Product Overview
The GJR5253000R0160 (07KT97) is a high-performance Basic Unit within the ABB Advant Controller 31 (AC31) series, specifically engineered for decentralized automation and complex process control. This Procontic unit serves as the primary intelligence hub for industrial systems that require integrated ARCNET networking capabilities. By facilitating high-speed, deterministic data exchange between controllers and peripheral devices, the 07KT97 (GJR5253000R0160) is a cornerstone for legacy plant maintenance and system expansions. Primarily utilized in manufacturing, water treatment, and material handling, this controller ensures reliable execution of logic programs while maintaining network stability. Despite its status as a phase-out model, its robust architecture continues to be vital for operators looking to minimize downtime and avoid the prohibitive costs of a full system overhaul.
Technical Configuration
The 07KT97 Basic Unit is defined by its integrated communication interfaces and modular processing power:
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Processor Architecture: Optimized for the AC31 Procontic environment, delivering rapid instruction execution for real-time control.
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Networking (ARCNET): Features a dedicated ARCNET interface, allowing the unit to act as a node in a robust, token-passing network capable of long-distance communication and high noise immunity.
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Scalability: Supports a wide array of local and remote I/O expansion modules, providing the flexibility needed for evolving industrial processes.
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Diagnostic Suite: Integrated status LEDs provide immediate visual feedback on CPU health, bus activity, and force-run conditions, simplifying field troubleshooting.
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Memory Management: Equipped with non-volatile memory storage to protect user programs and system parameters against power loss without requiring constant battery maintenance.
Technical Specifications
| Feature |
Specification Details |
| Model |
07KT97 (GJR5253000R0160) |
| Brand |
ABB |
| Series |
Advant Controller 31 / Procontic |
| Communication |
Integrated ARCNET Interface |
| Commodity Code |
85389091 |
| Approx. Dimensions |
15.2 cm x 10.2 cm x 25.4 mm |
| Net Weight |
0.90 kg |
| ECCN |
N (Not Restricted) |
| Mounting |
Standard DIN Rail or Panel Mount |
Technical FAQs
How do I address this unit on an ARCNET network?
The ARCNET node address is typically set via hardware DIP switches or rotary switches located on the front or side of the 07KT97. Ensure every node on the network has a unique ID (1–255) to prevent bus collisions.
Is the 07KT97 compatible with newer Advant Controller versions?
The 07KT97 is a legacy AC31 unit. While it can often communicate with newer systems via standardized bus couplers or gateway modules, direct software portability may require specific conversion tools or re-engineering within the 907 AC 1136 programming environment.
What is the significance of the "Phase-out" status?
Phase-out means the product is no longer in active mass production. However, it remains fully supported through spare part channels and refurbished stock to ensure that existing installations in critical infrastructure remain operational.
Engineering & Installation Guide
ARCNET Wiring and Termination
The ARCNET interface on the 07KT97 requires specific coaxial or twisted-pair cabling depending on the network topology (Bus or Star). For bus topologies, ensure that the first and last nodes are equipped with 93 Ohm termination resistors. Failure to properly terminate the network will result in intermittent communication timeouts and "Ghost" errors in the diagnostic log.
Environmental Considerations
This unit is designed for industrial cabinet installation. Given its dimensions (15.2 cm x 10.2 cm x 25.4 cm), ensure there is adequate airflow around the unit's cooling vents. In environments with high vibration or electromagnetic interference (EMI), use shielded cables for all I/O and communication lines, and ensure the DIN rail is bonded to a low-impedance earth ground.
System Power-Up Sequence
When commissioning the 07KT97, always verify the supply voltage matches the unit's requirements (typically 24 VDC). We recommend powering up the Basic Unit simultaneously with its expansion modules to ensure the CPU can successfully poll the hardware configuration during its initial boot-up phase.