Schneider TSXH5744M Unity Hot Standby Processor

The Schneider TSXH5744M Unity Hot Standby Processor delivers high reliability and continuous operation for critical automation environments. This processor offers outstanding performance, fast communication, and seamless integration, making it an excellent choice for demanding industrial applications.

Key Features of the TSXH5744M Unity Hot Standby Processor

The TSXH5744M processor features powerful specifications to handle complex automation tasks. With an efficient design and superior connectivity options, this processor enhances system reliability and performance.

Module Type: Unity Hot Standby Processor
Manufacturer: Schneider Electric
Product Line: Unity Series
Model: TSXH5744M

Technical Specifications

The TSXH5744M processor offers exceptional processing power, memory capacity, and versatile connectivity. It supports large-scale automation systems, ensuring smooth operation in various industrial applications.

Parameter	Details
Number of Racks	1 (6/8/12 slots)
Discrete I/O Processor Capacity	2048 I/O
Analogue I/O Processor Capacity	256 I/O
Number of Application Specific Channels	≤ 64
Number of Process Control Channels	≤ 20, up to 60 simple loops
Integrated Connection Types	Ethernet TCP/IP RJ45, USB Port Type A (12 Mbit/s), Non-isolated Serial Link (RS485, 19.2 kbit/s)
Memory Description	Internal RAM (with PCMCIA card): 2048 kB program, 440 kB data Internal RAM (without PCMCIA card): 440 kB program and data PCMCIA card: 16384 kB additional data storage
Application Structure	1 master task
Current Consumption	1880 mA at 5V DC
Module Format	Double
Product Weight	0.61 kg (1.34 lbs)
Shipping Weight	2 kg

High Performance and I/O Capacity

The TSXH5744M processor provides 2048 discrete I/Os and 256 analog I/Os, handling complex I/O demands with ease. It can also support up to 64 application-specific channels and 20 process control channels, with the ability to manage 60 simple loops. This flexibility ensures it can handle a wide range of industrial automation tasks, whether in small or large-scale systems.

Memory and Data Handling

The TSXH5744M supports large memory allocations to manage complex applications. It includes 2048 kB of program memory and 440 kB of data memory when using a PCMCIA card, with an additional 16 MB available through the PCMCIA card for extra data storage. Without the PCMCIA card, it provides 440 kB of program and data memory, offering substantial capacity for critical applications.

Connectivity Options

The TSXH5744M includes versatile communication ports, ensuring seamless integration with various industrial systems. It supports:

Ethernet TCP/IP via RJ45 for fast network communication
USB Port Type A for high-speed data transfer (12 Mbit/s)
Non-isolated Serial Link (RS485) for reliable communication at 19.2 kbit/s

These options ensure that the TSXH5744M can connect to a wide range of devices, making it highly adaptable for different automation systems.

Energy Efficiency and Installation

With a current consumption of just 1880 mA at 5V DC, the TSXH5744M processor offers excellent energy efficiency, reducing operational costs. It features a double-format design and weighs only 0.61 kg (1.34 lbs), making installation quick and simple. The module is DIN rail compatible, ensuring flexibility and space-saving installation in various control cabinets.

Ideal Applications

The TSXH5744M processor excels in numerous industrial applications that require high availability and continuous operation, such as:

Industrial automation
Process control systems
Machine monitoring
Distributed control systems

Its robust I/O capacity and fast processing make it perfect for large-scale automation projects, including manufacturing, energy, and chemical industries.

Conclusion

The Schneider TSXH5744M Unity Hot Standby Processor combines high processing power, versatile connectivity, and substantial memory capacity in one compact and reliable module. It guarantees superior performance, whether you’re managing small control systems or large industrial applications.