
The AirTAC Airtac HLSL Precision Slide Table Cylinder HLSL6X20SAS is a genuine HLS slide-table cylinder, 6 mm bore: a double-acting dual-rod air cylinder integrated with a cross-roller guide so the table travels straight with high rigidity and low deflection. It delivers about 21 N of push at 0.5 MPa. This is the symmetrical version. A floating joint spares the rod from side torque; the magnet is fitted as standard.
The AirTAC HLSL6X20SAS is a double-acting, dual-rod slide table cylinder with an integrated symmetrical cross-roller guide. At bore 6 the cross-roller guide provides high precision and rigidity with low deflection, and the symmetrical body allows workpiece mounting from either side. The dual rods double the thrust of an equivalent single-rod cylinder - a light, controlled push for short, repeatable 20 mm moves. A floating joint in the mounting means the rod takes no side torque, keeping side loads off the guide and seals.
This is a genuine AirTAC part with the position magnet fitted as standard, so CMSH, DMSH or EMSH sensor switches can be clipped into the magnetic-switch slots on the body. The AS adjuster fits an adjustable rubber stopper on the extension side only, letting you set and cushion the extended end position while the retracted end keeps basic cushioning. Exact thrust, dimensions and allowable load and moment figures appear in the on-page spec table and datasheet; we confirm them on request.
| Model | Airtac HLSL Precision Slide Table Cylinder HLSL6X20SAS |
|---|---|
| Type | Slide-table cylinder, double acting, dual rod |
| Series / guide | HLSL (cross-roller guide) |
| Bore | 6 mm |
| Push thrust @0.5 MPa | 21 N |
| Port size | M5x0.8 (PT thread) |
| Fluid | Air, filtered to 40 um |
|---|---|
| Operating pressure | 0.2 - 0.7 MPa (29 - 100 psi) |
| Proof pressure | 1.2 MPa (175 psi) |
| Temperature | -20 to 70 C |
| Speed range | 50 - 500 mm/s (meter-out) |
| Cushion | Bumper; shock-absorber / adjustable-stopper options |
| Magnet / sensor | Standard; CMSH, DMSH, EMSH |
Specifications follow the official AirTAC HL slide-table data. Max working pressure is 0.7 MPa. The table rides on an integrated linear guide — do not apply strong impact or large moment. Allowable load and moment are published as tables and curves, and overall dimensions vary per stroke — ask us and we confirm from the datasheet.
Bore 6 delivers the lightest thrust in the HLSL series; for more push select bore 8, 12 or 16, since a bigger bore means higher thrust at the same pressure. The cross-roller HLSL guide is the choice for maximum precision and rigidity, while HLQ suits anti-rust, dust-proof ball-bearing duty, HLH gives a miniature roller-ball guide and HLF a low-height body. Stroke 20 mm sits inside the bore-6 stroke table. Here the AS adjuster means an adjustable rubber stopper on the extension side; choose SA for both ends or AF for the retraction side, and remember B-type shock absorbers are not offered on bore 6. Ports are M5x0.8 with PT threads as standard, G or NPT by thread code. We confirm allowable load and moment from the published tables and curves.
Shifts a small gripper across a workstation in a controlled 20 mm stroke, with the extension-side stopper giving an adjustable, cushioned working position.
Carries light parts between two nests where the cross-roller guide keeps the table path straight and free of wobble over the short stroke.
Acts as a precision stopper or eject pin on a small fixture, with the floating joint absorbing any misalignment between cylinder and fixture.
Blank is basic cushioning, SA adds adjustable rubber stoppers at both ends, AS covers the extension side only and AF the retraction side only. Pick the side where you need an adjustable, cushioned end position. B-type shock absorbers are not available on bore 6, and the magnet is standard on every variant.
Working pressure is 0.2-0.7 MPa (29-100 psi) at bore 6 with a 0.7 MPa maximum, and proof pressure is 1.2 MPa (175 psi). Meter-out speed should stay within 50-500 mm/s using air filtered to 40 um at 20 to 70 C. For allowable load and moment, use the published tables and deflection curves - we will confirm the figures on request.