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ZX10D040
Control / Servos

Rotary Electric Actuator Series (1.2–50 N·m)

Rotary Electric Actuator · ZX10D040

Rotary electric actuator series with rated torque from 1.2 N·m to 50 N·m across multiple frame sizes, angular velocity up to 125°/s, and return-to-zero accuracy down to ≤0.1°. Linearity options of ≤3.5% or ≤5%, bandwidth ≥2–30 Hz by variant.

1

≥50 50DJ100

2

≥40 40DJ100

3

≥30 30DJ100

Product Gallery

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
  1. [1]This series covers multiple frame sizes (one row per variant in the specification tables); figures differ by variant — confirm the exact variant at inquiry.

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Technical Documentation

Detailed documentation is shared directly with qualified B2B buyers after inquiry, under mutual confidentiality. Customer, supplier, and program information is never published.

Include the model number and your application in the inquiry form — an engineer will respond with the relevant documents.

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Datasheet (PDF)

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

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