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Rugged FOG North Seeking System ≤3 Min Alignment, 0.06° Azimuth Accuracy, for Aiming, Armored Vehicle & Geodetic Survey Oil & Gas / Drilling

Rugged FOG North Seeking System ≤3 Min Alignment, 0.06° Azimuth Accuracy, for Aiming, Armored Vehicle & Geodetic Survey Oil & Gas / Drilling

MOQ: 1
Standaard Verpakking: 60 CM * 50 CM * 50 Cm
Leveringstermijn: 2 weken
Betalingswijze: T/T
Toeleveringskapaciteit: 10U/week
Gedetailleerde informatie
Plaats van herkomst
hubei
Merknaam
CSSC
Certificering
CKT5896525851
Modelnummer
DP-ZNF03-1
Markeren:

Rugged FOG North Seeking System

,

0.06° Azimuth Accuracy Alignment

,

Fiber Optic Inertial Navigation System

Productbeschrijving
Please find the detailed product specification sheet attached. 1.1 Product Purpose The gyro north seeker is used to rapidly and autonomously determine true north. It relies on two fundamental properties of the gyroscope – precession and rigidity – to achieve autonomous north-seeking. By tracking the earth's rotation rate with a high-precision fiber optic gyro and processing the resulting signal, the instrument computes the angle between the gyro's main axis and true north,
Producten
DETAILS VAN DE PRODUCTEN
Rugged FOG North Seeking System ≤3 Min Alignment, 0.06° Azimuth Accuracy, for Aiming, Armored Vehicle & Geodetic Survey Oil & Gas / Drilling
MOQ: 1
Standaard Verpakking: 60 CM * 50 CM * 50 Cm
Leveringstermijn: 2 weken
Betalingswijze: T/T
Toeleveringskapaciteit: 10U/week
Gedetailleerde informatie
Plaats van herkomst
hubei
Merknaam
CSSC
Certificering
CKT5896525851
Modelnummer
DP-ZNF03-1
Min. bestelaantal:
1
Verpakking Details:
60 CM * 50 CM * 50 Cm
Levertijd:
2 weken
Betalingscondities:
T/T
Levering vermogen:
10U/week
Markeren

Rugged FOG North Seeking System

,

0.06° Azimuth Accuracy Alignment

,

Fiber Optic Inertial Navigation System

Productbeschrijving
Please find the detailed product specification sheet attached. 1.1 Product Purpose The gyro north seeker is used to rapidly and autonomously determine true north. It relies on two fundamental properties of the gyroscope – precession and rigidity – to achieve autonomous north-seeking. By tracking the earth's rotation rate with a high-precision fiber optic gyro and processing the resulting signal, the instrument computes the angle between the gyro's main axis and true north,
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