The MCRT® 59000V series was developed to safely measure average torque in the presence of high transient peaks. In that situation, a conventional torque meter must be oversized to avoid damage — a process which greatly reduces accuracy.

Conditions that can create high peak to average ratios include starting, stopping or reversing inertia loads, torsional oscillations, and diesel and single cylinder engine/compressor drives. If peak torques are unknown, using an MCRT® 59000V reduces the risk of damage from unexpected or accidental torque spikes.

Overload capacity is 10 times; achieved without mechanical overload stops which are ineffective under dynamic conditions. Because of their high intrinsic overload capacity and because they have higher torsional stiffness than other similar models, MCRT ® 59000V's are ideal for dynamic measurements. They accurately measure low running torque without damage from starting torques, torsionals or transient spikes.

• 10X Intrinsic Overload Capacity — No Mechanical Stops
• 0.1% Accuracy NIST Traceable and Remote Calibration
• Highest Torsional Stiffness Shaft End Units
• Hardened To EMI From IGBT-based Adjustable Speed Drive