Stop searching, install MROSupply Smart Check and see our price instantly wherever you browse.

Download Now

Add products to your shopping cart
Know When You’re Overpaying
The MROSupply Chrome Extension instantly alerts you when the part you’re viewing is available for less at MROSupply.
Download Now
We never track your browsing or search history
We never sell your data to third parties
TACED25X60

Image for Illustration purposes only. Actual product may vary

View in markdown

AirTAC TACED25X60 TACE Series High-Temp Compact Cylinder 25mm bore 60mm stroke

MODEL TACED25X60

BRAND

SKU

97151876

UOM

each

$56.58 Each

Prices are subject to change

FREE SHIPPING ON ORDERS OVER $100

Select Quantity

GET A QUOTE

Typically Ships in: 1 day

Returnable: Yes

Bore Size

25mm

Cushioning

Adjustable pneumatic cushion (both ends)

Dimensions

150mm(L) × 80mm(W) × 80mm(H) (full extension)

Guide rod load capacity

600N axial / 300N radial

Magnet

Without magnet

Max speed

500mm/s

Model

TACED

Mounting

Front flange (MF1), rear flange (MF2), or side mount options

Mounting Type

No accessories

Operating pressure

0.1-0.9 MPa

Port size

1/8" NPT (G1/8 optional)

Repeat positioning accuracy

±0.05mm

Rod material

Hard chrome-plated steel

Rod Type

Female thread

Seal material

Nitrile rubber (NBR) with wear-resistant ring

Special

Standard

Stroke

60

Structure

Piston + dual linear guide rods

Temperature Class

High-temperature

Temperature range

-20°C to 80°C

Thread Type

PT

Tube material

Anodized aluminum alloy

Type

Double-acting guided rod cylinder

AirTAC TACED25X60 TACE Series double-acting compact air cylinder built to ISO 21287, 25mm bore and 60mm stroke, rated for High-temperature service and so suited to ovens, dryers and heat-intensive industrial environments where standard seals would fail. Supplied with a Female thread rod end. Short-body construction keeps the axial footprint minimal for tight installations.

Cross-references: Direct replacement for Festo ADNGF series (manufacturer-published cross-reference).