Description
G.P.T.CO Vertical Manifold For 2 Pumps — Zinc Plated Steel
The G.P.T.CO vertical manifold is built for booster sets running vertical multistage pumps, where the pump ports face sideways rather than up. The branch connections turn 90° off the main body so the manifold sits parallel to the base plate and the pumps drop straight onto it — no elbow stack, no offset piping, and a noticeably shorter skid footprint than a horizontal header would allow.
The body is a one-piece zinc plated steel tube with male NPT threads at both ends, so it can be fed or discharged from either side, or coupled in-line on larger assemblies. Two male NPT branch connections extend from the body at equal spacing from the centerline, and two 1″ NPT ports on the body face accept a pressure vessel, relief valve, or crossover line. Three 1/4″ female sleeves along the top carry the gauge, pressure switch, or transducer.

Technical Specifications / Dimensions
Dimension Key
| A | Overall length of the manifold. |
| B | Main pipe size, male threaded on both ends. |
| C | Pump connection, male threaded. |
| D | Pressure vessel connection, female sleeve. |
| E | Distance between pumps (center to center). |
| F | Distance between pressure vessel connections. |
| G | Female sleeves for instruments (gauge, pressure switch, transducer). |
| H | Height of the pump connection from the main pipe centerline. |
Material & Construction
| Material | Tube FE P11, DIN 2394, EN 10204 2.2 (welded, polished) |
| Tube thickness | 1/8″ (3 mm) |
| Threads | NPT, USAS B2.1-1968 |
| Surface treatment | Zinc plated, UNI EN ISO 2081 Fe/Zn8/A |


