3CP360.60-2 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 3CP360.60-2 is a controller from the System 2005 Controllers series featuring a Pentium 266 processor with a clock frequency of 266 MHz. It includes a maximum power consumption of 11 watts, 32 MB system DRAM, and a CompactFlash application memory. The device provides 1 Ethernet port supporting 10/100 MBaud and an instruction cycle time of 0.02 microseconds.
Internal Product Review
The 3CP360.60-2 is a B & R Automation System 2005 controller built with a Pentium 266 processor and a 266 MHz clock frequency. CompactFlash application memory and 32 MB system DRAM support dependable program handling in automation tasks. A 0.02 µs instruction cycle time stands out as a key performance advantage.
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Product Description:
The 3CP360.60-2 is a central processing unit supplied by B & R Automation for the System 2005 Controllers series. Within a control cabinet, it serves as the main logic element that executes user programs, coordinates fieldbus traffic, and interfaces with motion or process I/O modules. By combining a PC-class processor with deterministic control software, the product allows machine builders to merge sequencing, data handling, and diagnostic tasks on one hardware node instead of distributing those jobs across multiple standalone devices.
A Pentium-class core identified as Pentium 266 anchors the controller and runs at a clock frequency of 266 MHz. Paired with two separate level-one caches sized at 2 x 16 KB and a level-two cache of 512 KB, this architecture feeds the arithmetic units quickly and minimizes wait states when fetching repetitive ladder or structured-text instructions. The resulting instruction cycle time is only 0.02 µs, enabling high-speed interrupt handling and tight loop control in applications such as labeling or electronic gearing. One APCI slot is available for local expansions, and the base board is backed by 32 MB of DRAM so larger recipe structures or buffered trend data can reside in volatile memory without affecting execution speed.
User code and system updates are stored on CompactFlash, while dynamically changing process data can be preserved across power loss by 256 KB of remanent RAM and an additional 496 KB of user SRAM that is battery-buffered. Network integration is performed through a single Ethernet channel that negotiates at 10/100 MBaud for SCADA or OPC traffic and through an RS232 port that reaches 115.2 kBaud for point-to-point service links. The entire assembly draws a maximum of 11 W, a level that simplifies cabinet ventilation and allows uninterrupted operation on unconditioned 24 V DC supplies.
