Honeywell 900SP1-0200 Expand Processor Module ControlEdge PLC 667MHz 128MB

Honeywell 900SP1-0200 Expand Processor Module ControlEdge PLC 667MHz 128MB

Core Value
The 900SP1-0200's core value lies in its bridging and expansion capabilities. It serves as a communication hub between expansion I/O racks and the main control processor, enabling high-speed cross-rack interaction with the CPM, seamlessly integrating distributed control architectures. The module features two 10/100Base-TX auto-sensing Ethernet ports with auto-crossing support and 1500 V RMS isolation. Combined with 600 W transient voltage suppression, it ensures reliable connectivity even in industrial environments subject to high electromagnetic interference. Two sets of tri-color LEDs on the front panel provide real-time operating status, facilitating quick on-site diagnosis.

Power Consumption and Heat Dissipation
The 900SP1-0200 typically consumes only 2.6 W (5 V/520 mA). Natural convection provides sufficient cooling, reducing cabinet temperature control costs. Its operating temperature range of 0°C to 60°C meets the needs of most process industry environments. For deployment in cold or hot regions, the extended temperature version 900SP1-0300 (-40°C to 70°C) is available.

Mechanical dimensions

100 mm × 125 mm × 50 mm, weighing approximately 0.5 kg, enable the 900SP1-0200 to be easily installed in high-density racks. A rotary address switch allows for quick setting of rack addresses between 1–99, simplifying commissioning. The module is compatible with all ControlEdge 900 series I/O and communication modules, allowing users to flexibly combine modules based on process requirements, avoiding over-configuration and reducing total cost of ownership.

Typical applications
Includes large-scale continuous process control, batch automation, remote pumping station and compressor control, and distributed systems requiring cross-plant data integration. Whether building a new project or upgrading an older DCS/PLC, the 900SP1-0200 can inject new computing power and communication vitality into the system with minimal modification and downtime, helping enterprises achieve safe, efficient, and future-proof automated operations.