PiB Series. PiB (Pump-in-a-Box) 4380 & 4392 Series

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1 PiB Series PiB (Pump-in-a-Box) & 9 Series FILE NO: - DATE: July SUPERSEDES: - DATE: January 09

2 PiB Series Guaranteed In Stock At The Right Price! The PiB series builds on the high quality and unsurpassed performance you've come to expect from Armstrong. PiB (Pump-in-a-Box) models are packaged for warehouse distribution and, for a large selection of sizes, guaranteed for delivery within hours from order. All other sizes are delivered seven working days from order. Current PiB offerings include the single head in line range in fixed speed and Intelligent Variable Speed (IVS) Sensorless versions and the 9 twin in line range in fixed speed and IVS Sensorless versions. The offering covers an extensive range of predetermined impeller and motor combinations, covering a wide range of head and flow requirements. Think inside the box! Direct Replacement Have a broken pump from another supplier? Replace it with a brand new PiB Series pump from Armstrong! PiB and 9 pumps are offered with BSP connections or BS0 flanges, bronze impellers as standard and off the shelf IEC fixed speed motors. The wide array of connection sizes, impeller diameters and motors allow for a simple replacement of almost any pump. IVS Sensorless Pumps Over the years, Armstrong has been synonymous with efficiency and energy cost savings. The PiB and 9 IVS Sensorless pumps are the next generation in variable speed pumps, offering the element of intelligence. Our IVS Sensorless pumps can effectively and accurately replicate a typical variable volume system which would normally utilise a remote differential pressure transducer. The IVS Sensorless controller can achieve the operating cost saving benefits of a traditional variable volume system, without the added installation expense and complexity of a remote pressure sensor. The first true plug and play intelligent pump on the market, available only from Armstrong. IVS Sensorless Retrofit Existing constant speed pumps can seamlessly be upgraded to a PiB IVS Sensorless or 9 in systems with -way control valves. Simply install the IVS Sensorless or 9 into the pipeline with the same installation method used for constant speed pumps. Expensive modifications to your current piping system or building structure are no longer required to minimise operating costs. An integrated dial makes it easy to adjust the required system head (exclusive to the IVS Sensorless series) Simply turn the dial to match the system demand to and instantly maximise your energy savings. No specialised technicians or complicated electronic devices are required! Efficiency Mechanically sealed pumps have far greater operating efficiency when compared to canned rotor induction designs thereby reducing power consumption and energy bills. Quality Over the years, Armstrong vertical in line pumps have been installed in thousands of applications all over the world and have demonstrated high performance, consistent efficiency and maximum durability. The Armstrong A mechanical seal utilises silicon carbide which makes our seal one of the most reliable on the market today. Ease Of Maintenance Pump maintenance remains identical to configured Armstrong pumps, which are designed to allow quick and effortless service. Since the PiB Series is based on current proven Armstrong pumps, replacement parts are readily available. All the PiB Series pumps utilise industry standard mechanical seals, ensuring quick and economical service. Downtime is therefore minimised in the event of regular scheduled maintenance. Reduced Footprint Armstrong vertical in line single and twin pumps have been designed to be mounted directly into the pipeline without floor support. Base mounted end suction long coupled and belt driven pumps can easily be replaced with pipeline mounted in line pumps to free up valuable floor space.

3 PiB & 9 Series Series Series Design Features IEC standard face or flange mount motor. Flush and vent connection removes entrained air and ensures liquid at seal face at all times. Inside type mechanical seal serviceable without breaking pipe connections. Heavy cylindrical bracket with 0 register on both flanges provides a rigid union of pump and motor. Dynamically balanced impeller assures smooth vibration-free operation. Radially split casing with equal and discharge flange sizes. Separate tapped openings for gauge, flush and drain connections. Liberal inlet passageways and straightening vanes provide optimum suction performance and quiet operation. Ribs cast integral with casing. Machined surface to accept floor support when specified. 9 Confined casing gasket to meet stringent industrial temperature and pressure applications. 9 Twin in-line range offers the most compact duty / standby arrangement. 9 Twin in-line range includes a mounting point for an optional blanking plate used when maintenance to a pump head is required. Typical Applications Cooling and heating systems. Pressure boosting systems. Industrial applications requiring a compact pump. OEM (Cooling tower, spray washer, fountain, etc.).

4 PiB Series Performance Curve - Performance Curve - IVS 0 0. Capacity - Cubic Metres per Hour Capacity - Cubic Metres per Hour Head - kpa A 0A 0C 0C 0A 0D 0B 0E 0D 0A 0F 0B 0A-D A 0C 0B 0A 0A Capacity - Litres per Second 0B 0B 0C 09A C B A 09B C B A B C A A C B 0. Head - kpa D 0C 0D 0D 0E 0F 0G 0C 0G 0F 0E D Capacity - Litres per Second 09C G F E 09D D F E D E F 9 Performance Curve 0A 0B 0C 0D 0A 0B 0C 0D 0A 0B 0C 0D 0E 0F 0A 0A 0B 0A 0B 0A 0B 0C 0A 0B 0C 09A 09B A B C A B C A B C A B C Model -90 AB 0. PH -90 AB 0. PH -90 AB 0. PH -90 AB 0. PH - AB 0. PH - AB 0. PH - AB PH - AB PH - BF 0. PH - AB 0. PH - BF 0. PH - AB 0. PH - BF PH - AB PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0- BF PH 0- BF PH 0- BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0- BF PH 0- BF PH 0- BF.0 PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF PH 0-0 BF.0 PH Part Number Inlet & Outlet kw SLB090GAF SLB090GAF SLB090GAF SLB090GAF SLB0GAF SLB0GAF SLB0GAF SLB0GAF SLB0NAF SLB0GAF SLB0NAF SLB0GAF SLB0NAF SLB0GAF SLA000NAF SLA000NAF SLA000NAF SLA000NAF SLA000NAF SLA000NAF SLA000NAF SLA000NAF SLA00NAF SLA00NAF SLA00NAF9 SLA000NAF SLA000NAF SLA000NAF SLA000NAF SLA000NAF SLA00NAF SLA00NAF9 SLA00NAF SLA00NAF SLA00NAF SLA00NAF SLA00NAF SLA00NAF9 SLA00NAF BSP female BSP female BSP female BSP female. BSP female. BSP female. BSP female. BSP female. BSP female mm ID tailpiece. BSP female mm ID tailpiece. BSP female mm ID tailpiece Nominal Speed Dimensions (mm) X Y D F H Weight (kg) 9 kg 9 kg 9 kg 9 kg kg kg kg kg kg kg kg kg kg kgh 0 kg kg kg kgd kg kg kg 9 kg 9 kg 0 kg kg kg kg kg kg kg kg kg kg 9 kg kg kg kg kg Y Note: F X H D All motors are -phase, v except: À -phase, v IVS 0G 0C 0D 0C 0D 0E 0F 0G 0D 0E 0F 09C 09D D E F D E F G D E F S - BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0- BF PH S 0- BF PH S 0- BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF PH S 0- BF PH S 0- BF PH S 0- BF PH S 0- BF.0 PH S 0-0 BF PH S 0-0 BF PH S 0-0 BF.0 PH SLB0NAV SLA000NAV SLA000NAV SLA000NAV SLA000NAV SLA000NAV SLA000NAV SLA000NAV SLA00NAV SLA00NAV SLA00NAV SLA000NAV SLA000NAV SLA000NAV SLA000NAV SLA000NAV SLA00NAV SLA00NAV SLA00NAV9 SLA00NAV SLA00NAV SLA00NAV9 SLA00NAV. BSP female kg 0 kg kg kg 9 kg 9 kg 9 kg 9 kg kg kg kg kg kg kg kg kg 9 kg 0 kg 0 kg kg 9 kg 9 kg kg

5 Selection Chart - 00 RPM 00 RPM Flow - Cubic Metres per Hour 0A-B 0A-B 0C-D 0C-D 0C-D 0. 0A-B 0A-D 0C-D 0C-D 0C-D 0C-D 0. 0A-B 0A-D 0C-D 0A 0C-D 0C-D 0E-F 0E-F 0E-F 0. 0A-D 0C-D 0C-D 0A 0C-D 0C-D 0E-F 0E-F 0E-F 0A-D 0C-D 0A 0A 0C-D 0C-D 0E-F 0E-F 0E-F. 0A-D 0A-B 0B 0A 0C-D 0E-F 0E-F 0E-F 0E-F. 9 0A-D 0A-B 0B 0A 0B 0B 0C 0C-D 0C-D 0E-F 0E-F 0E-F 0E-F 0A 0A 0B 0A 0B 0C 0C-D 0E-F 0E-F 0E-F 0A 0A 0B 0A 0B 0C 0C-D 0E-F 0E-F 0E-F 0A 0A 0B 0A 0B 0C 0C-D 0C-D 0E-F 0E-F 0E-F 09A 0B 0B 0A 0B 0C 0E-F 0E-F 0E-F 0E-F A 0B 0C 0B 0B 0C. 09A 0B 0C 0B 0C 0C. 09A A 0C 0B 0C 0C. 09A A 0C 0B 0C 0C. 9 09A A C 0C B 0C. 09A A C A C 0C.9 A A C B C 0C 9. A B C B C. A B C B C. B B C B C B B C B C. 0 B B C C C.9 B C C C. B C C C. 9 B C C C. C C C C. C A C. C B C.9 C B C 9. C B C. B C. 0 B C B C. B C.9 9 B C. 9 B C. 9 B. 9 B. C. C.9 C 9. C. C. C 9 C. C Pressure - kpa Flow - Litres per Second

6 & IVS Selection Chart - IVS Flow - Cubic Metres per Hour 0C 0C 0C 0D 0. 0C 0C 0C 0D 0. 0C 0C 0C 0D 0D 0C 0C 0C 0D 0E. 0D 0C 0C 0C 0D 0E 0F 0F. 0D 0C 0C 0D 0D 0E 0F 0F.9 0C 0C 0C 0D 0G 0E 0F 0F 9 0C 0C 0C 0D 0G 0E 0F 0F. 0G 0C 0C 0D 0D 0G 0E 0F 0F. 0C 0C 0D 0F 0F 0G 0E 0F 0F.9 0C 0C 0E 0F 0F 0G 0E 0F 0F. 0C 0C 0F 0F 0G 0G 0F 0F 0F. 09C 09D 0F 0F 0G 0G 0F 0F G G. 09C 09D 0F 0G 0G 0G 0F F G G. 9 09C 09D 0F 0G 0G 0G 0F F G G. 09C 09C 0F 0F 0G 0G 0G F F G G.9 09C 09D D 0G 0G F E F F G G 9. 09C 09D D 0G F F E F F G G. 09C 09D D E F F E F F G. D D E F F F F G G D D E F F F F G G. 0 D E F F F F F G G.9 D E F F F F G G. E E F F F G G G. 9 E E F F F G G G. F F F F F G G. F F F F F G. D F F F F G.9 D F E F F 9. D F E F F. D F E F F. 0 D D E F F D D E F F. D D E F.9 9 D E E F. 9 D E F F. 9 D E F F. 9 D E F F. D E F F. D E F.9 D E F 9. D E F. E E F. E E F 9 F F. F F.9 F F. F F Pressure - kpa Flow - Litres per Second

7 Performance Curve - 9 Performance Curve - 9 IVS 0 0. Capacity - Cubic Metres per Hour Capacity - Cubic Metres per Hour C 0 G Head - kpa A D C C D A B B C B A A B A B C 9C 9B B 9A B A C B A A Head - kpa D E G F E C D F E D C 9E 9D 9F D F E Capacity - Litres per Second Capacity - Litres per Second 9 9 IVS Performance Curve A B C D A B C D A B A B C A B 9A 9B 9C A B C A B C A B C E C D E F G C D 9D 9E 9F D E F G D E F Model 9 - BF 0. PH 9 - BF 0. PH 9 - BF PH 9 - BF PH 9 0- BF 0. PH 9 0- BF 0. PH 9 0- BF PH 9 0- BF PH BF PH BF PH BF PH BF PH BF PH BF PH BF PH BF PH BF PH BF PH 9 0- BF PH 9 0- BF PH 9 0- BF.0 PH BF PH BF PH BF PH BF PH BF PH BF.0 PH 9S 0- BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0- BF PH 9S 0- BF PH 9S 0- BF PH 9S 0- BF.0 PH 9S 0-0 BF PH 9S 0-0 BF PH 9S 0-0 BF.0 PH Part Number Inlet & Outlet kw STB0NAF STB0NAF STB0NAF STB0NAF STB00NAF STB00NAF STB00NAF STB00NAF STA000NAF STA000NAF STA000NAF STA000NAF STA000NAF STA000NAF STA000NAF STA000NAF STA000NAF STA000NAF STA00NAF STA00NAF9 STA00NAF STA00NAF STA00NAF STA00NAF STA00NAF STA00NAF9 STA00NAF STB00NAV STA000NAV STA000NAV STA000NAV STA000NAV STA000NAV STA000NAV STA000NAV STA000NAV STA000NAV STA000NAV STA00NAV STA00NAV STA00NAV9 STA00NAV STA00NAV STA00NAV9 STA00NAV mm PN mm PN mm PN mm PN Nominal Speed Dimensions (mm) X Y D F H Weight (kg) kg kg kg kg kg kg 0 kg 0 kg kg kg kg kg kg 9 kg kg kg kg 0 kg 0 kg kg 0 kg kg kg 9 kg kg kg kg kg kg kg kg kg kg 9 kg kg 9 kg kg 9 kg kg kg kg kg kg 9 kg 9 kg Note: Y X H All motors are -phase, v except: À -phase, v D

8 Selection Chart RPM 00 RPM Flow - Cubic Metres per Hour A-B 0. A-B A B C-D C-D C-D C-D 0. A-B A B C-D C-D C-D C-D A A B B C C C-D. A-B A A B B C C C-D. A-B A A B B C C C-D.9 A A A B B C C 9 A A A A B C C. A A A A B C C. A A A B B C C.9 A A B B B C C. A A B B C C A B. A B C B C 9C A B C C C. A A C C C 9C A B C C C. 9 A A C C 9C 9C A B C C C. A B C C 9C 9C A B C C C.9 A B C 9B 9C 9C A B C C 9. A B 9A 9B 9C 9C B B C C. A B 9A 9B 9C C B B C C. A B 9B 9C 9C C B C C C A C 9B 9C 9C C B C C. 0 A C 9B 9C 9C C C C C.9 A C 9C 9C C C C C C. A C 9C 9C C C C C. 9 B C 9C 9C C C C C. B C 9C 9C C C C. B C 9C B C C. B C 9C B C.9 C A A B C 9. A A B C. A A B C. 0 A A B C A B B C. A B C C.9 9 A B C C. 9 A B C C. 9 A B C C. 9 A B C. B B C. B B C.9 B B C 9. B B C. B C C. B C C 9 C C. C C.9 C C Pressure - kpa Flow - Litres per Second

9 9 & 9 IVS Selection Chart - 9 IVS Flow - Cubic Metres per Hour E F F G C E F F G. C E F F G. C E F F G.9 C E F F G 9 E C E F F G. E C E F F G. E C C E F F G.9 C C F F G G. D C D F F D G F F. C D F G D E F F G G. C D F G D E F F G G. 9 C C F G G D E F F G G. C C F G 9F D E F F G G.9 C D G 9E 9F E E F F G G 9. C D 9D 9E 9F E E F F G. C D 9D 9E 9F E F F G G. C 9D 9E 9F 9F E F F G G 9D 9D 9E 9F 9F F F F G. 0 9D 9D 9E 9F 9F F F F G.9 9D 9E 9F 9F F F G G. 9D 9E 9F 9F F F G G. 9 9E 9F 9F F F G G G. 9E 9F 9F F F G G. 9E 9F 9F F F G G. 9F 9F E F F G.9 9F 9F E F F 9. D D E F F. D D E F F. 0 D D E F F D D D E F. D D E E F.9 9 D D E E F. 9 D D E F F. 9 D D E F F. 9 D E F F. D E F. E E F.9 E E F 9. E E F. E F F. E F F 9 E F. E F.9 F F Pressure - kpa Flow - Litres per Second 9

10 Typical Specifications Pump Type: Vertical In Line Max. Working Pressure : -90 and - Bar - Bar All Other Sizes Bar Max. Working Pressure 9: - and 0- Bar All Other Sizes Bar Max. Working Temp. : -90 and - 90 C - C All Other Sizes C Max. Working Temp. 9: - and 0- C All Other Sizes C End Connections: DIN PN and PN, BSP Thread Primary Seal: Armstrong Type A Mechanical Inside Unbalanced Max. Flow: L/s Max. Head: kpa Motor Enclosure: TEFV, IP Motor Efficiency: Standard EFF Materials of Construction Casing: BF - Cast Iron BS Grade AB - Cast Iron BS LGC Impeller: Cast Bronze BS LGC Casing Gasket: Fiber Adaptor Bracket: BF - Cast Iron BS Grade AB - Cast Iron BS LGC Motor Shaft: Carbon Steel Stub Shaft: Stainless Steel BS90.S9 Shaft Spacer: Stainless Steel BS90.S9 Water Slinger: Neoprene Rotating Seal Face: Carbon Stationary Seal Face: Silicon Carbide Secondary Seal: EPDM Our policy is one of continuous improvement and we reserve the right to alter our dimensions and specifications without notice Armstrong Integrated Limited Wenlock Way Manchester United Kingdom, M JL T: + (0) F: + (0) S. A. Armstrong Limited Bertrand Avenue Toronto, Ontario Canada, ML P T: 00 9 F: For Armstrong locations worldwide, please visit