Sichuan -One transparent hydraulic transmission training device

Sichuan -One transparent hydraulic transmission tr--ning device,Scenery complementary power generation system experiment table

I. Overview

In order to adapt to the teaching content of multiple hydraulic oil circuits within a short class time. At the same time, comparing the working principles of multiple different oil circuits. Moreover, the necessary procedures for the installation and commissioning of the oil circuit system do not take up the teaching time. There must be multiple equipment to work at the same time.

At the same time, when the Chinese ZryPl-01D four-in-one transparent hydraulic transmission demonstration system conducts one of the experimental experiments, 80% of the transparent hydraulic element is idle. The system, on the premise of increasing and ensuring experimental items and functions, according to the principles of different demonstration experiments during the same lesson, effectively uses transparent hydraulic elements to optimize combinations to reduce the performance price of the product by 40%.

2. Features

1. Compared with multiple different experimental circuits to deepen the understanding of the principle of hydraulic circuit.

2. Many tables can be operated at the same time and running different circuits.

3. You can only need a set of hydraulic components to form different circuits at the same time to save component resources.

4. Preparation of hydraulic components: Each hydraulic element is equipped with a installation bottom plate, which can be convenient and randomly placed on the aluminum alloy panel (the panel with the structure of aluminum alloy profile in the form of the "T" groove). The oil circuit is overlapped with a fast conversion. It is convenient for disassembly and does not leak oil.

5. Electrical control is simple, convenient and easy to do. Electrical control is performed with an independent relay control unit.

6. The experimental table and the experimental table are iron double -layer sub -optical dense -densely spraying structures, and hydraulic components are stored in the experimental table and cabinet.

Sichuan -One transparent hydraulic transmission tr--ning device,Scenery complementary power generation system experiment table

I. Overview

ZRFG-PV03 Scenic complementary power generation tr--ning system is m--nly composed of photovolt--c power supply devices, wind power supply systems, inverter and load system, and monitoring system.

Scenic complementary power generation tr--ning system adopts a modular structure. Each device and system have independent functions, which can be combined into photovolt--c power generation tr--ning system and wind power tr--ning system.

2. Equipment composition

The ZRFG-PV03 style complementary power generation tr--ning system is m--nly composed of photovolt--c power supply device, photovolt--c power supply system, wind power supply device, wind power supply system, inverter and load system, and monitoring system, as shown in Figure 1. The ZRFG-PV03 style complementary power generation tr--ning system adopts a modular structure. Each device and system have independent functions, which can be combined into a photovolt--c power generation tr--ning system and wind power tr--ning system.

(1) Equipment size: photovolt--c power supply device 1610 × 1010 × 1550mm

Wind power supply device 1578 × 1950 × 1540mm

Tr--ning cabinet 3200 × 650 × 2000mm

(2) venue area: 25 square meters

Introduction of each unit

1. Photovolt--c power supply device

(1) The composition of photovolt--c power supply device

The photovolt--c power supply device is m--nly used by photovolt--c battery components, projection lights, light sensors, light sensor control boxes, horizontal direction and pitch direction movement mechanism, swing rod, swing rod reducer, swinging rod stand, single -phase AC motor, capacitor, DC motor, DC motor Close to the composition of equipment and devices such as switching, micro -switching, and base brackets, as shown in Figure 2.

Four photovolt--c battery components are parallel to form a photovolt--c battery square array, and the light sensor is installed in the center of the photovolt--c battery square. Two 300W projection lights are installed on the string bracket, the bottom end of the rod is connected to the output end of the reducer, and the input end of the reducer is connected to the single -phase AC motor. When the motor is rotated, the dial -driving rod is swinged by the reducer. The connection part of the bottom end of the string rod and the base bracket is equipped with a close -up and micro -switch for the limit and protection of the position of the string. The horizontal and pitch direction movement institutions are composed of horizontal movement reducers, pitching motion reducers, DC motors, close to switch and micro -switch. When the DC motor is rotated, the horizontal speed reduction box drive the photovolt--c battery square array to east or west, and the pitching reduction box drives the photovolt--c battery square array north or southward. Micro switch is used for the limit and protection of the position of the photovolt--c battery square array.