Elesa+Ganter BT.20-SST-FP-M5 Fluted Grip Knob Details
The Elesa+Ganter BT.20-SST-FP-M5 fluted grip knob is an industrial hand knob created for manual fastening and adjustment tasks where a pass-through threaded design is preferred. This version features a 20 mm technopolymer knob body and an M5 stainless steel threaded pass-through hole, making it a practical component for machinery that requires secure grip, clean installation, and corrosion-resistant performance.
Elesa+Ganter BT.20-SST-FP-M5 What Does Mean?
This model belongs to the BT family of fluted grip knobs. The “SST” designation indicates stainless steel, while “FP” identifies the pass-through threaded hole configuration. In practical use, that design supports installations where a screw or threaded element needs to pass fully through the knob rather than stopping in a blind threaded insert.
For machine designers and maintenance teams, this distinction matters. A pass-through threaded hole can offer greater flexibility in assembly arrangements, especially when the required screw length varies or when the fastening method depends on the surrounding structure.
Elesa+Ganter BT.20-SST-FP-M5 Technical Features
The Elsa+Ganter BT.20-SST-FP-M5 fluted grip knob has a 20 mm diameter and an M5 threaded pass-through hole. The body is manufactured from black PA-based technopolymer with a matte finish, and the threaded section is stainless steel. This construction supports durability, grip comfort, and reliable use in industrial environments where corrosion resistance is a relevant consideration.
The fluted exterior helps users apply hand force more confidently during tightening and loosening. That makes the knob useful in equipment with regular adjustment points, removable covers, guide assemblies, and service-access hardware.
Typical Application Areas
This knob can be used in machinery panels, jigs, fixtures, access guards, packaging systems, and light clamping applications where a through-thread configuration improves assembly flexibility. It is especially helpful when designers want a hand-operated fastening point but also need freedom in screw selection or fastening depth.
Because the insert is stainless steel, the knob also fits well in technical environments exposed to moisture, frequent cleaning, or demanding service cycles. That includes equipment used in processing, industrial maintenance, and production support systems.
Elesa+Ganter BT.20-SST-FP-M5 Why This Configuration Can Be Valuable
Many hand knobs look similar at first glance, but thread style has a direct impact on installation and serviceability. A threaded pass-through hole can be the better option when assembly conditions change, when hardware length is not fixed, or when the fastening method must remain adaptable. The BT.20-SST-FP-M5 meets that need in a compact and durable format.
For more information about related standard machine components, visit Elesa+Ganter.
Elesa+Ganter BT.20-SST-FP-M5 FAQ
What is a threaded pass-through hole?
A threaded pass-through hole means the thread continues through the component rather than ending in a closed blind hole. This gives greater flexibility when using screws of different lengths or assembly configurations.
Why choose BT.20-SST-FP-M5 instead of a blind-hole version?
The pass-through version is useful when the fastening arrangement needs more flexibility. It can be a better fit for designs where the screw length, mounting stack-up, or installation depth may vary.
Is this knob appropriate for industrial equipment?
Yes. It is intended for industrial use and combines a robust technopolymer body with a stainless steel threaded section for dependable daily handling.
Does the fluted shape make a real difference?
Yes. The fluted profile improves manual grip, which can make adjustment quicker and more controlled during routine machine operation or maintenance work.
Where is this knob commonly used?
It is often used on machine covers, service access points, fixtures, clamping assemblies, and adjustment systems where a hand-operated fastening point with pass-through thread functionality is required.