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Asset ID: rotary-actuator-zx10d040
ZX10D040
Control / Servos

ZX10D040

Advanced rotary electric actuator system featuring high-precision control, high reliability, and compact design for precision-guided applications

1

≥50 50DJ100

2

≥40 40DJ100

3

≥30 30DJ100

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The ZX10D040 Rotary Electric Actuator represents cutting-edge precision control technology, offering compact design, high torque output, and exceptional reliability. Specifically engineered for precision-guided weapons and aerospace applications, it plays a crucial role in attitude control systems and fin actuation mechanisms, ensuring precise and stable rotational motion in demanding environments.

Key Features

  • **High Precision Control** – Ensures exceptional accuracy with minimal deflection error, supporting both ≤3.5% and ≤5% linearity specifications.
  • **Compact and Lightweight Design** – Optimized for space-constrained applications without compromising performance.
  • **High Torque Output** – Capable of delivering rated torque from **1.2 N·m to 50 N·m**, meeting diverse operational requirements.
  • **Fast Angular Response** – Maximum angular velocity up to **125°/s**, ensuring rapid and precise maneuvering.
  • **Excellent Return-to-Zero Accuracy** – Achieves return-to-zero precision as high as **≤0.1°**, enhancing system stability.
  • **Wide Operating Bandwidth** – Bandwidth ranging from **≥2 Hz to ≥30 Hz**, enabling responsive and adaptive performance.
  • **Reliable and Durable** – Designed for extreme environments with **high mechanical strength and long service life**.
  • **Versatile Mounting Options** – Compatible with various integration configurations for seamless system integration.

Applications

**Precision-Guided Weapons** – Used in missile and guided bomb fin actuation systems for **accurate flight trajectory control**.**Aerospace Systems** – Applied in **attitude control mechanisms** for space vehicles and UAVs requiring **stable rotational motion**.**Naval Defense Systems** – Integrated into torpedo and naval missile guidance systems for enhanced maneuverability.**Autonomous Platforms** – Utilized in robotic and unmanned systems requiring **highly responsive and reliable actuation**.**Advanced Control Systems** – Deployed in gimbal stabilization and servo control mechanisms for **optical and targeting systems**.

Technical Specifications

Basic Mechanical Parameters

1

≥50

50DJ100

2

≥40

40DJ100

3

≥30

30DJ100

4

≥25

25XB80

5

≥10

10DJ20A

6

≥10

10DJ20C

7

≥10

10DJ30

8

≥10

10DJ30A

9

≥10

10DJ50

10

≥20

20DJ125

11

≥40

40DJ120A

12

≥25

25DJ12

13

≥20

20DJ100

14

1.2

1.2DJ25

Dynamic Performance Parameters

1

≥120

50DJ100

2

≥100

40DJ100

3

≥100

30DJ100

4

≥100

25XB80

5

≥100

10DJ20A

6

≥100

10DJ20C

7

≥100

10DJ30

8

≥100

10DJ30A

9

≥105

10DJ50

10

≥125

20DJ125

11

≥105

40DJ120A

12

12±2

25DJ12

13

≥100

20DJ100

14

—

1.2DJ25

Physical Specifications

1

≤1.2

50DJ100

2

≤1.0

40DJ100

3

≤0.9

30DJ100

4

≤1.0

25XB80

5

≤0.9

10DJ20A

6

≤0.46

10DJ20C

7

≤0.8

10DJ30

8

≤0.5

10DJ30A

9

≤1.05

10DJ50

10

≤1.2

20DJ125

11

1.6±0.1

40DJ120A

12

≤2.0

25DJ12

13

≤1.5

20DJ100

14

≤0.5

1.2DJ25

Technical Documentation

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Datasheet (PDF)

Full performance curves, pinout diagrams, and environmental testing results.

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CAD Model (STEP)

High-fidelity 3D geometry for structural integration and thermal modeling.

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Compliance Documentation

Certification of origin, quality management protocols, and compliance documentation.

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