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Vibration Controller
K2+New
- The latest vibration controller with enhanced usability and test performance in addition to improved network functions.
- The K2+ is the latest vibration controller that has further evolved the usability and test performance of the K2. Network functions have also been enhanced, making it easier to connect to various devices, including personal computers. In addition, it has compatibility with the previous model K2, and test definitions from K2 can be used in K2+. All K2+ hardware and software are developed in-house, and we constantly strive to improve them whilst incorporating the latest technology and customer feedback.
Features
Features
- ■Ethernet interface
- The K2+ uses Ethernet, so installation is easy and a laptop can be used for operation. IMV secures your tests' data accuracy, providing a solution that reduces the risks of using long cables. The conditioner is as close to the sensor as possible. You can also easily control K2+ applications from your own software using simple XML commands*.
*The TCP/IP server option is required. - ■User-friendly interface
-
Easily recognized icons are used for file management.
- ■Built-in analog front end (charge amplifier, etc.)
- With the built-in charge amplifier, IEPE (ICP) power supply and TEDS connectivity, there is no need for an external signal conditioner. Any type of accelerometer can be connected to the K2+ vibration controller directly.
- ■Parallel monitor terminal
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The parallel terminals allow easy connection of additional measurement equipment, for example to record time and date or to evaluate test data within dedicated hardware and software for the specimen under test. For sensitive applications such as satellite testing, your time domain can then back up data for post processing.
- ■High control capability
- Precision on-chip 32 bit ADCs and DACs ensure excellent control accuracy over a wide dynamic range.
- ■Web monitor
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The user can monitor vibration tests remotely by connecting over the Internet.
- ■Safety interlock function
- A hardware mute function operating independently of software provides complete protection for the vibration system and payload.
- ■E-mail notification
- Remote sites can be notified by email of any abnormality during testing or termination of a test.
- ■Data saving
- Test definitions and results are output from the K2 in CSV format.
System Composition
System Composition
Software
Software
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- Multi SINE*
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- Multi RANDOM*
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*These features will be released soon. Please Contact your local distributors for more information.
| Common optional software | Outline | ||||||||
|---|---|---|---|---|---|---|---|---|---|
| CAPTURE*: Analogue waveform signal data program |
Provides analogue waveform signal capture, saved data can then be used as the reference of
|
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| SCHEDULER*: Test scheduler | Pre-defined tests can be executed in sequence. | ||||||||
| TCP Communication Server | TCP communication server software that allows external applications to operate K2 applications and acquire vibration data and operating status by sending and receiving commands via TCP / IP. |
Test standard
Test standard
Test file will be automatically generated just on selection of the test condition defined by the test standard.Minimizing control error is key for a good vibration control system, this why we have included major vibration standard in K2+ Quick Launcher software option. Operator won't raise a wrong profile.
*Please refer to the following for the test standard.
Optional Standard
The main test standards stored in the Launcher software (Ver 14.5.0.0 onwards) are as follows as of July 2020. The Launcher software is an option of K2+.
| JIS C 60068 | Sine, Random, Shock |
|---|---|
| JIS D 1601 | Automotive parts simulated long-life test |
| JIS E 4031 | Railway vehicle parts functional test, Simulated long-life test |
| JIS Z 0200 | Transportation test |
| JIS Z 0232 | Transportation test (Random) |
| JASO D 014 | Automotive parts functional test |
| ASTM | Transportation test |
| UN | Lithium-ion battery test recommendated by UN |
| ISO16750 | Automotive parts test |
| ISO12405 | Electric vehicle |
| IEC60068 | Sine, Random, Shock |
| IEC62660 | Random, Shock for secondary lithium-ion cells of electric vehicles |
| ISTA | Transportation test |
| IEC61373 | Railway vehicle parts functional test |
| ISO13355 | Transportation test (Random) |
| ISO4180 | Transportation test |
| ISO19453 | Electric vehicle parts |
*An additional cost is required for version upgrade.
Specifications
| Main Enclosure | |
|---|---|
| Number of Slots | 3 |
| AC Power | Single-phase AC, 100 V-240 V (auto-selected) |
| External Communication | Contact I/O (for emergency stop) |
| Ambient Conditions | 0-40°C, below 85%RH, non-condensing |
| Dimensions | W430 × H100 × D383 mm (not including the projection parts) |
| Mass | Approximately 7.0 kg |
| 4-channel Input and 4-channel Output Module (standard) |
8-channel Input Module (option) |
|||
|---|---|---|---|---|
| Input Section |
Number of Channels | 4 | 8 | |
| Input Connector | BNC | |||
| Input Signal |
Charge, Voltage (Single-ended/Differential), IEPE | |||
| Charge Amplifier Sensitivity | 1.0 mV/pC or 10 mV/pC | |||
| Charge Amplifier Cut-off | 0.32 Hz | |||
| Maximum Input | Charge Input | ±10000 pC or ±1000 pC | ||
| Voltage Input | ±10000 mV | |||
| IEPE input | ±10000 mV | |||
| Sampling Frequency | 102.4 kHz maximum | |||
| Voltage Input Coupling | AC or DC | |||
| AC Coupling Cut-off | 0.1 Hz | |||
| CCLD Amplifier (IEPE) | +24 VDC, 3.5 mA | |||
| TEDS (IEPE) | Version 0.9, Version 1.0 | |||
| D/A Converter | Type | ΔΣ | ||
| Resolution | 32 bit | |||
| Dynamic range | 121 dB | |||
| Digital filter | Pass-band ripple: +0.001, -0.06 dB, Stop-band attenuation: 85 dB | |||
| Output Section |
Number of Channels | 4 (One channel is reserved for drive output) |
- | |
| Output Connector | BNC | |||
| Output Signal |
Voltage | |||
| Maximum Output | ±10000 mV | |||
| Sampling Frequency | 102.4 kHz maximum | |||
| D/A Converter | Type | ΔΣ | ||
| Resolution | 32 bit | |||
| Dynamic range | 120 dB | |||
| Digital filter | Pass-band ripple: ±0.005 dB Stop-band attenuation: 100 dB |
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Minimum Specifications for PC
- ● One LAN port Gigabyte ethernet port and Gigabyte ethernet cable
- ● Microsoft Windows 10 Pro (64 bit) or Windows 10 IoT Enterprise (64 bit)*.
- ● Memory required (for 8 input channels)
4 GB or more - ● DVD-ROM Drive (required for installation)
- ● One USB port (necessary for protect device)
- ● Resolution of monitor and PC required 1280 x 1024 or more
- * Recommended OS and memory vary depending on software, options,number of I/O channels, etc.
History of IMV controller
History of IMV controller
FAQ
FAQ
- How can I upgrade my existing controller?
- A. ・Please update both hardware and software to K2 +.
・Please update the ECO software to the latest version, if you have the one.
・Please update the System Monitor to the latest version, if you have the one.
・Replace the dongle with one for K2 +.
・The supported OS is Win10 Pro 64bit version.
- Are existing test files created with previous controllers supported?
- A. Both K2 1st and K2 2nd are supported.
- Is the K2+ supporting the new Soft-Clipping technology?
- A. Yes