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CCC TMPU-1002 CPU Transition Module

Original price was: ¥3,950.00.Current price is: ¥2,280.00.

Brand: CCC

Model: TMPU-1002

Product Name: CPU Transition Module, also recognized as Industrial Communication Transition Module, Legacy-Modern CPU Integration Module and High-Reliability Interface Module, integrating signal conversion, cross-system communication and backward compatibility functions for industrial automation control systems[1][4].

Place of Origin: USA[4]

Shipping Location: China (in-stock products are shipped from China, supporting worldwide delivery)

Warranty Period: 365 days

Category: SKU: TMPU-1002

Description

Brand: CCC

Model: TMPU-1002

Product Name: CPU Transition Module, also recognized as Industrial Communication Transition Module, Legacy-Modern CPU Integration Module and High-Reliability Interface Module, integrating signal conversion, cross-system communication and backward compatibility functions for industrial automation control systems

Place of Origin: USA

Shipping Location: China (in-stock products are shipped from China, supporting worldwide delivery)

Warranty Period: 365 days

CCC TMPU-1002

CCC TMPU-1002

Product Overview

The CCC TMPU-1002 is a high-performance CPU transition module specially designed for industrial automation environments, mainly used to bridge the communication gap between legacy and modern CPU systems. As a key component of CCC’s transition module series, it combines robust hardware design with efficient data conversion capabilities, ensuring seamless integration of older control systems with newer CPU platforms, thus realizing backward compatibility and minimizing downtime during system upgrades or migrations[1][4]. This product supports multiple mainstream industrial communication protocols, can interface with a variety of I/O modules, sensors and actuators, and has strong adaptability to harsh industrial environments. It is widely used in oil & gas, power generation, heavy manufacturing and other fields, providing reliable communication and transition support for system modernization and equipment upgrade.

 

Core Functions

  • Legacy-Modern CPU Integration: Serves as a communication bridge between legacy and modern CPU systems, enabling seamless integration and data interaction, ensuring that existing control systems remain operational during system upgrades[1][4].
  • Multi-Protocol Communication: Supports multiple mainstream industrial communication protocols including Modbus RTU/TCP and Ethernet/IP, facilitating data exchange between different types of industrial control equipment and expanding system compatibility[1].
  • Efficient Signal Conversion: Realizes high-precision conversion of signals between different CPU systems, ensures data integrity and transmission accuracy, and avoids signal loss or distortion in the transition process[1][2].
  • High Reliability Operation: Adopts high-quality industrial-grade components and strict testing processes, with 1500V AC isolation voltage to resist electrical noise and voltage spikes, ensuring stable operation in high-interference industrial environments[1].
  • Easy Installation & Integration: Features compact design and DIN rail mounting, which is convenient for installation in space-constrained control cabinets, and supports modular integration with other CCC control systems, simplifying wiring and maintenance[1][2].
  • Fault Tolerance & Redundancy: Equipped with fault tolerance and redundancy functions, ensuring system integrity and availability, and minimizing the impact of equipment failures on production processes[4].
CCC TMPU-1002

CCC TMPU-1002

Technical Parameters

Parameter Category Specifications
Power Supply 24 VDC (typical), supports stable operation in wide voltage environments[1]
Power Consumption <3 W (typical), low energy consumption design
Current Rating 1.0 A, ensuring stable power supply for module operation[1]
Interface Type Standard industrial communication interface, supports Modbus RTU/TCP, Ethernet/IP[1]
Operating Temperature -20 °C to +70 °C (industrial grade operating temperature range)[1]
Storage Temperature -40 °C to +85 °C
Humidity Level 5% – 95% RH (non-condensing at 40 °C)
Protection Rating IP30 (inside the cabinet, dust-proof; suitable for control cabinet installation)[1]
Compatibility Fully compatible with CCC automation systems, legacy CPU systems and modern CPU platforms[4]
Protection Functions Overheating protection, overcurrent protection, overvoltage protection, 1500V AC isolation protection[1]

 

Specifications

  • Dimensions: Standard: 120 mm × 80 mm × 30 mm (compact design, specific dimensions depending on configuration)
  • Weight: 0.45 kg (standard version, lightweight design for easy installation)[1]
  • Structure: High-integration module structure, 35mm standard DIN rail mounting, metal enclosure with anti-corrosion and anti-interference design[1][2]
  • Warranty Period: 365 days
  • Product Status: Original new, factory-sealed, in stock, available for same-day shipping from China[4][6]
  • Component Quality: Adopts high-quality industrial-grade electronic components and advanced manufacturing processes, undergoes strict quality control and testing, compliant with relevant industrial standards[2][4]
  • Packaging: New and original with factory-sealed packaging, professional anti-static bag and shock-proof packaging for transportation protection
CCC TMPU-1002

CCC TMPU-1002

Application Fields

The CCC TMPU-1002 is widely applied in industrial automation system upgrade and transition scenarios, including but not limited to:

  • Oil & Gas Industry: Integrates legacy control systems with newer CPUs in offshore platforms and refineries, ensuring uninterrupted operation during equipment upgrades[1][3].
  • Power Generation: Bridges communication gaps between outdated turbine control systems and modern SCADA platforms, enhancing grid stability and energy efficiency[1].
  • Heavy Manufacturing: Enables seamless data exchange between legacy PLCs and Industry 4.0-ready systems, supporting smart factory initiatives and predictive maintenance strategies[1].
  • Other Fields: Used in water treatment, mining and chemical industries, connecting older control equipment to modern automation systems, improving process efficiency and reducing upgrade costs[1][4].