Mink Hollow Systems, Inc.

	MH-IMU-R Remote Inertial Measurement Unit
	More Info MH-IMU-R. PDF	MH-IMU-R is a Mink Hollow Systems product where the IMU can be remotely accessed via an extension cable. The cRIO form factor reads and configures the MH-IMU-R via an NI 9401 digital module. The PXI form factor reads and configures the MH-IMU-R via Mink Hollow Systems MH-IMU-PR with an external front panel connector. Mink Hollow Systems developed the cRIO and PXI software to communicate with this device at the highest data rate. The IMU component is a complete triple axis MEMS gyroscope and triple axis accelerometer inertial sensing system. Features: -cRIO and PXI compatible remote mounted IMU. -Outputs 3 axis linear accelerations and rotational velocities. -Cable lengths up to 30 feet in length. -Communication using cRIO N9401 or PXI MH-C64DSP w/ external connector. -Mink Hollow provided LabVIEW library to configure and read accelerations. -Custom enclosures designed and built on request.

	MH-IMU-CR cRIO Remote Inertial Measurement Unit
	More Info MH-IMU-CR.PDF	The MH-IMU-CR is the cabled version of the remote IMU connected to an NI-9401 cRIO high speed digital module. Its integration is easy as the module boots up ready to output 3 axis IMU data. LabVIEW developers receive a library of VI’s to configure and read the accelerations of the IMU. The IMU component is a complete triple axis MEMS gyroscope and triple axis accelerometer inertial sensing system. Features: -Cabled combination MH-IMU-R and cRIO 9401. -Outputs 3 axis linear accelerations and rotational velocities. -Mink Hollow provided LabVIEW library to configure and read measurements. -Uses category 6 cable up to 30 feet in length.

	MH-IMU-CI cRIO Inertial Measurement Unit
	More Info MH-IMU-CI.PDF	The MH-IMU-CI is the Mink Hollow Systems IMU product that is a cRIO compatible module that is capable of outputting linear accelerations and rotational velocities in all 3 axis. Its integration is easy as it fits in a double-slot cRIO module and allows low-level communication using the cRIO’s FPGA. LabVIEW developers receive a library of VI’s to configure and read IMU measurements. Features: -Compact and easy integration. -cRIO compatible IMU. -Provides 3 axis linear accelerations and rotational velocities. -Mink Hollow provided LabVIEW library to configure and read IMU data. -Great for measuring forces acting on your test equipment..


	MH-IMU-PI Inertial Measurement Unit
	More Info MH-IMU-PI.PDF	The MH-IMU-PI is the embedded PXI compatible Mink Hollow Systems Inertial Measurement Unit. In this form factor, the IMU resides on a Mink Hollow MHS-C64DSP module. The Mink Hollow MH-C64DSP board provides the low-level communication and control, allowing LabVIEW users to get the full bandwidth from the IMU with minimum programming. The IMU component is a complete triple axis MEMS gyroscope and triple axis accelerometer inertial sensing system. Features: -CompactPCI compatible IMU. -Outputs 3 axis linear accelerations and rotational velocities. -Low level Communication using MH-C64DSP. -Built in LabVIEW library to configure and read IMU data. -Compact and easy Integration.

	MH-IMU-PR Remote Inertial Measurement Unit
	More Info MH-IMU-PR.PDF	The MH-IMU-PR is the cabled version of the remote IMU connected to an external connector on the MH-C64DSP. LabVIEW developers receive a library of VI’s to configure and read the accelerations of the IMU. The IMU component is a complete triple axis MEMS gyroscope and triple axis accelerometer inertial sensing system. The programmable features allow for: in-system auto-bias calibration, digital filtering and sample rate, self-test, power management, condition monitoring, and auxiliary digital input/output. The MEMS gyroscope output measurement and acceleration output are 14 bit measurements that are accurate to 0.07326°/s and 2.522 mg. Features: -Cabled combination of MH-IMU-P with front panel connector and the MH-IMU-R. -Outputs 3 axis linear accelerations and rotational velocities. -Uses category 6 cable up to 30 feet in length. -Low-level Communication using MH-C64DSP card. -Built in LabVIEW library to configure and read IMU measurements.