Schaub 534 Menlo Park 3-1/2" Center to Center Cabinet Cup Pull

No. The 534 is fixed at 3-1/2 inch spacing, so 3 inch or 4 inch holes will not line up and you would be filling and redrilling the fronts. For 3 inch spacing look at the Trimco 553 Series drawer pull; the Trimco 562 Series is offered in 3-1/2 inch, 4 inch, and 96mm, which is the one to use if you have mixed spacing across a building and want a single part number.

The Schaub 534 Menlo Park cup pull has a zinc base material. If the drawing calls out forged solid brass, the Omnia 1970 modern cabinet pull carries the same 1-1/4 inch projection as the 534 in forged solid brass, and the Omnia 1969 and Omnia 1971 are forged solid brass at a 1-3/16 inch projection. The Deltana SBP35 is a solid brass pull as well. Note those Omnia and Deltana pulls are bar profiles rather than the cup shape of the Menlo Park, so the look changes with the material.

The Trimco 562 series drawer pull is offered with a 3-1/2 inch center-to-center option, so it lands on the same two-hole drilling as the Schaub 534, which is a 3-1/2 inch center-to-center cup pull. The Deltana SBP35 modern square bar pull is also a 3-1/2 inch pull, in solid brass. The difference is shape and grip: the Schaub 534 is a cup pull with a 1-1/4 inch projection and a 4-1/2 inch overall length, where the Deltana SBP35 is a square bar profile you wrap your whole hand around. If the existing drawer fronts are already bored at 3-1/2 inches, any of the three drop onto the same holes.

The Schaub 534 Menlo Park is a fixed 3-1/2 inch center-to-center cup pull, so it will not land on 3 inch holes without redrilling. The Trimco 553 series drawer pull is built at 3 inch center-to-center and drops straight onto that existing bore. If you would rather keep the option open, the Trimco 562 series covers 3-1/2 inch, 4 inch and 96mm spacings, so it is the one to specify when the drilling varies across a run of cabinets.

Single-hole knobs are the main trap. The Orca Hardware CK-15030 and CK-16030 Bachelor Collection round knobs at 1-1/4 inch diameter and the CK-17025 Blackcomb square knob at 25mm are cabinet knobs, which mount on one screw hole. The Schaub 534 Menlo Park is a two-hole cup pull at 3-1/2 inch center-to-center using 8/32 screws, so swapping to a knob leaves an open hole in the drawer front. The Orca CK-12001 T-pull bar is a pull but a 2 inch bar-width profile, a different look and drilling from a cup pull.

The 534 cup pull is tapped 8/32, the standard cabinet hardware machine screw thread. That means any 8-32 machine screw will thread into it, so if you are mounting through a thick or built-up drawer front you can substitute a longer 8-32 screw and still use the pull as supplied.

Projection is 1-1/4 inches. That is the clearance you need to allow in a galley or between an island drawer bank and a facing run, and it is enough grip depth for a hand in a work glove on a heavy drawer.

Seven finishes: Satin Nickel, Polished Chrome, Ancient Bronze, Brushed Nickel, Matte Black, Polished Nickel, and Signature Satin Brass. That covers the usual pairings, warm brass or black for a transitional kitchen, nickel or chrome where the appliances and faucet are already cool-toned. If you are standardizing a multi-unit or hospitality package, pick one finish code and carry it across knobs and pulls in the same Menlo Park collection.

A cup pull like the Schaub 534 is gripped from underneath, so it reads traditional to transitional and works well on drawer banks and shallow apron drawers. It does not work on doors that swing, since there is no comfortable pull direction. Use a bar or T-pull where you need the same hardware on both doors and drawers, for example the Deltana SBP35 square bar pull at the same 3-1/2 inch spacing, the Orca CK-12001 T-pull bar, or the Omnia 1970 modern pull at a matching 1-1/4 inch projection.

They are related but not the same part. Emtek sells a Schaub Collection line, including the Emtek 8405 SELECT cabinet pulls and the Alexander, Art Deco, and Bar cabinet pulls. Those are separate designs with their own spacing and projection. If you need the Menlo Park cup pull profile at 3-1/2 inch spacing with a 1-1/4 inch projection, order the Schaub 534 itself rather than substituting from the Emtek line.

The usual approach is cup pulls on drawers and knobs on doors. The Orca Hardware Bachelor Collection round knob CK-15030 at 1-1/4 inch diameter and the ring version CK-16030 pair with the Schaub 534 Menlo Park, which is a transitional cup pull; for a squarer read, the Orca Blackcomb CK-17025 square knob at 25mm. The Schaub 534 comes in Satin Nickel, Polished Chrome, Ancient Bronze, Brushed Nickel, Matte Black, Polished Nickel and Signature Satin Brass, so match the knob finish family to whichever you run on the drawers.

For a 4 inch bore, the Omnia 1968/102 modern cabinet pull is built at 4 inch center-to-center in forged solid brass, and the Trimco 562 series includes a 4 inch option alongside its 3-1/2 inch. The Schaub 534 Menlo Park itself is only a 3-1/2 inch center-to-center cup pull, so a common approach on a kitchen with mixed drawer widths is the 534 on the narrow banks and a 4 inch pull on the wide ones.

Emtek's Schaub Collection pulls are catalogued by series rather than by the Menlo Park name: the Emtek 8405 SELECT, Alexander, Art Deco and Bar cabinet pulls are all listed as cabinet knob/pull under that collection. None of them carries the Menlo Park series designation, so if a job was specified as Menlo Park the Schaub 534 is the item to order. If you are matching a transitional style rather than a specific series, the Emtek Alexander and Art Deco pulls are the closest in intent within that collection.

The Schaub 534 Menlo Park cup pull projects 1-1/4 inch from the face, and the Omnia 1970 forged solid brass cabinet pull carries that same 1-1/4 inch projection. The Omnia 1969 and Omnia 1971 sit slightly tighter at 1-3/16 inch. Projection matters where drawers run beside an appliance door or in a tight galley, so if clearance was checked against the 534 the Omnia 1970 is the direct swap on that dimension.