Compact servomotor

ultra-compactself-ventilatedenergy-saving

Overview
Servo Dive & Drive is an electro-hydraulic temperature-management system designed to reduce the overall energy consumption of rubber injection presses. It integrates heat management with a compact monobloc architecture to optimize plant resources and floor space.

Proven energy savings
Servo Dive & Drive continues REP's multi-year efficiency program. Between 1997 and 2010, REP rubber injection presses achieved a 70% reduction in energy consumption, and this solution extends those gains through targeted pump and thermal control.

Key benefits
Low-energy consumption

• Natural cooling of the pump minimizes or eliminates the need for water or powered fans
• Improved system responsiveness reduces cycle time and boosts throughput

Improved reliability

• Optimal lubrication of mechanical components extends service life
• Minimal number of moving parts reduces wear and failure points
• Enhanced aspiration improves hydraulic cleanliness and performance

Easy maintenance

• No requirement to drain the hydraulic tank for routine servicing
• Simple mechanical layout for straightforward interventions
• Very few hydraulic hoses simplify checks and replacements

Other benefits

• Lower operational noise level
• Ultra-compact monobloc design saves installation space

Technical specifications

• Product type: Electro-hydraulic system with integrated thermal management
• Primary objective: Significant reduction of total energy consumption on rubber injection presses
• Proven context: REP machines achieved up to 70% energy reduction (1997–2010)
• Cooling: Natural pump cooling with near-zero need for external water or powered fans
• Performance: Reduced cycle times through improved system responsiveness
• Reliability features: Optimal lubrication, very few moving parts, improved aspiration
• Maintenance features: No tank draining for maintenance, simple mechanism, minimal hydraulic hoses
• Acoustic: Designed to lower noise levels
• Design: Ultra-compact monobloc architecture for space optimization