Drum gear coupling model, standard, performance
Time: 2018-04-15 Browse:
1. GICL type drum gear coupling, JB/T8854.3-2001
This coupling is suitable for connecting two horizontal coaxial lines and a transmission shaft system with a certain angular displacement. The transmission nominal torque is 0.8-3200KN.m, and the working environment temperature is -20-+80℃!
2. GICLZ type drum gear coupling, JB/T8854.3-2001
The coupling is suitable for connecting two horizontal coaxial lines with a certain angular displacement of the transmission shaft system. When the connected ends are far apart, it is suitable for GICLZ type, and the transmission nominal torque is 0.8-3200KN.m. The temperature is -20~+80℃!
3. GIICL type drum gear coupling, JB/T8854.2-2001
This coupling is suitable for connecting horizontal two coaxial transmission shafts, a drum-shaped gear coupling with a certain angular compensation for the relative displacement of the two shafts. The working environment temperature is -20~+80℃, and the nominal torque is transmitted. It is 0.4-4500KN.m.
4. GIICLZ type drum gear coupling, JB/T8854.2-2001
This coupling is suitable for connecting horizontal two coaxial transmission shafts, a drum-shaped gear coupling with a certain angular compensation for the relative offset of the two shafts, plus the intermediate shaft for long-distance work, and the working environment temperature is -20~+ At 80°C, the nominal torque transmitted is 0.4-4500KN.m.
5. GCLD type drum gear coupling, JB/T8854.1-2001
This coupling is suitable for connecting the motor and the mechanical two horizontal axis drive shaft system. It has a certain angular compensation for the relative offset of the two shafts. The working environment temperature is -20-+80℃, and the nominal rotation is transmitted. The moment is 1.12-50KN.m.
6. NGCL type drum gear coupling with brake wheel, JB/ZQ4644-97
NGCL type drum gear coupling with brake wheel is suitable for connecting two horizontal coaxial transmission shaft systems, and the nominal torque transmission is 355-100000N.m
