Model :PFTL101
Category: Transverse measuring piezomagnetic indenter
Quality: New, not new
Warranty :365 days
Brand: Bent
Origin: USA
Operating stability: good
Performance: Excellent
Power supply voltage :24V DC
Rated current :15A
Speed control range :0 RPM to 6000 RPM
Position control accuracy :±0.1°
Torque control accuracy :±5%
Operating temperature :-40℃~ 85℃
Storage temperature :-55℃~ 90℃
Size :115mm × 48mm × 20mm
Weight: 0.5kg

ABB horizontal pillow tensiometer indenters are ideal for applications with low tension, heavy rolls and high running speeds, which are often found in the metallurgical industry. ABB horizontal pillow tensiometer heads are available in three sizes: Standard PFTL 101A/B, which is commonly used in conventional metal handling lines. The indenter is suitable for applications with heavy rolls, wide tension ranges and high operating speeds.

PFTL101 PFTL 101AE/BE is recommended for strip tension measurement applications with emulsion in cold rolling, annealing and galvanized lines. The PFTL 101AE/BE indenter uses a fixed connection cable and is protected to IP 66 for accurate and reliable long-term operation in emulsion applications. All ABB tensiometer indenters are calibrated at delivery.

The acid proof PFTL 101AER/BER indenter is designed for pickling lines and is rated IP 66/67.

PFTL101 Transverse measurement Piezomagnetic indenters are commonly used to measure changes in the magnetic properties of materials when subjected to pressure. This technique is often used in fields such as materials science, engineering and physics to understand the relationship between the magnetic and mechanical properties of materials under stress.

The operating principle of the PFTL101 piezomagnetic indenter is based on the piezomagnetic effect, that is, the magnetic properties of certain magnetic materials change when subjected to mechanical stress. By measuring these changes, the magnitude and distribution of the stress on the material can be obtained indirectly.

In transverse measurements, piezomagnetic indenters are usually used in conjunction with magnetic measuring devices such as flux meters or magnetoresistors. During the measurement process, the indenter exerts a certain pressure on the surface of the material to be measured, while the magnetic measuring device records the changes in the magnetic properties of the material. By analyzing these change data, the magnetic properties of the material under pressure can be obtained, such as permeability, reluctance and so on.

The advantages of PFTL101 transversal piezomagnetic indenter include non-contact, high precision and real-time performance. However, it also has some limitations, such as higher requirements for the surface smoothness and cleanliness of the material, as well as possible environmental magnetic field interference.