ABB PFTL101B 3BSE004185R1 2.0KN Tension sensor
Product Details:
The ABB PFTL101B 3BSE004185R1 2.0KN is a tension sensor for industrial automation and control systems, widely used in areas where tension needs to be measured, such as paper, metal working, textile, plastic film and other manufacturing processes. The following is the detailed parameter and function description of the sensor:
1. Basic parameters
Model: PFTL101B 3BSE004185R1
Rated load: 2.0 kN (2000 N, indicating a maximum load of 2,000 Newtons)
Measurement principle: Strain gauge technology is used for tension measurement, and the sensor has a strain gauge element inside to convert the tension value into an electrical signal.
Measuring range:
It is suitable for high precision tension measurement and is often used in precision process control.
It usually has a wide measuring range, such as ±20% rated load, but the specific value needs to be confirmed according to the use conditions and actual needs.
2. Electrical parameters
Supply voltage:
The usual supply voltage is 10-30 VDC, in line with industry standards.
Output signal:
Analog output signal, usually 4-20 mA or 0-10 V (depending on model and configuration).
Other possible signal output options: 0-5 V, 0-20 mA, etc.
Sensitivity:
The output signal changes in proportion to the measured tension, and the sensitivity is usually 2 mV/V, the specific value needs to refer to the product specification.
Impedance:
The input impedance is typically 350 Ω (typical strain gauge sensor standard), which is suitable for standard control and data acquisition systems.
Output resolution:
High precision output with 16-bit or higher resolution to ensure accurate measurement results.
3. Mechanical and installation parameters
Size:
The sensor has a compact design for easy installation into existing equipment, and the specific dimensions can be found in the user manual.
Installation method:
Common mounting methods include direct mounting or mounting through a bracket, usually in an axial mounting configuration to measure the tension of the material.
Mounting holes and interfaces meet industry standards for easy integration into production lines or other equipment.
Rated load: 2.0 kN (2,000 N), meaning that the maximum tension that the sensor can measure is 2,000 Newtons.
Overload capacity: It is usually able to withstand short-term overload exceeding the rated load, and the overload capacity is generally 1.5 to 2 times of the rated load.
4. Environmental adaptability
Operating temperature range:
The operating temperature range is usually -20°C to +70°C, suitable for most industrial environments.
Storage temperature range:
From -40°C to +85°C, suitable for environments during storage and transport.
Humidity:
Relative humidity: 10% to 95%, no condensing moisture.
Anti-seismic and anti-interference:
Designed to meet industrial seismic requirements and adapt to vibration environments, especially for high-speed production lines and heavy load applications.
Good electromagnetic compatibility (EMC) to avoid external electromagnetic interference affecting sensor performance.
5. Features and functions
High accuracy and stability:
Provides high precision tension measurement for precision process control.
High quality strain gauge technology ensures linearity and stability of the output signal.
Durability:
The rugged material is suitable for harsh industrial environments and long running times.
Low power design:
The design features low power consumption and is suitable for integration with low power control systems.
Response speed:
Fast response time to monitor tension changes in real time and adapt to the application needs of high-speed production processes.
