La 227C Series™ pompe à engrenage interne en acier inoxydable est la solution flexible, simple et adaptable pour une large gamme d'applications. Cette nouvelle génération de pompes est équipée en standard d'une chemise interne, du support U-Plus™ scellé par une garniture, ainsi que du corps ProPort™ qui s'adapte à une variété de tailles et de types d'orifices en fonction de vos besoins. Elle peut gérer des débits allant jusqu'à 73 m³/h (320 GPM).
Caractéristiques et Avantages
- Construction entièrement en acier inoxydable pour une résistance à la corrosion sur une plus large gamme de pH
- Le corps ProPort™ utilise des patins de montage sur chaque port conçus pour s'adapter à une variété de types et de tailles de brides, permettant une flexibilité lors du raccordement des pompes à la tuyauterie
- Le support U-Plus™, disponible sur les tailles H-QS, permet de placer le joint dans le presse-étoupe ou derrière le rotor
- Les chambres à double enveloppe intégrée dans le support et la tête permettent aux pompes de maintenir une température constante et un débit de produit constant
- Opérations opposées disponibles sur toutes les tailles de pompes
Capacité
jusqu'à 320 GPM
jusqu'à 73 m³/h
Viscosité
28 à 2.000.000 SSU
0,1 à 440 000 cSt
Pression
jusqu'à 150 PSI
jusqu'à 10 BAR
Température
-120°F à +500°F
-85°C à +260°C
Options
Raccords
Entraînements
Montage
Étanchéité
Spécifications
| Modèle | Taille de l'orifice standard | Capacité nominale de la pompe (GPM) | Capacité nominale de la pompe (m3/h) | RPM maximale | Pression maximale PSI | Pression maximale BAR |
|---|---|---|---|---|---|---|
| H227A | 1.5 | 10 | 2.3 | 1150 | 150 | 10 |
| HL227A | 1.5 | 20 | 4.5 | 1150 | 150 | 10 |
| K227A | 2 | 65 | 11 | 520 | 150 | 10 |
| KK227A | 2 | 65 | 15 | 520 | 150 | 10 |
| LQ227A | 2.5 | 90 | 20 | 420 | 150 | 10 |
| LL227A | 3 | 110 | 25 | 420 | 150 | 10 |
| LS227A | 3 | 160 | 36 | 520 | 125 | 9 |
| Q227A | 4 | 200 | 45 | 350 | 175 | 12 |
| QS227A | 6 | 320 | 73 | 350 | 175 | 12 |
Photos
Videos
Sirop de maïs à haute teneur en fructose
Le terme "sirop de maïs à haute teneur en fructose" est généralement suivi du pourcentage de fructose dans le liquide, qui varie de 42 à 55 %. Il est le plus souvent utilisé comme édulcorant dans les boissons non alcoolisées, les confitures et les gelées. La régulation de la température est importante car une décoloration du liquide peut se produire à des températures élevées.
Lécithine
Massecuite
La masscuite est le mélange de cristaux de sucre brut et de mélasse, obtenu par ensemencement de jus de canne ou de betterave sursaturé, avant l'élimination de la mélasse par centrifugation. Elle contient une forte concentration de cristaux de sucre abrasifs.
Sucre Magma
Les Adhésifs Themofusibles
Les adhésifs thermofusibles sont des polymères thermoplastiques qui se ramollissent (deviennent moins visqueux) lorsqu'ils sont chauffés. Ils sont appliqués par un système local qui fait fondre l'adhésif et ajuste la vitesse de la pompe en fonction de la vitesse de la machine de transformation.
Technical Service Manuals
Catalog Sections
Product Flyers
Application Flyers
Application Flyers
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REPAIR RESOURCES
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DRAWINGS
H227C with Jacketed Head - 1.5" Class 150 ANSI Opposite PDF
H227C with Jacketed Head - 1.5" Class 150 ANSI RH/LH PDF
STEP
H227C with Jacketed Head - 1.5" Class 300 ANSI Opposite PDF
H227C with Jacketed Head - 1.5" Class 300 ANSI RH/LH PDF
STEP
H227C with Jacketed Head - 1.5" NPT Opposite PDF
H227C with Jacketed Head - 1.5" NPT RH/LH PDF
STEP
H227C with Jacketed Head - 2" Class 150 ANSI Opposite PDF
H227C with Jacketed Head - 2" Class 150 ANSI RH/LH PDF
STEP
H227C with Jacketed Head - 2" Class 300 ANSI Opposite PDF
H227C with Jacketed Head - 2" Class 300 ANSI RH/LH PDF
STEP
H227C with Jacketed Head - DIN 32 PN16 (RF) Opposite PDF
H227C with Jacketed Head - DIN 40 PN16 Opposite PDF
H227C with Jacketed Head - DIN 50 PN16 Opposite PDF
H227C with Plain Head - DIN 32 PN16 RH/LH PDF
H227C with Plain Head - DIN 40 PN16 RH/LH PDF
H227C with Plain Head - DIN 50 PN16 RH/LH PDF
H227C with Relief Valve - 1.5" Class 150 ANSI Opposite PDF
H227C with Relief Valve - 1.5" Class 150 ANSI RH/LH PDF
STEP
H227C with Relief Valve - 1.5" Class 300 ANSI Opposite PDF
H227C with Relief Valve - 1.5" Class 300 ANSI RH/LH PDF
STEP
H227C with Relief Valve - 1.5" NPT Opposite PDF
H227C with Relief Valve - 1.5" NPT RH/LH PDF
STEP
H227C with Relief Valve - 2" Class 150 ANSI Opposite PDF
H227C with Relief Valve - 2" Class 150 ANSI RH/LH PDF
STEP
H227C with Relief Valve - 2" Class 300 ANSI Opposite PDF
H227C with Relief Valve - 2" Class 300 ANSI RH/LH PDF
STEP
H227C with Relief Valve - DIN 32 PN16 (RF) Opposite PDF
H227C with Relief Valve - DIN 32 PN16 RH/LH PDF
H227C with Relief Valve - DIN 40 PN16 Opposite PDF
STEP
H227C with Relief Valve - DIN 40 PN16 RH/LH PDF
H227C with Relief Valve - DIN 50 PN16 Opposite PDF
H227C with Relief Valve - DIN 50 PN16 RH/LH PDF
HL227C with Jacketed Head - 1.5" Class 150 ANSI Opposite PDF
HL227C with Jacketed Head - 1.5" Class 150 ANSI RH/LH PDF
STEP
HL227C with Jacketed Head - 1.5" Class 300 ANSI Opposite PDF
HL227C with Jacketed Head - 1.5" Class 300 ANSI RH/LH PDF
STEP
HL227C with Jacketed Head - 1.5" NPT Opposite PDF
HL227C with Jacketed Head - 1.5" NPT RH/LH PDF
STEP
HL227C with Jacketed Head - 2" Class 150 ANSI Opposite PDF
HL227C with Jacketed Head - 2" Class 150 ANSI RH/LH PDF
STEP
HL227C with Jacketed Head - 2" Class 300 ANSI Opposite PDF
HL227C with Jacketed Head - 2" Class 300 ANSI RH/LH PDF
STEP
HL227C with Jacketed Head - DIN 32 PN16 (RF) Opposite PDF
HL227C with Jacketed Head - DIN 40 PN16 Opposite PDF
HL227C with Jacketed Head - DIN 50 PN16 Opposite PDF
HL227C with Plain Head - DIN 32 PN16 RH/LH PDF
HL227C with Plain Head - DIN 40 PN16 RH/LH PDF
HL227C with Plain Head - DIN 50 PN16 RH/LH PDF
HL227C with Relief Valve - 1.5" Class 150 ANSI Opposite PDF
HL227C with Relief Valve - 1.5" Class 150 ANSI RH/LH PDF
STEP
HL227C with Relief Valve - 1.5" Class 300 ANSI Opposite PDF
HL227C with Relief Valve - 1.5" Class 300 ANSI RH/LH PDF
STEP
HL227C with Relief Valve - 1.5" NPT Opposite PDF
HL227C with Relief Valve - 1.5" NPT RH/LH PDF
STEP
HL227C with Relief Valve - 2" Class 150 ANSI Opposite PDF
HL227C with Relief Valve - 2" Class 150 ANSI RH/LH PDF
STEP
HL227C with Relief Valve - 2" Class 300 ANSI Opposite PDF
HL227C with Relief Valve - 2" Class 300 ANSI RH/LH PDF
STEP
HL227C with Relief Valve - DIN 32 PN16 (RF) Opposite PDF
HL227C with Relief Valve - DIN 32 PN16 RH/LH PDF
HL227C with Relief Valve - DIN 40 PN16 Opposite PDF
STEP
HL227C with Relief Valve - DIN 40 PN16 RH/LH PDF
HL227C with Relief Valve - DIN 50 PN16 Opposite PDF
HL227C with Relief Valve - DIN 50 PN16 RH/LH PDF
K227C with Plain Head - 2" Class 150 ANSI Opposite PDF
K227C with Plain Head - 2" Class 150 RH/LH PDF
STEP
K227C with Plain Head - 2" Class 300 ANSI Opposite PDF
K227C with Plain Head - 2" Class 300 ANSI RH/LH PDF
STEP
K227C with Plain Head - 2" NPT Opposite PDF
K227C with Plain Head - 2" NPT RH/LH PDF
STEP
K227C with Plain Head - 3" Class 150 ANSI Opposite PDF
K227C with Plain Head - 3" Class 150 ANSI RH/LH PDF
STEP
K227C with Plain Head - 3" Class 300 ANSI Opposite PDF
K227C with Plain Head - 3" Class 300 ANSI RH/LH PDF
STEP
K227C with Plain Head - 4" Class 150 ANSI Opposite PDF
K227C with Plain Head - 4" Class 150 ANSI RH/LH PDF
STEP
K227C with Plain Head - DIN 50 PN16 Opposite PDF
K227C with Plain Head - DIN 65 PN16 Opposite PDF
K227C with Plain Head - DIN 80 PN16 Opposite PDF
K227C with Relief Valve - 2" Class 150 ANSI Opposite PDF
K227C with Relief Valve - 2" Class 150 RH/LH PDF
STEP
K227C with Relief Valve - 2" Class 300 ANSI Opposite PDF
K227C with Relief Valve - 2" Class 300 ANSI RH/LH PDF
STEP
K227C with Relief Valve - 2" NPT Opposite PDF
K227C with Relief Valve - 2" NPT RH/LH PDF
STEP
K227C with Relief Valve - 3" Class 150 ANSI Opposite PDF
K227C with Relief Valve - 3" Class 150 ANSI RH/LH PDF
STEP
K227C with Relief Valve - 3" Class 300 ANSI Opposite PDF
K227C with Relief Valve - 3" Class 300 ANSI RH/LH PDF
STEP
K227C with Relief Valve - 4" Class 150 ANSI Opposite PDF
K227C with Relief Valve - 4" Class 150 ANSI RH/LH PDF
STEP
K227C with Relief Valve - DIN 50 PN16 Opposite PDF
K227C with Relief Valve - DIN 65 PN16 Opposite PDF
K227C with Relief Valve - DIN 80 PN16 Opposite PDF
KK227C with Plain Head - 2" Class 150 ANSI Opposite PDF
KK227C with Plain Head - 2" Class 150 RH/LH PDF
STEP
KK227C with Plain Head - 2" Class 300 ANSI Opposite PDF
KK227C with Plain Head - 2" Class 300 ANSI RH/LH PDF
STEP
KK227C with Plain Head - 2" NPT Opposite PDF
KK227C with Plain Head - 2" NPT RH/LH PDF
STEP
KK227C with Plain Head - 3" Class 150 ANSI Opposite PDF
KK227C with Plain Head - 3" Class 150 ANSI RH/LH PDF
STEP
KK227C with Plain Head - 3" Class 300 ANSI Opposite PDF
KK227C with Plain Head - 3" Class 300 ANSI RH/LH PDF
STEP
KK227C with Plain Head - 4" Class 150 ANSI Opposite PDF
KK227C with Plain Head - 4" Class 150 ANSI RH/LH PDF
STEP
KK227C with Plain Head - DIN 50 PN16 Opposite PDF
KK227C with Plain Head - DIN 65 PN16 Opposite PDF
KK227C with Plain Head - DIN 80 PN16 Opposite PDF
KK227C with Relief Valve - 2" Class 150 ANSI Opposite PDF
KK227C with Relief Valve - 2" Class 150 RH/LH PDF
STEP
KK227C with Relief Valve - 2" Class 300 ANSI Opposite PDF
KK227C with Relief Valve - 2" Class 300 ANSI RH/LH PDF
STEP
KK227C with Relief Valve - 2" NPT Opposite PDF
KK227C with Relief Valve - 2" NPT RH/LH PDF
STEP
KK227C with Relief Valve - 3" Class 150 ANSI Opposite PDF
KK227C with Relief Valve - 3" Class 150 ANSI RH/LH PDF
STEP
KK227C with Relief Valve - 3" Class 300 ANSI Opposite PDF
KK227C with Relief Valve - 3" Class 300 ANSI RH/LH PDF
STEP
KK227C with Relief Valve - 4" Class 150 ANSI Opposite PDF
KK227C with Relief Valve - 4" Class 150 ANSI RH/LH PDF
STEP
KK227C with Relief Valve - DIN 50 PN16 Opposite PDF
KK227C with Relief Valve - DIN 65 PN16 Opposite PDF
KK227C with Relief Valve - DIN 80 PN16 Opposite PDF
L227C with Jacketed Relief Valve - 2" NPT Opposite PDF
L227C with Jacketed Relief Valve - 2" NPT RH/LH PDF
L227C with Jacketed Relief Valve - 2.5" Class 150 ANSI Oppsite PDF
L227C with Jacketed Relief Valve - 2.5" Class 150 ANSI RH/LH PDF
STEP
L227C with Jacketed Relief Valve - 2.5" Class 300 ANSI Oppsite PDF
L227C with Jacketed Relief Valve - 2.5" Class 300 ANSI RH/LH PDF
L227C with Jacketed Relief Valve - 3" Class 150 ANSI Oppsite PDF
L227C with Jacketed Relief Valve - 3" Class 150 ANSI RH/LH PDF
L227C with Jacketed Relief Valve - 3" Class 300 ANSI Oppsite PDF
L227C with Jacketed Relief Valve - 3" Class 300 ANSI RH/LH PDF
L227C with Jacketed Relief Valve - 4" Class 150 ANSI Oppsite PDF
L227C with Jacketed Relief Valve - 4" Class 150 ANSI RH/LH PDF
L227C with Jacketed Relief Valve - 4" Class 300 ANSI Oppsite PDF
L227C with Jacketed Relief Valve - 4" Class 300 ANSI RH/LH PDF
L227C with Jacketed Relief Valve - DIN 100 PN16 Opposite PDF
L227C with Jacketed Relief Valve - DIN 65 PN16 Opposite PDF
L227C with Jacketed Relief Valve - DIN 80 PN16 Opposite PDF
L227C with Plain Head - 2" NPT Opposite PDF
L227C with Plain Head - 2" NPT RH/LH PDF
STEP
L227C with Plain Head - 2.5" Class 150 ANSI Oppsite PDF
L227C with Plain Head - 2.5" Class 150 ANSI RH/LH PDF
STEP
L227C with Plain Head - 2.5" Class 300 ANSI Oppsite PDF
L227C with Plain Head - 2.5" Class 300 ANSI RH/LH PDF
STEP
L227C with Plain Head - 3" Class 150 ANSI Oppsite PDF
L227C with Plain Head - 3" Class 150 ANSI RH/LH PDF
STEP
L227C with Plain Head - 3" Class 300 ANSI Oppsite PDF
L227C with Plain Head - 3" Class 300 ANSI RH/LH PDF
STEP
L227C with Plain Head - 4" Class 150 ANSI Oppsite PDF
L227C with Plain Head - 4" Class 150 ANSI RH/LH PDF
STEP
L227C with Plain Head - 4" Class 300 ANSI Oppsite PDF
L227C with Plain Head - 4" Class 300 ANSI RH/LH PDF
STEP
L227C with Plain Head - DIN 100 PN16 Opposite PDF
L227C with Plain Head - DIN 65 PN16 Opposite PDF
L227C with Plain Head - DIN 80 PN16 Opposite PDF
L227C with Relief Valve - 2" NPT Opposite PDF
L227C with Relief Valve - 2" NPT RH/LH PDF
STEP
L227C with Relief Valve - 2.5" Class 150 ANSI Oppsite PDF
L227C with Relief Valve - 2.5" Class 150 ANSI RH/LH PDF
STEP
L227C with Relief Valve - 2.5" Class 300 ANSI Oppsite PDF
L227C with Relief Valve - 2.5" Class 300 ANSI RH/LH PDF
STEP
L227C with Relief Valve - 3" Class 150 ANSI Oppsite PDF
L227C with Relief Valve - 3" Class 150 ANSI RH/LH PDF
STEP
L227C with Relief Valve - 3" Class 300 ANSI Oppsite PDF
L227C with Relief Valve - 3" Class 300 ANSI RH/LH PDF
STEP
L227C with Relief Valve - 4" Class 150 ANSI Oppsite PDF
L227C with Relief Valve - 4" Class 150 ANSI RH/LH PDF
STEP
L227C with Relief Valve - 4" Class 300 ANSI Oppsite PDF
L227C with Relief Valve - 4" Class 300 ANSI RH/LH PDF
STEP
L227C with Relief Valve - DIN 100 PN16 Opposite PDF
L227C with Relief Valve - DIN 65 PN16 Opposite PDF
L227C with Relief Valve - DIN 80 PN16 Opposite PDF
LL227C with Jacketed Relief Valve - 3" Class 150 ANSI Oppsite PDF
LL227C with Jacketed Relief Valve - 3" Class 150 ANSI RH/LH PDF
STEP
LL227C with Jacketed Relief Valve - 3" Class 300 ANSI Oppsite PDF
LL227C with Jacketed Relief Valve - 3" Class 300 ANSI RH/LH PDF
LL227C with Jacketed Relief Valve - 4" Class 150 ANSI Oppsite PDF
LL227C with Jacketed Relief Valve - 4" Class 150 ANSI RH/LH PDF
LL227C with Jacketed Relief Valve - 4" Class 300 ANSI Oppsite PDF
LL227C with Jacketed Relief Valve - 4" Class 300 ANSI RH/LH PDF
LL227C with Jacketed Relief Valve - 4" DIN 100 PN16 Opposite PDF
LL227C with Jacketed Relief Valve - DIN 65 PN16 Opposite PDF
LL227C with Jacketed Relief Valve - DIN 80 PN16 Opposite PDF
LL227C with Plain Head - 3" Class 150 ANSI Oppsite PDF
LL227C with Plain Head - 3" Class 150 ANSI RH/LH PDF
STEP
LL227C with Plain Head - 3" Class 300 ANSI Oppsite PDF
LL227C with Plain Head - 3" Class 300 ANSI RH/LH PDF
STEP
LL227C with Plain Head - 4" Class 150 ANSI Oppsite PDF
LL227C with Plain Head - 4" Class 150 ANSI RH/LH PDF
STEP
LL227C with Plain Head - 4" Class 300 ANSI Oppsite PDF
LL227C with Plain Head - 4" Class 300 ANSI RH/LH PDF
STEP
LL227C with Plain Head - DIN 100 PN16 Opposite PDF
LL227C with Plain Head - DIN 65 PN16 Opposite PDF
LL227C with Plain Head - DIN 80 PN16 Opposite PDF
LL227C with Relief Valve - 3" Class 150 ANSI Oppsite PDF
LL227C with Relief Valve - 3" Class 150 ANSI RH/LH PDF
STEP
LL227C with Relief Valve - 3" Class 300 ANSI Oppsite PDF
LL227C with Relief Valve - 3" Class 300 ANSI RH/LH PDF
STEP
LL227C with Relief Valve - 4" Class 150 ANSI Oppsite PDF
LL227C with Relief Valve - 4" Class 150 ANSI RH/LH PDF
STEP
LL227C with Relief Valve - 4" Class 300 ANSI Oppsite PDF
LL227C with Relief Valve - 4" Class 300 ANSI RH/LH PDF
STEP
LL227C with Relief Valve - DIN 100 PN16 Opposite PDF
LL227C with Relief Valve - DIN 65 PN16 Opposite PDF
LL227C with Relief Valve - DIN 80 PN16 Opposite PDF
LS227C with Jacketed Relief Valve - 3" Class 150 ANSI Oppsite PDF
LS227C with Jacketed Relief Valve - 3" Class 150 ANSI RH/LH PDF
STEP
LS227C with Jacketed Relief Valve - 3" Class 300 ANSI Oppsite PDF
LS227C with Jacketed Relief Valve - 3" Class 300 ANSI RH/LH PDF
LS227C with Jacketed Relief Valve - 4" Class 150 ANSI Oppsite PDF
LS227C with Jacketed Relief Valve - 4" Class 150 ANSI RH/LH PDF
LS227C with Jacketed Relief Valve - 4" Class 300 ANSI Oppsite PDF
LS227C with Jacketed Relief Valve - 4" Class 300 ANSI RH/LH PDF
LS227C with Jacketed Relief Valve - 4" DIN 100 PN16 Opposite PDF
LS227C with Jacketed Relief Valve - 4" DIN 80 PN16 Opposite PDF
LS227C with Plain Head - 3" Class 150 ANSI Oppsite PDF
LS227C with Plain Head - 3" Class 150 ANSI RH/LH PDF
STEP
LS227C with Plain Head - 3" Class 300 ANSI Oppsite PDF
LS227C with Plain Head - 3" Class 300 ANSI RH/LH PDF
STEP
LS227C with Plain Head - 4" Class 150 ANSI Oppsite PDF
LS227C with Plain Head - 4" Class 150 ANSI RH/LH PDF
STEP
LS227C with Plain Head - 4" Class 300 ANSI Oppsite PDF
LS227C with Plain Head - 4" Class 300 ANSI RH/LH PDF
STEP
LS227C with Plain Head - DIN 100 PN16 Opposite PDF
LS227C with Plain Head - DIN 80 PN16 Opposite PDF
LS227C with Relief Valve - 3" Class 150 ANSI Oppsite PDF
LS227C with Relief Valve - 3" Class 150 ANSI RH/LH PDF
STEP
LS227C with Relief Valve - 3" Class 300 ANSI Oppsite PDF
LS227C with Relief Valve - 3" Class 300 ANSI RH/LH PDF
STEP
LS227C with Relief Valve - 4" Class 150 ANSI Oppsite PDF
LS227C with Relief Valve - 4" Class 150 ANSI RH/LH PDF
STEP
LS227C with Relief Valve - 4" Class 300 ANSI Oppsite PDF
LS227C with Relief Valve - 4" Class 300 ANSI RH/LH PDF
STEP
LS227C with Relief Valve - DIN 100 PN16 Opposite PDF
LS227C with Relief Valve - DIN 80 PN16 Opposite PDF
Q227C with Jacketed Head - 4" Class 150 ANSI RH/LH PDF
STEP
Q227C with Jacketed Head - 4" Class 300 ANSI RH/LH PDF
STEP
Q227C with Jacketed Head - 6" Class 150 ANSI Opposite PDF
Q227C with Jacketed Head - 6" Class 150 ANSI RH/LH PDF
STEP
Q227C with Jacketed Head - 6" Class 300 ANSI Opposite PDF
Q227C with Jacketed Head - 6" Class 300 ANSI RH/LH PDF
STEP
Q227C with Jacketed Head - DIN 100 PN16 Opposite PDF
Q227C with Jacketed Head - DIN 150 PN16 Opposite PDF
STEP
Q227C with Jacketed Relief Valve - 4" Class 150 ANSI RH/LH PDF
STEP
Q227C with Jacketed Relief Valve - 4" Class 300 ANSI RH/LH PDF
Q227C with Jacketed Relief Valve - 6" Class 150 ANSI Opposite PDF
Q227C with Jacketed Relief Valve - 6" Class 150 ANSI RH/LH PDF
Q227C with Jacketed Relief Valve - 6" Class 300 ANSI Opposite PDF
Q227C with Jacketed Relief Valve - 6" Class 300 ANSI RH/LH PDF
Q227C with Jacketed Relief Valve - 6" Class 300 RF ANSI Opposite PDF
Q227C with Jacketed Relief Valve - DIN 100 PN16 Opposite PDF
Q227C with Jacketed Relief Valve - DIN 150 PN16 Opposite PDF
STEP
Q227C with Relief Valve - 4" Class 150 ANSI RH/LH PDF
STEP
Q227C with Relief Valve - 4" Class 300 ANSI RH/LH PDF
STEP
Q227C with Relief Valve - 6" Class 150 ANSI Opposite PDF
Q227C with Relief Valve - 6" Class 150 ANSI RH/LH PDF
STEP
Q227C with Relief Valve - 6" Class 300 ANSI Opposite PDF
Q227C with Relief Valve - 6" Class 300 ANSI RH/LH PDF
STEP
Q227C with Relief Valve - DIN 100 PN16 Opposite PDF
Q227C with Relief Valve - DIN 150 PN16 Opposite PDF
STEP
QS227C with Jacketed Head - 6" Class 150 ANSI Opposite PDF
STEP
QS227C with Jacketed Head - 6" Class 300 ANSI Opposite PDF
STEP
QS227C with Jacketed Relief Valve - 6" Class 150 ANSI Opposite PDF
STEP
QS227C with Relief Valve - 6" Class 150 ANSI Opposite PDF
STEP
QS227C with Relief Valve - 6" Class 300 ANSI Opposite PDF
STEP
Pompes Associées
Escambia - Florida
A gentleman once contacted me to let me know that he’d cracked a head, an impressive, but not entirely unheard-of feat. When I asked how this had happened he admitted “well, I was wailing on it pretty hard”; I appreciated his honesty. What followed was a 30-minute conversation full of mis-assumptions and confusion. At the conclusion I discovered that he was not talking about a head (as in the end plate of a gear pump) but rather a head (as in the top of a snare drum). An internet search for “head” had landed him on our site by mistake.
The problem lies in a variety of terms, some industry standard and some slang to describe the same thing. In truth, while Viking Pump calls this part the head, others call it the end plate, cap, front cover, etc. The following is a list of these terms and the Viking translation from the manufacturer’s perspective.
TERMS: Viking pump, Banana pump, Crescent pump, Star pump, Star gear pump
TRANSLATION: Internal Gear Pump
Viking Pump invented this pump principle so it’s understandable that over the past century the company name has become synonymous with the internal gear pump principle itself. Some of these other terms are a little more confusing. The “banana pump” is an uncommon term and seems to be reserved for small internal gear pumps commonly used for applying asphalt emulsions. I assume the genesis for this term is the shape of the crescent on the head of the pump which can resemble a banana, like the “crescent pump” misnomer. Terms like “star pump” and “star gear pump” are likely describing the shape of the idler gear in the pump which can resemble a star.
TERMS: Impeller, Drive Gear
TRANSLATION: Rotor Gear (or just Rotor for short)
Centrifugal pumps have impellers, rotary pumps have rotors. For internal gear pumps the rotor is the drive gear and is mounted on the end of a shaft, giving it a similar appearance to the impeller on the end of a centrifugal pump shaft. For customers with more experience with centrifugal pumps than rotary pumps it’s understandable why they default to this term.
TERMS: Driven Gear, Lay Gear, Star Gear, Sun Gear
TRANSLATION: Idler Gear (or just Idler for short)
The idler gear in an internal gear pump is the driven gear, rotated by the rotor which is the driver gear. Names like “driven gear” or “lay gear” are more common for external gear pumps or power transmission gears, but it’s understandable why these terms persist. “Star gear” and “sun gear” refer to the shape and appearance of the idler gear and likely just help users distinguish it from the rotor.
TERMS: Moon, Smile, Banana
TRANSLATION: Crescent
The crescent is the part of the head which creates the separation and seal between the rotor and idler gears of an internal gear pump. The name, crescent is a description of its appearance so it’s understandable that users have developed similar terms to describe this part of the head. It’s common to hear the terms “sun gear” and “moon” used together…very Zen.
TERMS: Pump Housing, Pump Body
TRANSLATION: Casing
For internal gear pumps, the term casing refers to the part of the pump which houses the gears and is the part with the ports for connecting the pump to the piping. “Housing” and “body” are similar terms that have crept into the vernacular.
TERMS: Pressure Regulator, Safety Valve, PSV
TRANSLATION: Relief Valve (or PRV)
This one is a little more important than some of the others because it speaks to how the valve operates and what its role is. Internal gear pumps like all types of rotary pumps require overpressure protection. A common form this takes is the relief valve mounted on the head (or casing depending on model and design) of the pump. Inline pressure regulators or safety valves can be used in conjunction with the pump-mounted relief valve, but it’s important not to mislead the purpose of the valve by using an incorrect term.