motor supplied with NEMA MG-1 Part insulation standards for inverter-fed polyphase motors. OSHPD Seismic Certification OSP UL STD 778 & CSA STD C. no.108 certified Selected options Motor Nameplate Voltages (00, 416, 480, 600 volts) Environmental Application: Indoors Additional equipment Flotrex: FTV-4FA ( ) Suction Guide: SG-43 ( ) Page 1 of 43

23 Submittal Ref. #: rev1 Design envelope close coupled vertical in-line pump Model: Series Design Envelope Sensorless Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-10 Service: CHW to HTU Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Room Fluid: Water: Quantity: 1 Duty flow per pump: 6.7 L/s Operating temperature: Viscosity: 60 F 31 SSU Duty head: 135 kpa Specific gravity: Environment: Indoors Safety factor % head: 0% Total dissolved solids: 0 ppm Materials of construction Construction: BF Impeller: Bronze (BS1400 Grade LG1) Rating: ANSI-15 Shaft sleeve: 316 SS Connections: Inlet: in, Outlet: in Casing gasket: Confined Non-Asbestos Fiber Casing (volute): Cast Iron (BS145 GR0) Flush line: Braided Stainless Steel Seal type: Inside Single Spring Rotating face: Resin Bonded Carbon Manufacturer code: C-ssc L EPSS A Stationary seat: Sintered Silicon Carbide Springs: Stainless Steel Secondary seal: EPDM Rotating hardware: Stainless Steel Mechanical seal data Motor electrical data Supplier: Factory Choice Insulation class: Class F Insulation Size: 3 hp Inverter motor type: Inverter Duty Frame number: 18JM Efficiency: NEMA Prem (1.1) Enclosure: ODP Operating 100% flow: 1458 rpm Motor Electrics: 08/3/60 Operating 50% flow: 1045 rpm Sensorless control: Yes-Quadratic press control Communication port: RS 485 BMS protocol: BACnet Native Analog inputs: (current or voltage) Enclosure: UL Type 1 Analog outputs: 1 (current) Fused disconnect switch: No Digital inputs: 4 (programmable) Control orientation: L1 Digital outputs: (programmable) Expansion card: None Cooling: Fan cooled through back channel BHP at 50% load/flow and 55% of design head: 0.44 hp Ambient temperature: 14F to 113F (up to 380ft elevation) Meets ASHRAE 90.1: No EMI/RFI control: Integrated fliter to meet EN Min. maintained sys. pressure: 54 kpa Harmonic suppression: IVS10 controller data Integrated DC link reactor** *If minimum maintained system pressure is not known, default is 40% of design head. ** The IVS 10 control is a low harmonic control with a built-in DC link reactor equivalent in performance to a 5% AC line reactor. This does not guarantee performance to any system wide harmonic specification or the costs to meet a system wide specification. If supplied with the system electrical details, Armstrong will run a computer simulation of the system wide harmonics. If system harmonic levels are exceeded, Armstrong can also recommend additional harmonic mitigation and the cost for such mitigation. Page of 43

24 Performance curve Series 4380 Head PT39--0 (3.7.0.) ANSI/HI Design Envelope: 49.6 Hz (kpa) Integrated Intelligent Variable Speed with Sensorless Control in in Performance Data -- NPSHR: 1.9 kpa Design: % Design: 1.78 hp Mtr Rated Spd:.53 hp %Mtr Safety: 4.48% Design Imp.: lps %max imp. range: % Outlet Velocity: 9.5 ft/s VFD Op.Speed: 1458 rpm VFD Setting: 49.6 Hz hp 80 3 hp 6.00 in hp Motor Data --Motor Size: 3 hp --- Design Duty Point --Flow: 6.7 lps Head: 135 kpa Impeller: 8.19 in Admin Data --Tag Num: P-10 Service: CHW to HTU Location: Mechanical Room 1.5 hp 40 System Flow (lps) Water:, spgr= Series 4380 Head PT39--0 (3.7.0.) Design Envelope: ANSI/HI (kpa) Integrated Intelligent Variable Speed with Sensorless Control 00 Index Flow (5.0% Duty Flow) 55.6 Hz Hz 3 hp Avg.Load (QPC) 9.6 Hz 40 System 18.0 Hz Water:, spgr= Motor Data --Motor Size: 3 hp --- Design Duty Point --Flow: 6.7 lps Head: 135 kpa Impeller: 8.19 in Hz --- Admin Data --Tag Num: P-10 Service: CHW to HTU Location: Mechanical Room Control Data Hz: 135, 1.78 hp. Control 45.9 Hz: 117.4, 1.38 hp 3. Control 4. Hz: 100.6, 1.0 hp 4. Control 38.4 Hz: 85.3, 0.73 hp 5. Control , 0.51 hp Hz: 59.1, 0.3 hp 7. Hmin: 54 kpa 9.6 Hz: Setting= 40.00% Hmax Flow (lps) Operating limits (temperature - pressure) Maximum pressure: 175 psi Maximum temperature: 50 F Pump casings are hydrostatically tested to 150% of maximum pump working pressure rating. Page 3 of 43

25 Design envelope pumping unit capability Operating point Flow Head Efficiency Full capability at 100% design flow 6.7 L/s kpa 6.63 % Design point 6.7 L/s 135 kpa % 50% average flow (with default load profile) 3.13 lps 74.3 kpa % Dimensional data (not for construction) Side view Top view Weight: 9 lb Not to scale R = minimum lifting clearance required above motor Units of measure : inches [millimeters] Coupling guard and flush line (not shown) are supplied Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Pump equipped with casing drain plug and ¼ inch NPT suction and discharge gauge ports Connection details Connection Size Rating OD Bolt quantity* BCD Bolt size Inlet ANSI Outlet ANSI *Equally spaced straddling centreline Special instructions The program has defaulted to a NEMA Premium Efficiency motor supplied with NEMA MG-1 Part insulation standards for inverter-fed polyphase motors. OSHPD Seismic Certification OSP UL STD 778 & CSA STD C. no.108 certified Selected options Environmental Application: Indoors Additional equipment Flotrex: FTV-.5FA ( ) Suction Guide: SG-5 ( ) Page 4 of 43

26 Submittal Ref. #: rev1 Wet rotor circulator Model: Series ASTRO 80SS 30v FLG Part number: Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag number: P-11 Service: DHWR Pipe orientation: Suction pressure: Single 0 kpa Location: Mechanical Room Fluid: Water: Quantity: 1 Duty flow per pump: 1 L/s Operating temperature: Viscosity: 60 F* 31 SSU Duty head: 35 kpa Specific gravity: Total dissolved solids: 0 ppm * for open systems, it is recommended that the fluid temperature be less than 150F (66C) to avoid precipitation of calcium. Materials of construction Construction: SS150 Impeller: Polyether Imide (PEI) Connections: Inlet: 1.5 in, Outlet: 1.5 in Bearings: Ceramic Connection type: NPSM union Certified standard: UL 778 & CSA C. No Companion flange: Bronze 1 1/" Listing: ETL listed for US and Canada **certified <0.5 weighted average percent lead and complies with Californai Health and Safety Code section (commonly known as AB1953) Motor electrical data Supplier: Factory Choice Insulation class: Not applicable Size: hp Inverter motor type: Not applicable Frame number: Not applicable Efficiency: Std Enclosure: ODP Speed: 900 rpm Motor Electrics: 30/1/60 Maximum pressure: 150 psi Maximum temperature: 30 F Operating limits (temperature - pressure) Page 5 of 43

27 Performance curve PT (3.7.0.) Series Astro MultiSpeed Head (kpa) 100 Astro Discrete Speeds [3] 3600 [] Admin Data --Tag Num: P-11 Service: DHW R Location: Mechanical Room 80 [1] Motor Data --Motor Size: hp Motor Speed: [] 900 rpm Design Duty Point --Flow: 1 lps Head: 35 kpa --- Pump Data --Pump Size: Astro 80SS Impeller:.95 in Suction Head Req: 0 kpa Projected Flow: 1.04 lps Projected Head: 38 kpa 40 Projected System Flow (lps) Water:, spgr= Dimensional data (not for construction) Side view Top view Weight: 10 lb Not to scale Units of measure : inches [millimeters] Tolerance of ± 0.15 inch (± 3 mm) should be used For certified dimensions, please contact your Armstrong representative Page 6 of 43

28 Special instructions Page 7 of 43

29 Submittal Ref. #: rev1 Flo-trex valve Model: FTV-F (.5 to 1 inch) Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group rlogozzo@concurwest.com Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag Qty Model Size Config Flange rating Design flowrate Pressure Drop* P-1, FTV-4FA 4 in ANSI L/s 8.4 kpa P-3,4 FTV-3FA 3 in ANSI L/s 9.0 kpa P-5,6 FTV-.5FA.5 in ANSI L/s 14.6 kpa P-7 1 FTV-4FA 4 in ANSI L/s 11.9 kpa P-8 1 FTV-4FA 4 in ANSI L/s 10.5 kpa P-9 1 FTV-4FA 4 in ANSI L/s 10. kpa P-10 1 FTV-.5FA.5 in Angle Flanged Angle Flanged Angle Flanged Angle Flanged Angle Flanged Angle Flanged Angle Flanged ANSI L/s 14.6 kpa Associated pump P-1, Design Envelope Sensorless P-3,4 Design Envelope Sensorless P-5,6 Design Envelope Sensorless P x3x8-7.5 hp Pump (Factory Choice Motor) P x3x8-5 hp Pump (Factory Choice Motor) P-9 Design Envelope Sensorless P-10 Design Envelope Sensorless *at design flow Materials of construction FTV-4FA-Flo-Trex Valve-ANSI-15-Angle Flanged FTV-Flanged-.5-1 Body: Cast Iron ASTM A48 Class 30 Spring: Stainless Steel ASTM A313 Type 30 Disc: Bronze ASTM B584-C84400 Seat: EPDM O rings: metering ports: BUNA (STEM) Elastomers & EPDM Brass Body with EPDM Check and Gasketed Cap Stem: Stainless Steel ASTM A58 Type 416 drain tappings: ¼" NPT with Brass Plug FTV-3FA-Flo-Trex Valve-ANSI-15-Angle Flanged FTV-Flanged-.5-1 Body: Cast Iron ASTM A48 Class 30 Spring: Stainless Steel ASTM A313 Type 30 Disc: Bronze ASTM B584-C84400 Seat: EPDM O rings: metering ports: BUNA (STEM) Elastomers & EPDM Brass Body with EPDM Check and Gasketed Cap Stem: Stainless Steel ASTM A58 Type 416 drain tappings: ¼" NPT with Brass Plug FTV-.5FA-Flo-Trex Valve-ANSI-15-Angle Flanged FTV-Flanged-.5-1 Body: Cast Iron ASTM A48 Class 30 Spring: Stainless Steel ASTM A313 Type 30 Disc: Bronze ASTM B584-C84400 Seat: EPDM O rings: metering ports: BUNA (STEM) Elastomers & EPDM Brass Body with EPDM Check and Gasketed Cap Stem: Stainless Steel ASTM A58 Type 416 drain tappings: ¼" NPT with Brass Plug Page 36 of 43

30 FTV-4FA-Flo-Trex Valve-ANSI-15-Angle Flanged FTV-Flanged-.5-1 Body: Cast Iron ASTM A48 Class 30 Spring: Stainless Steel ASTM A313 Type 30 Disc: Bronze ASTM B584-C84400 Seat: EPDM O rings: metering ports: BUNA (STEM) Elastomers & EPDM Brass Body with EPDM Check and Gasketed Cap Stem: Stainless Steel ASTM A58 Type 416 drain tappings: ¼" NPT with Brass Plug FTV-4FA-Flo-Trex Valve-ANSI-15-Angle Flanged FTV-Flanged-.5-1 Body: Cast Iron ASTM A48 Class 30 Spring: Stainless Steel ASTM A313 Type 30 Disc: Bronze ASTM B584-C84400 Seat: EPDM O rings: metering ports: BUNA (STEM) Elastomers & EPDM Brass Body with EPDM Check and Gasketed Cap Stem: Stainless Steel ASTM A58 Type 416 drain tappings: ¼" NPT with Brass Plug FTV-4FA-Flo-Trex Valve-ANSI-15-Angle Flanged FTV-Flanged-.5-1 Body: Cast Iron ASTM A48 Class 30 Spring: Stainless Steel ASTM A313 Type 30 Disc: Bronze ASTM B584-C84400 Seat: EPDM O rings: metering ports: BUNA (STEM) Elastomers & EPDM Brass Body with EPDM Check and Gasketed Cap Stem: Stainless Steel ASTM A58 Type 416 drain tappings: ¼" NPT with Brass Plug FTV-.5FA-Flo-Trex Valve-ANSI-15-Angle Flanged FTV-Flanged-.5-1 Body: Cast Iron ASTM A48 Class 30 Spring: Stainless Steel ASTM A313 Type 30 Disc: Bronze ASTM B584-C84400 Seat: EPDM O rings: metering ports: BUNA (STEM) Elastomers & EPDM Brass Body with EPDM Check and Gasketed Cap Stem: Stainless Steel ASTM A58 Type 416 drain tappings: ¼" NPT with Brass Plug Maximum pressure: 175 psi Maximum temperature: 30 F Operating limits (temperature - pressure) FTV-4FA-Flo-Trex Valve-ANSI-15-Angle Flanged Dimensional data (not for construction) Page 37 of 43

31 Weight: 6.8 kg Model: FTV-4FA-Flo-Trex Valve-ANSI-15-Angle Flanged Side view Front view Weight: 17.7 kg Model: FTV-3FA-Flo-Trex Valve-ANSI-15-Angle Flanged Side view Front view Page 38 of 43

32 Weight: 15.0 kg Model: FTV-.5FA-Flo-Trex Valve-ANSI-15-Angle Flanged Side view Front view Not to scale Units of measure: inches [millimeters] Tolerance of +/ inch (+/- 3 mm) should be used For certified dimensions, please contact your Armstrong representative Page 39 of 43

33 Submittal Ref. #: rev1 Suction guide Model: SG ( to 1 inches) Project name: CC SFU Student Union Building Location: Burnaby, BC Representative: Con-Cur West Marketing Inc. Date submitted: 1/9/016 Phone number: Engineer: Integral Group rlogozzo@concurwest.com Contractor: Keith Plumbing & Heating Submitted by: Rocco Logozzo Application design data Tag Qty Model System Pump Design flowrate Pressure Drop* Associated pump P-1, SG-43 4 in 3 in 13.5 L/s 5.8 kpa P-1, Design Envelope Sensorless P-3,4 SG-33 3 in 3 in 7.6 L/s 1.9 kpa P-3,4 Design Envelope Sensorless P-5,6 SG-5.5 in in 6.1 L/s 1.1 ft P-5,6 Design Envelope Sensorless P-7 1 SG-43 4 in 3 in 0. L/s 13.9 kpa P x3x8-7.5 hp Pump (Factory Choice Motor) P-8 1 SG-43 4 in 3 in 17.9 L/s 10.3 kpa P x3x8-5 hp Pump (Factory Choice Motor) P-9 1 SG-43 4 in 3 in 17.4 L/s 9.5 kpa P-9 Design Envelope Sensorless P-10 1 SG-5.5 in in 6. L/s 1.1 ft P-10 Design Envelope Sensorless *at design flow Materials of construction SG-43 Body: Cast Iron Cover gasket: Synthetic fiber Guide vanes: Cast Iron Strainer: Stainless Steel,0.15"(3mm)Perf. Cover plate: Cast Iron Start-up strainer*: Fine Mesh Galvanized Steel Body: Cast Iron Cover gasket: Synthetic fiber Guide vanes: Cast Iron Strainer: Stainless Steel,0.15"(3mm)Perf. Cover plate: Cast Iron Start-up strainer*: Fine Mesh Galvanized Steel Body: Cast Iron Cover gasket: Synthetic fiber Guide vanes: Cast Iron Strainer: Stainless Steel,0.15"(3mm)Perf. Cover plate: Cast Iron Start-up strainer*: Fine Mesh Galvanized Steel Body: Cast Iron Cover gasket: Synthetic fiber Guide vanes: Cast Iron Strainer: Stainless Steel,0.15"(3mm)Perf. Cover plate: Cast Iron Start-up strainer*: Fine Mesh Galvanized Steel Body: Cast Iron Cover gasket: Synthetic fiber Guide vanes: Cast Iron Strainer: Stainless Steel,0.15"(3mm)Perf. Cover plate: Cast Iron Start-up strainer*: Fine Mesh Galvanized Steel SG-33 SG-5 SG-43 SG-43 Page 40 of 43

34 SG-43 Body: Cast Iron Cover gasket: Synthetic fiber Guide vanes: Cast Iron Strainer: Stainless Steel,0.15"(3mm)Perf. Cover plate: Cast Iron Start-up strainer*: Fine Mesh Galvanized Steel Body: Cast Iron Cover gasket: Synthetic fiber Guide vanes: Cast Iron Strainer: Stainless Steel,0.15"(3mm)Perf. Cover plate: Cast Iron Start-up strainer*: Fine Mesh Galvanized Steel Maximum pressure: 175 psi Maximum temperature: 30 F SG-5 *Remove start up strainer after 4 hours Operating limits (temperature - pressure) SG-43-Suction Guide-ANSI-15 Units are hydrostatically tested to 150% of maximum working pressure Page 41 of 43

35 Dimensional data (not for construction) SG-43 Side view Weight: 3.6 kg Top view SG-33 Weight: 0.4 kg Side view Top view Page 4 of 43

36 SG-5 Side view Weight: 9 lb Top view Not to scale Units of measure: inches [millimeters] Tolerance of +/ inch (+/- 3 mm) should be used For certified dimensions, please contact your Armstrong representative Page 43 of 43

37 Project #: rev1 Product: Shell & Tube Model: W CSSSSNN-18 Project Number: Name: Reference: Location: Engineer: Contractor: CC SFU Burnaby, BC Integral Group Keith Plumbing & Representative: Con-Cur West Marketing Inc. 71B Clipper Street Coquitlam, BC V3K 6X Phone: , Fax: Order No: Submitted by: Rocco Logozzo Approved by: Maximum Velocity Maximum Pressure Drop Fouling Requested Maximum Exchanger Length Required Tube Passes Shell Design Pressure Process Conditions Shell Side water 13.4 L/s 65.0 C 75.0 C psi 61.0 lb/ft³ 16 SSU 1.0 Btu/lb F 0.4 Btu/hr ft F Specified Limits 4.0 ft/s 34.6 ft none 15 ft n/a n/a Total Surface Area Velocity Pressure Drop Heat Transfer Coeff. Heat Load Corrected LMTD Overall Heat Transfer Coeff. Total Fouling Used Required Heating Surface Performance 73.7 ft² 3.4 ft/s 5.8 ft Btu/hr.ft². F Btu/hr 7 F 937. Btu/hr.ft². F 0 hr.ft². F/Btu 73.7ft² dirty and 73.7ft² clean Fluid Flow Rate Inlet Temperature Outlet Temperature Operating Pressure Density Viscosity Specific Heat Thermal Conductivity TagNum: HX-01,0 Date: 1/9/016 Date: 10/18/016 Date: Tube Side water 17.0 L/s 90.0 C 8. C 15.0 psi 60.4 lb/ft³ 13 SSU 1.0 Btu/lb F 0.4 Btu/hr ft F 7.5 ft/s 34.6 ft none n/a 6.8 ft/s 3. ft Btu/hr.ft². F Page 8 of 43

38 Design Details Shell Side Design Rating Passes Inlet Nozzle Outlet Nozzle Materials - Tubes Materials - Tubesheets Materials - Head Materials - Shell Materials - Baffles Materials - Gasket Materials - Studs/Nuts 1 4inch ANSI RF 4inch ANSI RF carbon stl carbon stl non - asbestos carbon stl Tube Side 4inch 150lb ANSI RF 4inch 150lb ANSI RF copper -18ga carbon stl cast iron non - asbestos Drawing Number: [069] Exchanger Size: W-105-* Design, test, and fabrication in accordance with ASME Code Sect. VIII, Div. 1 Page 9 of 43

39 Drawing Page 30 of 43

40 Plate Heat Exchanger CUSTOMER REFERENCE PROJECT SERVICE OF UNIT MODEL AREA PER UNIT FLUID CIRCULATED TOTAL FLUID ENTERING FLUID TYPE DENSITY SPECIFIC HEAT THERMAL CONDUCTIVITY DYNAMIC VISCOSITY LATENT HEAT TEMPERATURE IN / SAT. TEMPERATURE OUT OPERATING PRESSURE NO. OF PASSES / PLATE ARR. PRESSURE DROP EXCESS AREA HEAT EXCHANGED LMTD / U-VALUE : QUOTATION NO. : CC : HE-3 : SFU Student Union : Air Cooled Chiller : S- M35S DATE : 1-Aug-016 : m² NO. OF UNITS: CONNECTED IN : Single PERFORMANCE OF UNIT COLD SIDE HOT SIDE propylene glycol 5% water 74, L/hr 71, L/hr 76,838.4 kg/h 71,368.0 kg/h t/m³ kj/kg K W/mK cp J/kg C C Bar Liquid kw C / W/m² K CONSTRUCTION OF SINGLE UNIT Bar Bar C DESIGN PRESSURE TEST PRESSURE DESIGN TEMPERATURE PLATE MATERIAL AISI 304 GASKET MATERIAL: EPDM NO. OF PLATES 159 GASKET TYPE: mechanically Fixed PLATE THICKNESS (mm) 0.50 TIE RODS: Zinc Plated FRONT/REAR MATERIAL: Carbon Steel SHROUD: Aluminum COLD SIDE CONNECTIONS HOT SIDE pos. type pos. type in A 4" - 150# Studded Head Material in C 4" - 150# Studded Head Material out B 4" - 150# Studded Head Material out D 4" - 150# Studded Head Material / 1 x 79 SH Bar Gas 13.0 Liquid % /,91.08 Gas / 1 x 69 SH. 10 SW Bar weight (kg): FLOODED VOLUME (m³) empty / flooded (H0) CODE REQUIREMENTS: ASME Sect VIII Div. 1 NOTES: The unit is designed under balance pressure conditions /.1083 ARMSTRONG TSS Version: ARMSTCDN H -BP EXPERIENCE BUILDING

41 A 1.5 typ B,C B C 0.38 A,D A D Pressure Plate () Ø NOTES: Dimensions shown in Inches TOLERANCE: Nozzle centerline & face: ±0.15" Frame foundation & bolt hole locations: ±0.5" ASME Sect. VIII, Div 1 Latest ED. & ADD. Connections Fluid Port Size Type Material Hot (in) C 4 150# Studded Carbon Steel Hot (out) D 4 150# Studded Carbon Steel Cold (in) A 4 150# Studded Carbon Steel Cold (out) B 4 150# Studded Carbon Steel Nozzle Arrangement Construction Frame Size 1500 Plate Arr't 1 x 79 SH 1 x 69 SH. 10 SW No. of Plates 159 Plate Mtl. 304 SS / 0.5 mm Max No. of Plates 03 Job No. Part No. S- M35S Rev. 0 Made Aug 01, 016 By Rocco Logozzo Check Aug 01, 016 By Rocco Logozzo