6800g boosters
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file no: 100.14date: february 2015
supersedes: 100.14date: february 2014tm
compliant with wras, acs & dvgw
s o l u t i o n o u t l i n e
6800G boosters
b
a
43
10
11
discharge connection grooved standard on 6" & 8"
suctionconnectiongrooved standard on 6" & 8"
1
5
2 611
c max
he
g
d
f
j
9 87
b
a
43
10
11
discharge connection grooved standard on 6" & 8"
suctionconnectiongrooved standard on 6" & 8"
1
5
2 611
c max
he
g
d
f
j
9 87
b
a
43
10
11
discharge connection grooved standard on 6" & 8"
suctionconnectiongrooved standard on 6" & 8"
1
5
2 611
c max
he
g
d
f
j
9 87
A rmstrong Design Envelope boosters address the water
delivery challenges presented by high-rise buildings by com-bining high-efficiency Vertical Multistage pumps with modern variable speed controls.
Optimal energy savings Design Envelope control curves are programmed into the controller.
Easy installation and replacement No additional wiring or mounting is required on-site and indi-vidual pumps can be removed and replaced as a complete unit.
Single source of supply Armstrong supports all aspects of the booster system package.
Integrated controls and advanced mechanical and digital capabilities Armstrong Design Envelope boosters integrate pumping components and advanced digital controllers for:
Armstrong Design Envelope solutions are sized using a pre-set collection of the most efficient sizes for a range of performance levels, so they can easily adapt to changes in design, site or operating conditions. Over the life of your building, the Design Envelope approach to selection protects you against potentially costly and time-consuming system rework due to:
at 50% design flow
up to
70% energy savings
the challenge
design envelope value
kWh
zz
zzzz
zz
zz
zz
zz
zz
zz
zz
zz
zz
4:00midnight 4:008:00 noon 8:00
25
0
50
75
100 water demand capacity ( in %)
Stable flow and pressure for every activity throughout your day
Embedded control logic ensures optimum efficiency at all times, adjusting pump speed and staging pumps on and off as needed during periods of high and low demand.
Changes to fixtures
Changes to building design
Installation of backflow preventer
Pipe corrosion and scaling
the need for energy savings has led to broad acceptance of variable speed tech-nology for use with booster systems.
However, the inclusion of digital controllers adds complexity to the sizing, installation, commissioning and operation of boosters. Lacking an integrated
approach to solution design and selection, booster solutions that are contractor-friendly and owner-friendly are hard to find. Designers are left to guess at required capacity, contractors struggle with installation and building owners are often left with a booster that fails to deliver on promised benefits.
76.001930.40
1.0025.40
3.5088.90max
5.00127.00
13 4
7
7
8
see note 6
on
36.00914.4050.131273.18
max
notes:
1 - dimensions are based on factory choice standard components. for other than standard consult factory, as a new drawing may be required.
2 - all dimensions are in inches [mm].
3 - tolerances are +/- 1/4" [6.35] unless otherwise specified.
4 - drawings are for layout purposes only.
5 - drawing 2502-000 is applicable for pumps with suction size up to 3", 30hp @ 3600rpm, and nominal impeller diameters of 10". for larger sizes consult factory for new drawing.
6 - booster is supplied with standard groove for header connections suitable for optional victaulic type or equivalent flanges (optionally supplied loose).
maximum system pressure: 175 psi 250 psi
connection orientation
suction left hand - std. as shown right hand
discharge
left hand - std. as shown right hand
do not scale
revisions
zonerev.descriptiondateapproved
original release, see e.o. #1036885/13/10
header size 3" ips pipe 304 s.s. 4" ips pipe 304 s.s. 6" ips pipe 304 s.s.
1 pump, motor, & drive6 base & panel support2 suction connection7 pressure gauges3 discharge connection8 check valves4 control panel5 isolation valves
d
c
b
a
b
c
d
1 2 3 4 5 6 7 8
8764321
e
f
e
f
sheet 1 of 1
unless otherwise specified:
scale: 1:1
rev dwg. no.
csize
title:
name
comments:
q.a.
mfg appr.
eng appr.
checked
drawn
finish
material
application
used on next assy
proprietary and confidential
do not scale
jmc
dwb
s.a. armstrong
5/13/10
2502-000
6732/3ivs - triplex
date
asme y14.5-1994
5
dimensions are in inchesweight in pounds
tolerances:fractional1/4angular: mach0.5 bend0.5two place decimal 0.25three place decimal 0.250
dimensioning and tolerancing per: the information contained in thisdrawing is the sole property ofs.a. armstrong. any reproduction in part or as a wholewithout the written permission ofs.a. armstrong is prohibited.
a
weight: design authority:third angleprojection
76.001930.40
1.0025.40
3.5088.90max
5.00127.00
13 4
7
7
8
see note 6
on
36.00914.4050.131273.18
max
notes:
1 - dimensions are based on factory choice standard components. for other than standard consult factory, as a new drawing may be required.
2 - all dimensions are in inches [mm].
3 - tolerances are +/- 1/4" [6.35] unless otherwise specified.
4 - drawings are for layout purposes only.
5 - drawing 2502-000 is applicable for pumps with suction size up to 3", 30hp @ 3600rpm, and nominal impeller diameters of 10". for larger sizes consult factory for new drawing.
6 - booster is supplied with standard groove for header connections suitable for optional victaulic type or equivalent flanges (optionally supplied loose).
maximum system pressure: 175 psi 250 psi
connection orientation
suction left hand - std. as shown right hand
discharge
left hand - std. as shown right hand
do not scale
revisions
zonerev.descriptiondateapproved
original release, see e.o. #1036885/13/10
header size 3" ips pipe 304 s.s. 4" ips pipe 304 s.s. 6" ips pipe 304 s.s.
1 pump, motor, & drive6 base & panel support2 suction connection7 pressure gauges3 discharge connection8 check valves4 control panel5 isolation valves
d
c
b
a
b
c
d
1 2 3 4 5 6 7 8
8764321
e
f
e
f
sheet 1 of 1
unless otherwise specified:
scale: 1:1
rev dwg. no.
csize
title:
name
comments:
q.a.
mfg appr.
eng appr.
checked
drawn
finish
material
application
used on next assy
proprietary and confidential
do not scale
jmc
dwb
s.a. armstrong
5/13/10
2502-000
6732/3ivs - triplex
date
asme y14.5-1994
5
dimensions are in inchesweight in pounds
tolerances:fractional1/4angular: mach0.5 bend0.5two place decimal 0.25three place decimal 0.250
dimensioning and tolerancing per: the information contained in thisdrawing is the sole property ofs.a. armstrong. any reproduction in part or as a wholewithout the written permission ofs.a. armstrong is prohibited.
a
weight: design authority:third angleprojection
key benefits
key features
Selection software: allows users to select products, and engage in collaborative system design over the internet.Visit https://aceonline.armlink.com/newdefault.asp
Interchangeable inlet sides: on models with flanged connections, installing contractors can adjust the suction and discharge inlet orientation by moving end caps to accommodate site conditions.
roi calculator: displays your savings and roi based on real data from your installation. Visit https://roi.armlink.com/
contractor friendly
Armstrong offers easy-to-use selection tools for performance analysis and product selection.easy bms
connectivitySupports leading communications protocols, including Modbus/BACnet mstp/BACnet ip.
lower energy costs
Design Envelope boosters stage individual pumps on and off for optimum efficiency and reduced energy costs. Boosters also adjust setpoint according to flow to save energy.
minimal footprint
Armstrong Design Envelope boosters lead the industry with a compact package design that minimizes floor space requirements and sim-plifies on-site delivery.
space savings of 25%
baseframe allows easy lifting and installation
Design Envelope 6800G Competing models68"× 40" 77"× 48"
easy commissioning
Single step interface to enable/disable pressure setback and apply a 24-hour timer for an easy inspection process.
76.00 1930.40
1.00 25.40
3.50 88.90max
5.00 127.00
1 34
7
7
8
see note 6
on
36.00 914.4050.13 1273.18
max
notes:
1 - dimensions are based on factory choice standard components. for other than standard consult factory, as a new drawing may be required.
2 - all dimensions are in inches [mm].
3 - tolerances are +/- 1/4" [6.35] unless otherwise specified.
4 - drawings are for layout purposes only.
5 - drawing 2502-000 is applicable for pumps with suction size up to 3", 30hp @ 3600rpm, and nominal impeller diameters of 10". for larger sizes consult factory for new drawing.
6 - booster is supplied with standard groove for header connections suitable for optional victaulic type or equivalent flanges (optionally supplied loose).
maximum system pressure: 175 psi 250 psi
connection orientation
suction
left hand - std. as shown right hand
discharge
left hand - std. as shown right hand
do not scale
revisions
zone rev. description date approved
original release, see e.o. #103688 5/13/10
header size 3" ips pipe 304 s.s. 4" ips pipe 304 s.s. 6" ips pipe 304 s.s.
1 pump, motor, & drive 6 base & panel support2 suction connection 7 pressure gauges3 discharge connection 8 check valves4 control panel5 isolation valves
d
c
b
a
b
c
d
12345678
8 7 6 4 3 2 1
e
f
e
f
sheet 1 of 1
unless otherwise specified:
scale: 1:1
revdwg. no.
csize
title:
name
comments:
q.a.
mfg appr.
eng appr.
checked
drawn
finish
material
application
used onnext assy
proprietary and confidential
do not scale
jmc
dwb
s.a. armstrong
5/13/10
2502-000
6732/3ivs - triplex
date
asme y14.5-1994
5
dimensions are in inchesweight in pounds
tolerances:fractional 1/4angular: mach 0.5 bend 0.5two place decimal 0.25three place decimal 0.250
dimensioning and tolerancing per:the information contained in thisdrawing is the sole property ofs.a. armstrong . any reproduction in part or as a wholewithout the written permission ofs.a. armstrong is prohibited.
a
weight: design authority:third angleprojection
intuitive interface
3.4-inch alphanumeric touchscreen with 16mb flash memory supports multi-languages.
industry- leading software capabilities
Energy profiling capabilities include:
Monthly/yearly kWh consumption reporting
Instantaneous kW readings
Data storage reset capability
Detailed data charts illustrating energy consumption patterns
Flow Estimation includes:
Maximum flow
Current flow
Data charts
energy & water consumption data
Armstrong Design Envelope boost-ers provide data storage and detailed reports on booster operation.
softfill Allows building managers to recharge the system with water after maintenance with no risk of damage to system components.
wras approval requires that a water fitting should not cause waste, misuse, undue consumption or contamination of the water supply and must be ‘of an appropriate quality and standard’.
Allows users to select different operating setpoints for different seasons through the interface (hmi) screen.
alternate set points
extended warranty
76.00 1930.40
1.00 25.40
3.50 88.90max
5.00 127.00
1 34
7
7
8
see note 6
on
36.00 914.4050.13 1273.18
max
notes:
1 - dimensions are based on factory choice standard components. for other than standard consult factory, as a new drawing may be required.
2 - all dimensions are in inches [mm].
3 - tolerances are +/- 1/4" [6.35] unless otherwise specified.
4 - drawings are for layout purposes only.
5 - drawing 2502-000 is applicable for pumps with suction size up to 3", 30hp @ 3600rpm, and nominal impeller diameters of 10". for larger sizes consult factory for new drawing.
6 - booster is supplied with standard groove for header connections suitable for optional victaulic type or equivalent flanges (optionally supplied loose).
maximum system pressure: 175 psi 250 psi
connection orientation
suction
left hand - std. as shown right hand
discharge
left hand - std. as shown right hand
do not scale
revisions
zone rev. description date approved
original release, see e.o. #103688 5/13/10
header size 3" ips pipe 304 s.s. 4" ips pipe 304 s.s. 6" ips pipe 304 s.s.
1 pump, motor, & drive 6 base & panel support2 suction connection 7 pressure gauges3 discharge connection 8 check valves4 control panel5 isolation valves
d
c
b
a
b
c
d
12345678
8 7 6 4 3 2 1
e
f
e
f
sheet 1 of 1
unless otherwise specified:
scale: 1:1
revdwg. no.
csize
title:
name
comments:
q.a.
mfg appr.
eng appr.
checked
drawn
finish
material
application
used onnext assy
proprietary and confidential
do not scale
jmc
dwb
s.a. armstrong
5/13/10
2502-000
6732/3ivs - triplex
date
asme y14.5-1994
5
dimensions are in inchesweight in pounds
tolerances:fractional 1/4angular: mach 0.5 bend 0.5two place decimal 0.25three place decimal 0.250
dimensioning and tolerancing per:the information contained in thisdrawing is the sole property ofs.a. armstrong . any reproduction in part or as a wholewithout the written permission ofs.a. armstrong is prohibited.
a
weight: design authority:third angleprojection
service contact screens
Stores and presents contact information for maintenance and service personnel.
b
a
43
10
11
discharge connection grooved standard on 6" & 8"
suctionconnectiongrooved standard on 6" & 8"
1
5
2 611
c max
he
g
d
f
j
9 87
All Armstrong Design Envelope pumps and booster systems are supported by an industry-leading 2-year warranty
Pressure setback Built-in logic that adjusts pressure setpoint proportional to flow to account for lower friction losses and lower flows. This is an alternative to installing a remote sensor.
No-flow shutdown Senses when there is no demand in the system and puts the booster in sleep mode.
No-flow pressure optimizationThe system generates an additional boost of pressure prior to shutdown, allowing the use of a smaller draw-down tank.
compliant with industry
association codes
two years
booster application range
Systems can be flexibly combined in 2 to 5 pumps
Options available:• Overhead break tank • anti-vibration kit
tm
E
D
C
GH (TYP)
4
798
3
FB
Ø.471210 HOLES OF
A
ØJ
2
15
MAINISOLATOR
SWITCH
6
5
23
45
flow rate pressure
total
performance 6800g 2 - 5 units
320 max m3/h 16 max Bar 120 max kW
b a n g a l o r e
+91 (0) 80 4906 3555
m a n c h e s t e r
+44 (0) 8444 145 145
b u f f a l o
+1 716 693 8813
t o r o n t o
+1 416 755 2291
s h a n g h a i
+86 21 3756 6696
b i r m i n g h a m
+44 (0) 8444 145 145
For more information, contact your Armstrong representative or visit us at:ArmstrongFluidTechnology.com/ContactUs
a r m s t r o n g f lu i d t ec h n o lo g y. co ma r m s t r o n g f lu i d t ec h n o lo g y established 1934
s ã o p a u l o
+55 11 4781 5500
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