How does the IMV ECO System adjust the field power?
The IMV ECO-system controls the field current between 0% and 100%, using a power converter with a control switching frequency of over 20kHz. More
Can the IMV ECO Technology be used for water-cooled shakers?
This technique is equally applicable to water-cooled shakers and IMV offers its range of ECO Systems for both air-cooled and water-cooled shakers. More
IMV ECO System – High shock velocity
Where a test requires a high shock velocity, traditional shaker systems use a matching transformer to achieve the necessary higher armature voltage. More
Why is IMV’s ECO System so quiet?
In minimizing the energy used by IMV’s ECO-shaker to run any particular test, then the cooling requirement is also minimized. Not only does this save energy, but it also means that for most tests, the ECO System is quiet. More
How does IMV’s ECO System save energy and money?
Conventional shaker systems set the field power and blower speed to the nominal settings as soon as the system is started. Only the armature power is varied according to the force required for the test. More
How does the IMV ECO System adjust the cooling blower speed?
The IMV ECO System controls the blower speed between 5% and 100%, using a power converter with a control switching frequency of over 20kHz. More
IMV ECO System – Traditional vibration test systems
Shaker systems have always been designed as individual components; amplifier, shaker, cooling fan, controller. More
IMV ECO System – I prefer my existing controller, do I need to use IMV’s K2 controller?
IMV’s advanced K2 controller has been proven in the most extreme control environments, from single axis, single-point control through to simultaneous multi-axis, multi-point control. More
Advanced service support – Maintenance manager – IMV ECO System
IMV’s ECO System monitors up to 200 parameters, including for example power module operating conditions, system temperatures, interlock status, controller status, 3-phase supply conditions and so on. More
IMV ECO System – But other shaker systems have an adjustable field?
Shaker systems that have the ability to vary the field power have long been used in vibration testing, with a typical option to set the field current to a level of 70% of the nominal value. More
The Worlds first fully automatic ECO vibration test systems – VIDEO
Reduce your carbon footprint – Upgrade your amplifier to get the complete set of benefits. Lower your noise emission. Save up to 80% on running costs. – Remote system diagnostics. More
New software supports vibration tests with non-Gaussian distribution
The purpose of the non-Gaussian method is to adapt the signals used for excitation in the lab to real-life conditions as much as possible in order to obtain identical stress. More