• NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System

NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System


Detection Field of View
±25°
Linear Field of View
±14°
Angle Measurement Accuracy
3mrad(1σ)
Detection Distance
≥4km
Weight
≯1.2kg
Size
Φ180mm × 200mm
Power Supply
28V±3V
Power Consumption
≤20W
External Interface
Isolation CAN/RS422
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System
  • NAV-300 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System

Description

NAV-100 High Accuracy Fiber Optic Gyro GNSS/INS Integrated Navigation System

The ZKA-1 servo motor is a precision actuator designed specifically for guidance and control systems that require precise angular deflection and reliable response. It is primarily used to drive the movement of rudders or control surfaces, ensuring stable and predictable performance in demanding operating environments.

Provides stable and precise drive for control systems
High torque output enables effective control surface deflection Rapid response under load conditions Compact design facilitates system integration

Built for Precision Control and Stability

The ZKA-1 is specifically designed to provide controlled and repeatable drive performance in systems where precision and stability are critical. It delivers a rated output torque of 10 Nm and achieves speeds exceeding 120°/s under load, enabling effective control of angular displacement in practical applications.

Its design emphasizes stable response during operation, ensuring that the actuator maintains consistent performance even under varying load conditions. This guarantees reliable performance in guidance and control applications.

Reliable Actuation Output

Delivers a rated torque of 10 Nm, enabling stable and controlled angular displacement.

Fast Response Capability

Achieves an output speed exceeding 120°/s under load and up to 210°/s under no-load conditions.

Precise Control Performance

Maintains low zero-point error (≤0.25°) and stable steady-state error, ensuring precise actuation.

Professional Solutions for Advanced Systems

ZKA-1 is specifically designed for systems requiring reliable control of control surfaces, such as rudders or tail surfaces. Its closed-loop characteristics ensure stable amplitude and phase responses, maintaining consistent performance in dynamic environments.

With a servo latency of just 4 milliseconds, this actuator enables rapid feedback and correction within control systems. Its balanced performance in both the frequency and time domains supports precise and stable control in demanding application environments.
Specifications
Product Name ZKA-1 Servo Motor
Closed-loop amplitude frequency characteristicst

bandwidth≮-3dB(25Hz)≮1dB(15Hz)

Closed-loop phase frequency characteristics

phase lag≯25°(5Hz);≯45°(10Hz)

Time domain characteristics (whenrudder deflection angle is2°) Adjustment time 56ms, overshoot 25%, half wave oscillation times 2 times

Steady state error

≤0.3°(<15%)
≤3.5% (15°~30°)
Overshoot under theaction of a step signal

<3%(10Nm/load)

Frequency domain

characteristics

Under no-load conditions, the frequency is greater than -3dB in amplitude and greater than -90° in phase angle when the rudder deflection is 2°.

Output accuracy 100 seconds under load, ≥30 minutes under no-load conditions
Weigh 455g
Size 45mmx112mmx57.6mm

Application Scenarios

The ZKA-1 servo motor is specifically designed for systems requiring precise control of angular deflection and stable drive performance.

Guidance and control systems Rudder or tailplane drive systems Stabilization platforms Unmanned system control units

FAQ

1. What are the main functions of the ZKA-1 servo motor?

It is used to drive and control the angular deflection of control surfaces in guidance and control systems.

2. How does it perform under load?

The actuator maintains stable output at a rated torque of 10 Nm and consistent speed performance under load conditions.

3. What ensures its precision?

Low zero-point error and stable steady-state performance ensure precise and repeatable actuation.