CL - Classic | Boerger Pumps (2024)

CL - Classic | Boerger Pumps (1)

Capaciteitsgegevens Classic-typen

Afmetingen voor het CL-type

Klik op de betreffende afbeelding om de bijbehorende afmetingen weer te geven.
De pijpverbindingsstukken vormen slechts een deel van de vele mogelijkheden die we bieden. Meer gegevens sturen we u graag op aanvraag. Kijk ook onder Constructiemogelijkheden.

Flenssteun met aansluitflens en o-ring in mm

Bouwvorm 1

Constructie-maat in mm (ca.)
CL 260 CL 390 CL 520
Nominale Norm: DIN / DIN EN ANSI / ASME DIN / DIN EN ANSI / ASME DIN / DIN EN ANSI / ASME
breedte: Maat: A B A B A B A B A B A B
DN 80 (3") 170 635 190 675 195 685 215 725 - - - -
DN 100 (4") 165 625 189 673 160 615 184 663 260 815 284 863
DN 125 (5") 150 595 184 663 175 645 209 713 250 795 284 863
DN 150 (6") 180 655 214 723 160 615 194 683 165 625 199 693
DN 200 (8") 260 815 300 895 260 815 300 895 175 645 215 725
DN 250 (10") - - - - 295 885 329 953 245 785 279 853
DN 300 (12") - - - - 370 1035 416 1127 - - - -

Afwijkingen van de afzonderlijke maten die tijdens de vervaardiging ontstaan binnen een acceptabele tolerantie zijn niet uit te sluiten.
Opdrachtspecifieke afmetingen kunnen graag worden aangevraagd.

Bochtstuk 90° boven in mm

Bouwvorm 2

Constructie-maat in mm (ca.)
CL 260 CL 390 CL 520
Nominale Norm: DIN / DIN EN ANSI / ASME DIN / DIN EN ANSI / ASME DIN / DIN EN ANSI / ASME
breedte: Maat: A B A B A B A B A B A B
DN 80 (3") - - - - 259 813 259 813 - - - -
DN 100 (4") 266 827 266 827 261 817 261 817 361 1017 341 1017
DN 125 (5") 285 865 285 865 310 915 310 915 385 1065 385 1065
DN 150 (6") 354 1003 354 1003 334 963 334 963 339 973 339 973
DN 200 (8") 503 1301 503 1301 503 1301 503 1301 418 1131 418 1131

Afwijkingen van de afzonderlijke maten die tijdens de vervaardiging ontstaan binnen een acceptabele tolerantie zijn niet uit te sluiten.
Opdrachtspecifieke afmetingen kunnen graag worden aangevraagd.

Zwanenhals-uitvoering in mm

Bouwvorm 6

Constructie-maat in mm (ca.)
CL 260 CL 390 CL 520
Nominale Norm: DIN / DIN EN ANSI / ASME DIN / DIN EN ANSI / ASME DIN / DIN EN ANSI / ASME
breedte: Maat: A B A B A B A B A B A B
DN 80 (3") - - - - 423 1141 443 1181 - - - -
DN 100 (4") 471 1237 495 1285 466 1227 490 1275 566 1427 590 1475
DN 125 (5") 541 1377 575 1445 555 1405 589 1473 630 1555 665 1625
DN 150 (6") 638 1571 672 1639 618 1531 652 1599 623 1541 657 1609
DN 200 (8") 870 2035 910 2115 870 2035 910 2115 785 1865 825 1945

Afwijkingen van de afzonderlijke maten die tijdens de vervaardiging ontstaan binnen een acceptabele tolerantie zijn niet uit te sluiten.
Opdrachtspecifieke afmetingen kunnen graag worden aangevraagd.

Standaard aggregaatuitvoering

in mm

Constructie-maat in mm (ca.)
CL 260 CL 390 CL 520
Aandrijving Gewicht Afmetingen Gewicht Afmetingen Gewicht Afmetingen
[kW] [kg] L1 H1 [kg] L1 H1 [kg] L1 H1
3 326 1365 500 352 1365 500 376 1406 500
4 338 1390 515 364 1390 515 388 1431 415
5,5 360 1525 530 385 1525 530 409 1566 530
7,5 370 1525 530 396 1525 530 420 1566 530
9,2 386 1560 530 410 1560 530 435 1601 530
11 412 1665 557 438 1665 557 462 1706 557
15 476 1665 557 501 1665 557 526 1706 557
18,5 - - - 515 1775 576 540 1816 576

Afmetingen kunnen op grond van de gekozen aandrijving afwijken!
We maken graag een bindende maattekening voor uw speciale behoefte.

(Kopie 23)

Aanbestedingstekst CL-type

Type: DOCX | Size: 29 KByte

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Karakteristiek CL 260

Type: PDF | Size: 32 KByte

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Karakteristiek CL 390

Type: PDF | Size: 32 KByte

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Karakteristiek CL 520

Type: PDF | Size: 32 KByte

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Milieu- en kommunale Zuiveringstechniek

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CL - Classic | Boerger Pumps (2024)

FAQs

How do I choose a water pump capacity? ›

Here is what you need to consider while choosing the ideal pump size for you:
  1. Flow rate and pressure: Calculate the needed flow rate and pressure based on your household's water demands. ...
  2. Inlet/outlet size: Check the inlet and outlet sizes of the pump to ensure compatibility with your water source and plumbing system.
Feb 29, 2024

How do you choose the best pump? ›

Before you can select a pump that will fit your needs, you must know four things: 1) the total head or pressure against which it must operate, 2) the desired flow rate, 3) the suction lift, and 4) characteristics of the fluid.

How do I know if I'm using the wrong pump? ›

Some signs that you might be using the wrong flange size include pumping discomfort, clogged milk ducts, sore nipples, or difficulty making milk.

How do I make sure I pump correctly? ›

The basics of pumping
  1. Wash your hands first. Wash your hands before pumping breastmilk, and then massage both breasts.
  2. Start with a low suction. Pump both breasts at the same time, starting with low suction. ...
  3. Massage. ...
  4. Express into the pump's bottle. ...
  5. Pump regularly. ...
  6. Pumping shouldn't hurt.

Which type of pump is most reliable? ›

Centrifugal pumps are robust equipment that generally offer good efficiency. This type of pump can pump large volumes and at a constant flow.

How do I know which pump to use? ›

Lactation consultants recommend a pump that can accomodate double expression. This means you can pump on both sides at the same time. Occasionally, single-side pumping can be helpful if you like to pump and nurse at the same time, or are using the pump to help manage engorgement or a plugged duct.

How do I know if my water pump is working properly? ›

Signs Your Water Pump is Failing
  1. Leaking coolant. A coolant leak can indicate many failures, but if it's coolant on the front of the engine, it's often a water pump leak. ...
  2. Overheating. ...
  3. Squealing noise. ...
  4. Whining noise. ...
  5. Water pump corrosion.

How do you check if a well pump is working? ›

Some of the most common indicators of a faulty well pump and pressure tank include:
  1. Fluctuations in Water Pressure. ...
  2. Noisy Pressure Tank or Clicking Sounds. ...
  3. Spitting Faucets. ...
  4. Scalding Shower Water. ...
  5. High Electric Bills.

How do I know if my breast pump is working properly? ›

Common complaints when a breast pump part needs to be replaced:
  1. Nipples are more tender after pumping.
  2. Breasts still feel full after a pumping session.
  3. Increased pumping time.
  4. Decreased milk output.
  5. Decreased suction.
  6. Moisture in the tubing.
  7. Overall decreased pump performance.

How do you test pumps? ›

Some proven tests include:
  1. Visual Inspection. This pump test usually occurs at the point of assembly from the manufacturer's factory to the loading station and ultimately the client, who receives the equipment for installation and operation. ...
  2. Runout Test. ...
  3. Dimensional Check. ...
  4. Hydrostatic Test. ...
  5. Dynamic Balancing.
Aug 24, 2023

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