voice search
Disha

Disha

Price:

Get Latest Price

In Stock

In Stock

Product Specifications

TypeAttitude Unit
AxesSix axes
Power9-32 VDC
Current200 mA
CommunicationRS232
Baud Rate38400
UsageAircraft orientation measurement
Weight<0.8 kg
Features6-axis measurement, Pitch and Roll, Real-time data, MEMS sensor, Aircraft application

Product Overview

Key Features

We are Making and Supplying of Aircraft components in Bengaluru, Karnataka, India. Disha is a dynamic attitude measurement unit specially designed for 6 axes measurement. Disha is basically a Vertical gyro which can measure two degree of orientation in space viz. Pitch and the Roll with respect to earth. The sensor uses the Latest MEMS based Sensor and a sophisticated algorithm to estimate the Pitch and the Roll in real time.

POWER:

Input: 9 to 32 VDC
Input Current: 200mA

COMMUNICATION:

Digital Output: RS232
Baud rate: 38400

Company Details

Datasol Innovative Labs, Established in 2015 at Bengaluru in Karnataka, is a leading Manufacturer,Supplier of Aero Engines & Aircraft Components in India. Datasol Innovative Labs is one of Trade India's verified and trusted sellers of listed products. With extensive experience in supplying and trading Disha, Datasol Innovative Labs has made a reputed name for itself in the market with high-quality Control Display Unit, Disha, Iff Control Unit, etc.
Focusing on a customer-centric approach, Datasol Innovative Labs has a pan-India presence and caters to a huge consumer base throughout the country. Buy Aero Engines & Aircraft Components in bulk from Datasol Innovative Labs at Trade India quality-assured products.

Business Type

Manufacturer, Supplier

Establishment

2015

Working Days

Monday To Sunday

Related Products

More Products From This Seller

Seller Details

Bengaluru, Karnataka

Purchase Manager

Mr. Kamal Raju R.

Address

Plot no.5AC-418, first Floor, 5A Cross, Scond Stage, Kalyan Nagar, Banaswadi, Near HRBR Layout, Bengaluru, Karnataka, 560043, India

Aero Engines & Aircraft Components in Bengaluru

Report incorrect details