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EV — Stainless steel-Collectors

Stainless steel collector for plastic injection moulding and aluminium die casting, also for low temperatures down to -50 °C. Inlet from 1" to 2", two to eight outlets on up to three faces, with high or low outlet.

FLEXQ Series EV
FLEXQ stainless steel collectors with welded-on measuring sections for ultrasonic flow sensors

Application example

Stainless steel collectors with measuring sections for ultrasonic flow sensors

For a customer in medical technology, we developed and manufactured stainless steel collectors for injection moulding machines: pipe sections welded onto the return collector allow ultrasonic flow sensors to be mounted easily – without intervening in the circuit. Designed for cleanroom environments, delivered in series in October 2026.

We build collectors to your specifications as well.

Enquire about a custom solution
Inlet
1" up to 2"
Pressure
0 – 20 bar
Temperature
-50 °C up to +200 °C
Outlets
2 to 8 per face
NPT threads available. Our standard threads are mostly G (BSPP, parallel, ISO 228-1) and R (BSPT, tapered, ISO 7-1). All FLEXQ products are also available with NPT threads (ASME B1.20.1) – simply mention it in your enquiry. Please note: NPT and BSPT are not interchangeable. See thread table

End plugs and mounting screws are not included in delivery. The scheme shows which of the three faces A, B and C carry outlets. As the bar is mirror-symmetrical, mirrored arrangements are the same collector — A equals C, AB equals BC. The seven notations in the catalogue therefore result in five genuine versions: A, B, AB, AC and ABC. The type determines the overall height: with the high outlet (HE) the spigot protrudes and the total height is Z + 10 mm; with the low outlet (LE) it remains Z.

Overview

Configure part number

Thread type
Inlet thread
Outlet thread
Number of outlets
Scheme — faces with outlets
Type
Order number
Dimensionen dieser Version

Your version

Dimensions

Side view with total length L, outlet spacing Y and hole distance L1

L = total length · L1 and L2 = distances between mounting holes · L3 = distance from the last outlet to the end of the bar · Y = distance between outlet holes · Z = height. All dimensions in millimetres.