LAN-XI DAQ Modules
LAN-XI DAQ modules and hardware is a versatile system of modules, frames, input and output modules, and front panels. Use a single module, a stand-alone data acquisition frontend, or join together multiple modules in a frame to increase your channel count. The Sample synchronization, using precision time protocol (PTP) and GPS, enables you to build a distributed DAQ system based on multiple frontends, and is the ideal hardware for BK Connect®, PULSE LabShop, Sonoscout®, and Test for I-deas.
A rechargeable Li-Ion battery module that powers LAN-XI input modules and frames.
Multi-Purpose 4- and 6-Channel Input Modules
Designed to cover a wide range of sound and vibration measurement applications.
High-Frequency 3-Channel Input Module
A dedicated high frequency (>50 kHz) sound and vibration signal module with a frequency range from DC to 102.4 kHz.
High-Density 12-Channel Input Module
A cost-efficient and compact DAQ module for high channel count applications, this module is an ideal building block for large systems - with a DC to 25.6KHz input range.
4-Ch. Input/Hs-Tacho + 8-Ch. Aux. Module
A combination of low frequency auxiliary channels and dynamic inputs which supports high speed tacho signals.
3 Ch. Input Bridge Module 102.4 Khz
Designed for high-frequency applications with bridge type transducers.
Can Bus Module
CAN Bus Module Type 3058 is a versatile 8-channel 25.6 kHz DAQ module with two independent CAN bus input channels. The ideal solution for automotive NVH applications in the lab or in the field.
Designed for applications where system excitation is required, such as audio and electro-acoustic test applications.
1 Channel Input + 1 Channel Output Module, 204.8 Khz
Designed for high frequency applications such as transducer calibration and underwater defence applications.
1-Module Wireless LAN Frame
Connects a single LAN-XI analysis module and battery module together to create a wireless front-end.
LAN-XI Personal Computer Module
A true stand-alone, all-in-one-box measurement solution without sacrificing data quality or reliability.