CN203374935U - Solenoid valve connecting plate body and solenoid valve connecting plate - Google Patents
Solenoid valve connecting plate body and solenoid valve connecting plate Download PDFInfo
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- CN203374935U CN203374935U CN201320238093.2U CN201320238093U CN203374935U CN 203374935 U CN203374935 U CN 203374935U CN 201320238093 U CN201320238093 U CN 201320238093U CN 203374935 U CN203374935 U CN 203374935U
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Abstract
The utility model discloses a solenoid valve connecting plate body and a solenoid valve connecting plate. The solenoid valve connecting plate body comprises air holes and screw holes which are corresponding to air circuit openings and bolt holes of ISO5599 standard solenoid valves; a solenoid valve air inlet hole is communicated with an air inlet channel through a valve cavity; solenoid valve working air holes are communicated with connecting plate body working air openings; solenoid valve exhaust holes are communicated with connecting plate body exhaust channels; and solenoid valve external connection guide air holes are communicated with connecting plate body external connection guide openings. The solenoid valve connecting plate comprises connecting plate bodies for installation of ISO5599 standard solenoid valves, a left end plate and a right end plate; a plurality of connecting plate bodies with the number of N are disposed between the left end plate and the right end plate, wherein the N is not less than 1; sealing members are disposed between the end plates and the connecting plate bodies and between the connecting plate bodies; and a rapid isolating valve or flow regulating valve is disposed in the cavity of each connecting plate body. The solenoid valve connecting plate body and the solenoid valve connecting plate are characterized by small size and compact structure and facilitate installation, maintenance and use.
Description
Technical field
The utility model belongs to the solenoid valve field, particularly a kind of solenoid valve connecting plate body and solenoid valve connecting plate.
Background technique
In atmospheric control, the Placement of solenoid valve commonly used can be divided into tubular type and connect and the large class of board-like connection two.All pipelines of board-like connected electromagnetic valve all are connected with connecting plate, and solenoid valve is arranged on connecting plate, do not need to dismantle pipeline during the disassemble or assemble solenoid valve, and installation, use, the maintenance of complicated atmospheric control seemed to particularly convenient.ISO5599 standard electric magnet valve belongs to the main product of this class solenoid valve, and each large famous brand name pneumatic element MANUFACTURER of the world all has this type of production marketing.If the set of a plurality of ISO5599 standard electric magnet valve is assembled into to the solenoid valve group, share source of the gas mouth and relief opening, can reduce pipe arrangement, save space, to be convenient to centralized management and to control, this method has been widely used in industrial automation.
Because the solenoid valve group shares the source of the gas mouth, in service in system, in case of breaking down, certain solenoid valve needs repairing while changing, just must close source of the gas, stop the work of whole solenoid valve group, could change or keep in repair solenoid valve.This may cause the impact of stopping production for the production line of continuous operation.In addition, the latus rectum of source of the gas mouth, relief opening and the working hole of existing solenoid valve connecting plate is basic identical, when several solenoid valves move simultaneously in the solenoid valve group, just there will be instantaneous pressure to descend; And each solenoid valve Inlet Position do not wait apart from valve island source of the gas mouth, also can make solenoid valve flow of each action difference occur, cause operation unstable.
Go wrong for above-mentioned, existing can use for reference solution and have:
(1) for the band separating valve cylinder manifold (also being called: " turn-offing separately cylinder manifold ") of tubular type connected electromagnetic valve.It is by a kind of guiding valve (separating valve) manually opened or that close, inserts in the cylinder manifold body, and the import of separating valve is built in the air source hole of cylinder manifold, and the outlet of separating valve is threaded with the suction port of solenoid valve.While needing certain solenoid valve of dismounting, if by its separating valve in closed condition, then rotating isolation valve valve body, unclamp the solenoid valve suction port and be threaded, and can when the solenoid valve group is moved, dismantle this solenoid valve (installation process is contrary).While using this cylinder manifold disassemble or assemble solenoid valve, must first remove on the electromagnetic valve work interface and pipeline; Electromagnetic valve work mouth connecting tube generally adopts flexible pipe; When using two electric control solenoid valve, the inconvenience that tends to bring one of them coil of disassemble or assemble; This cylinder manifold is to customize according to the quantity of using solenoid valve, can't combination in any.
(2) stacked compression release valve that the company such as ASCO Numatics produces.It is to insert a pressure relief assembly between ISO5599 standard electric magnet valve and connecting plate, and this assembly can also increase voltage regulation function.Adopt this product to be adjusted the inlet pressure of certain solenoid valve in the solenoid valve group, when pressure being adjusted to zero, just can close separately source of the gas.But because the stacked compression release valve cost is high, volume is large, and the reduction valve after assembling hides the fore side of connecting plate working hole fully, makes troubles to maintenance, therefore, affected applying of it.
The model utility content
The purpose of this utility model is to provide a kind of volume little, compact structure, be convenient to installation, maintenance and use, do not need to close source of the gas and dismounting pipeline, just can turn-off separately the air inlet of certain solenoid valve, carry out solenoid valve connecting plate body and the solenoid valve connecting plate of maintenance or the replacing of solenoid valve.
The technical solution that realizes the utility model purpose is:
A kind of solenoid valve connecting plate body, its upper-end surface is provided with seven road pores, wherein, centre is the solenoid valve inlet hole, solenoid valve inlet hole bilateral symmetry arranges the electromagnetic valve work pore, the electromagnetic valve work pore outside is symmetrical arranged the solenoid valve exhaust port, the solenoid valve exhaust port outside is symmetrical arranged the external first gas port of solenoid valve, the solenoid valve inlet hole is by valve chamber and gas-entered passageway conducting, the electromagnetic valve work pore respectively with the conducting of this body running of connecting plate gas port, the solenoid valve exhaust port respectively with the exhaust passage conducting of connecting plate body, the external first gas port of solenoid valve respectively with the external pilot port conducting of connecting plate body.
The solenoid valve connecting plate of a kind of built-in quick separating valve or flow control valve, comprise connecting plate body, first member plate, right end plate that ISO5599 standard electric magnet valve can be installed, wherein, be provided with N connecting plate body between first member plate and right end plate, N is more than or equal to 1, be provided with Sealing between end plate and connecting plate body and connecting plate body and connecting plate body, quick separating valve or flow control valve are set in the cavity of connecting plate body.
The utility model compared with prior art, its remarkable advantage:
(1) when the solenoid valve group of using ISO5599 standard electric magnet valve to be assembled under system running state, do not need to close source of the gas and dismounting pipeline, just can turn-off separately the air inlet of certain solenoid valve, carry out maintenance or the replacing of solenoid valve, and not affect the normal operation of other solenoid valve.
(2) after single solenoid valve and connecting plate composition separate unit, to carry out a plurality of combinations, the quantity of the combination of this solenoid valve group is arbitrarily.
(3) the inlet hole sectional area is 2 times of working hole sectional area, action when can be used for a plurality of solenoid valve.
(4) volume is little, and compact structure is convenient to installation, maintenance and use.
Below in conjunction with accompanying drawing, the utility model is described in further detail.
The accompanying drawing explanation
Fig. 1 is the structural representation of the utility model solenoid valve connecting plate body; (a) be the C-C face structure sectional view of solenoid valve connecting plate body, (b) be the face structure schematic diagram of solenoid valve connecting plate body, (c) be the D-D face structure sectional view of solenoid valve connecting plate body, (d) be the A-A face structure sectional view of solenoid valve connecting plate body, (e) be the E-E face structure sectional view of solenoid valve connecting plate body, (f) be the B-B face structure sectional view of solenoid valve connecting plate body
Fig. 2 is the structural representation of the solenoid valve connecting plate of the built-in quick separating valve of the utility model or flow control valve.
Fig. 3 is the structural representation of the quick separating valve of the utility model.
Fig. 4 is the solenoid valve connecting plate opening state schematic diagram of the built-in quick separating valve of the utility model; (a) be the solenoid valve connecting plate opening state C-C face structure sectional view of built-in quick separating valve, (b) be the solenoid valve connecting plate opening state face structure schematic diagram of built-in quick separating valve.
Fig. 5 is the solenoid valve connecting plate closed condition schematic diagram of the built-in quick separating valve of the utility model; (a) be the solenoid valve connecting plate closed condition F-F face structure sectional view of built-in quick separating valve, (b) be the solenoid valve connecting plate closed condition face structure schematic diagram of built-in quick separating valve.
Fig. 6 is the solenoid valve connecting plate body structure schematic diagram of the built-in flow control valve of the utility model, be the solenoid valve connecting plate body G-G face structure sectional view of built-in flow control valve, (b) be the solenoid valve connecting plate body face structure schematic diagram of built-in flow control valve.
Fig. 7 is the structural representation of the utility model flow control valve.
Fig. 8 is the solenoid valve connecting plate body structure schematic diagram of the built-in flow control valve of the utility model, is the solenoid valve connecting plate G-G face structure sectional view of built-in flow control valve, (b) is the solenoid valve connecting plate face structure schematic diagram of built-in flow control valve.
Fig. 9 is that tip plate configurations schematic diagram of the present utility model (a) is end plate B-B face structure sectional view, is (b) end plate C-C face structure sectional view, is (c) end plate A-A face structure sectional view.
Figure 10 is the solenoid valve group structural representation of the built-in quick separating valve of the utility model or flow control valve connecting plate.
Embodiment
A kind of solenoid valve connecting plate of the utility model body, its upper-end surface is provided with seven road pores, wherein, centre is solenoid valve inlet hole 10, solenoid valve inlet hole 10 bilateral symmetry arrange the electromagnetic valve work pore, the electromagnetic valve work pore outside is symmetrical arranged the solenoid valve exhaust port, the solenoid valve exhaust port outside is symmetrical arranged the external first gas port of solenoid valve, solenoid valve inlet hole 10 is by valve chamber 15 and gas-entered passageway 24 conductings, the electromagnetic valve work pore respectively with the conducting of this body running of connecting plate gas port, the solenoid valve exhaust port respectively with the exhaust passage conducting of connecting plate body, the external first gas port of solenoid valve respectively with the external pilot port conducting of connecting plate body.
In conjunction with Fig. 1, the solenoid valve connecting plate body of the built-in quick separating valve of the utility model, its upper-end surface arranges the external first gas port 7 of the first solenoid valve, the first solenoid valve exhaust port 8, the first electromagnetic valve work pore 9, solenoid valve inlet hole 10, the second electromagnetic valve work pore 11, the second solenoid valve exhaust port 12, the external first gas port 13 of the second solenoid valve and 4 identical screws 31, arranges corresponding the matching of gas circuit mouth, bolt hole with ISO5599 standard electric magnet valve.Wherein: solenoid valve inlet hole 10 communicates with gas-entered passageway 24 by valve chamber 15.The first electromagnetic valve work pore 9 and the second electromagnetic valve work pore 11 respectively with the conducting of this body running of connecting plate gas port, wherein, the first electromagnetic valve work pore 9 passes through and is communicated with mutually with the first vertical attachment hole 18 axis parallel misalignments, the second electromagnetic valve work pore 11 is communicated with the second vertical attachment hole 27 by inclined hole 26, the first vertical attachment hole 18, the end of the second vertical attachment hole 27 is respectively the first lower end surface pipe thread work gas port 19 and the second lower end surface pipe thread work gas port 28, the first level connection joint hole 20, the second level connection joint hole 29 is attachment hole 18 vertical with first respectively, the connection that intersects vertically of the second vertical attachment hole 27, in the first level connection joint hole 20, the end in the second level connection joint hole 29 is respectively the first front-end face pipe thread work gas port 21 and the second front-end face pipe thread work gas port 30.The first solenoid valve exhaust port 8, the second solenoid valve exhaust port 12 communicate with the first connecting plate body exhaust passage 22, the second connecting plate body exhaust passage 23 respectively.End pipe thread pilot 3-port transfer 14 on ear end face of the end of the external first gas port 7 of the first solenoid valve external first gas port 13 of pipe thread pilot 3-port transfer 6, the second solenoid valve on front-end face.The first connecting plate body exhaust passage 22, the second connecting plate body exhaust passage 23 are arranged in the external first gas port 7 of the first solenoid valve, the below of the external first gas port 13 of the second solenoid valve and the top of valve chamber 15, and with solenoid valve inlet hole 10 central shaft symmetries.Gas-entered passageway 24 is arranged in the below of the second connecting plate body exhaust passage 23, and sectional area is about the twice of exhaust port.Also arrange engaging lug before and after the end face of the connecting plate body left and right sides, engaging lug is provided with attachment hole 25.Two positioning pin holes of two identical installation screws 44 and connecting plate body are also arranged in connecting plate body lower end surface, i.e. the first positioning pin hole 16 and the second positioning pin hole 17.
In conjunction with Fig. 2, the solenoid valve connecting plate of the built-in quick separating valve of the present embodiment or flow control valve, comprise quick separating valve connecting plate body 2, flow control valve connecting plate body 4, quick separating valve I, flow control valve II, first member plate 1, right end plate 5 and Sealing 3 that ISO5599 standard electric magnet valve can be installed; Be provided with quick separating valve connecting plate body 2 and flow control valve connecting plate body 4 between first member plate 1 and right end plate 5, fast the valve chamber 15 of separating valve connecting plate body 2 is interior arranges quick separating valve I, the interior flow control valve II that arranges of the valve chamber 15 of flow control valve connecting plate body 4, end plate and quick separating valve connecting plate body 2, end plate and flow control valve connecting plate body 4, and be provided with Sealing 3 between quick separating valve connecting plate body 2 and flow control valve connecting plate body 4.
Use the scheme of quick separating valve I: a kind of solenoid valve connecting plate of built-in quick separating valve comprises the connecting plate body of installation ISO 5599 standard electromagnetic valve bodies and built-in quick separating valve I and both sides end plate in the connecting plate body.Described connecting plate body is that a porous break-in is communicated with, the inner base that embeds quick separating valve I, each gas circuit hole and the bolt hole of each gas circuit hole of its upper-end surface and screw and ISO5599 standard electromagnetic valve body match, form a separate unit after assembling, by a plurality of unit sets, become the solenoid valve group; Insert quick separating valve I between the inlet hole of solenoid valve and connecting plate body air source hole; Two work pores of solenoid valve are communicated with the work gas port of bottom end work gas port and front-end face respectively; The exhaust port of solenoid valve is communicated with the exhaust port of body; Body inlet hole sectional area approximately doubles electromagnetic valve work gas port and body exhaust port sectional area, applicable to the start simultaneously of a plurality of solenoid valves of solenoid valve group.Described quick separating valve I is a kind of manual guiding valve, can open fast, the shut electromagnetic valve air inlet.Described both sides end plate is mirror image each other, respectively is furnished with a suction tude threaded coupling and two outlet pipe threaded couplings and mounting foot.The solenoid valve group of using this programme technology to form, concentrate air inlet, concentrate exhaust, the air inlet of each solenoid valve can be opened separately fast or close, concentrating the sectional area of suction port is the twice of each electromagnetic valve work gas port sectional area, can be applicable to the start simultaneously of a plurality of solenoid valves.
The scheme scheme of use traffic modulating valve II: a kind of solenoid valve connecting plate of built-in flow control valve comprises the connecting plate body of installation ISO 5599 standard electromagnetic valve bodies and built-in flow control valve II and both sides end plate in the connecting plate body.Described connecting plate body is that a porous break-in is communicated with, the inner base that embeds the flow control valve II, each gas circuit hole and the bolt hole of each gas circuit hole of its upper-end surface and screw and ISO5599 standard electromagnetic valve body match, form a separate unit after assembling, by a plurality of unit sets, become the solenoid valve group; Insert the flow control valve II between the inlet hole of solenoid valve and connecting plate body air source hole; Two work pores of solenoid valve are communicated with the work gas port of bottom end work gas port and front-end face respectively; The exhaust port of solenoid valve is communicated with the exhaust port of body; Body inlet hole sectional area approximately doubles electromagnetic valve work gas port and body exhaust port sectional area, applicable to the start simultaneously of a plurality of solenoid valves of solenoid valve group.But described flow control valve II manual tune solenoid valve charge flow rate, when charge flow rate is zero, the air inlet of solenoid valve is closed.Described both sides end plate is mirror image each other, respectively is furnished with a suction tude threaded coupling and two outlet pipe threaded couplings and mounting foot.The solenoid valve group of using this programme technology to form, concentrate air inlet, concentrate exhaust, charge flow rate to each solenoid valve can be regulated, when charge flow rate is zero, the air inlet of solenoid valve is closed, and concentrating the sectional area of suction port is the twice of each electromagnetic valve work gas port sectional area, can be applicable to the start simultaneously of a plurality of solenoid valves.
Can also use quick separating valve I and flow control valve II in concrete the use simultaneously.
In conjunction with Fig. 3, the quick separating valve I of the utility model, comprise valve pocket 39, valve rod 35, spring 36, turn cap 32, spacing back-up ring 34, locating stud 33 and the first "O"-ring 37, the second "O"-ring 38, the 3rd "O"-ring 40.Two the 3rd identical "O"-rings 40 of valve pocket 39 assemblings, insert body valve chamber 15, the pod apertures center line of valve pocket 39 and solenoid valve inlet hole 10 axis coincide, formation is from the gas-entered passageway 24 of connecting plate body, through valve chamber 15 front ends, to the pod apertures of valve pocket 39, then the solenoid valve gas-entered passageway stopped to solenoid valve inlet hole 10.One end of valve rod 35 is equipped with the first "O"-ring 37, the second "O"-ring 38, before and after doing in valve pocket 39, slides, and opens fast, closes source of the gas.The other end of valve rod 35 puts and turns cap 32, inserts locating stud 33 and forms one; Turn between cap 32 and valve pocket 39 spring 36 is arranged; The annulus that spacing back-up ring 34 is circle spacing 90 ° of distribution depth grooves, turn cap 32 and be inserted in spacing back-up ring 34, for movingly; Locating stud 33, with turning cap 32 angle of swing differences, drops among the deep trouth or shallow slot of spacing back-up ring 34.Spacing back-up ring 34 and valve pocket 39 adopt respectively the first straight pin 41 and the second straight pin 42 to be fixed in the connecting plate body.
In conjunction with Fig. 4, promotion turns cap 32 and does clockwise 90 ° of rotations, " one " font groove that turns cap 32 is aimed at " 1 ", unclamp and turn cap 32, now locating stud 33 drops in the deep trouth of spacing back-up ring, spring 36 promotes to turn cap 32 and pull valve rod 35 to slide in valve pocket 39, and the separating valve I is in opening state fast.
In conjunction with Fig. 5, promote to turn cap 32 and do counterclockwise 90 ° of rotations, " one " font groove that turns cap 32 is aimed at " O ", unclamp and turn cap 32, now locating stud 33 drops in the shallow slot of spacing back-up ring, and spring 36 promotes to turn the position of cap 32 locking valve rod 35, and the separating valve I is in closed condition fast.
In conjunction with Fig. 6, the utility model flow control valve connecting plate body 4, its external shape and internal structure and fast separating valve connecting plate body 2 is basic identical, difference: a, flow control valve lumen pore 43 are different with quick separating valve cavity; B, a locating stud mounting hole 42 goes to disappear.
In conjunction with Fig. 7, the utility model flow control valve II, comprise valve rod 48, nut 46, locking nut 45 and "O"-ring 47.The top of valve rod 48 is that tapering is 60 ° of round platforms, and it coordinates formation to close sealing surface and the Flow-rate adjustment hole of source of the gas with the flow control valve lumen pore 43 of flow control valve connecting plate body 4."O"-ring 47 is housed on valve rod 48, and the other end of valve rod 48 is screw rod, is combined with it nut 46 and locking nut 45.Flow control valve is arranged in the flow control valve lumen pore 43 of flow control valve connecting plate body 4, adopts straight pin 41 that nut 46 is fixed in flow control valve connecting plate body 4.
In conjunction with Fig. 8, the solenoid valve connecting plate of the built-in flow control valve of the utility model, rotary valve rod 48 can the electromagnetic valve for adjusting charge flow rate.Turn clockwise, adjust flux reduces; Be rotated counterclockwise, adjust flux increases.When flow is zero, the solenoid valve air inlet is closed.
In conjunction with Fig. 9, the utility model both sides end plate, their front/rear end is " L " shape, structural configuration and boundary dimension is mirror image each other; Be furnished with first row stoma tube threaded coupling 49, second row stoma tube threaded coupling 50 on side end face, inlet hole close nipple 51 and two identical bolt connecting holes 52; End plate and the interconnective side view of connecting plate body, size and each interface position all match; Wherein the bottom outlet sectional area of inlet hole close nipple 51 is about 2 times of exhaust perforated pipe threaded coupling.The bottom end of end plate is arranged two identical waist shaped holes 53, for installing.
In conjunction with Fig. 1, the utility model Sealing 3, be the "O"-ring that adopts nitrile rubber to be processed into.
In conjunction with Figure 10, the utility model is specifically applied---and the solenoid valve group of built-in quick separating valve and flow control valve connecting plate comprises the automatically controlled and two electric control solenoid valves of the list of solenoid valve connecting plate, ISO5599 standard of the built-in quick separating valve of the utility model and flow control valve.The public air inlet of this solenoid valve group, public exhaust, the sectional area of suction port (hole) doubles the sectional area of working hole (hole) and relief opening (hole), is more applicable for the occasion that a plurality of solenoid valves move simultaneously, strengthens the stability of atmospheric control; Insert quick separating valve or flow control valve between the air source hole of the inlet hole of solenoid valve and connecting plate body, when in solenoid valve group running, certain electromagnetic valve body breaks down, just quick separating valve can be adjusted into to closed position or be zero by the flow control valve adjust flux, cut off air inlet, repair or replace electromagnetic valve body, like this, do not need to close total source of the gas, do not affect the normal operation of other solenoid valve yet; Utilize built-in flow control valve to be regulated each solenoid valve charge flow rate, to meet the atmospheric control technological requirement; The solenoid valve connecting board structure compactness of built-in quick separating valve or flow control valve, rationally distributed, volume is little, conserve space, all pipe interfaces all connect by connecting plate, after the electromagnetic valve body assembling, do not affect the maintenance and inspection to each air-path interface, to application, bring great convenience.
Claims (7)
1. a solenoid valve connecting plate body, it is characterized in that: its upper-end surface is provided with seven road pores, wherein, centre is solenoid valve inlet hole (10), solenoid valve inlet hole (10) bilateral symmetry arranges the electromagnetic valve work pore, the electromagnetic valve work pore outside is symmetrical arranged the solenoid valve exhaust port, the solenoid valve exhaust port outside is symmetrical arranged the external first gas port of solenoid valve, solenoid valve inlet hole (10) is by valve chamber (15) and gas-entered passageway (24) conducting, the electromagnetic valve work pore respectively with the conducting of this body running of connecting plate gas port, the solenoid valve exhaust port respectively with the exhaust passage conducting of connecting plate body, the external first gas port of solenoid valve respectively with the external pilot port conducting of connecting plate body.
2. a kind of solenoid valve connecting plate body according to claim 1, it is characterized in that: described solenoid valve connecting plate body upper-end surface arranges the first external first gas port of solenoid valve (7), the first solenoid valve exhaust port (8), the first electromagnetic valve work pore (9), solenoid valve inlet hole (10), the second electromagnetic valve work pore (11), the second solenoid valve exhaust port (12), the second external first gas port of solenoid valve (13) and 4 identical screws (31), arranges corresponding the matching of gas circuit mouth, bolt hole with ISO5599 standard electric magnet valve, wherein: solenoid valve inlet hole (10) communicates with gas-entered passageway (24) by valve chamber (15), the first electromagnetic valve work pore (9) and the second electromagnetic valve work pore (11) respectively with the conducting of this body running of connecting plate gas port, wherein, the first electromagnetic valve work pore (9) passes through and is communicated with mutually with the first vertical attachment hole (18) axis parallel misalignment, the second electromagnetic valve work pore (11) is communicated with the second vertical attachment hole (27) by inclined hole (26), the first vertical attachment hole (18), the end of the second vertical attachment hole (27) is respectively the first lower end surface pipe thread work gas port (19) and the second lower end surface pipe thread work gas port (28), the first level connection joint hole (20), the second level connection joint hole (29) is attachment hole vertical with first (18) respectively, the connection that intersects vertically of the second vertical attachment hole (27), in the first level connection joint hole (20), the end in the second level connection joint hole (29) is respectively the first front-end face pipe thread work gas port (21) and the second front-end face pipe thread work gas port (30), the first solenoid valve exhaust port (8), the second solenoid valve exhaust port (12) communicate with the first connecting plate body exhaust passage (22), the second connecting plate body exhaust passage (23) respectively, the end of the first external first gas port of solenoid valve (7) is pipe thread pilot 3-port transfer (6) on front-end face, and the end of the second external first gas port of solenoid valve (13) is pipe thread pilot 3-port transfer (14) on ear end face, the first connecting plate body exhaust passage (22), the second connecting plate body exhaust passage (23) are arranged in the below of the first external first gas port of solenoid valve (7), the second external first gas port of solenoid valve (13) and the top of valve chamber (15), and with solenoid valve inlet hole (10) central shaft symmetry, gas-entered passageway (24) is arranged in the below of the second connecting plate body exhaust passage (23), and sectional area is about the twice of exhaust port, also arrange that engaging lug, engaging lug are provided with attachment hole (25) before and after the end face of the connecting plate body left and right sides, two positioning pin holes of two identical installation screws (44) and connecting plate body are also arranged in connecting plate body lower end surface.
3. the solenoid valve connecting plate of a built-in quick separating valve or flow control valve, it is characterized in that: comprise solenoid valve connecting plate body as claimed in claim 1, first member plate (1), right end plate (5) that ISO5599 standard electric magnet valve can be installed, wherein, be provided with N connecting plate body between first member plate (1) and right end plate (5), N is more than or equal to 1, be provided with Sealing (3) between end plate and connecting plate body and connecting plate body and connecting plate body, quick separating valve (I) or flow control valve (II) are set in the cavity of connecting plate body.
4. the solenoid valve connecting plate of a kind of built-in quick separating valve according to claim 3 or flow control valve, it is characterized in that: described solenoid valve connecting plate body upper-end surface arranges the first external first gas port of solenoid valve (7), the first solenoid valve exhaust port (8), the first electromagnetic valve work pore (9), solenoid valve inlet hole (10), the second electromagnetic valve work pore (11), the second solenoid valve exhaust port (12), the second external first gas port of solenoid valve (13) and 4 identical screws (31), arrange the gas circuit mouth with ISO5599 standard electric magnet valve, the bolt hole correspondence matches, wherein: solenoid valve inlet hole (10) communicates with gas-entered passageway (24) by valve chamber (15), the first electromagnetic valve work pore (9) and the second electromagnetic valve work pore (11) respectively with the conducting of this body running of connecting plate gas port, wherein, the first electromagnetic valve work pore (9) passes through and is communicated with mutually with the first vertical attachment hole (18) axis parallel misalignment, the second electromagnetic valve work pore (11) is communicated with the second vertical attachment hole (27) by inclined hole (26), the first vertical attachment hole (18), the end of the second vertical attachment hole (27) is respectively the first lower end surface pipe thread work gas port (19) and the second lower end surface pipe thread work gas port (28), the first level connection joint hole (20), the second level connection joint hole (29) is attachment hole vertical with first (18) respectively, the connection that intersects vertically of the second vertical attachment hole (27), in the first level connection joint hole (20), the end in the second level connection joint hole (29) is respectively the first front-end face pipe thread work gas port (21) and the second front-end face pipe thread work gas port (30), the first solenoid valve exhaust port (8), the second solenoid valve exhaust port (12) communicate with the first connecting plate body exhaust passage (22), the second connecting plate body exhaust passage (23) respectively, the end of the first external first gas port of solenoid valve (7) is pipe thread pilot 3-port transfer (6) on front-end face, and the end of the second external first gas port of solenoid valve (13) is pipe thread pilot 3-port transfer (14) on ear end face, the first connecting plate body exhaust passage (22), the second connecting plate body exhaust passage (23) are arranged in the below of the first external first gas port of solenoid valve (7), the second external first gas port of solenoid valve (13) and the top of valve chamber (15), and with solenoid valve inlet hole (10) central shaft symmetry, gas-entered passageway (24) is arranged in the below of the second connecting plate body exhaust passage (23), and sectional area is about the twice of exhaust port, also arrange that engaging lug, engaging lug are provided with attachment hole (25) before and after the end face of the connecting plate body left and right sides, two positioning pin holes of two identical installation screws (44) and connecting plate body are also arranged in connecting plate body lower end surface.
5. the solenoid valve connecting plate of a kind of built-in quick separating valve according to claim 3 or flow control valve, it is characterized in that: described quick separating valve (I) comprises valve pocket (39), valve rod (35), spring (36), turns cap (32), spacing back-up ring (34), locating stud (33) and the first "O"-ring (37), the second "O"-ring (38), the 3rd "O"-ring (40); Valve pocket (39) assembles two the 3rd identical "O"-rings (40), insert body valve chamber (15), the pod apertures center line of valve pocket (39) and solenoid valve inlet hole (10) axis coincide, formation is from the gas-entered passageway (24) of connecting plate body, through valve chamber (15) front end, to the pod apertures of valve pocket (39), then the solenoid valve gas-entered passageway stopped to solenoid valve inlet hole (10); One end of valve rod (35) is equipped with the first "O"-ring (37), the second "O"-ring (38), and the other end of valve rod (35) puts and turns cap (32), inserts locating stud (33) and forms one; Turn between cap (32) and valve pocket (39) spring (36) is arranged; The annulus that spacing back-up ring (34) is circle spacing 90 ° of distribution depth grooves, turn cap (32) and be inserted in spacing back-up ring (34), for movingly; Spacing back-up ring (34) and valve pocket (39) adopt respectively the first straight pin (41) and the second straight pin (42) to be fixed in the connecting plate body.
6. the solenoid valve connecting plate of a kind of built-in quick separating valve according to claim 3 or flow control valve, it is characterized in that: described flow control valve (II) comprises valve rod (48), nut (46), locking nut (45) and "O"-ring (47); The top of valve rod (48) is that tapering is 60 ° of round platforms, and it coordinates formation to close sealing surface and the Flow-rate adjustment hole of source of the gas with the flow control valve lumen pore (43) of flow control valve connecting plate body (4); "O"-ring (47) is housed on valve rod (48), and the other end of valve rod (48) is screw rod, is combined with it nut (46) and locking nut (45); Flow control valve (II) is arranged in the flow control valve lumen pore (43) of flow control valve connecting plate body (4), adopts straight pin (41) that nut (46) is fixed in flow control valve connecting plate body (4).
7. the solenoid valve connecting plate of a kind of built-in quick separating valve according to claim 3 or flow control valve, it is characterized in that: described first member plate (1) and right end plate (5), their front/rear end is " L " shape, and structural configuration and boundary dimension is mirror image each other; Be furnished with first row stoma tube threaded coupling (49), second row stoma tube threaded coupling (50) on side end face, inlet hole close nipple (51) and two identical bolt connecting holes (52); End plate and the interconnective side view of connecting plate body, size and each interface position all match; Wherein the bottom outlet sectional area of inlet hole close nipple (51) is about 2 times of exhaust perforated pipe threaded coupling; The bottom end of end plate is arranged two identical waist shaped holes (53).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320238093.2U CN203374935U (en) | 2013-05-06 | 2013-05-06 | Solenoid valve connecting plate body and solenoid valve connecting plate |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320238093.2U CN203374935U (en) | 2013-05-06 | 2013-05-06 | Solenoid valve connecting plate body and solenoid valve connecting plate |
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| Publication Number | Publication Date |
|---|---|
| CN203374935U true CN203374935U (en) | 2014-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320238093.2U Expired - Fee Related CN203374935U (en) | 2013-05-06 | 2013-05-06 | Solenoid valve connecting plate body and solenoid valve connecting plate |
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| CN (1) | CN203374935U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113090606A (en) * | 2021-03-18 | 2021-07-09 | 合肥名德光电科技股份有限公司 | Distribution cylinder for high-pressure gas of X-ray machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113090606A (en) * | 2021-03-18 | 2021-07-09 | 合肥名德光电科技股份有限公司 | Distribution cylinder for high-pressure gas of X-ray machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140101 Termination date: 20190506 |