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Modal exciters, vibration shakers and controllers
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Sound quality tester
Sound power is a measure of the acoustic power generated and radiated by a machine or tool. This measure characterizes and quantifies the sound source, independently from the environment. Sound power...
Sound quality tester
Sound power is a measure of the acoustic power generated and radiated by a machine or tool. This measure characterizes and quantifies the sound source, independently from the environment. Sound power measurements are used to certify tools towards specific ISO standards. Beyond certification on local markets and tool labeling according to regional regulations, accurate sound power measurements may have a striking impact on export sales and branding strategies. It is crucial therefore not to exceed the allowed sound power level in many industries. Moreover, lower sound power often represents a competitive advantage.
Sound power testing is used across a wide variety of industries such as white goods, office equipment, hand-held power tools or off-highway vehicle industries.
Sound power testing is used across a wide variety of industries such as white goods, office equipment, hand-held power tools or off-highway vehicle industries.
Control system / vibration analysis - PUMA / COUGAR
Puma Revolutionizing Vibration Testing
PUMA (Cougar for portability) utilizes Spectral Dynamics’ innovative Computer-Aided Test Suite™ (CATS) architecture. Both take full advantage of the PC’s powerful Intel processor and Windows XP technology. Optimized for multi-tasking, and founded...
PUMA (Cougar for portability) utilizes Spectral Dynamics’ innovative Computer-Aided Test Suite™ (CATS) architecture. Both take full advantage of the PC’s powerful Intel processor and Windows XP technology. Optimized for multi-tasking, and founded...
Control system / vibration analysis - PUMA / COUGAR
Puma Revolutionizing Vibration Testing
PUMA (Cougar for portability) utilizes Spectral Dynamics’ innovative Computer-Aided Test Suite™ (CATS) architecture. Both take full advantage of the PC’s powerful Intel processor and Windows XP technology. Optimized for multi-tasking, and founded...
PUMA (Cougar for portability) utilizes Spectral Dynamics’ innovative Computer-Aided Test Suite™ (CATS) architecture. Both take full advantage of the PC’s powerful Intel processor and Windows XP technology. Optimized for multi-tasking, and founded...
Control system / vibration analysis - 500 channel | JAGUAR
Powerful workstation-based system for large scale Shaker Control, signal analysis, and MIMO Shaker Control
Shaker Control
Jaguar provides a full suite of closed loop Shaker Control applications with up to 98 control channels and over 500 response channels. Patented adaptive control techniques provide the highest levels of accuracy...
Shaker Control
Jaguar provides a full suite of closed loop Shaker Control applications with up to 98 control channels and over 500 response channels. Patented adaptive control techniques provide the highest levels of accuracy...
Control system / vibration analysis - 500 channel | JAGUAR
Powerful workstation-based system for large scale Shaker Control, signal analysis, and MIMO Shaker Control
Shaker Control
Jaguar provides a full suite of closed loop Shaker Control applications with up to 98 control channels and over 500 response channels. Patented adaptive control techniques provide the highest levels of accuracy and safety.
Signal Analysis
Jaguar’s multiple Acquisition Control Peripheral (ACP) architecture allows expansion to hundreds of channels without sacrificing signal processing performance. Dedicated throughput disks for each ACP provide time streaming to disk at up to the maximum sample rate. Comprehensive signal analysis capabilities include FFT Analysis, Transient Analysis (SRS), Swept Sine Analysis (with true digital tracking filters) and Modal Analysis using MTS I-DEAS™.
Multi-Input Multi-Output (MIMO) Shaker Control
With hardware optimized for multiple degree of freedom control testing, Jaguar provides MIMO control capabilities not found in any other system.
* True Gaussian random control using Spectral Dynamics patented adaptive control
* True swept sine control with digital tracking filters.
* Transient control for shock synthesis and seismic testing.
* Waveform replication control with real-time frame by frame H(f) updating
Shaker Control
Jaguar provides a full suite of closed loop Shaker Control applications with up to 98 control channels and over 500 response channels. Patented adaptive control techniques provide the highest levels of accuracy and safety.
Signal Analysis
Jaguar’s multiple Acquisition Control Peripheral (ACP) architecture allows expansion to hundreds of channels without sacrificing signal processing performance. Dedicated throughput disks for each ACP provide time streaming to disk at up to the maximum sample rate. Comprehensive signal analysis capabilities include FFT Analysis, Transient Analysis (SRS), Swept Sine Analysis (with true digital tracking filters) and Modal Analysis using MTS I-DEAS™.
Multi-Input Multi-Output (MIMO) Shaker Control
With hardware optimized for multiple degree of freedom control testing, Jaguar provides MIMO control capabilities not found in any other system.
* True Gaussian random control using Spectral Dynamics patented adaptive control
* True swept sine control with digital tracking filters.
* Transient control for shock synthesis and seismic testing.
* Waveform replication control with real-time frame by frame H(f) updating
Control system / vibration analysis - 4 channel | Lynx
24 bit input, compact, powerful, rugged and affordable with comprehensive test capabilities:
Random, Sine, and Classical Shock with SRS displays.
* 4 input channels with ICP®
...
Random, Sine, and Classical Shock with SRS displays.
* 4 input channels with ICP®
...
Control system / vibration analysis - 4 channel | Lynx
24 bit input, compact, powerful, rugged and affordable with comprehensive test capabilities:
Random, Sine, and Classical Shock with SRS displays.
* 4 input channels with ICP®
...
Random, Sine, and Classical Shock with SRS displays.
* 4 input channels with ICP®
...
Control system / vibration analysis - 2 - 4 channel | Puma Basic
PUMA Basic System - Designed to meet a wide range of environmental test requirements. It combines the simplicity of peration required for production screening with the power and versatility required for R&D prototype testing. The system includes Random, Sine and Classical Shock capabilities....
Control system / vibration analysis - 2 - 4 channel | Puma Basic
PUMA Basic System - Designed to meet a wide range of environmental test requirements. It combines the simplicity of peration required for production screening with the power and versatility required for R&D prototype testing. The system includes Random, Sine and Classical Shock capabilities....
Electrodynamic shaker air-cooled - 8.800 lbs | SD-8800LS-17
The Air Cooled Series Vibration test systems are a versatile wide frequency range electrodynamic vibration test system which...
Electrodynamic shaker air-cooled - 8.800 lbs | SD-8800LS-17
The Air Cooled Series Vibration test systems are a versatile wide frequency range electrodynamic vibration test system which feature the following:
* Large diameter, lightweight armature
* Double Field Coils (Upper and Lower) design
* Ultra-Compact energy efficiency amplifier
* Available combined with slip table
* Sine, Random, and Transient Testing
* Standard cooling blower silencer
* Standard Vertical and Horizontal Operation
* Large diameter, lightweight armature
* Double Field Coils (Upper and Lower) design
* Ultra-Compact energy efficiency amplifier
* Available combined with slip table
* Sine, Random, and Transient Testing
* Standard cooling blower silencer
* Standard Vertical and Horizontal Operation
Vibration controller - max. 24 VDC, max. 150 mA | EM-72
This vibration monitoring system consists of accelerometer EM-82 and of combined transducer supply and monitor unit EM-72. Accelerometer is built to a light alloy housing IP67 and the monitoring unit is delivered in polycarbonat housing with protection class IP65.
The structure of EM-82 is so-called capacitive single chip transducer. This technique facilitates features as good long-term repeatability,...
The structure of EM-82 is so-called capacitive single chip transducer. This technique facilitates features as good long-term repeatability,...
Vibration controller - max. 24 VDC, max. 150 mA | EM-72
This vibration monitoring system consists of accelerometer EM-82 and of combined transducer supply and monitor unit EM-72. Accelerometer is built to a light alloy housing IP67 and the monitoring unit is delivered in polycarbonat housing with protection class IP65.
The structure of EM-82 is so-called capacitive single chip transducer. This technique facilitates features as good long-term repeatability, accuracy, shock resistance, good temperature stability and linear frequency response. The output buffer state included in the transducer amplifies the signal thus attaining a good interference tolerance even with higher cable lengths. The accelerometer is available in two ranges.
In addition to the operating voltage supply for the accelerometer the EM-72 monitors the output voltage from the transducer and indicates the malfunctions of the accelerometer or cable. With EM-72 the quantity being monitored can be selected from acceleration / velocity. The highly sophisticated adjustable low- and highpass filters increase the usability of this equipment as they make possible to monitor of just the desired frequency possible. The RMS weighted detector transforms the amplitude of vibration to corresponding DC-voltage. Logic stage controls the DC-level and induces a warning or alarm if the preset border values are exceeded. Alarms can be disabled with so-called alarm block input. All the settings of the system are done with rotating switches or easily readable DIP-switches.
The EM-72 has the outputs for following signals: vibration signal (Voltage), vibration level (mA), warning (relay output) and alarm (relay output).
The structure of EM-82 is so-called capacitive single chip transducer. This technique facilitates features as good long-term repeatability, accuracy, shock resistance, good temperature stability and linear frequency response. The output buffer state included in the transducer amplifies the signal thus attaining a good interference tolerance even with higher cable lengths. The accelerometer is available in two ranges.
In addition to the operating voltage supply for the accelerometer the EM-72 monitors the output voltage from the transducer and indicates the malfunctions of the accelerometer or cable. With EM-72 the quantity being monitored can be selected from acceleration / velocity. The highly sophisticated adjustable low- and highpass filters increase the usability of this equipment as they make possible to monitor of just the desired frequency possible. The RMS weighted detector transforms the amplitude of vibration to corresponding DC-voltage. Logic stage controls the DC-level and induces a warning or alarm if the preset border values are exceeded. Alarms can be disabled with so-called alarm block input. All the settings of the system are done with rotating switches or easily readable DIP-switches.
The EM-72 has the outputs for following signals: vibration signal (Voltage), vibration level (mA), warning (relay output) and alarm (relay output).