Description
Foxboro FBM242 P0916TA Discrete Output Interface Module – dependable digital actuation for I/A Series control
The Foxboro FBM242 (part no. P0916TA) is a discrete output interface module designed for the I/A Series (200‑series FBM) architecture. From my experience, it’s used when you need clean, isolated on/off actuation to field devices—solenoid valves, interposing relays, alarm beacons, and contactors—while keeping the controller and field wiring neatly separated. One thing I appreciate is how it drops into the standard FBM baseplate and ties into a Termination Assembly (TA), so panel wiring stays organized and serviceable.
Order Placement Process and Guarantees
- Warranty: 365 days
- Delivery: 1 week if in stock; no more than one month at the latest
- Payment: 50% advance payment; full payment before delivery
- Express options: FedEx, UPS, DHL
Key Features
- Discrete output interface for I/A Series – Provides digital actuation from the controller to field devices through the standard FBM backplane.
- P0916TA build – The widely supplied FBM242 hardware variant recognized across installed Foxboro systems.
- Isolated field side – Typically galvanically isolates the control bus from field circuits to reduce ground loops and noise coupling.
- On-module status/diagnostics – You might notice front LEDs and channel health reporting, helping technicians confirm output state quickly.
- Backplane powered – No separate logic supply; field power for loads remains external and application-defined.
- Service-friendly form factor – Front-pluggable FBM form; wiring stays on the Termination Assembly to minimize downtime during swaps.
- Compatible with standard Foxboro TAs and baseplates – Works within the 200-series FBM ecosystem many plants already standardize on.
Technical Specifications
| Brand / Model | Foxboro FBM242 (P0916TA) |
| HS Code | 8538.90.00 (Parts suitable for use with apparatus of heading 8537) |
| Power Requirements | Powered via 200‑series FBM baseplate/backplane; external field power used to drive loads (application-specific). |
| Signal I/O Types | Discrete (digital) outputs; solid-state switching suitable for driving solenoids, relays, alarms, and similar loads. |
| Communication Interfaces | I/A Series FBM backplane/fieldbus to the controller; no external Ethernet/serial ports on the module. |
| Installation Method | Mounts into a standard 200‑series FBM baseplate; field wiring via the associated Termination Assembly (TA). |
| Operating Temperature | Typically 0 to 50°C; 5–95% RH, non‑condensing (actual limits depend on cabinet and TA selection). |
| Dimensions & Weight | Standard 200‑series FBM form factor; approx. 130 × 45 × 140 mm; ~0.5 kg (typical). |
Note: Channel count, output voltage type, and load ratings vary by TA and specific FBM242 variant. If you share the field device details (coil voltage, inrush, and required isolation), we’ll match the exact TA and wiring diagram.
Application Fields
- Oil & Gas – Solenoid valve actuation, ESD outputs via interposing relays.
- Chemicals & Petrochem – Pump/agitator permissives, local alarm beacons.
- Power & Utilities – Breaker trip/close through relay coils, damper/valve actuation.
- Water & Wastewater – Chlorination skids, blower control, dosing valves.
- Pharma & Food – Conveyor starts, diverter gates, audible/visible alarms.
A maintenance lead at a water treatment facility told us the FBM242 “just behaved” with their existing TAs—no rewiring surprises—and the channel LEDs helped them trace a stubborn alarm loop in minutes. That kind of small diagnostic aid tends to pay for itself during startups.
Advantages & Value
- Reliability in process environments – FBM series modules are built for control cabinets and typically withstand electrical noise and thermal cycling well.
- Native compatibility – Seamless fit with I/A Series baseplates, TAs, and engineering tools; reduces integration risk.
- Reduced downtime – Front-pluggable module and fixed field wiring on TAs usually mean faster swaps and less rework.
- Lifecycle support – Stable availability and long-running footprints help standardize spares and training.
- Procurement confidence – Each unit undergoes inspection; covered by a 365‑day warranty and fast courier options.
Installation & Maintenance
- Cabinet & environment – Install in a ventilated control cabinet; keep ambient within the stated range; segregate high-voltage and signal wiring channels where possible.
- Baseplate & TA – Seat the FBM242 into a compatible 200‑series baseplate; land field wires on the associated TA per the wiring diagram. Use proper fusing on field power feeds.
- Grounding & shielding – Maintain clean ground reference; route shield drains to the TA or designated ground per site standards.
- Safety – Isolate field power before touching TA terminals; verify energy discharge on inductive loads.
- Routine checks – Periodically inspect terminal torque, look for heat discoloration on inductive loads, clean dust from vents, and review diagnostics in the control system.
- Firmware/parameter management – Keep configuration backups; align module definitions in the controller with the installed FBM242/TA variant.
Quality & Certifications
- Manufactured to Foxboro/Schneider quality standards; typically CE and UL/CSA marked for industrial control use.
- RoHS/REACH compliance can vary by production year and regional SKU; we can confirm on the specific lot before shipment.
- Covered by our 365‑day warranty; extended service and technical support available upon request.
Need help matching the correct Termination Assembly or verifying load compatibility? Share your load type (coil/resistive), voltage, current (steady-state and inrush), and any interposing relays. We’ll recommend the right TA and provide a wiring sketch so commissioning stays smooth.
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