Thin Pads
| Item | 規格 |
|---|---|
| Pad type | Thin pad (thin lip) |
| Sizes (mm) | Φ15～Φ49 |
| Fitting styles | Fixed fittings (PNTK top / PNYK side) Spring fittings (NAPNTS top / NAPNYS side) Non-rotative spring fittings (NAPNTH top / NAPNYH side) |
| Cup-only models | PNG-101-☐, PNG-102-☐, PNG-103-☐, PNG-104-☐, PNG-106-☐, PNG-107-☐, PNG-108-☐, PNG-109-☐, PNG-110-☐, PNG-111-☐, PNG-112-☐, PNG-114-☐, PNG-116-☐, PNG-117-☐, PNG-121-☐, PNG-122-☐, PNG-123-☐, PNG-125-☐, PNG-130A-☐, PNG-130B-☐, PNG-131-☐, PNG-132-☐, PNG-133-☐, PNG-134-☐ (☐＝material code) |
| Fixed fitting model format | PNTK・PNYK / Cup with Fixed Fitting: PN – T/Y – K/YK – size code – material code (T = top port, Y = side port) |
| Spring fitting model format | NAPNTS・YS / Cup with Spring Fitting: NAPNOS-size code-stroke-☐ (-T/O) (☐ = material; -T/O indicates connector options) |
| Setting screw pairing | Catalog example: NAPNOS-101-6-☐ pairs with PNG-101-☐, using setting screw TN-PN-101-M6 (by size code) |
Q1: What workpieces are PN thin pads designed for?
A: Smooth, pliable workpieces such as paper or vinyl sheets.
Q2: What pad diameter range does PN cover?
A: The catalog range is Φ15 to Φ49 (selected by size codes).
Q3: What fitting lineups are available, and how do they differ?
A: Fixed (PNTK/PNYK), spring (NAPNTS/NAPNYS), and non-rotative spring (NAPNTH/NAPNYH) options are listed; choose based on stroke compensation needs and rotation-prevention requirements.
Q4: When should I consider non-rotative spring fittings (NAPNTH/NAPNYH)?
A: When you want spring compensation while reducing the risk of the workpiece rotating with the pad.
Q5: What material codes are available?
A: N, S, SI30, U, F, and NR are listed, with applicable size ranges shown in the tables.
Q6: Why is Φ15 (PNG-132) mounted differently?
A: The catalog states Φ15 (PNG-132) mounts directly to the fitting, while Φ15–49 (except PNG-132) uses a setting screw.
Q7: What's the fastest selection flow?
A: Decide vacuum port (top/side) → fitting type → size code (diameter) → material code.
Q8: What should I confirm before final selection?
A: Confirm surface condition, effective contact area/leakage tendency, and whether stroke + rotation prevention is needed for your layout.
