Product parameters:
Product model: VMIVME – 2540
– Input voltage :5VDC
– Operating temperature :-40℃ ~85℃C
– Interface :VMEbus
Number of channels :64
– Analog input resolution :16 bits
Digits I/0: 32 lines
Size :6U VME dimensions
Product description
VMIVME-2540
The
VMIVME – 2540 is an intelligent counter controller module developed by GE’s industrial automation production series, which has found its place in a wide range of industrial applications. As part of the VMIC/GE Fanuc board family, it is designed to offer high – performance digital measurement and control capabilities. In an industrial automation setup, the
VMIVME – 2540 plays a crucial role in tasks such as counting events, measuring frequencies, and generating signals. For example, in manufacturing lines, it can accurately count the number of products passing a certain point, up to a staggering 4 giga events. Its ability to integrate with other VMEbus – compatible devices makes it a key component for building comprehensive automation systems. The
VMIVME – 2540 is highly valued for its flexibility, precision, and reliability, meeting the demanding requirements of modern industrial operations.
| Parameter |
Value |
| Product Model |
VMIVME – 2540 |
| Manufacturer |
GE |
| Product Type |
Intelligent Counter Controller |
| Event Count |
Up to 4 giga events |
| Frequency Measurement Range |
1.16 x 10 ^ -3 Hz to 2.5 MHz |
| Cycle / Pulse Width Measurement |
400 ns to 8.5899 x 10 ^ 6 s (32 – bit floating – point number), or 400 ns to 858 s (32 – bit unsigned integer) |
| Square Wave / Pulse Train Generation |
0.0076 Hz to 2.5 MHz |
| Timer / Periodic VME Bus Interrupter |
0.0076 to 1000 Hz |
| Orthogonal Position Measurement |
Sine / Cosine frequency up to 1 MHz, 32 – bit counter, limit / modulus check |
| Discrete Output Channels |
24 |
| Output Resolution |
12 – bit |
| Output Current |
Can source and sink up to 10 mA at ± 10 V |
| Interface |
VMEbus slave |
The
VMIVME – 2540 comes with an array of features that make it stand out in the industrial automation landscape. Its high – precision digital measurement capabilities are top – notch. It can accurately measure frequencies across a wide range, from as low as 1.16 x 10 ^ -3 Hz to as high as 2.5 MHz. This precision is essential in applications where even the slightest error can lead to significant production losses. The module also offers multiple measurement functions, including cycle and pulse width measurement, which can be adjusted based on the requirements of the specific industrial process.
In terms of functionality, the
VMIVME – 2540 has generation capabilities as well. It can generate square waves and pulse trains with frequencies ranging from 0.0076 Hz to 2.5 MHz. This is useful in scenarios where specific signals need to be generated to control machinery or test equipment. The 24 discrete output channels, with 12 – bit resolution, add to its versatility. These channels can be programmed through onboard jumper module options, allowing for customization according to the application. They can source and sink up to 10 mA of current at ± 10 V, making them suitable for driving various industrial components.
The
VMIVME – 2540 also features a simple and user – friendly memory – mapped interface. This makes it easy for operators and engineers to configure the module for different tasks. Whether it’s setting up measurement functions, adjusting timing parameters, or controlling the output channels, the process is straightforward, reducing the time and effort required for programming. Additionally, it supports ANSI/IEEE standard 754 – 1985 for 32 – bit floating – point operations, ensuring compatibility with a wide range of industrial software and systems.
- VMIVME – 2540 – 300 – An extended version of the VMIVME – 2540, likely with additional features or enhanced performance for more demanding applications.
- [Another related model] – An earlier iteration of the VMIVME – 2540, with basic functionality that served as the foundation for the development of the more advanced VMIVME – 2540.
- [A companion module] – A module designed to work in tandem with the VMIVME – 2540, enhancing its capabilities in specific areas such as signal conditioning or additional communication interfaces.
- [A system – compatible device] – A device that can be integrated with the VMIVME – 2540 within an industrial system, expanding the overall functionality of the automation setup.
- [A specialized variant] – A specialized version of the VMIVME – 2540 tailored for a particular industrial environment, like high – temperature or high – vibration settings.
Hainan Jinlin Electromechanical Equipment Co., Ltd is a certified partner of industry leaders. We pride ourselves on our professional pre – sale and after – sale services. Our team of experts can assist you in choosing the right product for your needs, including the
VMIVME – 2540. We offer a one – year after – sale guarantee for the
VMIVME – 2540, ensuring your investment is protected. If you can’t find the desired model or have any questions, don’t hesitate to contact us. Reach out to us via
WhatsApp or email us at JLLucky33@qq.com.
The VMIVME-2540 is developed and produced by GE’s Industrial Automation production family. These models were subsequently purchased by Abaco Systems. The series is called VMIC/GE Fanuc boards and is designed for a variety of applications in industrial production lines, such as CPU management and input/output communication.
The VMIVME-2540 is one of the specific modules of the VMIC/GE Fanuc board with the function of operating as an intelligent counter controller. The device can calculate up to 4 Giga events. It is equipped with a series of 24 discrete output channels that can be programmed with various onboard jumper module options. These jumpers are capable of operating at a wide range of extreme voltage levels.
The 24 output channels are designed to provide 12-bit resolution. They are capable of delivering up to 10 mA pull and fill currents at +/ -10 V.
For off-line testing with the VMIVME-2540, the analog input is designed to be disconnected from the external circuit.
The VMIVME-2540 module is designed with a VMEbus slave interface to provide 4, 8, 16 or 24-channel digital signal measurement and signal generation options. These possible measurement and signal output functions are applied by a series of integrated system timing controllers and a series of associated interface logic applications.
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