CN2891589Y

CN2891589Y - Diesel generating set control screen

Info

Publication number: CN2891589Y
Application number: CN 200620001903
Authority: CN
Inventors: 陈江龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-01-24
Filing date: 2006-01-24
Publication date: 2007-04-18
Anticipated expiration: 2016-01-24

Abstract

The utility model relates to a control panel for diesel generating set. The utility model is characterized in that the control panel (10) is singly fixed at the under-frame (50) of the diesel generating set and is arranged at one end of an electric generator (20). The other end of the electric generator (20) is connected to an engine (30). The control panel (10) is a casing-like apparatus which comprises a major face (11), a left surface (12), a right surface (13) and a rearward face (14). An operation board (15) is arranged at the major face (11). An orifice (16) is arranged at the left surface, the right surface or the rearward face. One end of the electric generator (20) is inserted into the orifice (16), and an interval is provided between one end of the electric generator (20) and the orifice (16). The utility model has the advantages of not only reducing the floor space of the generating set and saving the electric connection between the control panel and the electric generator, but also protecting the electron components and the instruments from being affected by the shock generated by the electric generator during operation. The utility model is suitable for various imported and domestic diesel generating sets.

Description

The diesel-generator set control screen

Technical field

The utility model relates to diesel generating set, particularly the diesel-generator set control screen.

Background technology

Existing diesel generating set generally has control flow, generator, Diesel engine, radiator, underframe, and described generator, Diesel engine, radiator are connected in series successively, and is contained on the underframe; Control flow is contained in the assigned address on the generator underframe in addition.This mounting means needs the area of underframe bigger, takies more use place.

A kind of improved control flow design is that control flow directly is contained on the generator, with the area occupied of minimizing control flow, thus the floor space of minimizing generating set; Control flow directly is contained on the generator, and the circuit that is electrically connected between control flow and the generator is saved.But also there is weak point in this design, i.e. the vibrations that produce during generator operation can influence the electric components installed on the control flow and the normal operation of instrument, also influence its precision and life-span.

The utility model content

The purpose of this utility model provides a kind of diesel-generator set control screen, to solve above-mentioned deficiency.The utility model can make the floor space of diesel generating set reduce, and the circuit that is electrically connected between control flow and the generator is saved, and the vibrations that generator is produced can not influence the electric components installed on the control flow and the normal operation of instrument.

The purpose of this utility model is to realize by following technical scheme.

The utility model diesel-generator set control screen, it is characterized in that: described control flow is individually fixed on the underframe of described diesel generating set, and is positioned at an end of generator, and the other end of described generator links to each other with described Diesel engine.

Described control flow is a housing shape part, comprises interarea and left surface, right flank, back; On described interarea, has operation board; Described left surface, right flank are positioned at two sides of described interarea accordingly; Has the aperture on the described left surface or on the right flank or on the back, one end of described generator extend in the described aperture, between end of described generator and described aperture, has the gap, so that the two directly contact is equipped with electrical control gear in described control flow.

When described aperture is positioned on the described left surface, on described right flank, has ventilating window.Described aperture also can be positioned on the described right flank, and have ventilating window this moment on described left surface.Described aperture also can be positioned on the described back, and having ventilating window on the described left surface or on the right flank this moment.

In the utility model control flow, operation board is positioned on the interarea, has the aperture on a side or back, and an end of generator is extend in the described aperture, to reduce the floor space of control flow; And the circuit that is electrically connected between control flow and the generator is saved; Control flow is arranged separately on the underframe, and make the aperture and the gap is left in the cooperation place that extend between wherein the generator, generator is not contacted with control flow, can not influence the electric components installed on the control flow and the normal operation of instrument with the vibrations that guarantee generator.

In sum, the utility model can make the floor space of diesel generating set less, and the circuit that is electrically connected between control flow and the generator is saved; The vibrations that generator is produced can not influence the electric components installed on the control flow and the normal operation of instrument.

The utility model is suitable for various imports, homemade diesel generating set uses.

Description of drawings

Fig. 1 is an installation site of the present utility model schematic diagram.

Fig. 2 is the left view among Fig. 1.

Fig. 3 is a front view of the present utility model.

Fig. 4 is left view of the present utility model (for the aid of pictures directly perceived, right flank 13 is not shown).

Fig. 5 is a right view of the present utility model.

Fig. 6 is a rearview of the present utility model.

Fig. 7 is a upward view of the present utility model.

Code name explanation among the figure

10 control flows

11 interareas, 12 left surfaces, 13 right flanks, 14 back 14A switch-boxes

17 ventilating windows, 18 bottom surfaces, 15 operation boards, 16 apertures, 19 installing holes

The 19A bolt

20 generators, 30 Diesel engines, 40 radiators, 50 underframe

Embodiment

As Fig. 1,2 installation site schematic diagrames for the utility model diesel-generator set control screen, have control flow 10, generator 20, Diesel engine 30, radiator 40, underframe 50 among the figure, described generator 20, Diesel engine 30, radiator 40 are installed on the underframe 50 successively; Described control flow 10 is individually fixed on the underframe 50 of described diesel generating set, is positioned at the left end of generator 20, and the right-hand member of described generator 20 links to each other with described Diesel engine 30.

With reference to Fig. 3,4,5, the control flow 10 in this example is a housing shape part, is skeleton with angle steel, and upper and lower, front, rear, left and right are all covered with sheet material and constituted, and in the control flow 10 electric components are housed; Control flow 10 comprises interarea 11 and left surface 12, right flank 13, back 14 etc.; On described interarea 11, have operation board 15, each button and display are housed on operation board 15; Described left surface 12, right flank 13 are positioned at two sides of described interarea 11 accordingly; (or on side 13 or on the back 14) has aperture 16 on described side 12, one end of described generator 20 extend in the described aperture 16, to reduce floor space, has the gap between one end of described generator 20 and the described aperture 16, make the two not directly contact, to reduce the influence of generator 20 vibrations to the electric device of control flow 10.

In a kind of scheme, aperture 16 is positioned on the described left surface 12, as shown in Figure 4; The ventilating window 17 that has venetian blind type on the right flank 13 in Fig. 5 is used to ventilate to reduce the heat of generator 20.As Fig. 6. have switch-box 14A on 14 in the back.As Fig. 7, have installing hole 19 on 18 the end of at, by bolt 19A (Fig. 3) control flow 10 is fixed on the underframe 50, for convenience detach, mobile.

Another kind of scheme is that described aperture 16 is positioned on the right flank shown in Figure 5 13, has ventilating window 17 on described left surface 12; In this scheme, the installation site of control flow 10 as shown in Figure 1.Another scheme is that described aperture 16 is positioned on next 14, and having ventilating window 17 on the described left surface 12 or on the right flank 13 this moment.

In this control flow, be equipped with electric device, can be used to detect civil power and supply with situation, when civil power cuts off the power supply, start standby diesel-generator unit automatically; And can indicate mode of operation and fault condition, automatic emergency stop engine running and show breakdown in the motor by the indicator light on the operation board; The user can be in operating sequence, time and the warning of operation board customization selection; Use interface card and computer can change the configuration of system, can start by computer remote control simultaneously, the generation outage unit, near, remote monitoring, diagnosis generating set.Can be connected with computer unit is carried out Remote, remote measurement and remote signalling.Control system in the control flow can detect all parameters of generator, and the rotating speed of engine, oil pressure, oil level, fuel liquid level, water temperature, water level, cylinder temperature, belt are disconnected, DC power supply voltage and running time etc.

It is on the generating set of the generating set of fuel and other structures that the utility model control flow also can be used for gasoline or heavy oil, and this control flow that above-mentioned generating set adopts is all among protection of the present utility model.

Claims

1, diesel-generator set control screen is characterized in that:

Described control flow (10) is individually fixed on the underframe (50) of described diesel generating set, and is positioned at an end of generator (20), and the other end of described generator (20) links to each other with Diesel engine (30).

2, diesel-generator set control screen according to claim 1 is characterized in that:

Described control flow (10) is a housing shape part, comprises interarea (11) and left surface (12), right flank (13), back (14); On described interarea (11), has operation board (15); Described left surface, right flank are positioned at two sides of described interarea accordingly; Have aperture (16) on the described left surface or on the right flank or on the back, an end of described generator (20) extend in the described aperture (16), has the gap between an end of described generator (20) and described aperture (16).

3, diesel-generator set control screen according to claim 2 is characterized in that:

Described aperture (16) is positioned on the described left surface (12), has ventilating window (17) on described right flank (13).

4, diesel-generator set control screen according to claim 2 is characterized in that:

Described aperture (16) is positioned on the described right flank (13), has ventilating window (17) on described left surface (12).

5, diesel-generator set control screen according to claim 2 is characterized in that:

Described aperture (16) is positioned on the described back (14), upward or on the right flank (13) has ventilating window (17) at described left surface (12).