Overview
This document provides an overview of cooling systems manufactured in Europe and the USA, highlighting advanced quality and customized designs. It covers various components and systems offered by Universal Hydraulik GmbH, including cooling, heating, and filtration systems, hydraulic aggregates, test stands, and components.
Cooling, Heating, and Filtration SystemsThe systems are custom-built according to customer specifications using proven components such as
coolers, EDH, and SSP. Standard configurations include cooling capacities of 150 kW, heating capacities of 100 kW, starting viscosities of 5000 mm²/s (cst), and flow rates of 350 l/min.
Hydraulic AggregatesWith decades of experience in hydraulic systems, the company offers a wide range of hydraulic aggregates. Tank sizes range from 10 liters to 10,000 liters, and drive powers from 0.25 kW to 160 kW. Components like
pumps,
valves, and sensors are sourced from reputable manufacturers and tailored to customer needs.
Test Stands
Universal Hydraulik GmbH has been manufacturing test stands for decades, from project planning to commissioning. These are used for analysis, series, endurance, fatigue, or burst pressure tests, primarily in hydraulics, pneumatics, transmissions, vehicle engines, tires, wheels, shock absorbers, and ABS.
ComponentsThe company offers a wide range of hydraulic components, including screw spindle pumps, vane pumps (RACINE), hydraulic
cylinders, hydraulic filters, valves, and heaters.
Cooling SystemsLarger cooling systems are custom-built by interconnecting multiple
heat exchangers (oil-air or oil-water) into a system. Options include switching fittings, bypass piping, soundproof hoods, special voltages, and special welding (e.g., ASME).
Electrical Controls
Custom electrical controls are designed and implemented for test stands and aggregates. Standardized controls and regulations are available for heat exchangers (heating, cooling) but can be customized. Industry 4.0 applications are feasible through the networking of system sensors.
Predictive Maintenance 4.0
The document mentions the implementation of predictive maintenance strategies as part of Industry 4.0 applications.