The HM 365.32 is part of an equipment series that facilitates the investigation of a wide range of engines and machines.
Different turbines can be operated and studied with this supply module. The turbines are connected to the water circuit using a flexible hose. A powerful centrifugal pump supplies pressurised water to drive the turbine under test. All relevant measured values are acquired using sensors and are displayed on the measuring unit of the supply module. The data acquisition software enables the measured values to be further processed on a PC. The HM 365 Universal Drive and Brake Unit is used as a generator to load the turbine. A supply of three-phase mains electricity is required.
Learning Objectives / Experiments
Together with the HM 365.31 and HM 365 Universal Drive and Brake Unit, the following experiments are possible: - Turbine characteristic curves - Hydraulic power - Mechanical power - Turbine efficiency - Influence of the blade adjustment on the Francis turbine characteristic curves
Features
* Modular series of units for the investigation of a range of engines and machines1 * Base module for the operation of two different turbines1 * Processing of the measured values on a PC
[1] Base module for the operation of turbines [2] lxwxh 1500x1300x800mm, 120kg empty [3] Copper pipe work with ball valve and electromagnetic flow meter [4] Connection to the turbines via flexible hose with quick-release coupling [5] Supply tank made of plastic [6] Measuring amplifier for the connection of the electronic sensors [7] Digital display of the measured values and relaying to PC data acquisition
Technical Data
Centrifugal pump - 5 stages
- power consumption: 5.5kW - max. flow rate: 400L/min
- max. head: 80m
Tank: capacity 96L
Measuring ranges - pressure p1: -1...9bar - pressure p2: 0...1.6bar - temperature with PT100: 0...100°C - flow rate: 0...600L/min
Dimensions and Weight
l x w x h : 1500 x 800 x 1300 mm Weight empty : approx. 120 kg
Connections
400V, 50Hz, 3 phase or 230V, 60Hz, 3 phase Cooling water min. 8L/min
