ARMSTRONG BPA Pressurizing Pump Instruction Manual

ARMSTRONG BPA Pressurizing Pump

Product Specifications

• Model: BPA S2 127/60/1, BPA S3 127/60/1
• Pressure Rating: 10 bar
• IP   Rating: 42

Product Usage Instructions

Warnings and Safety Precautions

This product should only be assembled and operated by personnel with sufficient knowledge and experience.

Installation

1. Connect the flow switch and selector as shown in Figure 2 and Figure 3.
2. Ensure the motor shaft is level on the horizontal axis.
3. Install the flow switch on the discharge side of the booster pump following the direction indicated by the arrow on the pump cabinet.

Selector Settings

• For medium flow, select speed 2.

Service Booster Pump

• Dimensions: L1 – 195mm, L2 – 140mm, L3 – 114mm, L4 – 140mm
• Weight: 2.8 kg

Service Booster Pump

• Dimensions: L1 – 326mm, L2 – 147mm, L3 – 164mm, L4 – 201mm
• Weight: 4.8 kg

Frequently Asked Questions

Q: Why is the pump making a lot of noise?

A: Possible cause – Air in the system. Ensure there is no air trapped in the system to reduce noise levels.

warning!

• Read the operating instructions and make sure you understand them before working on the pump.
• Only operate the pump if it is in perfect technical condition; only use it as intended, staying aware of safety and risks, and adhering to the instructions in this manual.
• Before carrying out any fitting or maintenance work, isolate the motor from its supply voltage and safeguard it so that it cannot be switched back on.
• This product may only be installed and operated by persons with the required knowledge and experience.

security warnings

• It is necessary to read the installation manual completely before installing the pressurizer pump and clarify any doubts with your supplier before installation.
• Visually inspect the unit after it is unpacked. If you notice bumps or damage to the cabinet and power cord DO NOT install the unit.
• No work should be done with the pressurizing pump while it is connected to electrical power.
• The pressurizer pump is designed to work only with clean, solid-free, liquid, or hot water according to the parameters indicated in the technical specification table.
• The pressurizing pump should not be operated with flammable liquids for any reason.
• The pump is designed to work inside. Its degree of protection is ip42 which means that it is protected against solids (tools and cables) greater than 1 mm and against injected water spray at an angle less than 15 degrees of the vertical.
• Do not expose the pressurizing pump to water vapor in the environment and keep electrical parts out of contact with water.
• The pump must not operate in temperatures below 0°c.
• Keep the pressurizer pump out of the reach of children. The shell of the pump can reach high temperatures and cause burns.
• Install the pressurizer pump with an independent thermomagnetic switch.

content

DANGER! Risk of electrocution.

• Have all electrical work carried out by qualified electricians only.
• Disconnect the electrical circuit and lock it to prevent accidental start-up.
• Check to make sure the power is turned off.

BPA

Introduction

Thank you very much for purchasing a high-end Armstrong brand product. This pressurizing pump has been manufactured with components according to the highest quality standards for the European Union and the United States, please read this manual carefully to get the most out of your investment. Armstrong Fluid Technology, a Canadian company with a global presence, appreciates your preference

Technical specifications

Operating curves

Armstrong considers each service or tap to consume 11.5 l/min equivalent to 3.0 gpm.

performance at 11.5 l/min or 3 gpm per service

BPA S2 15-8.2 G130

BPA S3 25-10 G180

Electrical data

in W

| Current

in A

| Power

in W

| Current

in A

| Power

in W

| Current

in A

bpa s2 15-8.2 g130| 37| 0.30| 0.78| 0.49| 101| 0.78
bpa s3 25-10 g180| 131| 1.10| 186| 1.51| 233| 1.85

Installation and commissioning

• The technical specifications indicate the minimum suction pressure necessary for the pump to operate. The equivalent of manometric height is also included.
• If the installation of the pressurizer pump does not respect this height or minimum pressure, it must NOT be installed or turned on. The pump is not designed to operate in a vacuum.
• Some examples of installations are presented.

one pressurizing pump for the entire house

• one pressurizing pump for hot water.
• one pressurizing pump for cold water.
• one pressurizing pump for hot water.
• one pressurizing pump for each floor.
• Pressurizing pumps have a wet rotor motor, so it is very important to install them in the correct position.

Right Installation

Wrong Installation

Connect the flow switch and flow selector

How to connect flow switch to flow selector in 3 steps:

1. Step 1 – Go close with the connection of the flow switch to the connection of the flow selector like in Figure 1.
2. Step 2 – Be sure that you reach the connection between the flow switch and flow connection like Figure 2.
3. Step 3 – Press the connection of the flow switch in the flow selector till you hear a click.

Disconnect the safety flow switch from the flow selector

How to disconnect the safety flow switch from the flow selector in 2 steps:

1. Step 1 – pull the rubber protection cap where the clips is presented (figure 1)
2. Step 2 – After Step 1 push the locking system (figure 2) and pull out the flow switch connection from the flow selector connection like in (figure 2.1)

The motor shaft must be level on the horizontal axis.

• The flow switch must be installed in the discharge of the pressurizing pump and must follow the same direction as the arrow printed in the pump cabinet.
• All pressurizing pumps have an external flow switch which allows greater flexibility in case of maintenance, repair, or failure.
• Always make the electrical connections with the pressurizing pump disconnected from the electrical force.
• Do not disassemble the flow sensor for the installation of the pressurizing pump as it is calibrated from the factory.
• To protect the pump from solids or particles that could damage the engine or impeller, it is recommended to have a mesh strainer/water filter (not included) located before the suction side of the pressurizing pump.
• This filter must be kept clean so that the pump has the minimum pressure required for its operation.
• Check that the voltage is not above or below 10% of the voltage indicated on the equipment board.

The pressurizer pump has two different selectors:

1. Operation Mode Selector
   • By selecting this mode the pressurizer pump will operate manually.
   • By selecting this mode the pressurizing pump will operate automatically.
   • Selecting this mode will keep the pressurizer pump off.
2. Operation Speed Selector
   • You are installing a pressurizing pump with 3 speeds, which you can select depending on your water flow needs and according to the curves chart. In this way, we want to maximize the energy consumption of your house.
   • To obtain the lowest flow it is necessary to position the selector in option 1.
   • For an average flow, you have to select speed 2.
   • If you want the largest available flow, locate the selector in position number 3.
   • The values of maximum flow, maximum pressure, and electrical consumption shown in the table of technical characteristics are based on operating the pressurizing pump at the maximum speed.
   • The pressurizing pump is designed to work in open circuits of pipes for clean water so to purge the air from the pump it is only necessary to open some tap for a few minutes.

Pump dimensions

service pressure pump

service pressure pump

Problems and solutions

The pump does not ignite.

• The possible cause selector is in the O position
• Solution-Select position I or II
• Possible that the flow switch is dirty.
• Solution-Remove the flow switch and provide maintenance. Possible cause of electrical power.
• Solution-Identify the thermomagnetic switch and is to set it. Solution-False contact of the plug with the socket.
• A possible cause is no water in the tub.
• Solution-Check that the pressurizing pump has the minimum pressure.

The pump doesn’t stop.

• The possible cause selector is in the manual position. Solution-Move it to the automatic position.
• Possible that the flow switch is dirty.
• Solution -Remove the flow switch and provide maintenance.

The pump ignites but there is no pressure

• Possible cause- Leakage in your hydraulic installation. Solution-Inspect walls for moisture. In this situation, the pump should be turned on even if there is no open key.
• Possible cause in the system.
• Solution-Open the nearest key for a few seconds waiting for it to come out the air in the pipes. Do not operate the pump for a long time pressurizer under this condition since it could work in a vacuum.
• Possible cause-The minimum operating pressure was not respected during installation.
• Solution-Review the manual and call a qualified technician.

The pump makes a lot of noise

• Possible cause in the system.
• Solution-Open the nearest key for a few seconds waiting for it to come out the air in the pipes. Do not operate the pump for a long time pressurizer under this condition since it could work in a vacuum.
• Possible cause of positive pressure for having the empty tub.
• Solution-Turn off the pump and wait for the tub to have enough water.
• Possible cause- Excessive flow.
• Solution- Adjust the speed of the pump in the selector.

Warranty

• Pressurizing pumps have a four-year warranty on the pump and one year on the flow switch from the date of purchase.
• The Armstrong dealer may request a visit to review the pressurizer pump installation. Any violation of the installation recommendations shown in this manual will invalidate the warranty.
• The warranty may consider the repair of the equipment or any of its accessories and not necessarily the change.
• For comments on your pressurizer pump please contact ServiceLATAM@armstrongfluidtechnology.com
• TORONTO
  • +1 416 755 2291
• BUFFALO
  • +1 716 693 8813
• DROITWICH SPA
  • +44 121 550 5333
• MANCHESTER
  • +44 161 223 2223
• BANGALORE
  • +91 80 4906 3555
• SHANGHAI
  • +86 21 5237 0909
• BEIJING
  • +86 21 5237 0909
• SÃO PAULO
  • +55 11 4785 1330
• LYON
  • +33 4 26 83 78 74
• DUBAI
  • +971 4 887 6775
• JIMBOLIA
  • +40 256 360 030
• For further information please see www.armstrongfluidtechnology.com
• Armstrong Fluid Technology ® established in 1934
• armstrongfluidtechnology.com .

Documents / Resources

| ARMSTRONG BPA Pressurizing Pump [pdf] Instruction Manual
bpa s2 127-60-1, bpa s3 127-60-1, BPA Pressurizing Pump, BPA, Pressurizing Pump, Pump
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