Torque Limiter
- Friction lines: Simple, economical, with sliding function suitable for use in dry and dusty environments;
- Disengage lines: High stability during transmission with instant disengagement and the possibility of free rotation;
- Axial lines: Suitable for limiting compression and tension forces on crank mechanisms;
- Pneumatic clutch lines: function of the clutch- disengagement with the possibility of variation of the torque during the motion.
1. DF Type
Friction torque limiter 'DF'
Simple and compact solution.
Version with coil springs for pairs and fine adjustment of the couple: …/CM.
Available in corrosion: DF/EA.
Available with customized alignments (“L”) interchangeable with other models on the market.
Available with radial ring statically balanced: …/GR.
Up to 23 000 Nm of torque and 140mm bore.
2. DSR Type
Rollers torque limiter 'DSR'
Basic model, connection with in-line shafts possible.
The assembly with helical springs allows a higher sensitivity in torque setting: …/CM.
Available with longer shaft for the assembly with transmission elements of large size : …/ML.
Available with anti-corrosive surface treatments.
Available with intervention signal ring.
Torque range from 2,5 to 12000 Nm; max. bore ø120 mm.
3. EDF/F Type
Economy balls torque limiters ‘EDF/F’
Mounting organ inside the device as in the models to friction.
Automatic re-engagement after the restoration of transmission
Available with radial ring statically balanced
Model with flange for custom links: EDF / F / F.
Model available only with finished bore.
Torque range from 7.5 to 1450 Nm and finished bore up to ø55 mm.
4. DSS/SG Type
Ball Torque Limiter
From 1.5 to 900Nm, up to 65mm hollow shaft
stainless steel
5. DSS/SG/RF Type
Torque Limiter Free Rotation
From 0.6 to 750Nm, up to 65mm hollow shaft
6. DSM Type
Module Torque Limiter
Up to 12000Nm, up to 260mm hollow shaft
7. PR Type
Torque Limiter for Reducer
Up to 2600Nm, up to 65mm hollow shaft
8. DSA Type
Axial Force Limiter
30~4700N
There are more option of sizes for this product. You can find more information →HERE