Lever Length, Rose Diameter, Projection: The Stainless 9000 Levers

A lever handle is specified by three measurements that most catalogs bury under a photograph: how long the lever is, how wide the rose is, and how far the assembly stands off the door face. Those three decide whether it fits, whether it clashes with the frame, and whether a hand can get behind it. The stainless 9000 levers in our selected range publish all three, so this is a comparison that can be made from the page rather than from a sample.

HYDE (Canton Hyland, Zhongshan, since 1998) makes the 9014, 9007S and 9008S covered in this article.

The 9014 publishes a lever length of 135mm (5-5/16"), a rose diameter of 53mm (2-1/16"), a rose thickness of 9mm (3/8") and a projection of 60mm (2-3/8"), in satin stainless steel, 630 in BHMA numbers, US32D in the older convention, and one of the few finishes on this site that translates to a number without a caveat, because solid stainless is a base group in A156.18 and the finish is worked into the metal rather than plated onto it.

The 9007 is the same idea a few millimeters apart: a 132mm (5-3/16") lever, the same 53mm rose but 8mm (5/16") thick rather than 9mm, a 63mm (2-1/2") projection and a published lever section of 19mm (3/4") with an 8mm spindle. Three millimeters more projection and three less lever is not a styling difference; it changes how the handle sits in a hand and how close the lever end comes to the frame on a narrow stile.

Projection is the measurement that causes site problems and the one buyers check last. It is the distance from the door face to the outermost part of the assembly, and it decides whether the door can open against a wall, whether a lever clears an adjacent door in a pair, and whether the handle catches a coat. Sixty millimeters is normal for a commercial lever; the point is that both of these publish it, so it can be checked against the reveal before anything is ordered.

The rose diameter matters for a different reason: it decides what the lever can cover. A 53mm rose will not hide the preparation left by a lock with a larger rose, so on a refurbishment where existing doors are being re-handled, the old rose diameter is the number to survey. It is a common way for a straightforward like-for-like replacement to turn into a joinery job.

All three take a 35–50mm (1-3/8" to 1-15/16") door, which is a wider range than most of our zinc-alloy lever sets and the reason these are the ones to reach for on a heavier leaf. The cylinder in all three is brass. The bodies are stainless steel, which is what puts them in a different conversation from the zinc-alloy LH range: stainless is the specification for an exterior door, a coastal building or a washroom that gets cleaned aggressively, and zinc alloy is the specification for everywhere else.

The 9008 is in this selected range and publishes six specification rows in total across its two variants: stainless steel, a brass cylinder, a 35–50mm door thickness. No lever length, no rose diameter, no projection. We are not going to infer them from the 9007 sitting next to it in the same series, because a projection copied from a neighboring model is exactly the number that causes a door not to open against a wall.

If you are choosing between them, the practical order is: door thickness first (all three take 35–50mm, so this rarely decides it) then projection against the reveal, then lever length against the stile width, then finish. And if the answer is the 9008, ask us for the three missing figures before the order rather than after, because those are exactly the three that cannot be fixed on site.

Which stainless, exactly

Everything above calls these levers stainless steel, and with one exception that is all the records say: "stainless steel", with no grade. The exception is the 9088 SS, whose record states SUS 304, stamped on the plate. That is worth flagging rather than glossing over, because the grade is precisely what decides whether stainless behaves as a buyer expects. Grade 304 is the usual choice for interior and general exterior use; 316, with its added molybdenum, is the grade for coastal air, swimming pools and aggressive cleaning; and 201 is a cheaper grade that can mark and stain in conditions 304 shrugs off. Our article on stainless steel grades 304, 201 and 316 sets out the differences properly.

Because the grade is not on most of these records, ask for it in writing against the model before ordering anything for an exterior, coastal or washroom door: the very places where a stainless lever is chosen over zinc alloy in the first place. A satin 630 finish looks the same on every grade. It does not last the same on every grade.

The whole stainless lever family, side by side

The 9014, 9007 and 9008 are three of a larger family. Every stainless lever on this site that publishes its geometry is in the table below, taken from the specification rows, so the comparison can be made in one place rather than across nine product pages.

Read across the table and the family is tighter than the model numbers suggest. Lever lengths sit between 130 and 135mm (5-1/8" to 5-5/16"), the rose is 53mm (2-1/16") wherever it is published, and projection runs from 60mm on the 9014 to 68mm on the LH1033 SS. The one clear outlier is the NC182, with an 86mm (3-3/8") lever: a short lever for a narrow door or a cupboard rather than a passage door.

That tightness is useful on a project. Levers from this family can be mixed across a building without a hand noticing a change, and the choice between them comes down to shape, finish and function rather than size. It also means projection is the figure worth checking model by model: eight millimeters between the 9014 and the LH1033 SS is the difference between a lever that clears a return wall and one that marks it.

Door handle size chart for the stainless 9000 levers

The table above compares four figures. This chart is the full version: every dimension the records publish for each variant of the 9007, 9008 and 9014, and for the stainless siblings this article has already named, in one place. A dash means the record does not publish that figure; it does not mean zero, and it does not mean the same as the row above. All values are in millimeters, as published.

Read the dashes first. The 9007S, 9014, 9003E, 9004S, 9005E and LH1033 SS publish a full set of rose-lever figures; the 9008E, 9008S, 9014S and the two 9014 function variants publish only the door thickness; and the 9007 and 9007E records publish none of these dimensions. Where a row is blank, take the figure from us in writing for that exact variant, not from the row next to it. The 9004S rose is 53mm square rather than round, which is why the table above shows no diameter for it.

Door thickness is the first column to check and the one least likely to rule anything out: every rose-mounted row that publishes it says 35–50mm (1-3/8" to 1-15/16"). The plate-mounted 9082E and 9088 SS do not publish one. The spindle is the column that is easy to miss: 8mm on most rows, but 9mm on the LH1016. If levers are being fitted to existing latches, or ordered as spares, the spindle has to match, so check this column per variant rather than assuming the whole family shares one size.

The remaining columns map onto the door itself. Projection, from 60mm on the 9014 to 68mm on the LH1033 SS, is the figure for a door that opens against a return wall or sits beside another door in a pair. Lever length, 130 to 135mm on the standard levers, is the figure for a narrow stile, where the lever end has to clear the frame; the 86mm NC182 is the one to look at where that space is tight. Rose or plate size is the figure for a refurbishment: a 53mm rose covers far less of an old preparation than the 168 × 45mm plate of the 9082E or the 200 × 50mm plate of the 9088 SS. Lever section, 19mm on most rows, 20mm on the 9004S, 22.5mm on the 9088 SS and 38mm on the NC182, is the figure for how the handle feels in the hand.

Where a pull handle is the better answer

A lever on a rose goes with a latch or a lock, on a door that has to stay shut until someone operates it. A pull handle goes on a door that is held shut by a closer or a magnet, or not held at all, and is simply pushed from one side and pulled from the other. On a shop entrance, a corridor door on a closer or a washroom lobby, a pull handle and a push plate are often the better answer: nothing to turn, nothing to catch, and easier for someone carrying something. On a door that must latch, a pull handle alone is not a lock and should not be specified as one. Pull handles are not part of this lever family, so if a door needs one, ask separately.

Functions: one published, the rest to ask about

On the 9014, one variant publishes a function in plain words: the 9014 SSET is entrance (keyed outside), in satin stainless steel (US32D). It follows the same suffix logic as our cylindrical locks, where ET is entrance. The 9014 SSBK is a different product, a lever and fixed knob set (lever on one side, fixed knob on the other), and its function is still to be confirmed with the factory, so do not read BK as privacy on this model.

The other variants in the series (9007, 9007E, 9007S, 9008E, 9008S and 9014S) carry an E or S suffix that the records do not explain. It would be easy to guess, and a guess on a function code is exactly how a whole order arrives unable to lock. So we will not decode those suffixes here: tell us the function you need on each door, in words, and we will match it to the right variant rather than the other way round.

Lever shape is a safety choice as well as a style one

Two things about the form of a lever matter beyond how it looks. A lever whose end returns towards the door is less likely to catch a sleeve, a bag strap or a hospital gown than one that ends in a straight, open tip, which is why return-end levers are common in healthcare and schools. And a lever of any kind is easier to operate than a knob for anyone with limited grip, which is why accessibility guidance generally favors levers on doors people with disabilities will use. The 9000 levers publish their length, section and projection, so both points can be checked against the drawing rather than a photograph.

The lever section is the other number a hand notices. The 9007 publishes a 19mm (3/4") section on an 8mm spindle. A section that is too thin feels sharp under load; one that is too thick is awkward for a small hand. Nineteen millimeters sits in the ordinary range for a commercial lever. It is worth comparing directly if you are weighing it against a competitor's handle, because it is a row catalogs often leave out.