CN207008148U - A kind of OPLC floors splicing system - Google Patents
A kind of OPLC floors splicing system Download PDFInfo
- Publication number
- CN207008148U CN207008148U CN201720890729.XU CN201720890729U CN207008148U CN 207008148 U CN207008148 U CN 207008148U CN 201720890729 U CN201720890729 U CN 201720890729U CN 207008148 U CN207008148 U CN 207008148U
- Authority
- CN
- China
- Prior art keywords
- oplc
- cable
- outlet
- base
- optical cable
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model discloses a kind of OPLC floors splicing system, include comprehensive cable distribution cabinet, floor distribution box and dividing box, total OPLC carries out overall distribution management in comprehensive cable distribution cabinet and is divided into some floor OPLC, floor OPLC taps access ammeter in floor distribution box and is divided into some OPLC that register one's residence, and the OPLC that registers one's residence continues in dividing box distribution.The utility model is completed to complete distribution of the OPLC to building to family, is all realized that OPLC connections distribute in system, is taken full advantage of OPLC advantage and advantage, and the reasonable distribution for realizing the connection of custom power distribution fiber optic cable utilizes, and reduces cost.
Description
Technical field
A kind of splicing system is the utility model is related to, particularly a kind of OPLC floors splicing system.
Background technology
State Grid Corporation of China is during the strong intelligent grid of Accelerating The Construction, active response country " integration of three networks " war
Slightly, power optical fiber has been carried out to family pilot project construction, each units concerned of company actively implement, and carry forward vigorously power optical fiber to family
Construction operation works.
" broadband China " strategy that country carries forward vigorously, has promoted fiber to the home networking, while also increase optical fiber
To the popularization dynamics at family.The intensive appearance policy of country encourages the multi-party construction and operation for participating in the communications field.Power optical fiber is to family
Wide industry development space has been welcome, using fiber resource of being had more than needed caused by power network self-demand is met, has carried out industrialization
Operation, forms new industry development growth point, the development built with industrialized development pulling power optical fiber to family, Intelligent Service electricity
Net is built.
Power optical fiber puts into effect to family, be realize utilization of resources and customer value lifting approach, power optical fiber
To family in Internet resources and the service ability of being had more than needed caused by Intelligent Service power grid construction, broader service platform will be formed,
Service economy social development.Nan Rui groups undertake National Development and Reform Committee " resident's air conditioner load study on regulation " project of implementation,
It is exactly by power optical fiber network, provides electrical energy consumption analysis and rational utilization of electricity suggestion for power customer, and encourage using demand response
Mechanism guiding client participates in power network peak load shifting, Effective Regulation electric power resource, improves operation of power networks efficiency, realizes energy-saving and emission-reduction.
By optical fiber with low-voltage power wire routing, realize to table to family, coordinate passive optical network technique, power information can be carried
Collection, the business such as intelligent power two-way interactive, the integration of three networks.OPLC is applied to family simultaneously, integrates power network resources, realizes network base
The Joint construction and sharing of Infrastructure, the resources such as a large amount of pipelines, metal, plastics are saved, be cost performance highest FTTH last one kilometer sides
Case.
But access case is only accomplishing OPLC to building on the market at present, the photodetachment before registering one's residence.Face
OPLC registers one's residence also without targetedly product.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of OPLC floors splicing system, and it provides complete
Distributors and scheme of the OPLC to building to family.
In order to solve the above technical problems, technical scheme is used by the utility model：
A kind of OPLC floors splicing system, it is characterised in that：Comprising comprehensive cable distribution cabinet, floor distribution box and dividing box, always
OPLC carries out overall distribution management in comprehensive cable distribution cabinet and is divided into some floor OPLC, and floor OPLC taps in floor distribution box
Access ammeter is simultaneously divided into some OPLC that register one's residence, and the OPLC that registers one's residence continues in dividing box distribution.
Further, the comprehensive cable distribution cabinet includes incoming line cabinet, outgoing line cabinet, main switch, some outlet switchs and light unit,
Main switch is fixed in incoming line cabinet, A, B, C threephase cable and N lines cable from incoming line cabinet lower end penetrate incoming line cabinet and respectively with master
Four input terminals connection of switch, the main busbar one end in longitudinal direction are connected with four outlet terminals of main switch, and the main busbar in longitudinal direction is another
End is connected with laterally main busbar, and branch's busbar one end is connected with laterally main busbar, branch's busbar other end and some outlet switchs
Connection, inlet wire optical cable penetrate incoming line cabinet from incoming line cabinet lower end and laterally penetrated from outgoing line cabinet side lower end in outgoing line cabinet, inlet wire
Optical cable is connected with light unit, and it is compound that the outgoing fibers of light unit and the outlet cable of outlet switch pool some outlet OPLC
Cable passes outgoing line cabinet by outgoing line cabinet lower end, and an outlet cable and an outgoing fibers are included in every outlet OPLC composite rope.
Further, a fixed plate is provided with the incoming line cabinet, fixed plate is horizontally disposed and fixed plate both ends are fixed
On incoming line cabinet inwall, main switch is fixed on the upside of fixed plate, and outlet switch and light unit are slidably arranged in outlet by slide rail
Can skid off in cabinet and on the outside of horizontal outgoing line cabinet, inlet wire optical cable in light unit and outlet OPLC composite rope inner fiber weldings and
Optical cable fusion point is located at light unit enter line side.
Further, some through holes are provided with the downside of the incoming line cabinet, inlet wire cable and inlet wire optical cable penetrate inlet wire from through hole
Cabinet, outgoing line cabinet downside are provided with some through holes, and outlet OPLC composite ropes pass outgoing line cabinet from through hole, cable hole is provided with through hole
Protection core plug, divide-shut brake, energy storage control button are provided with the main switch, some outlet switchs, is set in the outlet switch
Be equipped with breaker, transformer, a secondary line, be provided with optical branching device, welding, distribution region in light unit, the incoming line cabinet and
Temperature and humidity monitor module is provided with outgoing line cabinet, intelligence instrument, detection voltage, electric current, power are provided with the outlet switch
Parameter is simultaneously uploaded to background monitoring center by RS485 interfaces.
Further, the floor distribution box includes measuring chute, cable bin and optical cable storehouse, and some meters are provided with measuring chute
Scale, cable bin upper end are provided with OPLC incoming lines and point family OPLC line outlets, and cable bin side is provided with common cable inlet and outlet, light
Cable storehouse upper end is provided with optical cable inlet and outlet, is provided with light unit in optical cable storehouse, OPLC penetrates from cable bin upper end OPLC incoming lines
Cable bin is simultaneously separated into some common cables and optical cable in cable bin stripping, and common cable is passed in and out by cable bin side common cable
Mouth penetrates measuring chute connection gauge table, and gauge table outlet wears back cable bin from common cable inlet and outlet, and optical cable is from optical cable storehouse upper end
Optical cable inlet and outlet penetrate optical cable storehouse and penetrate cable bin from optical cable inlet and outlet after light unit separated time, wear back the common of cable bin
Some points of family OPLC are accumulated on the upside of cable bin for cable and optical cable and a point family OPLC line outlets pass cable on the upside of cable bin
Storehouse.
Further, it is provided with OPLC on the upside of the cable bin and enters wire holder, OPLC enters wire holder and is included into wire holder bottom
Seat and inlet wire jump ring, the half slot matched with OPLC are provided with clamp base, clamp base both ends are provided with screw, and inlet wire jump ring leads to
Cross screw lock to be fixed in clamp base, breaker, the first cabling channel and the second cabling channel be provided with the cable bin,
OPLC isolates optical cable, remaining cable connection breaker one end, the breaker other end entering stripping between wire holder and breaker
Outlet separate through the first cabling channel and from cable bin side common cable inlet and outlet passes, measuring chute draw common cable from
Cable bin side common cable inlet and outlet penetrate and pass through the second cabling channel, and first cabling channel and the second cabling channel include away
Wire casing cell body and cover plate, cabling channel cell body is that vertical interface is U-shaped strip section bar, along level side in cabling channel upper and lower ends face
To equidistantly wire casing is provided with, cover plate lower edges bend inwards perpendicular to cover plate, and cover plate bending part is set in cabling channel cell body
It is connected on upper and lower end face and with cabling channel cell body swelling.
Further, the measuring chute, cable bin and optical cable storehouse are integral type casing, and a vertical baffle is set among casing
Casing side is separated out measuring chute, casing opposite side be provided with a horizontal baffle casing opposite side is divided into it is setting up and down
Cable bin and optical cable storehouse, measuring chute are provided with a door-plate, and cable bin and optical cable storehouse are provided with a door-plate jointly, and door-plate side is hinged
In body side and folding can be rotated along jointed shaft.
Further, the dividing box include casing, OPLC fixtures, fusion joining disk and it is some be spaced apart, casing the upper side and lower side
Some through holes are provided with face, OPLC is penetrated in casing from a through hole and is fixed on by OPLC fixtures in casing, OPLC strippings
Cable and optical fiber are isolated, cable connection is some to be spaced apart, and optical fiber presss from both sides in fusion joining disk welding optic fibre joint and from through hole outlet, OPLC
Tool is fixed on the downside of casing, and OPLC horizontally passes through OPLC fixtures and is fixed in OPLC fixtures, and OPLC fixtures include folder
Tool base and jump ring, clamp base are fixed on cabinet wall, and a semicircle matched with OPLC is provided with clamp base lateral surface
Groove, two screws are provided with the clamp base of half slot both sides, and jump ring is arranged in clamp base and is fixed by screws in
In screw.
Further, the cabinet front is provided with cover plate, and cover plate is bolted on casing, some to be spaced apart fixation
On guide rail, guide rail is horizontally disposed and is fixed on by the rail brackets at both ends in casing, and zero line row is provided with the upside of casing,
Abate baffle plate is provided with through hole.
Further, the OPLC is provided with stripping at the stripping of comprehensive cable distribution cabinet, floor distribution box and dividing box and consolidated
Determine sealing device, stripping fixing seal device includes base and upper lid, and base and upper outer side of lid edge are provided perpendicular to side
The edge flange extended laterally, upper lid and bottom seat are bolted locking, and one end of the base and upper lid is provided with phase
The OPLC inlet wires half slot of the OPLC inlet wire half slots mutually matched, base and upper lid, which corresponds to be harmonious up and down, forms OPLC entrance holes,
The other end of base and upper lid is provided with some cable outlet half slots being mutually matched and some optical cable outlet half slots, base
Correspond to be harmonious up and down with the cable outlet half slot of upper lid and form cable outlet hole, on the optical cable outlet half slot of base and upper lid
Lower correspondence, which is harmonious, forms optical cable wire hole, OPLC inlet wires half slot, cable outlet half slot and optical cable outlet half slot on base
One end on the inside of base is provided with clip, OPLC inlet wires half slot, cable outlet half slot and optical cable outlet half on base
The cell wall of circular groove is located at one end on the inside of base and is provided with screw to extension on the inside of base and cell wall both sides, and clip both ends pass through
Screw is fixed in the screw of both sides, and base and upper lid include horizonal base plate and side plate, side plate perpendicular to horizonal base plate setting and
Some side plates form uncovered box body with horizonal base plate, and base and upper lid mutually cover to form airtight box body.
The utility model compared with prior art, has advantages below and effect：Whole system of the present utility model is completed
To complete distribution of the OPLC to building to family, all realize that OPLC connections distribute in system, take full advantage of OPLC's
Advantage and advantage, the reasonable distribution for realizing the connection of custom power distribution fiber optic cable utilize, and reduce cost.
Brief description of the drawings
Fig. 1 is a kind of schematic diagram of OPLC floors splicing system of the present utility model.
Fig. 2 is the schematic diagram of comprehensive cable distribution cabinet of the present utility model.
Fig. 3 is the schematic diagram of floor distribution box of the present utility model.
Fig. 4 is the floor map of floor distribution box of the present utility model.
Fig. 5 is the schematic diagram of dividing box of the present utility model.
Fig. 6 is the floor map of dividing box of the present utility model.
Fig. 7 is the schematic diagram of stripping fixing seal device of the present utility model.
Embodiment
Below in conjunction with the accompanying drawings and the utility model is described in further detail by embodiment, and following examples are pair
It is of the present utility model explanation and the utility model is not limited to following examples.
As illustrated, a kind of OPLC floors splicing system of the present utility model, includes comprehensive cable distribution cabinet 1, floor distribution box 2
With dividing box 3, total OPLC carries out overall distribution management in comprehensive cable distribution cabinet 1 and is divided into some floor OPLC, and floor OPLC exists
The tap of floor distribution box 2 access ammeter is simultaneously divided into some OPLC that register one's residence, and the OPLC that registers one's residence continues in the distribution of dividing box 3.
Comprehensive cable distribution cabinet 1 includes incoming line cabinet 4, outgoing line cabinet 5, main switch 6, some outlet switchs 7 and light unit 8, main switch 6
It is fixed in incoming line cabinet 4, A, B, C threephase cable and N lines cable penetrate incoming line cabinet 4 from the lower end of incoming line cabinet 4 and opened respectively with master
6 four input terminals connection is closed, the main one end of busbar 9 in longitudinal direction is connected with 6 four outlet terminals of main switch, and the main busbar 9 in longitudinal direction is another
One end is connected with laterally main busbar 10, and the one end of branch's busbar 11 is connected with laterally main busbar 10, if the other end of branch's busbar 11 and
Do wiretap 7 to connect, inlet wire optical cable 12 penetrates incoming line cabinet 4 from the lower end of incoming line cabinet 4 and laterally worn from the side lower end of outgoing line cabinet 5
Enter in outgoing line cabinet 5, inlet wire optical cable 12 is connected with light unit 8, the outlet cable convergence of the outgoing fibers and outlet switch of light unit 8
Outgoing line cabinet 5 is passed by the lower end of outgoing line cabinet 5 into some outlet OPLC composite ropes, gone out in every outlet OPLC composite rope comprising one
Line cable and an outgoing fibers.
A fixed plate 13 is provided with incoming line cabinet 4, fixed plate 13 is horizontally disposed and the both ends of fixed plate 13 are fixed on inlet wire
On the inwall of cabinet 4, main switch 6 is fixed on the upside of fixed plate 13, and outlet switch 7 and light unit 8 are slidably arranged in outlet by slide rail
It can skid off in cabinet 5 and on the outside of horizontal outgoing line cabinet 5, inlet wire optical cable is in light unit 8 and outlet OPLC composite rope inner fiber weldings
And optical cable fusion point is located at the enter line side of light unit 8.
The downside of incoming line cabinet 4 is provided with some through holes, inlet wire cable and inlet wire optical cable and penetrates incoming line cabinet 4 from through hole, under outgoing line cabinet 5
Side is provided with some through holes, and outlet OPLC composite ropes pass outgoing line cabinet 5 from through hole, cable hole protection core plug is provided with through hole
14, divide-shut brake, energy storage control button are provided with main switch 6, some outlet switchs 7, and open circuit is provided with the outlet switch
Device, transformer, a secondary line, are provided with optical branching device, welding, distribution region in light unit 8, in the incoming line cabinet and outgoing line cabinet
Temperature and humidity monitor module is provided with, intelligence instrument is provided with outlet switch 7, detection voltage, electric current, power parameter simultaneously pass through
RS485 interfaces are uploaded to background monitoring center.
Floor distribution box 2 includes integrated box 15, and a vertical baffle 16 is set among casing 15 by the side of casing 15 point
Measuring chute 17 is separated out, the opposite side of casing 15 is provided with a horizontal baffle 18 and casing opposite side is divided into cable bin setting up and down
19 and optical cable storehouse 20, measuring chute 17 be provided with a door-plate 21, cable bin 19 and optical cable storehouse 20 are provided with a door-plate, door-plate 21 jointly
Side is hinged on the side of casing 15 and can rotate folding along jointed shaft.Some gauge tables 22 are provided with measuring chute 17,
The upper end of cable bin 19 is provided with OPLC incoming lines 23 and point family OPLC line outlets 24, and the side of cable bin 19 is provided with common cable inlet and outlet
25, the upper end of optical cable storehouse 20 is provided with optical cable inlet and outlet 26, is provided with light unit in optical cable storehouse 26, and OPLC is from the upper end of cable bin 19
OPLC incoming lines 23 penetrate cable bin 19 and are separated into some common cables and optical cable in the stripping of cable bin 19, and common cable is by electricity
The side common cable inlet and outlet 25 of cable storehouse 19 penetrate measuring chute 17 and connect gauge table 22, and the outlet of gauge table 22 passes in and out from common cable
Mouth 25 wears back cable bin 19, and optical cable penetrates optical cable storehouse 20 and after light unit separated time from the upper end optical cable inlet and outlet 26 of optical cable storehouse 20
26 penetrate cable bin 20 from optical cable inlet and outlet, wear back the common cable of cable bin 19 and optical cable accumulated on the upside of cable bin it is some
Point family OPLC simultaneously passes cable bin 19 from the upside of a cable bin 19 point family OPLC line outlets 24.
The upside of cable bin 19 is provided with OPLC and enters wire holder 27, and OPLC enters wire holder 27 and is included into wire holder base and inlet wire
Jump ring, the half slot matched with OPLC is provided with clamp base, clamp base both ends are provided with screw, and inlet wire jump ring is locked by screw
Fasten in clamp base.Breaker 28, the first cabling channel 29 and the second cabling channel 30 are provided with cable bin 19, OPLC exists
Enter stripping between wire holder 27 and breaker 28 and isolate optical cable, remaining one end of cable connection breaker 28, breaker 28 is another
Bring out line to separate through the first cabling channel 29 and pass from the side common cable inlet and outlet of cable bin 19, measuring chute 17 is drawn general
Energization cable is penetrated from the side common cable inlet and outlet of cable bin 19 and passes through the second cabling channel 30, and the first cabling channel 29 and second is walked
Wire casing 30 includes cabling channel cell body and cover plate, and cabling channel cell body is that vertical interface is U-shaped strip section bar, cabling channel upper and lower ends
Wire casing is equidistantly provided with face in the horizontal direction, cover plate lower edges are bent inwards perpendicular to cover plate, and cover plate bending part is arranged
It is connected on cabling channel cell body upper and lower end face and with cabling channel cell body swelling.
Dividing box 3 include casing 31, OPLC fixtures 32, fusion joining disk 33 and it is some be spaced apart 34, the upper side and lower side face of casing 31
On be provided with some through holes 35, OPLC is penetrated in casing 31 from a through hole 35 and is fixed on by OPLC fixtures 32 in casing 31,
OPLC strippings isolate cable and optical fiber, and cable connection is some to be spaced apart 34, and optical fiber is in the welding optic fibre joint of fusion joining disk 33 and from logical
The outlet of hole 35, OPLC fixtures 32 are fixed on the downside of casing 31, and OPLC horizontally passes through OPLC fixtures 32 and is fixed on OPLC
In fixture 32, OPLC fixtures 32 include clamp base and jump ring, and clamp base is fixed on cabinet wall, clamp base lateral surface
On be provided with a half slot matched with OPLC, two screws are provided with the clamp base of half slot both sides, jump ring is arranged on fixture
On base and it is fixed by screws in screw.
The front side of casing 31 is provided with cover plate, and cover plate is bolted on casing 31, some to be spaced apart 34 and be fixed on guide rail
On 36, guide rail 36 is horizontally disposed and is fixed on by the rail brackets 37 at both ends in casing 31, and the upside of casing 31 is provided with zero
Line arranges 38, and abate baffle plate is provided with through hole 35.
OPLC is provided with stripping fixing seal device at the stripping of comprehensive cable distribution cabinet 1, floor distribution box 2 and dividing box 3,
Stripping fixing seal device includes base 39 and upper lid 40, and base 39 and the outer side edges of upper lid 40 are outside along side is provided perpendicular to
The edge flange 41 of side extension, upper lid 40 and base 39 are bolted locking, and one end of base 39 and upper lid 40 is provided with
The OPLC inlet wires half slot of the OPLC inlet wires half slot 42 being mutually matched, base 39 and upper lid 40 corresponds to the composition that is harmonious about 42
The other end of OPLC entrance holes, base 39 and upper lid 40 is provided with some cable outlet half slots 43 being mutually matched and some light
The cable outlet half slot of cable outlet half slot 44, base 39 and upper lid 40 corresponds to be harmonious about 43 forms cable outlet hole, bottom
The optical cable outlet half slot of seat 39 and upper lid 40 corresponds to be harmonious about 44 forms optical cable wire hole, OPLC inlet wire semicircles on base 39
One end that groove 42, cable outlet half slot 43 and optical cable outlet half slot 44 are located at the inner side of base 39 is provided with clip 45, base
The cell wall of OPLC inlet wires half slot 42, cable outlet half slot 43 and optical cable outlet half slot 44 is located at the inner side of base 39 on 39
One end is provided with screw to the extension of the inner side of base 39 and cell wall both sides, and the both ends of clip 45 are fixed by screws in both sides screw
Interior, base 39 and upper lid 40 include horizonal base plate and side plate, and side plate is set perpendicular to horizonal base plate and some side plates and level
Bottom plate forms uncovered box body, and base and upper lid mutually cover to form airtight box body.Between base 39 and the edge flange of upper lid 40
It is provided with sealing gasket 46.OPLC is placed in the OPLC inlet wire half slots of base after peeling off OPLC and fixed by clip；Card
OPLC is connected in OPLC inlet wire half slots hoop and clip both ends are fixed by screws in OPLC inlet wire half slots；It will divide
The cable opened is placed in the cable outlet half slot of base and fixed by clip, and separated optical cable is placed on to the light of base
Fixed in cable outlet half slot and by clip；Cable and optical cable are connected to cable outlet half slot and optical cable outlet half by clip
In circular groove and clip both ends are fixed by screws in cable outlet half slot and optical cable outlet half slot；Sealing gasket is installed
On the upside of the edge flange of base, cover plate is covered on base and is locked by bolt.OPLC, optical cable, cable are fixed
Some circle raw material bands are wound in half slot portion outboard.Cover plate covers be fixed on base after, OPLC terminals are opened by bolt
Stripping fixing seal device is fixed on specified location, and OPLC terminal stripping fixing seal device fixations can be protected preferably into inside
OPLC.
Above content described in this specification is only to the utility model example explanation.The utility model
Person of ordinary skill in the field can make various modifications or supplement to described specific embodiment or use similar side
Formula substitutes, and content without departing from the utility model specification or surmounts scope defined in the claims, all should
Belong to the scope of protection of the utility model.
Claims (10)
- A kind of 1. OPLC floors splicing system, it is characterised in that：Comprising comprehensive cable distribution cabinet, floor distribution box and dividing box, always OPLC carries out overall distribution management in comprehensive cable distribution cabinet and is divided into some floor OPLC, and floor OPLC taps in floor distribution box Access ammeter is simultaneously divided into some OPLC that register one's residence, and the OPLC that registers one's residence continues in dividing box distribution.
- 2. according to a kind of OPLC floors splicing system described in claim 1, it is characterised in that：The comprehensive cable distribution cabinet is included into Line cabinet, outgoing line cabinet, main switch, some outlet switchs and light unit, main switch are fixed in incoming line cabinet, A, B, C threephase cable and N Line cable penetrates incoming line cabinet from incoming line cabinet lower end and is connected respectively with four input terminals of main switch, the main busbar one end in longitudinal direction It is connected with four outlet terminals of main switch, the main busbar other end in longitudinal direction is connected with laterally main busbar, branch's busbar one end and transverse direction Main busbar connection, branch's busbar other end are connected with some outlet switchs, and inlet wire optical cable penetrates incoming line cabinet simultaneously from incoming line cabinet lower end And laterally penetrated from outgoing line cabinet side lower end in outgoing line cabinet, inlet wire optical cable is connected with light unit, the outgoing fibers of light unit with go out The outlet cable of wiretap pools some outlet OPLC composite ropes and passes outgoing line cabinet, every outlet OPLC by outgoing line cabinet lower end An outlet cable and an outgoing fibers are included in composite rope.
- 3. according to a kind of OPLC floors splicing system described in claim 2, it is characterised in that：One is provided with the incoming line cabinet Fixed plate, fixed plate is horizontally disposed and fixed plate both ends are fixed on incoming line cabinet inwall, and main switch is fixed on the upside of fixed plate, Outlet switch and light unit are slidably arranged in outgoing line cabinet by slide rail and can skidded off on the outside of horizontal outgoing line cabinet, inlet wire optical cable It is located at light unit enter line side in light unit and outlet OPLC composite rope inner fiber weldings and optical cable fusion point.
- 4. according to a kind of OPLC floors splicing system described in Claims 2 or 3, it is characterised in that：Opened on the downside of the incoming line cabinet There are some through holes, inlet wire cable and inlet wire optical cable to penetrate incoming line cabinet from through hole, some through holes, outlet OPLC are provided with the downside of outgoing line cabinet Composite rope passes outgoing line cabinet from through hole, is provided with cable hole protection core plug in through hole, in the main switch, some outlet switchs Divide-shut brake, energy storage control button are provided with, is provided with breaker, transformer, a secondary line in the outlet switch, in light unit Be provided with optical branching device, welding, distribution region, be provided with temperature and humidity monitor module in the incoming line cabinet and outgoing line cabinet, it is described go out Intelligence instrument is provided with wiretap, detection voltage, electric current, power parameter are simultaneously uploaded in background monitoring by RS485 interfaces The heart.
- 5. according to a kind of OPLC floors splicing system described in claim 1, it is characterised in that：The floor distribution box includes meter Storehouse, cable bin and optical cable storehouse are measured, is provided with some gauge tables in measuring chute, cable bin upper end is provided with OPLC incoming lines and point family OPLC line outlets, cable bin side are provided with common cable inlet and outlet, and optical cable storehouse upper end is provided with optical cable inlet and outlet, and optical cable is set in storehouse Light unit is equipped with, OPLC penetrates cable bin from cable bin upper end OPLC incoming lines and is separated into some common electricity in cable bin stripping Cable and optical cable, common cable by cable bin side common cable inlet and outlet penetrates measuring chute connection gauge table, gauge table outlet from Common cable inlet and outlet wear back cable bin, and optical cable penetrates optical cable storehouse from optical cable storehouse upper end optical cable inlet and outlet and passes through light unit separated time Cable bin is penetrated from optical cable inlet and outlet afterwards, the common cable of cable bin is worn back and optical cable accumulates some points of families on the upside of cable bin OPLC simultaneously passes cable bin from a point family OPLC line outlets on the upside of cable bin.
- 6. according to a kind of OPLC floors splicing system described in claim 5, it is characterised in that：It is provided with the upside of the cable bin OPLC enters wire holder, and OPLC enters wire holder and is included into wire holder base and inlet wire jump ring, is provided with clamp base and matched with OPLC Half slot, clamp base both ends are provided with screw, and inlet wire jump ring is fixed in clamp base by screw lock, the cable bin Breaker, the first cabling channel and the second cabling channel are inside provided with, OPLC is entering stripping separation light extraction between wire holder and breaker Cable, remaining cable connection breaker one end, the outlet of the breaker other end separate through the first cabling channel and general from cable bin side Energization cable inlet and outlet pass, and the common cable that measuring chute is drawn penetrates and through second from cable bin side common cable inlet and outlet Cabling channel, first cabling channel and the second cabling channel include cabling channel cell body and cover plate, and cabling channel cell body is that vertical interface is U The strip section bar of type, wire casing is equidistantly provided with the horizontal direction in cabling channel upper and lower ends face, cover plate lower edges are perpendicular to lid Plate bends inwards, and cover plate bending part is set on cabling channel cell body upper and lower end face and is connected with cabling channel cell body swelling.
- 7. according to a kind of OPLC floors splicing system described in claim 5, it is characterised in that：The measuring chute, cable bin and Optical cable storehouse is integral type casing, sets a vertical baffle that casing side is separated out into measuring chute among casing, casing opposite side is set It is equipped with a horizontal baffle and casing opposite side is divided into cable bin setting up and down and optical cable storehouse, measuring chute is provided with a door-plate, Cable bin and optical cable storehouse are provided with a door-plate jointly, and door-plate side is hinged on body side and can rotated along jointed shaft and opened Close.
- 8. according to a kind of OPLC floors splicing system described in claim 1, it is characterised in that：The dividing box include casing, OPLC fixtures, fusion joining disk and it is some be spaced apart, some through holes are provided with the face of casing the upper side and lower side, OPLC penetrates case from a through hole In vivo and it is fixed on by OPLC fixtures in casing, OPLC strippings isolate cable and optical fiber, and cable connection is some to be spaced apart, optical fiber In fusion joining disk welding optic fibre joint and from through hole outlet, OPLC fixtures are fixed on the downside of casing, and OPLC is horizontally passed through OPLC fixtures are simultaneously fixed in OPLC fixtures, and OPLC fixtures include clamp base and jump ring, and clamp base is fixed on cabinet wall On, a half slot matched with OPLC is provided with clamp base lateral surface, two spiral shells are provided with the clamp base of half slot both sides Hole, jump ring are arranged in clamp base and are fixed by screws in screw.
- 9. according to a kind of OPLC floors splicing system described in claim 8, it is characterised in that：The cabinet front is provided with lid Plate, cover plate are bolted on casing, it is some be spaced apart be fixed on guide rail, guide rail is horizontally disposed and leading by both ends Rail support is fixed in casing, and zero line row is provided with the upside of casing, abate baffle plate is provided with through hole.
- 10. according to a kind of OPLC floors splicing system described in claim 1, it is characterised in that：The OPLC is in comprehensive cable distribution Stripping fixing seal device is provided with the stripping of cabinet, floor distribution box and dividing box, stripping fixing seal device includes base With upper lid, base and upper outer side of lid edge are provided perpendicular to the edge flange that side extends laterally, and upper lid and bottom seat passes through Bolt connection is locked, and one end of the base and upper lid is provided with the OPLC inlet wire half slots being mutually matched, base and upper lid OPLC inlet wires half slot, which corresponds to be harmonious up and down, forms OPLC entrance holes, if the other end of base and upper lid is provided with what is be mutually matched The cable outlet half slot of dry cable outlet half slot and some optical cable outlet half slots, base and upper lid corresponds to the structure that is harmonious up and down Into cable outlet hole, the optical cable outlet half slot of base and upper lid, which corresponds to be harmonious up and down, forms optical cable wire hole, OPLC on base One end that inlet wire half slot, cable outlet half slot and optical cable outlet half slot are located on the inside of base is provided with clip, on base The cell wall of OPLC inlet wires half slot, cable outlet half slot and optical cable outlet half slot is located at one end on the inside of base into base Side extends and cell wall both sides are provided with screw, and clip both ends are fixed by screws in the screw of both sides, and base and upper lid include Horizonal base plate and side plate, side plate is set perpendicular to horizonal base plate and some side plates form uncovered box body, base with horizonal base plate Mutually cover to form airtight box body with upper lid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720890729.XU CN207008148U (en) | 2017-07-21 | 2017-07-21 | A kind of OPLC floors splicing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720890729.XU CN207008148U (en) | 2017-07-21 | 2017-07-21 | A kind of OPLC floors splicing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207008148U true CN207008148U (en) | 2018-02-13 |
Family
ID=61454409
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720890729.XU Active CN207008148U (en) | 2017-07-21 | 2017-07-21 | A kind of OPLC floors splicing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207008148U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107238906A (en) * | 2017-07-21 | 2017-10-10 | 中天宽带技术有限公司 | A kind of OPLC floors splicing system |
-
2017
- 2017-07-21 CN CN201720890729.XU patent/CN207008148U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107238906A (en) * | 2017-07-21 | 2017-10-10 | 中天宽带技术有限公司 | A kind of OPLC floors splicing system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207148377U (en) | One kind has electric power meter function OPLC photoelectric integral floor distribution boxes | |
| CN107294024A (en) | A kind of OPLC photoelectric integrals floor distribution box | |
| CN207008148U (en) | A kind of OPLC floors splicing system | |
| CN207150096U (en) | A kind of OPLC photoelectric integrals floor distribution box | |
| CN107238906A (en) | A kind of OPLC floors splicing system | |
| CN103457209A (en) | Photoelectric integrated equipment box suitable for OPLC installation and laying | |
| CN101762854B (en) | Optical fiber composite connecting system for digital transformer substation | |
| CN205104793U (en) | A distribution case for electricity distribution room | |
| CN208723794U (en) | Photovoltaic DC-to-AC converter | |
| CN207008112U (en) | A kind of OPLC separates fusion splicing devices | |
| CN205809130U (en) | A kind of photoelectric integral concentrated gas meter box | |
| CN206283406U (en) | Converter cabinet and wind power generating set | |
| CN205911811U (en) | Auxiliary power supply system is protected to EMUs multichannel intelligence dimension | |
| CN203193662U (en) | Floor terminal box used for four-network integration | |
| CN209674061U (en) | A kind of fibre distribution frame | |
| CN209913283U (en) | Module integration, quick plug, portable guarantor's electric system | |
| CN107219587A (en) | A kind of OPLC separates fusion splicing devices | |
| CN209571706U (en) | A kind of micromodule data center power distribution cabinet of novel layouts | |
| CN107272127A (en) | One kind has electric power meter function OPLC photoelectric integral floor distribution boxes | |
| CN201717564U (en) | Electric optical fiber cable shunt box | |
| CN205942024U (en) | Outdoor distributing type rolls off production line out fine box on way | |
| CN105929223B (en) | A kind of measurement system and method for measurement of concentrated collection distribution display | |
| CN205720812U (en) | A kind of many applied environments DTU photoelectric comprehensive distribution cabinet of band LED light device | |
| CN211295837U (en) | Shore power box with multiple functional partitions inside | |
| CN206990872U (en) | A kind of special 4x16 optical branching devices installs case of broadcasting and TV |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |