A Division of the Hoskin Group, Canada's Instrumentation Leader
Food & Pharmaceuticals
The food and pharmaceutical industries develop, produce, and market either food or drugs (licensed for use as medications). System controls and automation and implemented to improve product quality control and manufacturing throughput.
Food & Pharmaceuticals Products:
Food & Pharmaceuticals
Type 3056 4-Ch. Input/HS-Tacho+ 8-Ch. Aux. Module
Auxiliary input module Type 3056-A-040 is aimed at applications where you need to monitor low-frequency voltage signals along with the sound and vibration signals. The module offers a combination of four 51.2 kHz input channels with eight simultaneously sampled low-frequency auxiliary channels. Unique to Type 3056 is the support of high-speed
Type 3053 High-Density 12-Channel Input Module
A 12-channel input module that delivers a compact and cost-efficient solution for high channel count applications. USE SCENARIOS High channel count sound and vibration measurements Measurement front-end module for PULSE measurement and analysis software Front-end for PC based data recorder Type 7708 Single module measurements Multi module measurement/ distributed system Stand-alone recording
Type 3052 High-Frequency 3-Channel Input Module
Type 3052 has three input channels with a frequency range from DC to 102.4 kHz. Combined with a dynamic range of 160 dB, this ensures that demanding measurement needs can be met, while interchangeable front panels give the flexibility to use a wide range of transducers. USE SCENARIOS High-frequency sound and vibration measurements Measurement
Type 3050 Multi-Purpose 4- And 6-Channel Input Modules
The core of the LAN-XI range, these modules are designed to cover as many sound and vibration measurement applications as possible. USE SCENARIOS General sound and vibration measurements Measurement front-end module for PULSE measurement and analysis software Front-end for PC-based data recorder Type 7708 Single-module measurements Multi-module measurements/distributed system Stand-alone recording
Type 2831 Battery Module
A rechargeable Li-Ion battery that can power a single LAN-XI module or fit into a module frame. Featuring the same dimensions as all LAN-XI modules, this battery module can quickly attach to any standard analyzer module, or slot into a frame. USE SCENARIOS Field use Powers a frame or individual LAN-XI modules
LDS V984 High-Force Shaker
This shaker has been used in durability and reliability tests of some of the most sophisticated products and applications, such as telecommunication and satellite systems, combined space simulation gear, electronic assemblies, and mechanical components for commercial and defence aircraft. Powerful and sturdy, LDS® V984 is built for high-frequency, high-force vibration and
LDS V964 High-Force Shaker
This shaker is used to test reliability and durability of some of the world’s most complex products and applications, including avionics instrumentation, defence electronics and telecommunications assemblies. LDS® V964 is designed to accommodate outsize articles for high-frequency vibration and high-shock force testing, whether in single- or multi-shaker configurations. USE SCENARIOS Three-axis
LDS V994 High-Force Shaker
The largest and most powerful shaker in the LDS® range, V994 is used for durability and reliability testing of some of the world’s most complex products and applications, including avionics, telecommunication and satellite systems, military instrumentation, and commercial aircraft components. Built for high-frequency, high-force vibration and shock testing, it can be
LDS V8900 High-Force Shaker
The LDS® V8900 high-force shaker has been designed to offer unmatched versatility and testing capability. Combining high forces, large displacement, a wide frequency range and up to 3 kN·m (2212 lb·ft) of overturning moment, it is suitable for testing challenging or unbalanced payloads and small payloads alike. It is suitable for
Impulse Noise Evaluation System Based On Type 7963
Impulse Noise Evaluation for Gun Noise This solution is a complete, focused kit for acquiring accurate noise measurements for assorted combinations of small arms, suppressors and ammunition types. The system components have been selected to ensure a quick and easy setup, simultaneously acquire the right data the first time, and
Type 9712-W-FEN BK Connect Acoustic Camera
This complete kit uses a hand-held microphone array to identify sound sources by creating noise maps in real-time – over a wide frequency range. The portable array is normally fitted with a tablet computer that shows you the real-time sound map of the area at which you are pointing. It
Type 3663 Sonoscout – Ipad-Based Data Recorder
Sonoscout is a system that uses an app on an iPad® to control a wireless data acquisition unit. This rugged front end can connect up to 12 transducers, such as a binaural headset for in-vehicle recording at the user’s ear positions, or two independent CAN bus inputs and up to eight
PHOTON+ Dynamic Signal Analyzer
PHOTON+ is a versatile analyzer for sound and vibration measurements, recording, and signal post-processing. It consists of a small data acquisition hardware unit and PC software. It is quick to setup, and gives instant data verification on site, by processing results immediately. The user can switch between real-time measurements, recording
BZ-7848-A LAN-XI Notar – Stand-Alone Recorder
LAN-XI Notar is a tough recorder that captures time data from up to 12 channels of sound and vibration data. This system uses firmware installed on one module of our LAN-XI front-end hardware, which gives a choice of input channels, dynamic ranges, and connector types. The acquisition module is usually
Type 8490-B BK Connect Order Analysis Applet
BK Connect Order Analysis Applet is a dedicated tool for making order analysis on sound and vibration data, detecting patterns caused by inherent instabilities and imbalances in rotating or reciprocating machines. The software analyses raw time signals that have been recorded using two different styles of analysis in predefined set-ups.
Type 8490-A BK Connect FFT Analysis Applet
BK Connect FFT Analysis Applet is a dedicated tool for making standard fast Fourier transform (FFT) analysis. Measurement and analysis can be performed using three different predefined set-ups based on standard BK Connect processing tasks for adjusting process properties and executing the predefined process chains. USE SCENARIOS On-site vibration troubleshooting
Type 8493 BK Connect Acoustic Camera Applet
BK Connect Acoustic Camera Applet is designed to provide a simple measure-and-record solution that acquires data for noise source location applications and creates sound maps of sound intensity and sound pressure overlain with a synchronous video. The applet comprises all the software functionality needed for noise mapping and NSI in
Type 8490-C BK Connect FFT, CPB And Overall Analysis Applet
BK Connect FFT, CPB and Overall Applet is designed for stationary and non-stationary testing that requires standard sound and vibration measurements using FFT, CPB and overall analysis. Like all BK Connect applets, it is a stand-alone tool that contains all the functionality needed to acquire data, perform analysis and create
Type 8490-D BK Connect Loudness And Overall Analysis Applet
BK Connect Loudness and Overall Analysis Applet is a dedicated tool for analysing sound quality (SQ) metrics. The applet calculates loudness and performs overall analysis for stationary and non-stationary signals according to ISO 532-1:2017. The applet contains all of the software tools required for performing general sound data acquisition analysis
Type 8491-A BK Connect Hammer Impact Applet
BK Connect Hammer Impact Applet is a dedicated tool for characterizing structural properties such as resonances in troubleshooting, benchmarking, design verification, quality control or material testing scenarios using roving or fixed hammer impact testing. Acquired FRFs can also be exported to BK Connect Modal Analysis Types 8420 and 8420-A for a complete modal
Type 8440 (Replaces Type 8740) BK Connect Angle Domain Analysis
This application takes recorded time data and resamples it so that it can be presented as a function of the rotation angle during the duty cycle of rotating machines, such as car engines. By relating sound and vibration data to the angle of the engine’s crankshaft or flywheel, it is