Products · High-frequency · HSV
HSV tips for the joints a blade cannot reach.
HSV is the fine end of the high-frequency range: small conical faces, bent shanks and narrow chisels for dense boards, low clearance and rework under a shield.
- Platform
- HSVfine-pitch HF
- Geometry families
- 4conical to bent
- Seat
- sleevelow-clearance housing
- Minimum order
- 20 pcsper geometry
What it is
Small face, short reach, no bridge.
Dense boards fail in two ways when the tip is too large: the face bridges two pads, or the shank fouls a shield before the face reaches the joint. HSV codes are built for that second problem as much as the first: bent shanks and narrow faces, with the bend angle chosen for the housing rather than for the joint.
The trade-off is heat. A small face stores less energy, so the station has to recover quickly and the joint has to be reached in one touch. That is why HSV is a high-frequency series rather than a hand-tip range.
Published geometries
HSV codes, faces and typical joints.
Face width is quoted as the class for that code. The exact A/B/C/D dimensions for a specific part number are issued with the quotation, not estimated on the page.
| Code | Face | Working width | Typical joint |
|---|---|---|---|
| HSV-I | Conical, fine | 0.3–0.5 mm class | 0.4 mm pitch rework |
| HSV-J | Conical, bent | 0.3 mm class | Under a shield or tall part |
| HSV-D | Chisel, narrow | 1–1.5 mm class | Small pads and test points |
| HSV-LI | Bent conical | 0.5 mm class | Low-clearance joints |
| HSV-K | Knife, narrow | 1 mm class | Short connector rows |
Codes are listed by face family. Variants with a different width, bend or reach are ground to order; send the drawing or the joint photograph and we will confirm the code.
Compatibility
What it fits — and what to check.
| Machine or holder | Interface | Note |
|---|---|---|
| HSV handle | HSV sleeve seat | Direct fit |
| 911G handle | Clamp seat | Not interchangeable |
| 910 handle | Sleeve seat, different depth | Confirm insertion depth |
Model names describe the machine a part fits. XANJO replacement parts are independent parts, not original equipment manufacturer parts.
Dimensions
Four numbers define the part.
A is the overall length from the seat to the working face. B is the shank or body diameter. C is the width of the working face. D is the reach from the seat reference to the face — the number that decides whether the part can touch the joint without the housing fouling the board.
We hold ±0.05 mm on the shank and seat, and we issue the drawing revision with every batch. If a dimension is not measured, it does not go on the drawing: that is why some codes are marked “drawing on request” rather than filled with an estimate.
Ordering
Samples, minimums and lead time.
Bent HSV profiles are ground to order; stock covers the straight codes only.
- Minimum order
- 20 pcsper geometry, mixed codes allowed within a family
- Custom samples
- 5 daysground or machined on the production line
- Stocked codes
- 48 hdispatch after order confirmation
- Batch documents
- Includeddimension report, plating or face report, RoHS 3 declaration
Questions we are asked
HSV fitting and ordering.
Which HSV code should I start with?
For 0.4–0.5 mm pitch rework, start with HSV-I. If the joint sits under a shield or beside a tall component, move to HSV-J or HSV-LI and check the bend clearance against the board.
Can the bend angle be changed?
Yes. Bent profiles are ground to order at 30° or 45°, and other angles can be quoted. Send a photograph of the obstruction and the joint.
Is a small face fast enough?
It is fast enough on a high-frequency station, where the heater is close to the face. On a low-power iron the same face would stall on a ground plane.
Are these OEM parts?
No. XANJO replacement tips are independent parts.
Other High-frequency tips series
If this is not your machine.
Send the part number. We’ll send the drawing.
A code, a machine model or a photograph of the holder is enough. We reply with the geometry, the A/B/C/D drawing and the specification within one working day.