VT-VSPA1-10-10/V0/0

The VT-VSPA1-10-10/V0/0 proportional amplifier from Bosch Rexroth Indramat in the VT-VSPA Proportional Amplifiers series offers linear amplification of hydraulic flow, pressure, and motion with exceptional precision. Fabricated from stainless steel, this robust unit resists corrosion and structural fatigue even under abrasive media or aggressive environments. It supports a primary working pressure of 2 Bar and a dedicated jacket circuit rated at 6 Bar for thermal management and process stability. Engineered for temperatures up to 160°C, the amplifier maintains performance accuracy in elevated thermal applications, making it ideal for high-temperature industrial processes.

At the core of the VT-VSPA1-10-10/V0/0 is a 37 KW industrial motor that drives the mixing shaft at 58 rpm, producing consistent torque for both gentle blending and high-shear mixing tasks. The integrated paddle dryer system accommodates a material capacity of 1600 L within its 1100 x 1680 mm trough dimensions, drawing product through a dual-inlet arrangement of 200 mm + 500 mm sizes and expelling it via a 150 mm outlet port. Heat transfer performance is maximized by the 120 L jacket volume coupled with stainless-steel 1.4571 (316Ti) construction, sustaining safe dryer outlet temperatures up to 164°C. A dedicated 37.0 kW, 400 V, 1470 rpm Ex-compliant paddle dryer motor ensures rapid thermal cycles and precise temperature control, while the overall equipment volume of 1600 L supports large batch operations without compromising efficiency.

Designed for seamless integration into automated production lines, the VT-VSPA1-10-10/V0/0 features standardized mounting interfaces and compatibility with common industrial control systems, reducing commissioning time and engineering effort. Its rugged stainless steel framework, combined with Ex-rated paddle dryer components, delivers long-term reliability and resistance to wear, corrosion, and high-temperature cycling. The precise proportional control capabilities and robust thermal management translate into enhanced process repeatability, minimal downtime, and simplified maintenance for critical industrial applications.