ZT12 Linear Actuator: 2500N, 1000mm Stroke

Review ZT12 specifications for DC29V operation, up to 2500N push, 6–40mm/s speed, 10–1000mm stroke, mounting references, and fit-review inputs.

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ZT12 / long-stroke platform

ZT12 Linear Actuator

Built around a wider travel envelope: DC 29 V, up to 2,500 N maximum push, 6–40 mm/s published speed and stroke options extending to 1,000 mm.

2,500 N maximum push
6–40 mm/s published speed
10–1000 mm stroke range

Long travel changes the integration problem: the selected stroke must be checked with retracted geometry, extended clearance, alignment, swept path and surrounding structure. The published endpoints do not prove 2,500 N at 40 mm/s over 1,000 mm.

ServoCylMotion ZT12 linear actuator product view
29 V long-travel actuator / product image
01 / published boundary

Separate force, speed and stroke before combining them in a real mechanism.

ZT12 publishes a 2,500 N push maximum, a 6–40 mm/s range and 10–1000 mm travel coverage. No source table proves that all three endpoints coexist.

Parameter Published value Selection note
Input voltage DC 29 V Confirm released power, current capacity, connector and control arrangement.
Maximum push Up to 2,500 N Push rating only; pull force is not established in the locked source.
Speed 6–40 mm/s Loaded-speed conditions are not provided.
Stroke 10–1000 mm Confirm chosen travel together with retracted length, extended clearance and alignment.
Duty cycle 10% Time basis and test conditions are not stated.
Minimum installation distance About 140 mm Preliminary local drawing reference; verify on a released drawing.
Motor body height 146 mm Preliminary package reference.
Housing width 68 mm Preliminary package reference.
Cylinder outer diameter Ø26 mm Use for concept packaging only.
Pin hole diameter Ø10 mm Confirm mating pin and bracket geometry.
02 / long-stroke envelope explorer

Preview how travel changes the space the mechanism must reserve.

The rail is an explanatory motion model, not a released dimension drawing. Its purpose is to keep stroke, full extension, swept clearance and side-load risk in the same engineering conversation.

Illustrative travel model / not to scale
Starting package
≈140 mm

Do not confuse minimum installation reference with closed length for every stroke.

The local record gives about 140 mm as a preliminary minimum installation distance. Final pin-to-pin geometry still depends on the selected build.

Mid-travel check
Alignment

Inspect the mechanism before the endpoint.

Long travel can amplify misalignment. Check guide path, changing leverage and adjacent structure throughout motion, not only at both ends.

Published travel ceiling
1000 mm

Reserve the complete extended envelope.

The 1,000 mm figure is the published stroke limit, not proof of one universal extended installation dimension or load-speed combination.

Swept-path review
Full path

Keep the complete motion corridor clear.

Check motor body, cable path, service access, bracket freedom and any structure that could interfere during extension or retraction.

ZT12 dimensional reference drawing
Drawing reference / source image

Long stroke requires the released geometry.

Use this source image to inspect the recorded package dimensions, then release brackets and endpoint clearance only against the current technical drawing for the selected stroke.

03 / configuration review

Review the long-travel mechanism as one system.

Provide the actual working load and loaded speed together with selected stroke, retracted space, mechanism geometry, cycle, environment, control and release documents.

01 / load Direction, working load, peak load and any changing leverage.
02 / travel Required stroke, retracted package, extended clearance and swept path.
03 / control Power, endpoint behavior, intermediate positioning, feedback or synchronization need.
04 / release Environment, quantity, current drawing, wiring, test data and inspection documents.

Needs confirmation before release

2,500 N at 40 mm/s over 1,000 mm, pull force, current draw, startup current, feedback, synchronization, endpoint logic, environmental rating and final long-stroke geometry are not established in the locked ZT12 source.

04 / engineering handoff

Define ZT12 with load, speed and travel in the same request.

Send working load + direction + required loaded speed + stroke + retracted space + full motion clearance + cycle + control / power needs + quantity .

Request ZT12 configuration review →
05 / ZT12 FAQ

Treat 1,000 mm as a travel boundary, not a shortcut to final geometry.

The verified local record supports DC29V, up to 2,500 N push, 6–40 mm/s, 10–1000 mm stroke, 10% duty and preliminary mounting references.

Can ZT12 deliver 2,500 N at 40 mm/s?

That operating point is not established by the available source. Force maximum and speed range are published independently.

Is every 1,000 mm stroke build the same closed length?

No such rule is established. Stroke is travel; the selected build still requires released retracted and extended geometry.

What mounting references are published?

The record lists about 140 mm minimum installation distance, 146 mm motor body height, 68 mm housing width, Ø26 mm cylinder diameter and Ø10 mm pin hole.

What does the 10% duty cycle mean in minutes?

The source does not state a time basis or test conditions, so the percentage should not be converted into a fixed schedule without review.

Are synchronized motion and environmental ratings confirmed?

Those items are not established in the available ZT12 evidence and should be specified for configuration review.

Engineering image inspection
ZT12 product viewer
Enlarged ZT12 image
Use Fit for the whole image or 100% for source-pixel inspection.