AirTAC X-AFD12 Swivel Adjustable Hexagonal Manifold Specifications
- Model: X-AFD12
- Type: 360° Rotatable Hex Manifold with Adjustable Ports
- Body Material: Nickel-plated Brass (C3604)
- Thread Standard: G1/8 (BSPP) / 1/8" NPT Optional
- Working Pressure: 0-1.0 MPa (145 PSI)
- Temperature Range: -20℃ to 80℃ (NBR Seals) / -20℃ to 150℃ (FKM Seals)
- Max Rotation Angle: 330° Adjustable (Per Port)
- Seal Material: Standard NBR / Optional FKM (Viton)
- Port Configuration: 6 Independent Ports (3 Input/3 Output Configurable)
- Weight: 120g ±5g
- Dimensions: 40mm (L) × 32mm (W) × 32mm (H)
- Surface Finish: Electroless Nickel Plating (5-8μm)
- Leakage Rate: ≤3 bubbles/min @ 0.5MPa
- Torque Resistance: 1.5N·m Max
Multi-directional flow distribution block featuring individual port rotation lock mechanism. The hexagonal design allows compact multi-plane piping layouts with anti-vibration structure. Includes dual O-ring seals (primary dynamic seal + secondary backup seal) for leak-free performance in dynamic applications. Compatible with air, inert gases, and light hydraulic fluids.
- Robotic end-effector pneumatic circuits
- Modular pneumatic test benches
- Multi-axis tool changers in CNC systems
- Mobile equipment compressed air distribution
- Semiconductor wafer handling robots
- Packaging machine multi-station control
| Property | Property Value |
|---|---|
| sku | X-AFD12 |
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.



