PXIe-1095

Description

The National Instruments PXIe-1095 PXI Chassis, with part numbers 783882-01 and 785971-01, is an advanced instrument designed for robust industrial applications, offering a significant power dissipation capacity of 58 W and a high backplane bandwidth of 24 GB/s.

Equipped with 18 slots for module integration, the chassis is powered by two 1200 Watt power supplies that are both redundant and hot-swappable, ensuring uninterrupted operation and system reliability. The chassis incorporates PCI Express Gen 3 technology, providing cutting-edge data transfer capabilities.

Users can benefit from two distinct and modifiable cooling profiles, which not only enhance the cooling efficiency but also extend the longevity of the chassis. The National Instruments PXIe-1095 is compatible with PXI Express modules and accommodates up to five PXI hybrid-compatible modules.

This model boasts a performance efficiency of 85% and includes built-in overcurrent protection to safeguard against electrical malfunctions. A comprehensive software suite is included for monitoring system performance and controlling various operating parameters.

In terms of accessories, the chassis supports a range of additional components such as a fan replacement assembly kit (786324-01), an EMC filler panel (786342-01), and a replacement 1200W power supply (786300-01) among others. For maintaining accuracy and performance, calibration of the chassis is available and is recommended to be performed annually or every two years.

Question 1: What are the unique features and specifications of the National Instruments PXIe-1095 PXI Chassis that make it suitable for robust industrial applications?
Answer 1: The National Instruments PXIe-1095 PXI Chassis is suitable for robust industrial applications due to its significant power dissipation capacity of 58 W, high backplane bandwidth of 24 GB/s, 18 slots for module integration, two 1200 Watt redundant and hot-swappable power supplies, PCI Express Gen 3 technology, two modifiable cooling profiles, compatibility with PXI Express modules, accommodation for up to five PXI hybrid-compatible modules, an 85% performance efficiency,

Question 2: What is the power dissipation capacity and backplane bandwidth of the National Instruments PXIe-1095 PXI Chassis, and how often is calibration recommended for maintaining its performance?
Answer 2: The National Instruments PXIe-1095 PXI Chassis has a power dissipation capacity of 58 W and a backplane bandwidth of 24 GB/s, with calibration recommended annually or every two years to maintain its performance.

Question 3: What is the power dissipation capacity and backplane bandwidth of the National Instruments PXIe-1095 PXI Chassis, and how many slots does it offer for module integration?
Answer 3: The National Instruments PXIe-1095 PXI Chassis offers a power dissipation capacity of 58 W, a backplane bandwidth of 24 GB/s, and is equipped with 18 slots for module integration.

Question 4: What are the features and specifications of the National Instruments PXIe-1095 PXI Chassis that contribute to its suitability for robust industrial applications?
Answer 4: The National Instruments PXIe-1095 PXI Chassis is well-suited for robust industrial applications due to its significant power dissipation capacity of 58 W, high backplane bandwidth of 24 GB/s, 18 module slots, redundancy and hot-swappability of its dual 1200 Watt power supplies, advanced PCI Express Gen 3 technology, two customizable cooling profiles, compatibility with PXI Express modules and accommodation of up to five PXI hybrid-compatible modules, an 85%

Question 5: What cooling features and power redundancy capabilities are integrated into the National Instruments PXIe-1095 PXI Chassis to ensure high reliability in industrial applications?
Answer 5: The National Instruments PXIe-1095 PXI Chassis incorporates two distinct and modifiable cooling profiles to enhance cooling efficiency and prolong the unit’s lifespan, as well as features two redundant, hot-swappable 1200 Watt power supplies to guarantee continuous operation and bolster system reliability in industrial settings.