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Equivalent to Honeywell IMU for Advanced Navigation and Positioning

Equivalent to Honeywell IMU for Advanced Navigation and Positioning

MOQ: 1 ZESTAW
Ceny: $1000-$100000
Okres dostawy: 30 dni roboczych
metoda płatności: T/T
Pojemność dostaw: 500 ZESTAWÓW ROCZNIE
Szczegółowe informacje
Miejsce pochodzenia
Chiny
Nazwa handlowa
Star & Inertia Technology
Numer modelu
L30 IMU
Czas uruchamiania:
≤ 10 s (od włączenia zasilania do zakończenia autotestu)
Stabilność stronniczości żyroskopu:
≤ 0,1°/h (1σ)
Powtarzalność odchylenia żyroskopu:
≤ 0,05°/h (1σ)
Błąd współczynnika skali żyroskopu:
≤ 20 ppm (1σ)
Zasięg żyroskopu:
±1000°/sek
Stabilność odchylenia akcelerometru:
≤ 5×10⁻⁵ g (1σ)
Powtarzalność odchylenia akcelerometru:
≤ 5×10⁻⁵ g (1σ)
Błąd współczynnika skali akcelerometru:
≤ 50 ppm (1σ)
zakres akcelerometru:
-60 g ~ +60 g
Szybkość aktualizacji danych nawigacyjnych:
≥ 200 Hz
Napięcie wejściowe:
18–32 V, typowe 24 V
Pobór mocy (stan ustalony):
≤ 15 W
Waga:
≤ 1,5 kg
Wymiary (gł. × wys.):
110 mm × 115 mm
Interfejsy:
1 × RS232, 1 × RS485, 1 × RS422
Temperatura pracy:
-40°C ~ +60°C
Temperatura przechowywania:
-55°C ~ +70°C
Wilgotność robocza:
≤ 95% (25°C)
Wilgotność przechowywania:
≤ 95% (30°C)
Opis produktu

The next-generation gyrocompassing-grade Inertial Measurement Unit (IMU) is engineered for demanding navigation and precision positioning applications. Designed for mission-critical platforms, it delivers high-accuracy heading, attitude, and inertial navigation performance for aerospace, defense, unmanned systems, industrial surveying, and maritime operations.


The unit integrates advanced inertial sensing architecture within a rugged, environmentally-sealed aluminum enclosure, providing exceptional resistance to vibration, shock, and harsh environmental conditions. It maintains long-term performance stability without the need for external cooling or auxiliary thermal management.

This IMU is deployed across a wide range of platforms and operational environments, including:

  • UAV/VTOL flight control and navigation
  • UGV/USV/UUV autonomous navigation
  • Weapon stabilization and targeting
  • Maritime surveying and subsea exploration
  • Industrial drilling navigation and ground surveying
  • High-precision mapping & GIS platforms
  • Aerospace inertial navigation and GNSS-denied operations

Multiple interface and output configurations are available to support flexible integration into flight control computers, navigation computers, GNSS/INS integrated solutions, and avionics architectures. Users can configure output data rates, filtering modes, and communication protocols to optimize performance for specific mission profiles.

As a gyrocompassing-class inertial sensor, the unit offers high stability, high reliability, and excellent SWaP (Size, Weight, and Power) characteristics — providing advanced inertial navigation capability with reduced system burden. It is well-suited for applications requiring high-precision heading, inertial positioning, and sustained autonomy in GPS-denied or contested environments.


Parameter Specification
Navigation System Strapdown Inertial System (SINS)
Startup Time ≤ 10 s (from power-on to self-test completion)
Core Sensor Accuracy – Gyroscope Bias stability: ≤ 0.1°/h (1σ)
Bias repeatability: ≤ 0.05°/h (1σ)
Scale factor error: ≤ 20 ppm (1σ)
Random walk: ≤ 0.02°/√h (1σ)
Range: ±1000°/s
Core Sensor Accuracy – Accelerometer Bias stability: ≤ 5×10⁻⁵ g (1σ)
Bias repeatability: ≤ 5×10⁻⁵ g (1σ)
Scale factor error: ≤ 50 ppm (1σ)
Range: -60 g ~ +60 g
Navigation Data Update Rate ≥ 200 Hz
Input Voltage 18–32 V, typical 24 V
Power Consumption (Steady-State) ≤ 15 W
Weight ≤ 1.5 kg
Dimensions (D × H) 110 mm × 115 mm
Interfaces 1 × RS232, 1 × RS485, 1 × RS422
Operating Temperature -40 °C ~ +60 °C
Storage Temperature -55 °C ~ +70 °C
Operating Humidity ≤ 95% (25 °C)
Storage Humidity ≤ 95% (30 °C)


produkty
szczegółowe informacje o produktach
Equivalent to Honeywell IMU for Advanced Navigation and Positioning
MOQ: 1 ZESTAW
Ceny: $1000-$100000
Okres dostawy: 30 dni roboczych
metoda płatności: T/T
Pojemność dostaw: 500 ZESTAWÓW ROCZNIE
Szczegółowe informacje
Miejsce pochodzenia
Chiny
Nazwa handlowa
Star & Inertia Technology
Numer modelu
L30 IMU
Czas uruchamiania:
≤ 10 s (od włączenia zasilania do zakończenia autotestu)
Stabilność stronniczości żyroskopu:
≤ 0,1°/h (1σ)
Powtarzalność odchylenia żyroskopu:
≤ 0,05°/h (1σ)
Błąd współczynnika skali żyroskopu:
≤ 20 ppm (1σ)
Zasięg żyroskopu:
±1000°/sek
Stabilność odchylenia akcelerometru:
≤ 5×10⁻⁵ g (1σ)
Powtarzalność odchylenia akcelerometru:
≤ 5×10⁻⁵ g (1σ)
Błąd współczynnika skali akcelerometru:
≤ 50 ppm (1σ)
zakres akcelerometru:
-60 g ~ +60 g
Szybkość aktualizacji danych nawigacyjnych:
≥ 200 Hz
Napięcie wejściowe:
18–32 V, typowe 24 V
Pobór mocy (stan ustalony):
≤ 15 W
Waga:
≤ 1,5 kg
Wymiary (gł. × wys.):
110 mm × 115 mm
Interfejsy:
1 × RS232, 1 × RS485, 1 × RS422
Temperatura pracy:
-40°C ~ +60°C
Temperatura przechowywania:
-55°C ~ +70°C
Wilgotność robocza:
≤ 95% (25°C)
Wilgotność przechowywania:
≤ 95% (30°C)
Minimalne zamówienie:
1 ZESTAW
Cena:
$1000-$100000
Czas dostawy:
30 dni roboczych
Zasady płatności:
T/T
Możliwość Supply:
500 ZESTAWÓW ROCZNIE
Opis produktu

The next-generation gyrocompassing-grade Inertial Measurement Unit (IMU) is engineered for demanding navigation and precision positioning applications. Designed for mission-critical platforms, it delivers high-accuracy heading, attitude, and inertial navigation performance for aerospace, defense, unmanned systems, industrial surveying, and maritime operations.


The unit integrates advanced inertial sensing architecture within a rugged, environmentally-sealed aluminum enclosure, providing exceptional resistance to vibration, shock, and harsh environmental conditions. It maintains long-term performance stability without the need for external cooling or auxiliary thermal management.

This IMU is deployed across a wide range of platforms and operational environments, including:

  • UAV/VTOL flight control and navigation
  • UGV/USV/UUV autonomous navigation
  • Weapon stabilization and targeting
  • Maritime surveying and subsea exploration
  • Industrial drilling navigation and ground surveying
  • High-precision mapping & GIS platforms
  • Aerospace inertial navigation and GNSS-denied operations

Multiple interface and output configurations are available to support flexible integration into flight control computers, navigation computers, GNSS/INS integrated solutions, and avionics architectures. Users can configure output data rates, filtering modes, and communication protocols to optimize performance for specific mission profiles.

As a gyrocompassing-class inertial sensor, the unit offers high stability, high reliability, and excellent SWaP (Size, Weight, and Power) characteristics — providing advanced inertial navigation capability with reduced system burden. It is well-suited for applications requiring high-precision heading, inertial positioning, and sustained autonomy in GPS-denied or contested environments.


Parameter Specification
Navigation System Strapdown Inertial System (SINS)
Startup Time ≤ 10 s (from power-on to self-test completion)
Core Sensor Accuracy – Gyroscope Bias stability: ≤ 0.1°/h (1σ)
Bias repeatability: ≤ 0.05°/h (1σ)
Scale factor error: ≤ 20 ppm (1σ)
Random walk: ≤ 0.02°/√h (1σ)
Range: ±1000°/s
Core Sensor Accuracy – Accelerometer Bias stability: ≤ 5×10⁻⁵ g (1σ)
Bias repeatability: ≤ 5×10⁻⁵ g (1σ)
Scale factor error: ≤ 50 ppm (1σ)
Range: -60 g ~ +60 g
Navigation Data Update Rate ≥ 200 Hz
Input Voltage 18–32 V, typical 24 V
Power Consumption (Steady-State) ≤ 15 W
Weight ≤ 1.5 kg
Dimensions (D × H) 110 mm × 115 mm
Interfaces 1 × RS232, 1 × RS485, 1 × RS422
Operating Temperature -40 °C ~ +60 °C
Storage Temperature -55 °C ~ +70 °C
Operating Humidity ≤ 95% (25 °C)
Storage Humidity ≤ 95% (30 °C)


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