
The AirTAC Airtac HLSL Precision Slide Table Cylinder HLSL20X150S is a genuine HLS slide-table cylinder, 20 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 236 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 HLSL20X150S is a symmetrical, double-acting dual-rod slide table cylinder in which the air cylinder and a cross-roller linear guide form one unit. Its 20 mm bore and 150 mm stroke give a longer precise travel: the table moves in a straight line with high rigidity and low deflection, the dual rods provide higher thrust for the bore, and the floating joint keeps side load torque away from the rods. The symmetrical HLSL body also balances loads applied to the table.
This is a genuine AirTAC part with the position-magnet fitted as standard; magnetic-switch slots on the body accept CMSH, DMSH and EMSH switches. Exact thrust, dimensions and allowable load/moment data for this model are in the on-page specification table or AirTAC datasheet, and we will confirm any figure on request.
| Model | Airtac HLSL Precision Slide Table Cylinder HLSL20X150S |
|---|---|
| Type | Slide-table cylinder, double acting, dual rod |
| Series / guide | HLSL (cross-roller guide) |
| Bore | 20 mm |
| Push thrust @0.5 MPa | 236 N |
| Port size | 1/8" (PT thread) |
| Fluid | Air, filtered to 40 um |
|---|---|
| Operating pressure | 0.15 - 0.7 MPa (22 - 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 20 gives moderate-to-higher thrust; move up a bore size if you need more push, or down for lighter duties and a smaller footprint. HLSL is the choice when cross-roller precision and rigidity are the priority; HLQ suits anti-rust, dust-proof ball-bearing guidance, HLH a miniature roller-ball guide, and HLF a low-height cross-roller body. Verify the 150 mm stroke against the published stroke table for bore 20, and size load and moment from the published tables and curves.
This basic version has no adjuster suffix; if you want controlled end-of-stroke deceleration, order the A (adjustable rubber stoppers both ends) or B (shock absorbers both ends) variants, including single-side AS/BS and AF/BF options. The standard port thread here is PT, with G and NPT available to order.
Shift small parts between stations over the 150 mm travel; the cross-roller guide holds the table straight so parts arrive repeatably at the next station.
Carry a workpiece into a press or screwdriving position on a rigid, low-deflection guided slide, with the floating joint absorbing fixture misalignment.
Use the symmetrical dual-rod table as the traverse axis of a compact pick-and-place unit; the cross-roller guide resists moment loads from the carried part.
HLSL is the symmetrical version of the HLS cross-roller slide table, offering the highest precision, rigidity and load capacity of the line with a balanced body for off-center loads. If you need an anti-rust, dust-proof ball-bearing guide, choose HLQ; for a miniature roller-ball guide with the best straightness, HLH; for a low-height cross-roller body, HLF.
Bore 20 operates at 0.15-0.7 MPa (22-100 psi) with a maximum working pressure of 0.7 MPa and proof pressure of 1.2 MPa. Use clean air filtered to 40 um, keep the temperature between -20 and 70 C, and control speed within 50-500 mm/s, typically via meter-out metering. Allowable load and moment values come from the published datasheet tables and curves.