PXI1018 18-slot PXI chassis

PXI1018  18-slot PXI chassis-The core carrier of modular instrument systems

     PXI1018 PXI 18-slot chassis is a basic hardware platform used for building modular and high-performance test and measurement systems.It is the core carrier of the modular instrument system. By providing standardized slots, high-speed data transmission, precise synchronization mechanisms, stable power supply and cooling, it helps users quickly build high-performance and scalable test measurement and control systems. Its flexibility and reliability make it a key infrastructure in industrial automation, research and development testing and other fields.

Product Description from the Supplier

    The PXI/PXIe chassis is a core component for building automated test systems based on the PXI/PXIe bus. It provides a high-speed data channel between the host computer and virtual instruments, as well as precise timing and triggering functions among multiple virtual instruments.

Technical Specifications  

Typical application fields

• Automated Test System (ATE): A modular testing platform used in industries such as electronics, communications, automotive, and aviation.
• Data collection and monitoring: Synchronous collection of data from multiple channels (such as vibration, temperature, voltage, etc.).
• Signal processing and simulation: Utilizing FPGA modules or digital signal processing cards to achieve real-time signal analysis and generation.
• Research and Education: Build flexible and scalable instrument teaching or research platforms in the laboratory.

Core Functionality

• Modular architecture Provides standardized PXI/PXIe slots, supporting flexible configuration of various instrument modules (such as data acquisition, signal generation, digital I/O, RF modules, etc.), enabling "on-demand" test system construction.
• High bandwidth data transmission Backplane supports high-speed buses (PXI: 33MHz/64bit; PXIe: PCIe Gen3/Gen4), providing large-capacity, low-latency data transmission channels for the host and instruments, as well as between instruments.
• Precise synchronization and triggering Equipped with a dedicated star trigger slot, supporting high-precision clock distribution and trigger signal routing, ensuring time synchronization between multiple modules, suitable for multi-channel synchronous acquisition and real-time control.
• Stable power management Includes a high-performance power supply, providing a wide input voltage range (100VAC–240VAC) and multiple regulated output channels (e.g., +3.3V/40A, +5V/40A), with overcurrent/short circuit protection, ensuring stable system operation.
• Intelligent heat dissipation control Supports adjustable fan modes (high/automatic/off), dynamically adjusting cooling based on load and temperature, balancing cooling efficiency and noise, suitable for long-term high-load operation.
• Remote control capability Supports remote power control (power on/off, reset), facilitating integration into automated test stations or unmanned systems.
• Wide environmental adaptability Operating temperature range is wide (0°C–50°C), humidity adaptability is strong (10%–90% non-condensing), meeting requirements for industrial sites and laboratory environments.
• High reliability design Structurally robust, supporting 7×24-hour continuous operation; all outputs have protection circuits, optimized backplane signal layout to reduce interference, improving long-term system stability.

Key Features

• Each chassis is composed of a high-performance backplane, chassis structure, power module, and fan control module.
• The rear panel supports input and output of a 10MHz reference clock, enabling multi-chassis synchronization for convenient application.
• The fan speed supports three modes: "Off", "Auto", and "High", providing greater flexibility in use.
• Equipped with remote power monitoring function, allowing users to monitor the operating status of the system power in real time.
• Provides multiple slot configurations, making system setup more flexible.
• Full Chinese programming manuals, development documents, software interfaces, and example programs are available, catering to the usage habits of domestic users.
• Industrial-grade components ensure stronger environmental adaptability and higher reliability.

Custom Design Solutions

The design and manufacturing capabilities of the PXI1012 and PXI12 chassis are far beyond the simple manufacturing of a "metal box". It is a mid-to-high-end PXI system platform, and its core capabilities are embodied in: 
The "star trigger backplane" and "high-precision power supply" support the high-performance synchronous measurement system. 
The system achieves compactness and high reliability through the "high-density modular structure" and "intelligent temperature control". 
The overall design of it demonstrates the manufacturer's comprehensive engineering capabilities in multiple interdisciplinary fields such as mechanics, electricity, thermodynamics and signal integrity.

Why Choose MXTD?

Proven Skill: Over 12 a long time of industry involvement drives our advancement handle. Our group gets it the complexities of estimation and control applications. This information interprets into solid, well-engineered products.

Quality Confirmation: Strict fabricating forms guarantee reliable item quality. Progressed robotization and thorough testing approve each chassis some time recently shipment. You get items that meet the most noteworthy execution standards.

Complete Back: Our benefit amplifies distant past item conveyance. Specialized bolster makes a difference you optimize framework execution. Quick reaction times minimize downtime and keep your ventures on schedule.

Reliable Coordinations: Trusted shipping accomplices guarantee secure, opportune conveyance. Full following and protections assurance deliver you certainty in the conveyance prepare. Careful review methods capture any transport issues quickly.

Frequently Asked Questions

Q: Can it integrate with other brand instruments?

A:Yes. Integration is possible through interface cards for GPIB, USB, LAN, etc., or by using unified software platforms like NI LabVIEW.

Q: Can PXI and PXIe modules be mixed?

A:Yes, they can. However, please ensure your chassis has hybrid slots and check module compatibility.

Q:Can it be controlled by an external computer?

A:Yes. You can connect it to a desktop or industrial PC via a PCIe/PXIe interface card (e.g., MXI-4).

Q: Are modules hot-swappable?

A:  No. Modules must be installed or replaced only when the system is completely powered off.

Contact Us

The PXI/PXIe chassis offers the optimal balance of flexibility, performance and total cost of ownership (TCO) for modern automated testing. It is an ideal choice for R&D verification, production testing and high-end experiments. If you need specific selection support, please provide your testing requirements and we will customize a solution for you.

Reach out to us at manager03@mxtdinfo.com for detailed product information, technical specifications, and pricing. Our experts are ready to help you select the perfect configuration for your testing environment.