A rising-stem globe valve for throttling and isolation, with ANSI 150# flange ends, 2″–6″ (DN50–DN150), in Cast iron. Rated 150#, built to ASME B16.10. Graphite packed — built to run part-open, unlike a gate valve.
Tell us the size, the fluid, pressure and temperature — quotes within 2 working hours.
| Ends | ANSI 150# flange |
|---|---|
| Size | 2″–6″ (DN50–DN150) |
| Body | Cast iron |
| Pressure | 150# |
| Max temperature | ≤ 205 °C |
| Design | ASME B16.10 |
| Inspection | API 598 |
| Stem | Non-rising stem, handwheel, multi-turn |
| Packing | Graphite |
Throttling duty, ANSI 150# flange ends, built to ASME B16.10.
A rising-stem globe valve in 2″–6″ (DN50–DN150), body in Cast iron, rated 150#. In a globe valve the flow turns: up through a seat opening, past a disc that lifts squarely off that seat, and down again to leave. That geometry is what lets it be set and held anywhere between shut and fully open.
The cheapest body in the range, for throttling water and low-duty service. ⚠ Its catalogue PDF is not on our server - ask us if you need the factory sheet.
Running it part-open is normal service, not abuse. A gate valve held part-open erodes its own seat permanently; a globe valve is built for it.
At 2″ in cast steel a globe is 203 mm face-to-face against 178 mm for the gate. It will not fit the gap a gate valve came out of — measure the run.
Metal seating and a graphite-packed stem, rather than a PTFE seat. That is why globe valves regulate steam and hot oil where a ball valve stops at 150 °C.
As published. We print the catalogue figure rather than inferring one from a sibling variant.
Flow entering beneath the disc, unless the manufacturer says otherwise — it makes the valve easier to open against pressure and keeps the packing out of the throttling stream.
The end type is the first decision and cannot be changed later. Check it against the pipework, not the pressure rating — all ten variants compared.
All photographs of the stocked item, not renders.
A rising-stem globe valve with the handwheel fitted. The stem travels as the valve opens, though not as far as a gate valve’s — the disc does not have to clear the bore.
Note the shape: the flow turns twice inside it. That is what makes it controllable, and also why it is longer face-to-face than a gate valve of the same size.
Where the graphite packing sits. Installed flow-under-the-seat, the packing stays out of the throttling stream.
Everything that goes on a purchase order.
| Item | Detail |
|---|---|
| Size range | 2″ to 6″ (DN50 to DN150) |
| End connection | ANSI 150# flange |
| Working pressure | 150# |
| Maximum working temperature | ≤ 205 °C |
| Body material | Cast iron ASTM A126 B |
| Trim | A276 SUS410 stem and stem nut, A126 B seat and disc |
| Design and manufacture | ASME B16.10 |
| End dimensions | ASME B16.5 |
| Inspection and test | API 598 |
| Shell or body test | 2.06 MPa |
| Seal test | 1.57 MPa |
| Gas tightness test | 0.6 MPa |
| Stem | Rising stem, handwheel operated |
| Packing | Graphite |
| Duty | Throttling and isolation — designed to run part open |
| Flow direction | Normally flow under the seat — check the body arrow |
| Stock | Singapore & Malaysia warehouses — out within 24 hours |
Millimetres. Face-to-face L is the gap the valve needs in the run; on a rising-stem globe valve you also need headroom above it, because the stem travels up as it opens.
| Size | Part no | Bore d | Face-to-face L | Flange OD O | Bolt circle W | R | Bolts n-z | Flange thk t | RF height f | Weight (kg) |
|---|---|---|---|---|---|---|---|---|---|---|
| 2″ | VL-CI-GL-F-150-32 | 50 | 200 | 152 | 120.7 | 92.1 | 4-Ø19 | 15.9 | 2 | 11.45 |
| 2 1/2″ | VL-CI-GL-F-150-40 | 65 | 216 | 178 | 139.5 | 104.8 | 4-Ø19 | 17.5 | 2 | 18.80 |
| 3″ | VL-CI-GL-F-150-48 | 80 | 240 | 190 | 152.5 | 127 | 4-Ø19 | 19.1 | 2 | 24.70 |
| 4″ | VL-CI-GL-F-150-64 | 100 | 292 | 229 | 190.5 | 157.2 | 8-Ø19 | 23.9 | 2 | 37.25 |
| Size | Part no | Bore d | Face-to-face L | Flange OD O | Bolt circle W | Bolts n-z | Flange thk t | RF height f | Weight (kg) |
|---|---|---|---|---|---|---|---|---|---|
| 5″ | VL-CI-GL-F-150-80 | 125 | 330 | 254 | 216 | 8-Ø22 | 23.9 | 2 | 49.50 |
| 6″ | VL-CI-GL-F-150-96 | 150 | 355 | 241.5 | 241.5 | 8-Ø22 | 25.4 | 2 | 66.75 |
A globe valve is longer face-to-face than a gate valve of the same size — 203 mm against 178 mm at 2″ in cast steel. It will not fit the gap a gate valve came out of.
Measure the gap in the run against it. On a replacement, measure the valve coming out rather than trusting a drawing.
DN50–DN100 and DN125–DN150 are published separately, and the larger band drops the R column. Both are above, as printed.
11.45 kg at 2″ to 66.75 kg at 6″. A valve must not hang on the pipework, and cast iron is brittle — support it properly.
The features page says 2″–4″ (DN50–DN100); the dimension list runs to 6″ across two bands and gives part numbers for all six. We publish all six, as printed, and flag the mismatch rather than pick one.
Nineteen callouts, nineteen items in the parts list below. The arrow shows the flow turning up through the seat and down again to leave — the geometry that makes a globe valve controllable, and the reason it drops more pressure than a gate valve. Dimension letters match the size table: d bore, L face-to-face, O flange OD, W bolt circle, t flange thickness, f raised face, n–Øz the bolt pattern.
The callout numbers are the item numbers in the parts list below, and the dimension letters are the column headings in the size table above. Nothing on the drawing is named only there.
It shows the flow turning up through the seat and down again. That path is what makes the valve controllable, and it is also why a globe valve drops pressure even wide open where a gate valve does not.
It is a catalogue section, not a manufacturing drawing: it carries no tolerances and no material callouts. Order spares by item number against the parts list.
The manufacturer’s item numbers, so a spares order matches the parts list.
| No | Part name | Material |
|---|---|---|
| 1 | Body | A126 B Cast Iron |
| 2 | Seat | A126 B Cast Iron |
| 3 | Disc | A126 B Cast Iron |
| 4 | Cover | A29 1025 |
| 5 | Stem | A276 SUS410 |
| 6 | Gasket | SS304 + Graphite |
| 7 | Bolts | A29 1035 |
| 8 | Nuts | A29 1025 |
| 9 | Bonnet | A126 B Cast Iron |
| 10 | Stem Nut | A276 SUS410 |
| 11 | Handwheel | A47 32510 Malleable Iron |
| 12 | Nut | A29 1025 |
| 13 | Screw | SS304 |
| 14 | Nut | A29 1025 |
| 15 | Bolt | A29 1035 |
| 16 | Gland Flange | A126 B Cast Iron |
| 17 | Packing Gland | A276 SUS410 |
| 18 | Pin | A29 1025 |
| 19 | Packing | Flexible Graphite |
| No | Part name | Material |
|---|---|---|
| 1 | Body | ASTM A126 B |
| 2 | Seat | ASTM A126 B + SS304 |
| 3 | Disc | ASTM A126 B + SS304 |
| 4 | Cover | ASTM A29 1025 |
| 5 | Stem | ASTM A276 SUS410 |
| 6 | Gasket | SS304 + Graphite |
| 7 | Bolts | ASTM A29 1035 |
| 8 | Nuts | ASTM A29 1025 |
| 9 | Bonnet | ASTM A126 B |
| 10 | Stem Nut | ASTM A276 410 |
| 11 | Handwheel | ASTM A47 32510 |
| 12 | Nut | ASTM A29 1025 |
| 13 | Screw | SS304 |
| 14 | Nut | ASTM A29 1025 |
| 15 | Bolt | ASTM A29 1035 |
| 16 | Gland Flange | ASTM A126 B |
| 17 | Packing Gland | ASTM A276 410 |
| 18 | Pin | ASTM A29 1025 |
| 19 | Packing | Flexible Graphite |
They match the callouts on the sectional drawing, so a spares order matches the section rather than a description.
Everything else is a casting or a fastener. On an isolation valve those two surfaces take the duty every time it is closed.
It is also the part that beds in. A small re-tighten of the gland after the first heat cycle is normal.
A bent or scored stem is the usual reason a globe valve will not seat, and it is the part that moves furthest every cycle.
If you need to know what touches your fluid, the whole list is above — we have not summarised it.
Factory proof tests. Not working pressures — the shell test proves the body, the seal test proves the gate against its seat. Do not design to them.
| Item | Value |
|---|---|
| Normal Pressure | 150# |
| Hydraulic Body Test Pressure | 2.06 MPa |
| Seal Test Pressure | 1.57 MPa |
| Hermetical Sealing Test | 0.6 MPa |
| Item | Value |
|---|---|
| Normal Pressure | 150# |
| Hydraulic Body Test Pressure | 2.06 MPa |
| Seal Test Pressure | 1.57 MPa |
| Hermetical Sealing Test | 0.6 MPa |
| Max working temperature | ≤ 205 °C |
The shell test proves the body and the seal test proves the gate against its seat. They are proof tests well above the working rating, and the valve is not intended to operate there.
That is the number to design to, at ≤ 205 °C.
Every variant in this range is inspected and tested to it, so the figures on the other nine pages can be read against these directly.
Running part-open is normal service for a globe valve, not abuse — but the disc and seat still take the whole duty. On a valve that is adjusted often, those two faces are what to ask about.
EN 10204 3.1 is available on request and the castings carry heat numbers — ask with the order, not after the goods arrive.
End type first, then the standard, then the material.
All ten side by side: the comparison table.
Throttling and isolation. A rising-stem globe valve with ANSI 150# flange ends in 2″–6″ (DN50–DN150), body in Cast iron, rated 150#, built to ASME B16.10. The flow turns past a seat, and the disc lifts squarely off that seat, so flow can be set and held anywhere between shut and fully open.
Yes — that is the point. Running a globe valve part-open is normal service, not abuse. A gate valve held part-open erodes its own seat permanently; a globe valve is built for it.
No. A globe valve is longer face-to-face at the same size — at 2″ in cast steel, 203 mm against 178 mm. You need about 25 mm more in the run. Measure before ordering.
Rated ≤ 205 °C, as published. The packing is graphite and the seating is metal, which is what allows the heat — a PTFE-seated ball valve stops at 150 °C.
Flow-under-the-seat unless the manufacturer says otherwise — flow entering beneath the disc. It makes the valve easier to open against pressure and keeps the packing out of the throttling stream.
We hold it in our Singapore and Malaysia warehouses, out of the warehouse within 24 hours of PO. Quotes within 2 working hours.
2″–6″ (DN50–DN150). Part numbers, the bill of materials and the test pressures are all on this page, as printed in the catalogue.
Designed and manufactured to ASME B16.10. Note that nine of the ten variants are tested to API 598, but the JIS 10K cast iron is built to the JIS F7307 / F7400 marine standards instead, so its figures are not directly comparable with the rest of the range.
It is handwheel operated and multi-turn, not quarter turn. Operating torque, turn count and any ISO 5211 pad are not published for this range — settle the actuation arrangement with us rather than assuming a top plate.
No flow characteristic curve and no Cv — which bites hardest here, because this is the throttling valve and the relationship between stem position and flow cannot be read off the sheet. Also no disc type, no operating torque, no ISO 5211 pad and no fire-safe certificate. EN 10204 3.1 is available on request; the castings carry heat numbers.
Related: all globe valves · globe valves · ball valves · all low pressure valves
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