Description
Technical Specifications
- Product Model: SE3007
- Brand: Emerson (DeltaV DCS)
- Warranty: One Year
- User Memory: 96 MB
- Control capacity: DST 1500;SCADA tags 3200;max send 4000 values/sec, receive 500 values/sec
- Execution cycle: 100 ms / 200 ms / 500 ms / 1 s / 2 s / 5 s / 10 s / 30 s / 60 s configurable
- Power: Powered via DeltaV controller carrier; typical power consumption 5.0 W, max 7.0 W; internal non‑replaceable 3.0 A fuse
- Communication Interfaces: Dual RJ45 10/100 Mbps redundant control network ports; CHARM I/O bus for remote I/O; supports DeltaV native protocol, Modbus‑TCP/IP
- Operating Temperature: ‑40 °C ~ +60 °C; 5‑95 %RH non‑condensing; ISA‑S71.04‑1985 G3 air contaminant rating
- Storage Temperature: ‑40 °C ~ +85 °C
- Vibration / Shock: 1 mm pp (2‑13.2 Hz), 0.7 g (13.2‑150 Hz); 10 g 11 ms half‑sine shock
- Protection Class: IP20, slot‑mount on DeltaV power‑controller carrier; supports 1:1 hot‑standby redundancy
- LED Indicators: Power, Error, Active, Standby, Primary CN, Secondary CN status LEDs
- Weight: approx. 2.0 kg

Product Overview
SE3007 (SX‑Controller) is main process controller for Emerson DeltaV distributed control system. It executes PID control, sequence logic, interlock & protection strategies, communicates with CHARM I/O cards and upper‑level HMI. Supports simplex and 1:1 hot‑standby redundant configuration. Features auto‑addressing, automatic I/O detection, firmware online upgrade.
Important note: No local hard‑wired I/O on controller itself; all field signals connect through DeltaV CHARM I/O system. Cannot run standalone; must install in matching power‑controller carrier slot.
Application Scenarios
- Power‑plant boiler & turbine auxiliary control cabinet: DCS core process control for thermal‑power units
- Chemical / petrochemical plant process control racks
- Oil‑gas processing plant DCS control system
- Water‑treatment & pulp‑paper industrial automation
- DeltaV system retrofit & spare‑part replacement: drop‑in spare for existing SE3007 installations, minimize cabinet modification and plant downtime during swap‑out






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