AirTAC B06-SID63X500 Battery-Optimized ISO Cylinder Specifications
- Model: B06-SID63X500
- Series: B06-SID (Battery Application Series)
- Bore size: 63 mm (ISO 6432 compliant)
- Stroke: 500 mm (±1.5mm tolerance)
- Operating pressure: 0.05–0.8 MPa
- Cushioning type: Adjustable pneumatic cushion
- Mounting style: ISO 15552 standard foot mounting
- Port size: G1/8 (EN 10226 compliant)
- Temperature range: -20℃ to 80℃
- Piston material: Hard-anodized aluminum alloy
- Rod material: Stainless steel SUS304 (chrome-plated)
- Seal type: Heat-resistant NBR+PU combination
- Weight: 2.8 kg (excluding accessories)
- Dimensions: 635mm(L) × 95mm(W) × 95mm(H)
- Rod thread: M16×1.5 (ISO 12240-1)
- Protection rating: IP67 (dust/water resistant)
- Max theoretical thrust: 1940N @0.6MPa
- Lubrication: Pre-lubricated (oil-free operation compatible)
High-torque ISO cylinder engineered for battery-powered systems requiring low air consumption. Features corrosion-resistant construction with dual-seal technology for leak prevention in high-cycle applications. Optimized flow paths reduce air turbulence by 18% compared to standard models.
- Lithium battery cell stacking machines
- EV battery module assembly lines
- Cleanroom automation (semiconductor handling)
- Solar panel laminating presses
- Portable medical oxygen concentrators
| Property | Property Value |
|---|---|
| sku | B06-SID63X500 |
Returns will be accepted for up to 15 days of Customer’s receipt or tracking number on Not used items. You, as a Customer, are obliged to inform us via email before you return the item, only in the case of:
- Received the wrong item.
- Item arrived not as expected (ie. damaged packaging).
- Item had defects.
- Over delivery time.
- The shipper does not allow the goods to be inspected before payment.
The returned product(s) must be in the original packaging, safety wrapped, undamaged and unworn. This means that the item(s) must be safely packed in a carton box for protection during transport, possibly the same carton used to ship to you as a customer.



