verified AirTAC China Authorized Export Seller shield 100% Genuine AirTAC Parts workspace_premium 1-Year Warranty
AirTAC SGC Series · Large-Bore ISO 15552 Cylinder

Airtac SGCD Dual Rod Cylinder SGCD160X200

The AirTAC Airtac SGCD Dual Rod Cylinder SGCD160X200 is a genuine double acting, double rod ISO 15552 (orig. ISO 6431) tie-rod air cylinder with a Ø160mm bore and 200mm stroke, G3/4 air ports and adjustable end cushioning. Its large-bore tie-rod build delivers high thrust and drops into standardized ISO 15552 mounting on heavy automation.

  • BoreØ160 mm
  • Stroke200 mm
  • Port sizeG3/4
  • Acting typeDouble acting, double rod
  • Rod threadM36×2.0
  • CushionAdjustable, 50 mm
$366.60 $374.10Save 2% Made to order — confirm lead time
Request a Quote
verified Genuine AirTAC workspace_premium 1-year warranty bolt Reply in 7-8 h

About the Airtac SGCD Dual Rod Cylinder SGCD160X200

Delivering 9425 N of equal force in both directions at 0.5 MPa, this large-bore ISO 15552 tie-rod cylinder uses a twin-rod piston to balance the load path completely. Four steel tie rods clamp the aluminium barrel to the covers, providing structural rigidity for heavy industrial duty. The G3/4 air port feeds the 40 mm rod, which features an M36x2.0 thread at both ends.

Because the rod exits both covers, the pressure area stays identical on extension and retraction, yielding a safe working load of about 5655 N or a 480 kg vertical lift with a 2:1 margin. This plain SKU lacks a magnet and cannot accept CMSG, DMSG, or EMSG sensors. A Viton H seal option extends the operating temperature from -20 to +70 C up to 0-150 C for hot environments.

Airtac SGCD Dual Rod Cylinder SGCD160X200 Technical Specifications

ModelAirtac SGCD Dual Rod Cylinder SGCD160X200
SeriesSGC ISO 15552 tie-rod cylinder
Bore sizeØ160 mm
Stroke200 mm
Acting typeDouble acting, double rod
Port sizeG3/4
Rod threadM36×2.0
FluidAir (filtered by 40µm element)
Operating pressure0.15 – 1.0 MPa
Proof pressure1.5 MPa
Temperature-20 to +70 °C
Speed range30 – 500 mm/s
CushionAdjustable, 50 mm
Max standard strokeUp to 1500 mm

Specifications follow the official AirTAC SGC datasheet and ISO 15552 dimensions. Confirm against the product label before installation. Thread options: PT (blank) / G. TPU seals are not available for the Ø250 bore (NBR / Viton only).

Theoretical Output Force (Ø160mm)

PressureForce (both ways)
0.5 MPa9425 N9425 N
0.7 MPa13195 N13195 N
Max (@1.0 MPa)2050 kgf

Double-rod: the rod passes through both covers, so output force is equal in both directions.

Model Code: Airtac SGCD Dual Rod Cylinder SGCD160X200

SGCDISO 15552 tie-rod cylinder (double-rod type).
160Bore size in mm (125 / 160 / 200 / 250).
×200Stroke length in mm.
-SOptional built-in magnet for CMSG / DMSG / EMSG sensors.

SGC-family variants: SGC (double acting), SGCD (double rod), SGCJ (adjustable stroke). Mounting: LB / FA / FB / CA / CB / CR / TC / FTC / TCM1 / TCM2. Seals: TPU (blank) / Viton H / NBR N.

Where the Airtac SGCD Dual Rod Cylinder SGCD160X200 Is Used

sync_alt

Twin-Tool Indexing

Drives two opposing forming tools simultaneously from one central piston, keeping cycle timing perfectly synchronized.

vertical_align_center

Symmetric Lift Platform

Balances heavy vertical lifting platforms evenly from both rod ends to prevent binding under asymmetric loads.

conveyor_belt

Anti-Rotation Diverter

Pushes a conveyor diverter arm out and back without twisting, using the double-rod structure for built-in guidance.

Is the Airtac SGCD Dual Rod Cylinder SGCD160X200 the Right Cylinder?

Sized between the 125 mm bore (5734 N both ways) and the 200 mm bore (15079 N both ways), the 160 mm bore hits a strong middle ground for demanding mid-weight tasks. Choose this double-rod configuration when your application demands anti-rotation guidance, twin tooling driven from one piston, or a symmetric load path. It supports FA, LB, TC, FTC, TCM1, and TCM2 mounts via the ISO 15552 mounting interface. For any stroke at or above 500 mm, always use external guide rails to prevent side-load binding. This non-magnet version cannot host sensors; select the -S variant for CMSG, DMSG, or EMSG switch readiness.

Quick checklist

  • ✓ Required force at your working pressure
  • ✓ Stroke and mounting space
  • ✓ Port/thread type (PT / G / NPT)
  • ✓ Magnet (-S) for sensors?
  • ✓ Long-stroke side load — support the rod end
Ask an Engineer

Installation & Maintenance Notes

  • check Use clean air filtered to 40µm or finer.
  • check Keep within 0.15 – 1.0 MPa operating pressure.
  • check Avoid side load; support long strokes at the rod end.
  • check Set cushions to minimum, then release gradually.
  • check Use correct mounting accessory (LB/FA/FB/CA/CB/CR/TC).
  • check Installation by qualified personnel per AirTAC docs.

Airtac SGCD Dual Rod Cylinder SGCD160X200 FAQ

The force is equal in both directions due to the double-rod design: 9425 N at 0.5 MPa, 13194 N at 0.7 MPa, and a theoretical maximum of 1922 kgf at 1.0 MPa. It uses a G3/4 port, a 40 mm rod, and an M36x2.0 rod thread.

No, a plain double-rod cylinder drifts without live air; the 50 mm adjustable air cushions only decelerate the piston near stroke end. To hold a load securely, you must add an external rod lock or a pilot-operated check valve.

verified

Authorized Export Seller

Genuine AirTAC parts produced by AirTAC factory.

workspace_premium

1-Year Warranty

Covers non-human-caused product damage.

local_shipping

Made to Order

Large-bore cylinders built to order — confirm lead time.

bolt

Fast Reply

Most inquiries answered within 7-8 hours.

Related AirTAC SGC Cylinders

Request a Quote for Airtac SGCD Dual Rod Cylinder SGCD160X200

Send us the quantity and destination. We confirm price, stock and lead time — usually within 7-8 hours.

Thank you. We received your request for SGCD160X200 and will confirm price, stock and lead time — usually within 7-8 hours.

For the fastest response, keep the complete model number above and include a clear photo of the product label. If photo upload is unavailable, email photos to [email protected] with your model number.