PM803F

¥6,208.00

argument
CPU: Intel®32-bit RISC Super Scalar processor
Frequency: up to 150 MIPS
Memory: 16 MB synchronous dynamic read/write memory with battery backup
I/O scan cycle: configurable, depending on the fieldbus module’s capabilities
Instruction processing time:
Binary and 16-bit arithmetic instructions: <1.0 ms
Fixed-point arithmetic instruction: <2.0 ms
32-bit arithmetic instruction: < 1.5ms
Power consumption: Base unit Max 7.8W (depending on CPU usage and cycle time)
specification
Type: High performance basic unit controller
System: Part of the ABB 800xA system
Size and weight
Dimensions: 239 mm x 202 mm x 164 mm
Weight: 1.6kg Max
Category:

Description

argument
CPU: Intel®32-bit RISC Super Scalar processor
Frequency: up to 150 MIPS
Memory: 16 MB synchronous dynamic read/write memory with battery backup
I/O scan cycle: configurable, depending on the fieldbus module’s capabilities
Instruction processing time:
Binary and 16-bit arithmetic instructions: <1.0 ms
Fixed-point arithmetic instruction: <2.0 ms
32-bit arithmetic instruction: < 1.5ms
Power consumption: Base unit Max 7.8W (depending on CPU usage and cycle time)
specification
Type: High performance basic unit controller
System: Part of the ABB 800xA system
Size and weight
Dimensions: 239 mm x 202 mm x 164 mm
Weight: 1.6kg Max
trait
High performance: Using advanced processor and high-speed memory technology, it can quickly and accurately handle a variety of complex control algorithms and logic.
High reliability: The design focuses on reliability, and adopts multiple redundancy technology and fault detection mechanism to ensure stable operation of the system.
High scalability: With multiple expansion slots, you can easily add a variety of input/output modules and function modules to adapt to different application scenarios.
Multiple communication options: Support a variety of communication protocols, including Ethernet, Profibus, CAN, etc., to facilitate communication and data exchange with other devices.
Easy to program and debug: Support a variety of programming languages, such as C, C++, Python, etc., easy to program and debug.
Long service life: The cabinet life can reach decades, without too much maintenance, reducing the cost of use.
Rack design: Excellent rack design enables random distribution of switching frequencies to reduce noise and improve efficiency.
Flux optimization: When the load is reduced, the motor flux is automatically reduced, reducing energy consumption and noise.

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