Schneider TSXP57153M Single-Format PL7 Processor

Overview

The Schneider TSXP57153M is a high-performance single-format PL7 processor designed for industrial automation applications. It offers flexibility and scalability with its configurable number of racks and slots, making it ideal for systems requiring efficient I/O management and real-time processing. Equipped with extensive memory options, the processor is highly capable of handling complex tasks with minimal execution time.

With a current consumption of only 530 mA at 5V DC, the TSXP57153M ensures energy-efficient operation, reducing overall system power requirements. This processor supports a wide range of communication modules and is compatible with Fipio bus for seamless integration into larger automation systems.

Key Features

Processor Capacity: Supports 512 discrete I/O and 24 analog I/O channels, ensuring flexibility in various industrial setups.
High-Speed Performance: Delivers a 0.5 µs execution time per Boolean instruction without a PCMCIA card, ensuring rapid processing of tasks.
Memory Flexibility: Equipped with 32 Kwords of internal RAM for both program and data storage, plus additional 128 Kwords with a PCMCIA card for extra data storage.
I/O and Communication: The processor includes integrated non-isolated serial links and supports Fipio Manager with up to 63 agents.
System Redundancy: Supports 1 master task, 32 event tasks, and various system overheads, ensuring reliable performance even under complex conditions.

Technical Specifications

Specification	Details
Model Number	TSXP57153M
Manufacturer	Schneider Electric
Product Type	Single-format PL7 Processor
Current Consumption	530 mA at 5V DC
Number of Racks	2 Racks (12 slots) or 4 Racks (4/6/8 slots)
I/O Processor Capacity	512 Discrete I/O
Analog I/O Processor Capacity	24 Analog I/O
Application-Specific Channels	8 Channels
Integrated Connection Type	Non-isolated serial link (19.2 kbit/s)
Communication Modules	1 Network module, 2 AS-Interface modules
Memory Capacity (Internal RAM)	32 Kwords for data, 32 Kwords for program
PCMCIA Card Storage	128 Kwords data, 64 Kwords program
Execution Time (Boolean)	0.5 µs without PCMCIA, 0.6 µs with PCMCIA
Execution Time (Arithmetic)	0.62 µs (fixed point) without PCMCIA
Execution Time (Floating Point)	44 µs with or without PCMCIA
Instructions per ms	1.52 Kinst/ms (100% Boolean without PCMCIA)
System Overhead	0.8 ms (Fast Task), 3.1 ms (Master Task)
Marking	CE
LED Indicators	Processor Running, Activity on Fipio Bus, I/O Fault, System Fault, Terminal Port Activity
Weight	0.42 kg (0.93 lbs)

Compatibility

The Schneider TSXP57153M is designed for seamless integration with Modicon Quantum control systems, offering excellent compatibility with a wide variety of I/O modules and communication protocols. Its flexibility makes it suitable for complex industrial networks and automation tasks, ensuring that it meets the needs of modern industrial applications.

Applications

Industrial Automation: The processor is ideal for discrete I/O and analog I/O processing in control systems.
Data Management: Suitable for applications that require high-speed processing and real-time data management.
Process Control: Ensures reliable and rapid control in automated manufacturing processes.

Benefits

High-Speed Processing: With rapid execution times of 0.5 µs for Boolean instructions, it guarantees quick task handling and minimal delays.
Flexible Memory Options: PCMCIA card support allows for expanded memory, accommodating complex tasks and large-scale data storage.
Energy Efficient: Low current consumption ensures reduced power usage while maintaining high performance.
Versatile I/O Management: Capable of handling a variety of discrete and analog I/O channels, perfect for custom automation setups.

Why Choose the Schneider TSXP57153M?

The Schneider TSXP57153M is a powerful and flexible PL7 processor that offers exceptional speed and reliability. With its expandable memory, high I/O capacity, and quick processing times, it is an excellent choice for complex industrial automation systems. Whether for discrete I/O management, analog input/output processing, or real-time control, this processor meets the demanding requirements of modern industrial environments.