Elesa+Ganter BT.12-SST-P-M3X10 Fluted Knob Overview
The Elesa+Ganter 106338 BT.12-SST-P-M3X10 fluted knob is designed for manual fastening applications that need a compact knob body paired with a slightly longer threaded reach than entry-level short-stud versions. Built with a black polyamide-based technopolymer knob and an AISI 303 stainless steel threaded stud, this model is a dependable solution for machinery builders, maintenance teams, and OEM assemblies where consistent hand tightening is essential.
This configuration uses a 12 mm knob diameter and an M3 threaded stud with 10 mm length. That extended stud length gives engineers more flexibility than the 6 mm version, especially in installations involving thicker panels, spacers, mounting brackets, or deeper thread engagement. It remains a compact component overall, but it offers a wider range of assembly possibilities.
Technical Construction and Dimensions
The knob body is produced from PA technopolymer in black with a matte finish. The fluted geometry helps users apply torque by hand with better control and grip. The stud is manufactured from AISI 303 stainless steel and includes a chamfered flat end according to UNI 947 / ISO 4753 technical conventions. For the BT.12-SST-P-M3X10 version, the key values include a 12 mm diameter, 11.5 mm body height, 9.5 mm upper body reference, 6 mm hub dimension, 10 mm stud length, and 4 mm secondary length reference.
Best Application Areas
The Elesa+Ganter 106338 BT.12-SST-P-M3X10 fluted knob is particularly suitable where compact clamping is needed but thread reach cannot be too short. Typical use cases include machine covers, electronic housing panels, sensor brackets, testing rigs, compact packaging devices, and access points that require regular opening without tools.
Compared with shorter stud variants, the 10 mm threaded length often provides a more forgiving assembly window. This can be helpful when a washer stack, panel thickness, or structural offset must be accommodated without changing the knob diameter. For more details about the brand and product families, find more information about Elesa+Ganter.
Elesa+Ganter BT.12-SST-P-M3X10 Practical Benefits in Daily Use
One of the main strengths of this model is its balanced design. It remains small enough for tidy equipment layouts while offering enough threaded length for more stable engagement. The stainless steel stud is also a strategic advantage in environments where standard plated solutions may degrade over time. Combined with the durable technopolymer body, the result is a practical fluted knob that supports repeated manual adjustments without feeling oversized or awkward.
Elesa+Ganter BT.12-SST-P-M3X10 FAQ
What is the difference between BT.12-SST-P-M3X10 and the 6 mm stud version?
The key difference is the threaded stud length. This version has a 10 mm M3 stud, which allows deeper engagement and makes it more suitable for thicker panels, bracketed assemblies, or installations where extra thread reach improves fit and stability.
Is the Elesa+Ganter BT.12-SST-P-M3X10 fluted knob suitable for frequent manual adjustment?
Yes. The fluted profile is specifically intended to improve grip during hand tightening and loosening. It is a strong option for maintenance points, access covers, and adjustment tasks carried out regularly by operators or technicians.
Elesa+Ganter BT.12-SST-P-M3X10 Why is AISI 303 stainless steel important in this knob?
AISI 303 stainless steel supports better corrosion resistance than conventional plated steel in many working environments. It is useful where cleanliness, moisture exposure, or long operating life are important considerations.
Can this knob be used in compact machine designs?
Yes. Its 12 mm diameter keeps the external footprint small, while the 10 mm stud gives added installation flexibility. That combination makes it very effective in compact technical layouts.
What kind of industries can use the Elesa+Ganter 106338 BT.12-SST-P-M3X10 fluted knob?
It can be used in packaging equipment, laboratory devices, light automation assemblies, inspection systems, instrument housings, and many other industrial or technical products that require reliable manual fastening.