中文版
Phone: 
Email: 
WhatsApp: Description
Product Overview
The ABB PFTL301E 1.0 kN 3BSE019050R1000 is a precision-engineered horizontal Pillow-Block load cell from ABB’s Mini Series, optimized for web tension measurement applications. Crafted with Pressductor® technology, the ABB PFTL301E 1.0 kN 3BSE019050R1000 accurately captures horizontal force components without interference from vertical roll weight, delivering high fidelity data under heavy-roll conditions. The ABB PFTL301E 1.0 kN 3BSE019050R1000 integrates seamlessly into web processing control systems, offering reliable tension feedback for advanced automation platforms. This model is positioned for robust industrial environments where uptime and measurement precision are critical, delivering stable performance even when loads drift or heavy rolls impose fluctuating conditions.
Technical Specifications
| Parameter | Value |
|---|---|
| Manufacturer | ABB |
| Product type | Horizontal Pillow-Block Load Cell |
| Rated capacity | 1.0 kN (225 lbs) |
| Extended capacity | up to 1.5 kN |
| Overload capacity (horizontal) | up to 3.0 kN |
| Overload capacity (vertical) | up to 5.0 kN |
| Deflection | 0.13 mm |
| Spring constant | 8.0 kN/mm |
| Weight | approx. 5.75 kg |
| Country of origin | Sweden |
| Interface type | Mechanical load cell with analog output interface |
| Communication protocol | Passive analog strain measurement |
| Working environment | Industrial web processing environments; stable across load variations |
PFTL301E 3BSE019050R1000 1.0KN
Related products
PFTL101A 0.5 kN 3BSE004166R1 – smaller rated capacity, suitable for lighter tension monitoring applications.
PFTL101B 2.0 kN 3BSE004185R1 – higher capacity variant for mid-range tension control.
PFTL101B 5.0 kN 3BSE004191R1 – extended range for heavy-duty tension monitoring.
PFTL201 3BSE004172R1 (various capacities) – alternative series with similar form factor and higher throughput.
PFCL301E – vertical orientation load cell counterpart within ABB’s tension measurement family, uses electromagnetic Pressductor® technology for alternative mounting scenarios.
Main features and advantages
The ABB PFTL301E 1.0 kN 3BSE019050R1000 utilizes innovative Pressductor® transducer principles which exploit magnetoelastic properties to generate signals independent of mechanical deformation. This design ensures near-zero drift, high overload tolerance, and virtually unlimited load cycle endurance—making the ABB PFTL301E 1.0 kN 3BSE019050R1000 exceptionally reliable in continuous-duty industrial web processes. Mounted identically to conventional load cells, it simplifies retrofitting and maintenance.
Because it isolates horizontal force measurement, the ABB PFTL301E 1.0 kN 3BSE019050R1000 ensures optimal load cell performance by operating at the upper range of its capacity where linearity and sensitivity are maximized. This enhances control system response and feedback stability under variable roll weight or dynamic tension conditions. Furthermore, its precision construction coupled with compact dimensions enables quick installation in tight panel spaces without compromising measurement integrity. Its wide operating range and rugged mechanical properties ensure consistent, accurate tension control—a critical advantage for high-speed web processing environments.
PFTL301E 3BSE019050R1000 1.0KN
Installation and maintenance
Pre-installation preparations: Before installing the ABB PFTL301E 1.0 kN 3BSE019050R1000, ensure that the mounting surfaces are flat, clean, and aligned to prevent measurement inaccuracies. The cable and adapter plates should be verified for proper length and orientation to avoid undue stress during operation. Confirm that the pillow-block dimensions match the space requirements and that load cell orientation is horizontal for correct tension capture.
Maintenance suggestions: Inspect the ABB PFTL301E 1.0 kN 3BSE019050R1000 periodically for mechanical wear or cable damage, particularly in environments with vibration or temperature fluctuation. It is advisable to monitor the output stability over time to detect drift early. Calibration intervals should follow operational load profiles, but Pressductor® technology’s minimal drift often allows extended calibration cycles. Keep the load cell free from debris and ensure load transmission components remain securely fastened for uninterrupted performance.
Application fields
The ABB PFTL301E 1.0 kN 3BSE019050R1000 excels across industries where precise web tension control is paramount. In paper manufacturing, the sensor maintains consistent tension through unwinding, coating, and rewinding stages to ensure product uniformity. Textile and plastic film processes benefit from its fast response and stable readings, preventing sagging or tearing during high-speed production. In printing and converting operations, the ABB PFTL301E 1.0 kN 3BSE019050R1000 underpins accurate registration and material alignment. Furthermore, in non-woven and packaging industries, enhanced load cell resilience supports dynamic tension environments where sudden load fluctuations are routine. The accurate horizontal measurement capability ensures operators can fine-tune tension feedback loops, reducing downtime and improving product quality, especially in processes where heavy rolls might otherwise mask tension signals.
PFTL301E 3BSE019050R1000 1.0KN
Product guarantee
Our company provides a one-year quality warranty service for the ABB PFTL301E 1.0 kN 3BSE019050R1000, covering hardware malfunctions not caused by human factors. During the warranty period, if the ABB PFTL301E 1.0 kN 3BSE019050R1000 exhibits abnormal performance or functional failure, we will provide replacement services. In addition, for discontinued models or urgent demands, relying on our global supply chain network, we can quickly respond to customers’ procurement needs for scarce spare parts, and provide reliable services to support the continuous and stable operation of industrial systems. Established in 2007, our company has 17 years of experience in the industrial control distribution industry. We hold extensive inventories—including unpopular and discontinued models—through efficient supply channels, enabling us to meet urgent spare-parts demands and support uninterrupted industrial automation systems.
