Custom Cable & Sensor Brackets
A sensor, switch, or cable run only works where it sits, and a small bracket sets that position. K-Display forms slotted sensor and switch brackets, cable clamp and carrier brackets, and small sets by machine variant, delivered loose, with hardware in, or kitted. Conveyor rail and frame brackets are on the Conveyor Guards, Covers & Brackets page.
Small brackets that hold a position
A sensor bracket sets one part at a position, usually with a slot for adjustment. A slot holds that position only by the fastener clamping it, and a long offset in thin sheet flexes, so flange length, thickness, and locking hardware matter as much as the hole pattern. A cable bracket holds a cable clear of motion and heat, within the bend limit the cable maker allows.
The component sets the geometry. Its mounting pattern, stand-off, and any clear zone around a sensing face fix where the holes, slots, and flanges go, and the coating has to leave those sizes intact.
The slotted bracket sets the sensor position; the separate cable support controls the cable route. Keeping cable restraint separate helps preserve the sensor setting and leaves its sensing face clear.
Brackets built around a component
- Sensor and switch brackets
- Slotted right-angle, offset, and tab brackets that hold photoelectric, proximity, and limit devices at a set position and stand-off, with self-clinching nuts or studs where the back side has no access.
- Cable management brackets
- Brackets that carry purchased cable clamps, saddles, and tie points to fix a cable’s route along the machine, located away from moving parts and hot surfaces.
- Cable carrier and conduit brackets
- Brackets that mount an energy chain end, conduit clamp, or cable tray to a machine frame, with the slots and hole pattern the frame and carrier need.
- Small sets by machine variant
- The brackets for one machine variant cut, formed, coated, and kitted together, in the small quantities these parts are usually ordered in.
What sets the slots, hardware, and finish
- The component’s mounting pattern
- The sensor or switch maker’s mounting drawing sets the holes, slots, and stand-off. We check the bracket’s pattern against that drawing before cutting and settle any mismatch in the flat pattern.
- Slots and adjustment
- The slot that sets position needs a fastener that clamps it, and its distance from a bend depends on material, thickness, and tooling. Powder coat narrows the slot. We set slot distance from the forming tooling and cut the slot to its finished width.
- Stiffness of the offset
- A long offset in thin sheet flexes under the weight of the sensor and the pull of its cable. We review flange length and thickness against the offset and add a gusset or return flange where the bracket needs one.
- Sensing face and clear zone
- Sensor makers publish a metal-free zone around the sensing face, and the bracket sits near the head. We keep the bracket material out of that zone and check its position against the maker’s mounting notes.
- Cable diameter, bend limit, and edges
- Clamp size follows the cable’s outside diameter, saddle radius follows the maker’s minimum bend radius, and tie points follow the route. We size clamps and saddles to the cable, place tie points along the route, and deburr every edge the cable touches.
From mounting drawing to installed bracket
These brackets come a few per machine variant, and we cut, form, install hardware, and coat them together. Slot widths and hardware positions that have to survive coating are settled before cutting.
Review the component and its position
Check the bracket against the component’s mounting drawing and settle slot travel and clearance before any part is cut.
Cut, deburr, form, and fit hardware
Laser cut the blank and deburr the slots and edges, form the flanges and tabs, and install self-clinching nuts or studs before or after forming, depending on where they sit.
Mask, coat, and check the sizes
Mask bonding faces and any threads or slots that must stay bare, powder coat, then check hole and slot sizes against their finished dimensions.
Plan adjustment through final assembly
Specify the required slot travel and the fastener that clamps each slot. Review the sensor envelope and cable exit at both ends of that travel, then confirm the slot dimensions on the finished coated bracket.
Slots provide adjustment; the bolts and washers hold the chosen position. The finished slot width must leave room for that movement while giving the washers enough surface to clamp the bracket.
What we build the bracket around
A component part number and a dimensioned sketch are enough to start.
- Component details
- Part number or mounting drawing for the sensor or switch, and the surface it mounts to.
- Cable details
- Outside diameter and the maker’s minimum bend radius, fixed and flexing.
- Bracket model or sketch
- 3D model, drawing, or dimensioned sketch with material, thickness, slot travel, the fastener in each slot, and stand-off distance.
- Hardware and finish
- Captive hardware part numbers, coating color, whether slot and hole sizes are finished or bare, and any bonding pad left uncoated.
- Quantities and variants
- Quantity per variant, number of variants, and loose, hardware installed, or kitted by machine.