CN203846602U

CN203846602U - Upward-draining system used in computer room

Info

Publication number: CN203846602U
Application number: CN201420283328.4U
Authority: CN
Inventors: 崔文盈; 张丽娟; 张庚; 黄琳
Original assignee: Co Ltd Of China Inst Of Architectural Standard Design
Current assignee: Co Ltd Of China Inst Of Architectural Standard Design
Priority date: 2014-05-30
Filing date: 2014-05-30
Publication date: 2014-09-24
Anticipated expiration: 2024-05-30

Abstract

The utility model discloses an upward-draining system used in a computer room. The upward-draining system used in the computer room comprises an underground drainage water storage tank (3), an immersible pump I (4), an overground drainage water storage tank (5), an immersible pump II (6), a drainage pipe I (8) and a drainage pipe II (9), wherein the underground drainage water storage tank (3) is located below the ground (2) of the computer room (1), the immersible pump I (4) is located in the underground drainage water storage tank (3), the overground drainage water storage tank (5) is located on the ground (2) of the computer room (1), the immersible pump II (6) is located in the overground drainage water storage tank (5), the immersible pump I (4) is connected with the overground drainage water storage tank (5) through the drainage pipe I (8), one end of the drainage pipe II (9) is connected with the immersible pump II (6) and then penetrates through a ceiling (10) of the computer room (1), and the other end of the drainage pipe II (9) is connected with a drainage pond (12) in a washroom (11). The upward-draining system used in the computer room is simple in structure and reasonable in arrangement.

Description

The indoor upper drainage system of a kind of machine room

Technical field

The utility model relates to drainage system technical field, relates in particular to the indoor upper drainage system of a kind of machine room and using method thereof.

Background technology

In IT industry, machine room generally refers to telecommunications, Netcom, mobile, two-wire, electric power and government or enterprise etc., service device, for user and employee provide the IT place of service, tens little square meters, the general twenty or thirty rack of placing, large square meters up to ten thousand are placed thousands of racks, even more, machine room the inside is placed various servers and minicomputer conventionally, for example IBM minicomputer, HP minicomputer, SUN minicomputer, etc., the temperature and humidity of machine room and anti-static precautions have strict requirement, amateur project personnel generally can not enter, server in machine room is moving a lot of business, for example mobile multimedia message, short message, talk business etc.Machine room is very important, there is no machine room, and work, life all can be subject to very big impact, so each machine room will have professional to manage, guarantee business is normally moved!

The inner special evaporating, emitting, dripping or leaking of liquid or gas of abstaining from water of machine room, can cause Power System Shortcuts because leak, and causes equipment fault, equipment on fire etc., has major safety risks; The humidification water of machine room inside, condensed water, chilled water all exist and leak, the even possibility of water spray, and therefore draining is rapidly and efficiently most important to computer room safety; Some machine room does not possess the condition of lower draining, therefore makes outstanding upper drainage system most important.

Machine room leaks and is difficult to prevention, after generation, is just not easy quick solution, produces machine room hidden danger; The solution that upper draining is not taught, is generally the enforceable lower one deck that is discharged to, and sometimes descends one deck owner to disagree with and cannot implement; Or after implementing, because waterproof is not carried out, cause lower one deck somehow or other to leak.

Utility model content

The purpose of this utility model is to provide the indoor upper drainage system of a kind of machine room, to solve the normal draining of air-conditioning in machine room and the problem of accident draining difficulty.

The utility model adopts following technical scheme:

The indoor upper drainage system of machine room of the present utility model comprises underdrainage catch basin, submersible pump I, the catch basin of draining on the ground, submersible pump II, gutter I, gutter II; Underdrainage catch basin is positioned at machine room below ground, submersible pump I is positioned at underdrainage catch basin, the catch basin of draining is on the ground positioned at machine room above the ground, submersible pump II is positioned at the catch basin of draining on the ground, submersible pump I connects the catch basin of draining on the ground by gutter I, one end of gutter II connects submersible pump II, and then, through the furred ceiling of machine room, the other end connects the sluicing pond that is positioned at rest room.

The degree of depth of underdrainage catch basin is 50-150mm, and wall has 3/1000ths to 5/1000ths inclination, is conducive to ground and leaks and be pooled in catch basin.

In underdrainage catch basin, be provided with the rope interlock of leaking, when the rope that leaks has leakage inductive, start submersible pump I.

In the catch basin of draining on the ground, be provided with water level gauge, when water level rises to water level gauge, start submersible pump II.

The catch basin of draining on the ground one side is connected with water drainage pipe of air conditioner.

The outlet of submersible pump I and submersible pump II all arranges flap valve.

Gutter I and gutter II are galvanized pipe or PPR pipe.

The caliber of gutter I and gutter II is DN32.

Good effect of the present utility model is as follows:

The indoor upper drainage system of machine room of the present utility model can leak the condensed water in machine room, humidification draining, water pipe can discharge; The indoor upper drainage system device of machine room of the present utility model is simple, arrange rationally, solve by the method for upper draining the problem that machine room internal drainage cannot be implemented or lower draining is leaked, the drawback of having avoided some place can not carry out floor drain construction, and the utility model adopts the method for two-stage water pump draining, be discharged to vat by sulculus, vat is also provided with induction installation, and Auto-drainage Automatic Control realizes drainage procedure.

Brief description of the drawings

Fig. 1 is the schematic diagram of the indoor upper drainage system of machine room of the present utility model.

1 machine room, 2 ground, 3 underdrainage catch basins, 4 submersible pump I, 5 catch basins of draining on the ground, 6 submersible pump II, 7 water drainage pipe of air conditioners, 8 gutter I, 9 gutter II, 10 furred ceilings, 11 rest rooms, 12 sluicing ponds.

Detailed description of the invention

The following examples are to describe in further detail of the present utility model.

As shown in Figure 1, the indoor upper drainage system of machine room of the present utility model comprises underdrainage catch basin 3, submersible pump I 4, the catch basin of draining on the ground 5, submersible pump II 6, gutter I 8, gutter II 9; Underdrainage catch basin 3 is positioned at 2 belows, ground of machine room 1, submersible pump I 4 is positioned at underdrainage catch basin 3, the catch basin of draining on the ground 5 is positioned at 2 tops, ground of machine room 1, submersible pump II 6 is positioned at the catch basin of draining on the ground 5, submersible pump I 4 connects the catch basin of draining on the ground 5 by gutter I 8, one end of gutter II 9 connects submersible pump II 6, and then, through the furred ceiling 10 of machine room 1, the other end connects the sluicing pond 12 that is positioned at rest room 11.

Specific implementation method is as follows:

(1) on the floor 2 in the interior sluicing of machine room 1 region, dig out the underdrainage catch basin 3 of dark 50-150mm, draining catch basin 3 walls have 3/1000ths to 5/1000ths inclination, place submersible pump I 4;

(2) submersible pump I 4 links with the rope that leaks of underdrainage catch basin 3 groove internal placement, in the time that the rope that leaks has leakage inductive, starts submersible pump I 4;

(3) submersible pump I 4 beats the water of underdrainage catch basin 3 to ground draining catch basin 5, in the catch basin of draining on the ground 5, be provided with water level gauge, in the time that the water of ground draining catch basin 5 rises to water level gauge, start submersible pump II 6, sluice to the sluicing pond 12 of rest room 11 via furred ceiling 10 tops.Complete draining.

The catch basin of draining on the ground 5 one sides are connected with water drainage pipe of air conditioner 7.

The outlet of submersible pump I 4 and submersible pump II 6 all arranges flap valve.

Gutter I 8 and gutter II 9 are galvanized pipe or PPR pipe.

The caliber of gutter I 8 and gutter II 9 is DN32.

Although illustrated and described embodiment of the present utility model, for the ordinary skill in the art, be appreciated that in the situation that not departing from principle of the present utility model and spirit and can carry out multiple variation, amendment, replacement and modification to these embodiment, scope of the present utility model is limited by claims and equivalent thereof.

Claims

1. the indoor upper drainage system of machine room, is characterized in that: described system comprises underdrainage catch basin (3), submersible pump I (4), ground draining catch basin (5), submersible pump II (6), gutter I (8), gutter II (9); Underdrainage catch basin (3) is positioned at the below, ground (2) of machine room (1), submersible pump I (4) is positioned at underdrainage catch basin (3), draining catch basin (5) is positioned at the top, ground (2) of machine room (1) on the ground, submersible pump II (6) is positioned at draining catch basin (5) on the ground, submersible pump I (4) connects draining catch basin (5) on the ground by gutter I (8), one end of gutter II (9) connects submersible pump II (6), then through the furred ceiling (10) of machine room (1), the other end connects the sluicing pond (12) that is positioned at rest room (11).

2. the indoor upper drainage system of machine room as claimed in claim 1, is characterized in that: the degree of depth of underdrainage catch basin (3) is 50-150mm, and wall has 3/1000ths to 5/1000ths inclination.

3. the indoor upper drainage system of machine room as claimed in claim 1, is characterized in that: in underdrainage catch basin (3), be provided with the rope interlock of leaking, when the rope that leaks has leakage inductive, start submersible pump I (4).

4. the indoor upper drainage system of machine room as claimed in claim 1, is characterized in that: in draining catch basin (5), be provided with water level gauge on the ground, when water level rises to water level gauge, start submersible pump II (6).

5. the indoor upper drainage system of machine room as claimed in claim 1, is characterized in that: the catch basin of draining on the ground (5) one sides are connected with water drainage pipe of air conditioner (7).

6. the indoor upper drainage system of machine room as claimed in claim 1, is characterized in that: the outlet of submersible pump I (4) and submersible pump II (6) all arranges flap valve.

7. the indoor upper drainage system of machine room as claimed in claim 1, is characterized in that: gutter I (8) and gutter II (9) are galvanized pipe or PPR pipe.

8. the indoor upper drainage system of machine room as claimed in claim 1, is characterized in that: the caliber of gutter I (8) and gutter II (9) is DN32.