Description
ABB PFEA113-65 (3BSE050092R65) – Tension Electronics for Pressductor Load Cells in Web and Strip Processing
The ABB PFEA113-65 is a dedicated tension electronics unit designed to work with ABB Pressductor load cells (such as PFTL series). In many cases it serves as the heart of a stable web tension loop—converting millivolt-level strain signals into clean, linear analog outputs for your PLC or drive. From my experience, engineers choose this model when they want dependable tension measurement on paper machines, film/foil lines, printing presses, or metal strip processing with minimal drift and hassle-free calibration.
Our Company’s Order Placement Process and Guarantees
- Warranty: 365 days
- Delivery time: 1 week for in-stock items; no more than one month at the latest
- Payment: 50% advance payment; full payment prior to delivery
- Express options: FedEx, UPS, DHL
Key Features
- Purpose-built for ABB Pressductor sensors – Typically used with PFTL series to deliver highly repeatable web tension signals.
- Stable analog outputs – 0/4–20 mA or 0–10 V outputs are commonly available for direct PLC/drive integration.
- Dual-side load cell support – You can connect two load cells (left/right) and sum them for total tension, which is standard on many winding sections.
- Simple calibration workflow – Zero, span, tare, and shunt calibration features help you get on-spec readings faster after mechanical work or sensor replacement.
- Noise-aware signal conditioning – Built-in filtering and stable excitation help reduce noise from drive cabinets and VFD environments.
- DIN-rail friendly – Compact form factor suited for cabinet mounting with clear terminal access and status indication.
- Backwards compatibility mindset – Appears to be designed to drop into existing ABB tension setups with minimal wiring changes.
Technical Specifications
| Brand / Model | ABB PFEA113-65 |
| Manufacturer Part No. | 3BSE050092R65 |
| HS Code | 9032.89 (Automatic regulating or controlling instruments; other) |
| Function | Tension electronics/amplifier for Pressductor load cells; converts strain signals to standard analog outputs |
| Compatible Sensors | ABB Pressductor (e.g., PFTL series) single or dual load cell configurations |
| Power Requirements | 24 VDC nominal (typically 18–32 VDC), low power consumption |
| Signal Inputs | 1–2 strain-gauge inputs (6‑wire), excitation provided by the electronics |
| Signal Outputs | 0/4–20 mA and/or 0–10 V analog (typical). Alarm/relay outputs may be available depending on configuration. |
| Operating Temperature | 0 to +50 °C (typical for cabinet-mounted electronics) |
| Communication Interfaces | Analog interface to PLC/drive; digital I/O for status (availability can vary by variant) |
| Installation Method | DIN-rail mounting in control cabinet; shielded sensor cabling recommended |
Application Fields
You’ll typically see PFEA113-65 installed wherever accurate, real-time tension feedback is needed:
- Paper & tissue machines – open draws, winder sections, calenders
- Film, foil, and flexible packaging lines – unwinds/rewinds and dancer-controlled zones
- Metals processing – strip and coil tension in slitting and recoiling stands
- Printing & converting – gravure/flexo tension control, laminators
- Wire, cable, and textile applications – consistent tension for diameter and quality control
One thing I appreciate is how it pairs cleanly with ABB PFTL Pressductor load cells. A plant maintenance lead told us their line stability improved after swapping a generic amplifier for PFEA113-65—the added filtering and straightforward shunt calibration seemed to make commissioning less fussy.
Advantages & Value
- Reliability – Industrial-grade build intended for harsh cabinet environments near drives and contactors.
- Compatibility – Works seamlessly with ABB Pressductor sensors; easy to integrate into existing PLCs via common analog signals.
- Lower lifecycle cost – Stable zero/span reduces re-trims; fewer nuisance trips and less downtime.
- Availability & support – We aim for fast turnaround on in-stock units and can assist with parameter recommendations if needed.
Installation & Maintenance
- Cabinet and mounting – Install on DIN rail inside a ventilated control cabinet. Keep away from high-voltage bus bars and high-frequency drive cables when possible.
- Wiring practices – Use shielded twisted-pair for sensor leads; ground shields at one end only (typically at the electronics). Route analog outputs separately from power conductors.
- Power – 24 VDC supply with proper grounding. Add a dedicated fuse and transient protection in noisy environments.
- Calibration – Perform zero/span or shunt calibration after mechanical changes or sensor replacement. Verify summed dual-load-cell readings under known loads.
- Routine checks – Quarterly inspection for terminal tightness, clean dust from the cabinet, and confirm output stability. Parameter backups are useful before any line upgrades.
- Safety – De-energize circuits prior to wiring; follow site lockout/tagout and ESD precautions to protect electronics.
Quality & Certifications
- Typically compliant with CE requirements for industrial control equipment
- RoHS conformity in most markets
- Manufacturer’s warranty: 12 months
- Documentation and test reports can be provided with shipment upon request
Note: Specifications above describe the typical capabilities of ABB PFEA113-65 tension electronics. Certain options or I/O details can vary by variant and installation. If you share your sensor model (e.g., ABB PFTL series) and control system interface, we can confirm the exact I/O and recommended wiring.








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