Octantis AHRS has RS232 and RS422 interfaces for communication.
Octantis AHRS hardware is tested as per MIL standards 461E or F, 810F or G and software is tested in compliance with DO-178B level B
Octantis AHRS has redundant sensors for reliability and performance.
Octantis AHRS is supported for long operational life of 20 years
Yes using the software utility
Yes update rate is configurable using software utility.
The entire setup in which the DMC is installed needs to be rotated, for instance if installed in a boat the boat needs to be rotated in the horizontal plane for proper calibration (This procedure is called Compass swinging procedure (https://en.wiktionary
Yes the compass is tilt compensated, it has accelerometers as gravity level to sense Roll, Pitch angles
Refer to the quick start guide in the user manual
Galileo DMC is suitable for environments with non-varying magnetic fields and static or semi-static conditions.
Tilt switch has two configurable relay / switching outputs and digital RS485 and RS232 interfaces for data out.
Yes, tilt switch has onboard diagnostics and health indication.
Pollux 2 features RS232, RS422 and USB interfaces.
Pollux 2 is a complete sensor package with triaxial accelerometer, triaxial gyroscopes, magnetometer, barometer and a multi-constellation GNSS.
Yes, Pollux 2 has Aeron’s proprietary sensor fusion engine for attitude, position and velocity estimation.
Yes, Pollux 2 has qualified environmental tests as per MIL-STD-810G.
Octantis 2 INS supports GPS, GALILEO, GLONASS and NAVIC constellations on L1, L2 and L5 frequencies.
Octantis 2 has been qualified for land application as per MIL-STD-810G, MIL-STD-461F and MIL-STD-1275E standards and select tests for airborne applications.
Yes, Octantis 3 supports centimeter positioning with RTK.
Octantis 3 uses dual antenna GNSS.
Yes, Aldebaran INS can accept external aiding and alignment
Aldebaran INS can deliver 0.5% of distance travelled performance in GNSS denied conditions with an external aiding.
CSTR-IMU1100 can be interfaced on RS422.
CSTR-IMU1100 has a dynamic measurement range of 400 deg./s and up to 40g
Castor IMU1640 is an OEM IMU with SPI interface.
Yes, Castor IMU1640 is mounted on customer PCB using board to board connector.
The default baud rate for communication in CSTR-GYR1200 is 460800.
The typical operating voltage for CSTR-GYR1200 is +5V DC.
Yes, the CSTR-GYR1200 is temperature calibrated.
No, the external trigger frequency cannot be 2000Hz as it will affect the internal sampling. It is suggested to use external trigger frequency less than 125Hz.
Yes, since every low to high transition of TOV signal represents the data output.
The data logger is tested and rated for IP65.
Yes. The data logger is tested and certified as per IEC61326
There are 16 analog channels which can be configured as 16 single ended or 8 differential channels.
Yes. The DLG88L has dedicated port for all Davis make sensors.
Yes, the DLG88L has a 3.7V Li-ion rechargeable battery.
The WDG85 has 1 RS485 Modbus RTU port which can be configured either has Master or slave.
The WDG85 has 2 Analog inputs.
Yes. The Ambient Air Temperature sensing element is Class A accuracy complaint as per the IEC61724-1:2021 standard.
Yes, the ALT-TH110 is IP65 rated.
Yes. The sensor is suitable for measuring the temperature of the Bifacial PV modules.
The sensor has Class A accuracy compliant to IEC61724-1:2021 standards.
Yes. The sensing part is the smallest in size designed specifically for Bifacial modules.
The sensor has Class A accuracy compliant to IEC61724-1:2021 standards.
The sensor has resistive output in Ohms (Ω).
The sensor is a passive type and does not need any external power source.
The sensor being a passive sensor with resistive output, so it is not recommended to use the cable length beyond 20-25 meters. Longer cable lengths may result in incorrect and inconsistent data.
