The most popular flexible shaft coupling used in Japan that complies with the JIS standard.
[Features] · The most popular flexible shaft coupling used in Japan that complies with the JISB1452-1991 "Flange shape flexible shaft coupling." · A flexible structure that is made through combining a flange with a coupling bolt. · Easy to attach. · Easy to replace the bush by just removing the coupling bolt, which makes maintenance and preservation easy. · Absorbs misalignment such as eccentricity and declination, and absorbs screw vibrations to prevent noise. · Does not transmit the thrust load. · There are two types, namely the FCL cast iron type and the FCLS carbon steel type.
A product that absorbs eccentricity, has no reaction force, and does not require eccentric alignment. Used with various types of pumps, blowers, agitators, NC and MC manufacturing machinery, and machinery used in the textile, agriculture, construction, and mining industries.
[Features] · A shaft coupling with a solid type structure that is based on the JISB1451-1991 "Flange shape fixating axial coupling." · Can match the set mark on the flange outer peripheral face, and can be easily assembled by just tightening the reamer bolt. · There are two types, namely the cast iron type and the carbon steel type.
JIS B1452 standard. High reliability due to the high speed rotation and shock resistance. Standardized in nominal diameters of ø112 to ø630. A forged product that uses S35C as the material
[Features] · Satisfies all of the requirements of a flexible shaft coupling. · Smoothly transmits the power from the shaft. · Does not transmit the machine vibration or shaft vibration to the other side. · Does not release any power (thrust) from pushing the shaft from the shaft coupling. · The rotary shaft can be turned by hand from the outer side while being directly connected. · The motor can be operated by itself, and inspection can be performed in the rotating direction by removing the coupling element (coupling bolt) and then rotating each of the machine shafts. · Can easily measure the state of the direct connection (positional relationship of the two shafts) with the machinery.
Compatible with use in high ranges of circumferential speeds. Standardized in nominal diameters of ø112 to ø355. A forged product that uses S35C as the material
JIS B1452 standard. High reliability due to the high speed rotation and shock resistance. Standardized in nominal diameters of ø112 to ø630. A forged product that uses S35C as the material
[Features] · Satisfies all of the requirements of a flexible shaft coupling. · 1. Smoothly transmits the power from the shaft. · 2. Does not transmit the machine vibration or shaft vibration to the other side. · 3. Does not release any power (thrust) from pushing the shaft from the shaft coupling. · 4. The rotary shaft can be turned by hand from the outer side while being directly connected. · 5. The motor can be operated by itself, and inspection can be performed in the rotating direction by removing the coupling element (coupling bolt) and then rotating each of the machine shafts. · 6. Can easily measure the state of the direct connection (positional relationship of the two shafts) with the machinery. · * A simple structure that provides complete flexibility. · The structure is comprised of a coupler body, coupler bolt, and rubber bushes which make it extremely easy to attach and remove. · The rubber bushes are made of polymer materials and have flexibility, vibration resistance, and complete flexibility. · * Has compatibility that is demanded anywhere at anytime
According to the maker , the method of calculating the allowable torque (safety factor, etc.) is different. Please confirm the technical datas of each manufacturer for details