Description
Product parameters:
– Model :VMIVME-4942
Input voltage :24V DC
– Output voltage :24V DC
Communication interface: Ethernet, Modbus
– Operating temperature :-40 ° C ~ 70 ° C
The
VMIVME-4942 is a high – performance quad – channel synchro/resolver – to – digital converter board. As part of the GE product family, it is engineered to meet the demanding requirements of industrial and commercial control systems. In an automation setup, its typical role is to accurately convert synchro or resolver signals into digital data, which can then be easily processed by other components in the system. This conversion is crucial for applications such as motor control, where precise position and speed information from synchros or resolvers needs to be translated into a format suitable for digital control. What makes the
VMIVME-4942 truly valuable is its ability to provide reliable and high – precision conversions, ensuring smooth operation of complex machinery. It features advanced technology that enables it to handle multiple channels simultaneously, increasing the efficiency of data acquisition and processing. Whether used in a large – scale industrial plant or a sophisticated commercial automation system, the
VMIVME-4942 is a trusted choice for professionals seeking accurate and efficient signal conversion solutions.
| Parameter |
Value |
| Product Model |
VMIVME-4942 |
| Manufacturer |
GE |
| Product Type |
Synchro/Resolver – to – Digital Converter Board |
| Dimensions |
263×58×28 mm |
| Weight |
0.43 kg |
| Number of Channels |
4 |
| Input Type |
Synchro/Resolver |
| Converter Chips |
4 ad2s82alp r/d converter chips |
| Output |
Selectable: ±5 or ±10 |
| Country of Origin |
United States of America |
| Operating Temperature |
[Specify if available] |
| Mounting Type |
[Describe if available] |
The
VMIVME-4942 offers several distinct features that contribute to its high – performance operation. Firstly, its quad – channel design allows for simultaneous processing of multiple synchro or resolver signals. This not only increases the data acquisition rate but also reduces the need for multiple single – channel converter boards, leading to a more compact and cost – effective system setup.
The use of 4 ad2s82alp r/d converter chips in the
VMIVME-4942 ensures high – precision signal conversion. These chips are known for their reliability and accuracy, enabling the board to provide digital outputs with minimal error. This level of precision is essential in applications where even small inaccuracies can lead to significant performance issues, such as in high – speed motor control or precision – positioning systems.
The board also has a 6U VME module form factor, which is a standard in many industrial control systems. This makes it easy to integrate the
VMIVME-4942 into existing VME – based setups. Its compatibility with VMEbus systems allows for seamless communication with other VME – compliant components, enhancing the overall functionality and flexibility of the automation system.
In terms of diagnostics, the
VMIVME-4942 has built – in capabilities that can quickly detect faults and malfunctions. This helps maintenance teams to identify and resolve issues promptly, reducing system downtime. The front panel inputs and status indicators also provide an easy – to – use interface for monitoring the board’s operation and troubleshooting any problems that may arise.
- VMIVME-4941 – An earlier model with similar functionality but perhaps with a different set of features or performance specifications. It serves as a basis for the advancements in the VMIVME-4942.
- VMIVME-3116 – A different type of board within the GE product line, which may be used in conjunction with the VMIVME-4942 in some complex automation systems to handle other aspects of signal processing or data transfer.
- VMIVME-4100 – This model, being part of the VMIC series like the VMIVME-4942 , has its own unique functions, such as digital – to – analog conversion in some cases. It can be used in systems where both digital – to – analog and synchro/resolver – to – digital conversion capabilities are required.
- VMIVME-7452 – A single – slot VMEbus floppy / . While it has a different primary function related to data storage, it may be used in a system where the data converted by the VMIVME-4942 needs to be stored or further processed in combination with other components like this storage – related module.
- VMIVME-7697 – Another VME – compatible board that could potentially work in tandem with the VMIVME-4942 in a larger industrial control system. It may handle tasks such as power management or additional signal conditioning for the overall system where the VMIVME-4942 is also a key component.
Hainan Jinlin Electromechanical Equipment Co., Ltd is a certified partner of industry leaders. We take pride in offering professional pre – sale and after – sale services. For the
VMIVME-4942 and all our products, we provide a one – year after – sale guarantee. If you can’t find the desired model or have any questions, please contact us via WhatsApp at
https://wa.me/+8619389860630 or email us at JLLucky33@qq.com.
VMIVME-4942 High performance analog signal input and output module
The VMIVME-4942 is another high performance analog signal input/output module from GEFanuc/VMIC, designed for industrial automation and control systems. This module inherits the VMIME family of modules
Reliability, high precision characteristics at the same time, but also has more rich functions and characteristics, so that it has a wider application prospect in the field of industrial automation.
First, theVMIVME-4942 has a high-density analog input and output channel, which can simultaneously process multiple analog signals to meet the needs of complex control systems. This makes it possible to implement multipass in industrial automation systems
Parallel data acquisition and control improve the overall performance of the system.
Second, VMIVME-4942 is excellent in terms of performance. It adopts advanced analog-to-digital conversion and digital-to-analog conversion technology to ensure high precision and low noise signal transmission. This high-precision conversion characteristic makes VMIVME
The 4942 can accurately capture and process analog signals to provide accurate and reliable data support for the control system.
In addition, the VMIVME-4942 has a wealth of configuration options and functions. Users can flexibly configure modules according to the requirements of specific application scenarios through software tools to meet different input and output requirements
At the same time, the module also supports a variety of communication protocols and interface standards to facilitate integration and communication with other devices and systems.
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