32V-T04-V12 ELMA Slot Vme Chassis

Review ELMA Slot Vme Chassis

The ELMA 32V-T04-V12 Slot VME Chassis is a versatile and high-performance solution for building VMEbus-based applications in various industries such as military, aerospace, medical, and scientific research. This chassis is designed to accommodate up to twelve VME64x or VMEbus-compatible boards, each with a maximum power consumption of 300W.

The ELMA 32V-T04-V12 is constructed from high-quality materials and features robust design elements to ensure reliable operation in challenging environments. The chassis is made of anodized aluminum and is tested to withstand operating temperatures ranging from -40 C to 70 C, making it suitable for use in extreme temperature conditions.

The chassis is equipped with a redundant power supply system, which includes two independent power supplies that can be configured in parallel or hot-standby mode. This ensures uninterrupted power to the VME boards, reducing the risk of system downtime. Moreover, each power supply has over-voltage and over-current protection to safeguard against potential power surges or shorts.

The ELMA 32V-T04-V12 Slot VME Chassis features a modular design, allowing for easy installation, maintenance, and upgrades. Each VME slot is equipped with a rugged, gold-plated, locking connector to ensure secure and reliable board-to-chassis connections. Additionally, the chassis includes a removable backplane, which simplifies the installation and replacement of VME boards.

The chassis is compatible with a wide range of VMEbus-compatible cards, including digital I/O, analog I/O, data acquisition, and processing boards. It also supports various VMEbus protocols, such as VME64x, VME64, and VME104. Furthermore, the chassis includes an optional front panel with LED indicators and push buttons to monitor and control the system.

The ELMA 32V-T04-V12 Slot VME Chassis comes with a comprehensive set of accessories, including mounting hardware, front panel bezel, and a user manual. The chassis is also RoHS compliant, ensuring that it meets the latest environmental regulations.

In summary, the ELMA 32V-T04-V12 Slot VME Chassis is a robust and versatile solution for building high-performance VMEbus-based applications. Its rugged design, redundant power supply, and modular construction make it an ideal choice for industries that require reliable and secure data processing systems.

The ELMA 32V-T04-V12 slot VME chassis is a versatile and high-performance solution for building VMEbus-based systems. This chassis offers several advantages and disadvantages, which are discussed below.

1. High Density: The ELMA 32V-T04-V12 chassis supports up to 12 VME slots, allowing for a high-density installation of VME modules. This makes it an ideal choice for applications that require a large number of I/O channels or processing elements.

2. Rugged Design: The chassis is designed to operate in harsh environments, making it suitable for use in military, aerospace, and industrial applications. It is built to meet MIL-STD-461F for electromagnetic interference (EMI) and MIL-STD-810G for temperature, humidity, and shock.

3. Flexible Configuration: The ELMA 32V-T04-V12 chassis supports various VMEbus configurations, including VME64x, VME32x, VME16x, and VME104. This allows users to configure the system to meet their specific requirements.

4. High Bandwidth: The VMEbus interface supports high-speed data transfer rates, making it suitable for applications that require real-time data processing.

1. Cost: The ELMA 32V-T04-V12 chassis is a high-end solution, which comes with a premium price tag. This may make it an unrealistic option for budget-constrained applications.

2. Size: The chassis is relatively large, which may make it difficult to integrate into space-constrained applications.

3. Complexity: The VMEbus interface can be complex to implement and maintain, which may require specialized knowledge and resources.

The ELMA 32V-T04-V12 slot VME chassis is a high-performance and rugged solution for building VMEbus-based systems. Its advantages include high density, flexibility, rugged design, and high bandwidth. However, its disadvantages include cost, size, and complexity.

If you require a high-density, high-performance, and rugged VMEbus-based system, the ELMA 32V-T04-V12 slot VME chassis is an excellent choice. However, if budget or size constraints are a concern, you may want to consider alternative solutions, such as PCIe-based systems or other types of rugged chassis. Ultimately, the decision should be based on your specific application requirements and constraints.

Details:

Elma 32V-T04-V12 5 slot vme chassis: good cosmetic condition. Left, the most important part of a sale is getting the product to you in good condition. Guaranteed to be working. Buyer pays for shipping see below.

GSR veers 1653 gs 9.7.5 1653 GSR 1653. 30 day return warranty.

specifications vpxisyst:

• brand: Elma
• mpn: 32v-t04-v12

general vpxisyst:

• category: Business & Industrial > Test, Measurement Inspection > Systems > Pxi Vxi Mainframes Chassis

returns vpxisyst:

• time: 30 days
• paid by: buyer
• method: money back
• policy: returns accepted

shipping vpxisyst:

• transit: 4-8 days
• type: fixed
• service: ups ground
• class: standard
• carrier: ups

offer vpxisyst:

• prices: $899.00–$3999.99
• item condition: Used
• options: ship-to-home
• in stock #: 5
• sold #: 24
• started: april 6, 2025
• availability: in stock

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seller vpxisyst:

• # reviews: 8888
• city: petaluma, california
• rating: 100.0%