Large Scale PLC
| Brand | Rw Energy |
| Model NO. | Large Scale PLC |
| Rated voltage | 24V |
| Series code | 200 |
| Product edition code | Standard edition |
| Series | LK |
LK Large Scale PLC is designed for medium to large-scale control systems and highperformance control applications. It boasts single CPU and dual-rack redundant CPU design, ensuring fast operation and stable control. Drawing upon over 20 years of professional expertise, LK offers reliable, innovative factory automation, evolving for better reliability. With 10,000+ global installations, LK is rigorously validated for optimal performance.
Features：
1. High Reliability
-
Field-to-system and channel-to-channel isolation
-
Fault diagnosis, limit alarm, and fail-safe output
-
MRAM non-volatile memory for power-loss data retention
2. Harsh Environmental Adaptability
-
Operating temperature from -20℃ to +70℃
-
Storage temperature from -40℃ to +80℃
-
PCB with conformal coating
-
Compliant with EMC standards (IEC61000-4/IEC61131-2)
3. High Performance
-
Less than 100 ms of CPU switchover time
-
Less than 100 μs of minimum task scheduling time
-
Less than 200 ms of loop response time
4. Easy to Use
-
Hot swap for all modules
-
Foolproof design for module mounting
-
Smooth migration, worry free! We offer a "three-step worry free upgrade":
- free system evaluation and customized solutions;
- Program intelligent conversion tool+protocol adaptation gateway;
- Staged debugging, key nodes for nighttime construction. Multiple customers have achieved "simultaneous production and upgrade", reducing comprehensive operation and maintenance costs by 35% and extending system lifespan by over 8 years.
Born specifically for strictness! The circuit board is coated with three anti paint and industrial grade wide temperature element devices, which have undergone -40 ℃ cold start and 70 ℃ high temperature aging tests. Batch application in northwest mining areas, coastal salt spray environments, high dust workshops and other scenarios, with a failure rate lower than the industry average of 50%, truly "able to withstand and rely on".
The dual rack redundant CPU architecture is the core! Real time synchronization of data between the primary and backup CPUs, with a fault switching time of less than 100ms (imperceptible to the human eye), coupled with MRAM non-volatile memory, ensuring that the program is not lost during power outages. We have been operating stably for over 5 years in multiple multi million ton steel mills, with annual downtime approaching zero, safeguarding the core productivity of the enterprise.
