Enclosure mount
Specify the thread, engagement length and face that seats on the enclosure.
AI-generated engineering concept — not a production photograph. Final geometry is defined by your drawing.
ENGINEERING CONCEPT / cs-product-057
Cable-entry compression body
A hollow metal body concept for a cable-entry assembly. Review the mounting thread, wrench flats and seal-support geometry together with the selected cable and compression parts.
- Buyer application
- Sensors & instrumentation
- Reference type
- AI-generated geometry concept
- Material & process
- Options to review against your drawing
- Dimensions & tolerances
- Defined by your approved drawing
AI-generated engineering concept for a custom component discussion. It is not a production photograph, delivery case or completed inspection record.
FROM FORM TO A MANUFACTURING BRIEF
Coordinate the enclosure mount and cable-sealing stack within a compact metal body.
A hollow metal body concept for a cable-entry assembly. Review the mounting thread, wrench flats and seal-support geometry together with the selected cable and compression parts.
01
Define the cable and compression stack
Send the cable outside-diameter range and the mating compression, sealing and retention components that determine the body geometry. Distinguish the machined metal body from the polymer clamping insert and elastomer seal. A cable-entry body is one component in the arrangement, so an enquiry should state whether machining alone or additional assembly work is requested. The design owner should approve the complete stack before the body drawing is frozen.
02
Locate the mount, wrench flats and seal support
Identify the enclosure-side thread standard, engagement length and seating face. Check tool clearance around the wrench flats against the installation space. At the other end, define the counterbore or support surface that positions the compression parts, including its transition into the cable passage. A Swiss turning or turning-and-milling route can be reviewed after confirming stock form, geometry and the finished material condition.
03
Confirm dimensions first, then test the assembly
Agree thread and seating checks after any plating or other finish. Specify the internal edges that may contact the cable and the handling needed to preserve the sealing surfaces. Cable pull-out, ingress protection and any electromagnetic performance belong to the completed cable-entry assembly and its test specification. A clean metal body or an approved thread gauge does not establish those ratings; keep the component record and assembly report linked to their respective revisions.
MATERIAL & PROCESS REVIEW
Select the material for the drawing and service
These are candidates to discuss, not an approved material specification. Confirm the grade, condition and final finish before quotation.
- Brass
- Specify the alloy and any plating rather than inferring either from the illustration colour.
- Stainless steel
- Review exposure, mating threads and manufacturing consequences for the selected grade.
The illustration does not establish a material grade, tolerance, coating or tested performance. Confirm these in your drawing and acceptance plan.
BEFORE APPROVING A SAMPLE
Agree what the checks need to establish.
Cable passage
Define the cable envelope and edge condition at insertion points.
Seal support
Locate the selected seal and compression parts against controlled surfaces.
Wrench access
Confirm tool clearance and the surfaces permitted to carry installation load.
BEFORE YOU RELEASE THE DRAWING
A practical next step.
Use these guides to define the records and checks your component needs.
Plating and Anodizing Allowances: Protect the Final Fit
Map coated and masked surfaces, define final bore and journal dimensions, and agree the machining-to-finishing handover before releasing precision components.
Threaded Sleeves: Define the Thread, Gauge and Finished ConditionSpecify straight-thread sleeves and turned fittings with a complete designation, usable thread length, agreed gauge checks and acceptance in the delivered condition.
MAKE THE NEXT STEP SPECIFIC
Bring your part into the review.
Use this concept to explain your direction. Send the current drawing and the interfaces that determine how your component must work.
- Body and compression-stack drawings
- Cable range and selected sealing components
- Mounting thread, material and finish
- Sample quantities and complete-assembly test scope
CONNECT THE FORM TO THE PROCESS
Review the manufacturing route.
CONTINUE WITH SOURCE-LINKED REFERENCES
Explore related component forms.
Review the source and specifications shown on each reference page. Similar geometry does not establish this concept’s production or performance.
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Miniature connector body
A stepped, hollow connector body with a threaded mounting section. Coordinate the contact or insert bore, panel interface and seating surfaces before reviewing production.
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Stainless steel threaded coupling
A stainless steel coupling with an extended threaded section and a larger body. Specify the thread standard, engagement and any cross-hole requirements.
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Vacuum gripper adjustment stem
A hollow threaded stem reference for vacuum gripper positioning. Review adjustment travel, mounting threads and the internal passage as one interface before releasing your drawing.
Explore componentFROM EXAMPLE TO YOUR REQUIREMENT
Found something
close to your part?
Send your drawing
Use an example to explain your idea.
Your own drawing defines the final specification.
FROM COMPONENT TO PROJECT
Review the evidence. Define your part.
Start with the component geometry, then check what the drawing, sample and order records need to establish for your own part.
Send the current drawing with quantities and critical requirements. The review is the starting point for agreeing scope, quotation and sample approval.
Request a drawing review