SCADAPack vs Bristol FB300 — Choosing the Right RTU for Oilfield Automation
Key Takeaway
Compare SCADAPack and Bristol FB300 RTUs for oil and gas pipeline automation — hardware, protocols, programming, SCADA integration, and application fit.
Quick Answer
Both are proven oilfield RTU platforms. SCADAPack is preferred for IEC 61131-3 programmability, multi-protocol flexibility, and Schneider ecosystem integration. Bristol FB300 is preferred in Emerson-centric SCADA environments with deep OpenBSI integration.
Hardware Comparison
| Feature | SCADAPack 350 | Bristol FB300 |
|---|---|---|
| Manufacturer | Schneider Electric | Emerson (Bristol) |
| Onboard Analog I/O | 8 AI, 4 AO | Configurable per module |
| Programming | Telepace Studio (IEC 61131-3) | OpenBSI / ACCOL |
| DNP3 | Level 2 outstation + master | Level 2 outstation |
| IEC 61131-3 | Full support (E/x70 series) | Limited |
| Solar Operation | 12/24VDC, low power | 12/24VDC, low power |
| SCADA Integration | Geo SCADA native | OpenEnterprise native |
Protocol Support
Both support DNP3 and Modbus. SCADAPack adds DNP3 master capability and IEC 60870-5-101/104. See Geo SCADA DNP3 setup for master station configuration.
When to Choose
- SCADAPack — IEC 61131-3 needed, Schneider/Geo SCADA ecosystem, multi-protocol requirements, cybersecurity priority (x70)
- Bristol FB300 — Emerson ecosystem, existing OpenBSI infrastructure, ACCOL programming expertise available
Frequently Asked Questions
Both are proven platforms. Selection depends on existing SCADA ecosystem (Schneider vs Emerson), programming preference (IEC 61131-3 vs ACCOL), and regional integrator support.
Yes. Both support DNP3 Level 2 outstation. SCADAPack additionally supports DNP3 master for peer-to-peer RTU communication.