Columbia Hydronics Brochure

Pressure Booster
Pumping
Systems
(FMV)
Pressure
Booster
Multistage
Variable
Speed
Pumping
Systems
(FMV)
Multistage Variable Speed

Meets ASHRAE Standard 90.1-2010 Energy Standard without the need of remote sensors

Certified Compliant to the Federal Safe Drinking Water Act (Section 1417)
 Meets
Meets ASHRAE
ASHRAE Standard
Standard 90.1-2010
90.1-2010 Energy
Energy Standard
Standard without
without the
the need
need of
of remote
remote sensors
sensors
Certified Compliant to NSF61 (Drinking Water Components—Health Effects)
 Certified
Certified Compliant
Compliant to
to the
the Federal
Federal Safe
Safe Drinking
Drinking Water
Water Act
Act (Section
(Section 1417)
1417)
Certified Compliant to the State of California Health & Safety Code 116875
 Compliant
Certified
Certified Compliant
Compliant
to
to NSF61
NSF61 (Drinking
(Drinking Water
Water Components—Health
Components—Health Effects)
Effects)
(No-Lead
Plumbing Products)




Interfaces to Building Automation Systems (B.A.S.)
 Certified
Certified Compliant
Compliant to
to the
the State
State of
of California
California Health
Health &
& Safety
Safety Code
Code 116875
116875
and Supervisory Control and Data Acquisition Systems (SCADA)
(No-Lead
(No-Lead Compliant
Compliant Plumbing
Plumbing Products)
Products)
Approved by the City of Los Angeles RR5706
 Interfaces
Interfaces to
to Building
Building Automation
Automation Systems
Systems (B.A.S.)
(B.A.S.)
and
and Supervisory
Supervisory Control
Control and
and Data
Data Acquisition
Acquisition Systems
Systems (SCADA)
(SCADA)

Approved
Approved by
by the
the City
City of
of Los
Los Angeles
Angeles RR5706
RR5706
Made in America
FTPB FMV 2014
FTPB FMV 2014
Made
Made in
in America
America
FLOWTHERM SYSTEMS BOOSTER DESCRIPTION
Standard sizes are available with flow rates up to 1200 gpm and boost pressures exceeding 200 psi. All of the FMV series boosters are UL listed and built to the
requirements of NSF/ANSI 61 and NSF/ANSI 372 insuring the most dependable and safest delivery system of domestic water. The control system provides an energy
efficient solution to any booster application with algorithms which meet ASHRAE Standard 90.1-2010 without the need of remote sensors. The control panels can
interface with Building Automation Systems (BAS) including BACnet and LonWorks and are available with Scada Interfaces.
FlowTherm systems FMV series of booster pumps provide the highest in reliability for delivery of potable and reclaim water system in the industry. Every system is
built with series 300 stainless steel manifolds which are supported from the integral structural steel frame. Each system utilizes Xylem multistage pumps
constructed of stainless steel impellers and pumps sleeves and rugged cast iron or stainless steel pump bodies.
These booster systems are easy to startup and services with door mounted H/O/A switches and disconnects for each motor and isolation valves for each pump. The
tables and charts included with this brochure are for standard FlowTherm FMV booster systems. Non-standard systems are available in any capacity a configuration.
Contact FlowTherm systems for custom system requests.
History of Flowtherm Systems
systems
FlowTherm systems has over 40 years of experience in the manufacturing of package systems for the plumbing and mechanical contracting industries. Our proven
system application experience has resulted in our ability to provide robust, efficient and dependable packaged systems meeting the most stringent industry
requirements. Our booster systems are certified to NSF/ANSI 61 & 372 insuring a clean safe delivery of potable water.
Flowtherm systems mechanical pumping packages and boiler packages are all UL Listed providing the highest quality assurance for every system. FlowTherm systems works closely with our customers in the commercial, manufacturing and institutional markets to provide the best custom package solutions, including integration of DDC controls systems, ASME piping standards and coordination of power and system connections required to meet the facility needs.
Customer Lists
Commercial
San Francisco 49’ers
San Francisco Giants
Ritz Carlton
Qualcomm
Starbucks
Jay Paul Co.
Institutional
San Franciso Int Airport
Los Angeles Int Airport
Stanford University
University of Nevada
U. S. Navy
Industrial & Manufacturing
Intel
Apple
PG&E
Tesla
U.S. Marine Corp
Roche
Sutter Hospital
Chevron
Olive Garden
Cal Trans
Genentech
Amici’s Pizza
East Bay Municipal
Utility District
Motorola
Apple Stores
Hyatt Regency
Santa Rita Jail
Marriott Hotels
Boston Properties
Holiday Inn Hotels
Peppermill Reports
Sizzler Restaurants
Kaiser Permanente
Wasco State Prison
Mule Creek Prison
Dow Chemical
Hewlett Packard
Lawrence Livermore
McNeil Island Prison
National Laboratory
Tehama County Jail
Lockheed Martin
Santa Clara County Jail
Dow Chemical
College of Marin
KLA Tencor
Butte College
Bechtel
El Camino Hospital
Guam Community College
Feather River Hospital
Santa Clara University
Urban West Associates
Albany School District
Cache Creek Resort
San Leandro School District
North Star Ski Resort
San Lorenzo School District
E-Power
Mammoth Mountain
Woodside School District
National Semi-Conductor
Monji Forest Products, Guam
Micron
Coca Cola ,Guam
Optisolar
San Jose Crime Lab
Camp Hovey, Korea
Page 2
FMV DUPLEX BOOSTER SELECTION
FMV series of duplex booster pump models are selected using the family of Duplex
Booster Capacity Curves for the duplex booster models (FMV2-XX) included in this
brochure.
The total required system design flow rate is typically determined by using the
fixture unit method and then converting the total fixture units to gpm using the
Hunter Curves. The required pressure boost of the system is typically determined
by adding the static lift required to the highest fixture, the friction loss of the system
at the maximum flow rate and then adding the minimum inlet pressure required at
the critical fixture.
The minimum suction pressure available at the booster pump inlet is then
subtracted to determine the required pressure boost. The Required Pressure Boost
shown on the capacity curves include all internal booster system pressure losses
so there is no need to include any additional booster system pressure losses when
using these capacity curves.
Standard duplex sizes are available with flow capacities in excess of 800gpm and
pressure boosts exceeding 200 psi.
Contact FlowTherm systems for custom sizes and configurations.
FMV Duplex Booster Capacity Curves
System Performance
SYSTEM
Page 3
Booster
Models
Skid Width
Discharge
Height
Suction Height
Center to Center
Bolt Width
(SW)
(DH)
(SH)
(CC)
(BW)
FMV2-1LH
3'-6"
9-7/8"
9-7/8"
3'-1-1/8"
3'-3"
FMV2-1
3'-6"
9-7/8"
9-7/8"
3'-1-1/8"
3'-3"
FMV2-2
3'-6"
9-7/8"
9-7/8"
3'-1-1/8"
3'-3"
FMV2-3LH
3'-6"
10-1/2"
10-1/2"
3'-1-1/2"
3'-3"
FMV2-3
3'-6"
10-1/2"
10-1/2"
3'-1-1/2"
3'-3"
FMV2-4
3'-6"
10-1/2"
10-1/2"
3'-1-1/2"
3'-3"
FMV2-5LH
3'-6"
10-1/2"
10-1/2"
3'-1-5/8"
3'-3"
FMV2-5
3'-6"
10-1/2"
10-1/2"
3'-1-5/8"
3'-3"
FMV2-6
3'-6"
10-1/2"
10-1/2"
3'-1-5/8"
3'-3"
FMV2-7
3'-6"
10-1/2"
10-1/2"
3'-1-5/8"
3'-3"
FMV2-8
3'-6"
10-1/2"
10-1/2"
3'-1-5/8"
3'-3"
FMV2-9LH
3'-6"
11-1/8"
11-1/8"
2'-8-3/8"
3'-3"
FMV2-9
3'-6"
11-1/8"
11-1/8"
2'-8-3/8"
3'-3"
FMV2-10
3'-6"
11-1/8"
11-1/8"
2'-8-3/8"
3'-3"
FMV2-11
3'-6"
11-1/8"
11-1/8"
2'-8-3/8"
3'-3"
FMV2-12
3'-6"
11-1/8"
11-1/8"
2'-8-3/8"
3'-3"
FMV2-13LH
3'-6"
1'-0-7/8"
1'-0-7/8"
3'-0-3/4"
3'-2"
FMV2-13
3'-6"
1'-0-7/8"
1'-0-7/8"
3'-0-3/4"
3'-2"
FMV2-14
3'-6"
1'-0-7/8"
1'-0-7/8"
3'-0-3/4"
3'-2"
FMV2-15
3'-6"
1'-0-7/8"
1'-0-7/8"
3'-0-3/4"
3'-2"
FMV2-16
3'-6"
1'-0-7/8"
1'-0-7/8"
3'-0-3/4"
3'-2"
FMV2-17LH
4'-0"
1'-0-7/8"
1'-0-7/8"
3'-4-1/2"
3'-8"
FMV2-17
4'-0"
1'-0-7/8"
1'-0-7/8"
4'-1-1/2"
3'-8"
FMV2-18
4'-0"
1'-0-7/8"
1'-0-7/8"
3'-4-1/2"
3'-8"
FMV2-19
4'-0"
1'-0-7/8"
1'-0-7/8"
3'-4-1/2"
3'-8"
FMV2-20
4'-0"
1'-0-7/8"
1'-0-7/8"
3'-4-1/2"
3'-8"
FMV2-21
4'-0"
1'-0-7/8"
1'-0-7/8"
3'-4-1/2"
3'-8"
DUPLEX PRESSURE BOOSTER
DUPLEX PRESSURE BOOSTER DIMENSIONS TABLE
Notes:
1) Grooved pipe connections on all 4 ends.
2) Standard ANSI stub ends with 150# or 300# backup flanges are available.
3) All dimensions are in inches and may vary +/- 1/2"
4) Information shown should not be used for construction Certified drawings available for construction.
Page 4
DUPLEX PRESSURE BOOSTER DETAIL TABLE
TABLE
MODEL #
PUMPS
HP
CHECK
VALVE
HEADER
OPER.
(LBS)
*FLA
208v/230v/460v
CGL
CGH
CGW
FMV2-1LH
5eSV-3
1
1 ½"
2 ½"
670
8.4 / 7.6 / 3.8
1'-4"
2'-2"
1'-6"
FMV2-1
5eSV-5
1½
1 ½"
2 ½"
690
11.1 / 10.0 / 5.0
1'-4½"
2'-3"
1'-6"
FMV2-2
5eSV-10
3
1 ½"
2 ½"
730
17.2 / 15.6 / 7.8
1'-5"
2'-4"
1'-6"
FMV2-3LH
10eSV-2
2
1 ½"
2 ½"
730
13.3 / 12.0 / 6.0
1'-4½"
2'-3"
1'-6"
FMV2-3
10eSV-6
5
1 ½"
2 ½"
840
27.4 / 24.4 / 13.4
1'-5½"
2'-9"
1'-6"
FMV2-4
10eSV-9
7½
1 ½"
2 ½"
890
41.6 / 37.6 / 18.8
1'-6"
2'-9½"
1'-6"
FMV2-5LH
22eSV-1
3
2"
3"
790
17.2 / 15.6 / 7.8
1'-5"
2'-4"
1'-6"
FMV2-5
15eSV-2
5
2"
3"
850
27.4 / 24.4 / 13.4
1'-5½"
2'-9"
1'-6"
FMV2-6
15eSV-4
7½
2"
3"
900
41.6 / 37.6 / 18.8
1'-6"
2'-9½"
1'-6"
FMV2-7
15eSV-5
10
2"
3"
1,000
55.9 / 50.6 / 25.3
1'-6 ½"
2'-10"
1'-6"
FMV2-8
15eSV-8
15
2"
3"
1,200
79.4 / 71.8 / 35.9
1'-7"
2'-11"
1'-6"
FMV2-9LH
33eSV-1
5
2 ½"
4"
1,160
27.4 / 24.4 / 13.4
1'-5"
2'-9"
1'-6"
FMV2-9
33eSV-2/2
7½
2 ½"
4"
1,220
41.6 / 37.6 / 18.8
1'-5½"
2'-9½"
1'-6"
FMV2-10
33eSV-2
10
2 ½"
4"
1,300
55.9 / 50.6 / 25.3
1'-6"
2'-10"
1'-6"
FMV2-11
33eSV-3
15
2 ½"
4"
1,480
79.4 / 71.8 / 35.9
1'-6 ½"
2'-11"
1'-6"
FMV2-12
FMV2-13LH
FMV2-13
33eSV-4
20
2 ½"
4"
1,700
105.0 / 9.5 / 47.5
1'-7"
3'-0"
1'-6"
46eSV-1/1
5
3"
4"
1,550
27.4 / 24.4 / 13.4
1'-6 ½"
2'-9"
1'-6"
46eSV-1
10
3"
4"
1,550
55.9 / 50.6 / 25.3
1'-8"
2'-10"
1'-6"
FMV2-14
46eSV-2
15
3"
4"
1,680
79.4 / 71.8 / 35.9
1'-9"
2'-11"
1'-6"
FMV2-15
46eSV-3/2
20
3"
4"
1,900
105.0 / 9.5 / 47.5
1'-9"
3'-0"
1'-6"
FMV2-16
46eSV-3
25
3"
4"
1,930
128.3 / 116.0 / 58.0
1'-9"
3'-3"
1'-6"
FMV2-17LH
66eSV-1/1
10
4"
6"
2,130
55.9 / 50.6 / 25.3
1'-10"
3'-0"
1'-9"
FMV2-17
66eSV-1
15
4"
6"
2,130
79.4 / 71.8 / 35.9
1'-11"
3'-1 "
1'-9"
FMV2-18
66eSV-2/1
20
4"
6"
2,220
105.0 / 9.5 / 47.5
1'-11"
3'-1 ½"
1'-9"
FMV2-19
66eSV-2
25
4"
6"
2,560
128.3 / 116.0 / 58.0
1'-11 ½"
3'-2 "
1'-9"
FMV2-20
66eSV-3/2
30
4"
6"
2,640
150.4 / 136.0 / 68.0
2'-0"
3'-2 ½"
1'-9"
FMV2-21
66eSV-3
40
4"
6"
2,650
203.4 / 184.0 / 92.0
2'-0"
3'-3"
1'-9"
*Pump motor amps are based on 3500RPM, Premium Efficient, TEFC Motors.
Page 5
FMV TRIPLEX BOOSTER SELECTION
FMV TRIPLEX BOOSTER SELECTION
FMV series of triplex booster pump models are selected using the family of Triplex
Booster Capacity Curves for the triplex booster models (FMV3-XX) included in this
brochure.
The total required system design flow rate is typically determined by using the fixture
unit method and then converting the total fixture units to gpm using the Hunter
Curves. The required pressure boost of the system is typically determined by adding
the static lift required to the highest fixture, the friction loss of the system at the
maximum flow rate and then adding the minimum inlet pressure required at the
critical fixture.
The minimum suction pressure available at the booster pump inlet is then subtracted
to determine the required pressure boost. The Required Pressure Boost shown on the
capacity curves include all internal booster system pressure losses so there is no
need to include any additional booster system pressure losses when using these
capacity curves.
Standard triplex sizes are available with flow capacities in excess of 800gpm and
pressure boosts exceeding 200 psi.
Contact FlowTherm systems for custom sizes and configurations.
FMV Triplex Booster Capacity Curves
System Performance
SYSTEM
Page 6
Skid Width
Discharge
Height
Suction Height
Center to Center
Bolt Width
(SW)
(DH)
(SH)
(CC)
(BW)
FMV3-1LH
4'-0"
9 7/8"
9 7/8"
3' - 1 1/8"
3' - 8 1/2"
FMV3-1
4'-0"
9 7/8"
9 7/8"
3' - 1 1/8"
3' - 8 1/2"
FMV3-2
4'-0"
9 7/8"
9 7/8"
3' - 1 1/8"
3' - 8 1/2"
FMV3-3LH
4'-0"
10 1/2"
10 1/2"
3' - 5 3/4"
3' - 8 1/2"
FMV3-3
4'-0"
10 1/2"
10 1/2"
3' - 5 3/4"
3' - 8 1/2"
FMV3-4
4'-0"
10 1/2"
10 1/2"
3' - 5 3/4"
3' - 8 1/2"
FMV3-5LH
4'-0"
10 1/2"
10 1/2"
3' - 4 5/8"
3' - 8 1/2"
FMV3-5
4'-0"
10 1/2"
10 1/2"
3' - 4 5/8"
3' - 8 1/2"
FMV3-6
4'-0"
10 1/2"
10 1/2"
3' - 4 5/8"
3' - 8 1/2"
FMV3-7
4'-0"
10 1/2"
10 1/2"
3' - 4 5/8"
3' - 8 1/2"
FMV3-8
4'-0"
10 1/2"
10 1/2"
3' - 4 5/8"
3' - 8 1/2"
FMV3-9LH
4'-0"
11 1/8"
11 1/8"
3' - 0 1/4"
3' - 8 1/2"
FMV3-9
4'-0"
11 1/8"
11 1/8"
3' - 0 1/4"
3' - 8 1/2"
FMV3-10
4'-0"
11 1/8"
11 1/8"
3' - 0 1/4"
3' - 8 1/2"
FMV3-11
4'-0"
11 1/8"
11 1/8"
3' - 0 1/4"
3' - 8 1/2"
FMV3-12
4'-0"
11 1/8"
11 1/8"
3' - 0 1/4"
3' - 8 1/2"
FMV3-13LH
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 2 5/8"
3' - 8 1/2"
FMV3-13
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 2 5/8"
3' - 8 1/2"
FMV3-14
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 2 5/8"
3' - 8 1/2"
FMV3-15
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 2 5/8"
3' - 8 1/2"
FMV3-16
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 2 5/8"
3' - 8 1/2"
FMV3-17LH
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 6 5/8"
3' - 8 1/2"
FMV3-17
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 6 5/8"
3' - 8 1/2"
FMV3-18
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 6 5/8"
3' - 8 1/2"
FMV3-19
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 6 5/8"
3' - 8 1/2"
FMV3-20
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 6 5/8"
3' - 8 1/2"
FMV3-21
4'-0"
1' - 0 7/8"
1' - 0 7/8"
3' - 6 5/8"
3' - 8 1/2"
TRIPLEX PRESSURE BOOSTER
TRIPLEX PRESSURE BOOSTER DIMENSIONS TABLE
Booster Models
Notes:
1) Grooved pipe connections on all 4 ends.
2) Standard ANSI stub ends with 150# or 300# backup flanges are available.
3) All dimensions are in inches and may vary +/- 1/2"
4) Information shown should not be used for construction Certified drawings available for construction.
Page 7
TRIPLEX PRESSURE
PRESSURE BOOSTER
BOOSTER DETAIL
TRIPLEX
DETAIL TABLE
TABLE
MODEL #
FMV3-1LH
PUMPS
HP
CHECK
VALVE
HEADER
OPER.
(LBS)
*FLA
208v/230v/460v
CGL
CGH
CGW
5eSV-3
1
1 ½"
2 ½"
930
12.6 / 8.6 / 5.7
2'-2"
1'-1"
FMV3-1
5eSV-5
1½
1 ½"
2 ½"
960
16.6 / 15.0 / 7.5
2'-0"
2'-0"
2'-2"
1'-1"
FMV3-2
5eSV-10
3
1 ½"
2 ½"
1,030
25.9 / 23.4 / 11.7
2'-0"
2'-2"
1'-1"
FMV3-3LH
10eSV-2
2
1 ½"
3"
1,060
19.9 / 18.0 / 9.0
2'-0"
2'-2"
FMV3-3
10eSV-6
5
1 ½"
3"
1,220
41.1 / 36.6 / 18.6
2'-0"
2'-4"
1'-1"
1'-1 ½"
FMV3-4
10eSV-9
7½
1 ½"
3"
1,290
62.4 / 56.4 / 28.2
2'-0"
2'-9"
1'-1 ½"
FMV3-5LH
22eSV-1
3
2"
4"
1,170
25.9 / 23.4 / 11.7
2'-0"
2'-2"
FMV3-5
15eSV-2
5
2"
4"
1,270
41.1 / 36.6 / 18.6
2'-0"
2'-4"
1'-1"
1'-1 ½"
FMV3-6
15eSV-4
7.5
2"
4"
1,340
62.4 / 56.4 / 28.2
2'-0"
2'-9"
1'-1 ½"
FMV3-7
15eSV-5
10
2"
4"
1,490
83.4 / 75.4 / 37.2
1'-2"
15eSV-8
15
2"
4"
1,790
118.5 / 107.2 / 53.9
2'-1"
2'-1 ½"
2'-10"
FMV3-8
2'-11"
FMV3-9LH
33eSV-1
5
2 ½"
6"
1,840
41.1 / 36.6 / 18.6
2'-0"
2'-2"
1'-2"
1'-1 ½"
FMV3-9
33eSV-2/2
7½
2 ½"
6"
1,930
62.4 / 56.4 / 28.2
2'-0"
2'-9"
1'-1 ½"
FMV3-10
33eSV-2
10
2 ½"
6"
2,050
83.4 / 75.4 / 37.2
2'-10"
1'-2"
FMV3-11
33eSV-3
15
2 ½"
6"
2,320
118.5 / 107.2 / 53.9
2'-1"
2'-1 ½"
2'-11"
1'-2"
FMV3-12
33eSV-4
20
2 ½"
6"
2,640
157.0 / 142.0 / 71.0
2'-2"
3'-0"
46eSV-1/1
5
3"
6"
2,240
41.1 / 36.6 / 18.6
2'-0"
2'-3"
1'-3"
1'-1 ½"
FMV3-13
46eSV-1
10
3"
6"
2,240
83.4 / 75.4 / 37.2
1'-2"
46eSV-2
15
3"
6"
2,430
118.5 / 107.2 / 53.9
2'-1"
2'-1 ½"
2'-10"
FMV3-14
2'-11"
1'-2"
FMV3-15
46eSV-3/2
20
3"
6"
2,760
157.0 / 142.0 / 71.0
2'-2"
2'-2 ½"
3'-0"
1'-3"
3'-3"
1'-3"
3'-0"
1'-2"
3'-1"
1'-2"
1'-3"
1'-3 ½"
FMV3-13LH
FMV3-16
FMV3-17LH
FMV3-17
46eSV-3
25
3"
6"
2,800
191.3 / 173.0 / 86.5
66eSV-1/1
10
4"
8"
3,060
83.4 / 75.4 / 37.2
66eSV-1
15
4"
8"
3,060
118.5 / 107.2 / 53.9
2'-1"
2'-1 ½"
FMV3-18
66eSV-2/1
20
4"
8"
3,200
157.0 / 142.0 / 71.0
2'-2"
3'-2"
FMV3-19
66eSV-2
25
4"
8"
3,700
191.3 / 173.0 / 86.5
2'-3"
FMV3-20
66eSV-3/2
30
4"
8"
3,830
224.5 / 203.0 / 101.5
2'-3"
3'-5"
3'-5 ½"
40
4"
8"
3,840
304.1 / 275.0 / 137.5
2'-3"
3'-6"
FMV3-21
66eSV-3
1'-4"
1'-4 ½"
*Pump motor amps are based on 3500RPM, Premium Efficient, TEFC Motors.
Page 8
FLOWTHERM SYSTEMS CONTROLS
Aqualogic 1.0
Flowtherm Systems FMV series control
panels are UL Listed 508A Industrial
Control Panels.
The panels are available in NEMA 1,
NEMA 3R, NEMA 4 and NEMA 12
enclosures.
All panels require only a single point
power connection and include a door
mounted main disconnect and are SCCR
rated.
Aqualogic 1.2
Each motor is individually protected with
a motor system protection device and
have individual disconnect switches.
Aqualogic 2.0
All panels include door mounted H/O/A
switches for each pump and a Human
Machine Interface (HMI) for easy system
operation.
Custom built
available.
enclosures
are
also
The control panel includes a PLC with
PID control algorithms providing highly
energy efficient solutions for any booster
application.
These algorithms include Dynamic Set
Point (DSP) adjustment which meets the
ASHRAE Standard 90.1-2010 without the
need of remote sensors.
Trend logging of all critical operation and
alarms is provided and displayed on the
door mounted HMI.
The control panels will interface with
Building Automation Systems (BAS)
including BACnet, LonWorks and other
systems.
Page 9
PRESSURE
BOOSTER SYSTEMS
SYSTEMS FOR
FOR NON-POTABLE
PRESSURE BOOSTER
NON-POTABLEWATER
WATER
Water reclamation systems are benefiting the world in which we live in many ways.
Reclaim systems help to decrease diverting water from limited resources and
sensitive eco-systems.
The final process of a reclaim system is the Water Pumping Station or Booster
Pump System.
FlowTherm systems has provided integrated pumping systems to boost the
pressure of reclaimed water for a wide variety of applications including:
 Supply water to urinals and water closets
 Irrigations systems
 Water make-up to cooling towers
Many of these systems include controls which integrate with SCADA or other
Building Management Systems.
Page 10
PRESSURE BOOSTER
BOOSTER WORKSHEET:
WORKSHEET:
PRESSURE
Job Name:
Location:
Required Discharge Pressure
Available Suction Pressure
Static Lift:
(top fixture elevation—booster inlet elevation)
PSI
Static Gain or Loss:
(From water main to booster)
PSI
Piping Friction Loss:
PSI
Piping Friction Loss:
PSI
PSI Required at highest fixture:
(check fixture requirements; typically30 PSI)
PSI
Water Meter Loss:
(Check meter curves)
PSI
Drawdown differential allowance:
PSI
Backflow Preventer Loss:
(Check BFP Curves)
PSI
PSI
Total Supply Pressure Available:
PSI
(recommend 10 PSI)
Total Discharge Pressure Required:
(Total Discharge Pressure Required) — (Total Supply Pressure Available) = (Required Pressure Boost)
Required Pressure Boost: __________________ (PSI)
Duplex System Model # FMV2- __ __ __
System Design Flow Rate:
System Design Flow Rate: __________________ (GPM) Triplex System Model # FMV3- __ __ __
Job Name:
Location:
Required Discharge Pressure
Available Suction Pressure
Static Lift:
(top fixture elevation—booster inlet elevation)
PSI
Static Gain or Loss:
(From water main to booster)
PSI
Piping Friction Loss:
PSI
Piping Friction Loss:
PSI
PSI Required at highest fixture:
(check fixture requirements; typically30 PSI)
PSI
Water Meter Loss:
(Check meter curves)
PSI
Drawdown differential allowance:
PSI
Backflow Preventer Loss:
(Check BFP Curves)
PSI
PSI
Total Supply Pressure Available:
PSI
(recommend 10 PSI)
Total Discharge Pressure Required:
(Total Discharge Pressure Required) — (Total Supply Pressure Available) = (Required Pressure Boost)
Required Pressure Boost: __________________ (PSI)
Duplex System Model # FMV2- __ __ __
System Design Flow Rate: __________________ (GPM) Triplex System Model # FMV3- __ __ __
Page 11
FLOWTHERM SYSTEMS CUSTOM PACKAGES
FLOWTHERM
SYSTEMS
PACKAGES
FLOWTHERM
SYSTEMS
CUSTOMCUSTOM
PACKAGES
FLOWTHERM SYSTEMS CUSTOM PACKAGES
For more information, please contact:
For
For more
more information,
information, please
please contact:
contact:
For more information, please contact:
11100 NE 34th Circle
1655 Fairview Ave #202
Vancouver, WA 98682
Boise, ID 83702
Phone: 360-883-2600
Phone: 208-345-2744
11100
11100 NE
NE 34th
34th Circle
Circle
1655
1655 Fairview
Fairview Ave
Ave #202
#202
12828 Gateway Dr, Bldg 5
552 W. 58th Ave, Unit A
Vancouver,
Vancouver, WA
WA 98682
98682
Boise,
Boise, ID
ID 83702
83702
Anchorage, AK 99518
Tukwila, WA 98168
Phone:
Phone: 360-883-2600
360-883-2600
Phone:
Phone: 208-345-2744
208-345-2744
Phone: 206-241-0500
Phone: 907-563-3337
12828
12828 Gateway
Gateway Dr,
Dr, Bldg
Bldg 55
552
552 W.
W. 58th
58th Ave,
Ave, Unit
Unit A
A
200 N. Mullan Road, Suite 200 P O Box 755
Tukwila,
Tukwila,
WA
WA
98168
98168
Anchorage,
Anchorage,
AK
AK
99518
99518
11100
34th Circle
1655 Fairview
Ave #202
Spokane,
WANE
99206
Philipsburg,
MT
Phone:
Phone:WA
206-241-0500
206-241-0500
Phone:
Phone:
907-563-3337
907-563-3337
Vancouver,
98682
Boise,
ID
83702
Phone: 509-363-1832
Phone: 406-360-7456
Phone:
360-883-2600
Phone:
208-345-2744
200
200
N.
N. Mullan
Mullan Road,
Road, Suite
Suite 200
200
P
PO
O
Box
Box 755
755
Spokane,
WABldg
99206
99206
Philipsburg,
Philipsburg,
MT
MTA
12828Spokane,
Gateway WA
Dr,
5
552 W.
58th Ave, Unit
Phone:
Phone:
509-363-1832
509-363-1832
Phone:
Phone:
406-360-7456
406-360-7456
Tukwila, WA 98168
Anchorage, AK 99518
Email: [email protected]
Web: www.chchydronics.com
Phone: 206-241-0500
Phone: 907-563-3337
200 N. Mullan Road, Suite 200 P O Box 755
Email:
Email: [email protected]
[email protected]
Web:
Web: www.chchydronics.com
www.chchydronics.com
Spokane, WA 99206
Philipsburg, MT
Phone: 509-363-1832
Phone: 406-360-7456
Email: [email protected]
Web: www.chchydronics.com