Teaching suggested applications*

-          System of conduct

-          Parameterization

-          Automation

-          Technology change (electric motorization -> hydraulic)

-          Preventive maintenance: seals, guidance, lubrication, control ...)

-          Corrective maintenance: hydraulic distributor, cylinder detector, contactor ... (faulty equipment supplied)

-          Integration of different hydraulic solutions of flow rate management (flow rate limiter / flow rate regulator / proportional regulator 2-way, proportional flow rate regulation 3-way) to improve the functioning of the system (variable speed) and comparison of their interest.

-          Assembly / mechanical disassembly: bearings, of the motorization, of the tank flange, of the rotor, of the tank drainage mechanism ...)

1. Metallic chassis on braked swivel wheels

2. Bearings - rolling bearings double row of swiveling balls - lip seals - tank sealing by cable gland - adjusting screw of the position of the bearing

3. Rotor with steel blades - offset adjustable blades - position of adjustable axis by the bearings.

4. 2.2 kW gear motor epicyclic reducer - 56TR / min approx. at the output (may be replaced by other geared motors and so that the hydraulic motor provided with the power station)

5. Lower hatch of drainage guided by ball bearings and ball-bearing rollers- pneumatic cylinder- 2 ILS detectors - distributor 5/2

6. Electrical box (see detail below) mounted on mobile structure also including the hydraulic power plant of the machine.

7. Hydraulic ensemble (see diagram) consisting of: hydraulic plant with 55L tank, 2.2kW motor, geared pump 9L/min approx, pressure limiter, thermostat, a visual level, return filter with clogging indicator, manometer, pressure taps, 4/3 distributor, motor 160cm3 / rev

• Electrical supply : 400Vac – 50 Hz