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Outdoor disconnect switch family
Outdoor Disconnect Switches for Visible Line Isolation
Compare seven outdoor disconnector structures for visible no-load isolation, neutral protection and outdoor line maintenance points. Use this page to choose the switch body, open-break geometry, mounting context and project data before model selection.
7 outdoor disconnector product typesSeries page separates outdoor disconnector structures from voltage and insulation variants.
10 kV-220 kV reference rangeHigh-voltage and medium-voltage isolation material stay in one selection flow.
No-load isolation firstAir break, fuse disconnect and bypass decisions stay in adjacent pages.
Product types
Outdoor Disconnect Switch Types for Visible Isolation.
Start from the physical switch structure: rotary, single-pole, neutral gap, double-break, non-fuse, three-phase or V-type. The details tile keeps the required project data beside the product options.
ODS 01Product type
Double-column Horizontal Rotary Disconnector, 10 kV-220 kV
High-voltage outdoor visible isolation for substations, overhead line isolation points and maintenance switching positions.
ODS 02Product type
Medium Voltage Single-pole Isolation Switch
Medium-voltage single-pole isolation for overhead distribution lines where pole-by-pole switching and compact mounting matter.
ODS 03Product type
Neutral Disconnector with Gap Protection
Neutral-point isolation and gap-protection coordination for transformer neutral or special grounding arrangements.
ODS 04Product type
Rotary Double Break Isolator Switch
Outdoor double-break isolation where the buyer needs a rotating contact path and compact structure-based selection.
ODS 05Product type
Single-phase Isolation Switch, Non-Fuse Type
Single-phase non-fuse isolation for overhead line points where protection is handled by another device.
ODS 06Product type
Three-phase Disconnecting Switch
Three-phase outdoor disconnection for overhead line or structure-mounted isolation points.
ODS 07Product type
V-type Structure Horizontal Break Outdoor Isolator
V-type or horizontal-break outdoor isolation for high-voltage line and substation positions with structure-specific clearance needs.
Project details
Send details
Send the selected type with voltage, current and mounting drawing.
Pick a tile, then send voltage class, rated current, operating method, mounting drawing, quantity and destination standard.
Application fit
Line, Substation and Neutral Isolation Applications.
Outdoor disconnect switch selection starts with the isolation point: overhead line, substation structure, neutral point or pole-mounted maintenance point. Use this section to avoid mixing no-load isolation with load switching or fuse protection.
Engineering topology
Read the isolation point before choosing the switch body.
The topology board supports visual scanning. Final selection still follows voltage, current, mounting drawing and duty boundary.
Visible open point for maintenance
Use outdoor disconnect switches after load or fault current has been removed by upstream switching or protection equipment.
Structure and clearance driven selection
Double-column, rotary double-break and V-type structures are selected by voltage level, open distance, phase spacing and support structure.
Neutral point and gap coordination
Neutral disconnector with gap protection needs transformer neutral scheme, gap or arrester arrangement and drawing review before model confirmation.
Selection matrix
Compare Structures, Ratings and Project Data.
Compressed engineering view: application point, structure signal and required project data. Product photos stay in the section above.
Product type
Application point
Structure signal
Project data
Double-column rotary10 kV-220 kV
HV substation/Visible gap/Line maintenance
Double-column/Horizontal rotary/Grounding blade
Voltage/Current/Grounding/Drawing
Single-pole isolation15 kV / 33 kV
Distribution pole/Pole-by-pole/Compact mount
Single pole/Porcelain / epoxy/Bracket style
Voltage/Insulator/Current/Bracket
Neutral gap protectionNeutral point
Transformer neutral/Gap protection/Grounding scheme
Gap layout/Arrester option/Support height
Neutral scheme/Gap/Drawing/Height
Rotary double breakDouble break
Substation bay/Double open point/Compact layout
Two breaks/Rotary contact/Operating side
Voltage/Current/Contact path/Base
Single-phase non-fuseNon-fuse
Single phase/No fuse/Line isolation
Blade contact/Pole bracket/Manual operation
Voltage/Current/Bracket/Quantity
Three-phase disconnectingThree phase
Grouped operation/Overhead line/Shared linkage
Phase spacing/Linkage/Arc option
Voltage/Current/Spacing/Mechanism
V-type horizontal breakHV clearance
HV line/Clearance driven/Substation structure
V-type/Horizontal break/Grounding option
Voltage/Current/Clearance/Drawing
Structure
Visible Isolation Structure, Operation and Mounting Inputs.
Confirm drawing, operation and mounting signals before model confirmation.
Structure inputs
Four checks before model confirmation.
Visible gapOpen distance, break count, contact path.
Support systemInsulator type, base frame, terminal load.
Operating packageManual, motor, linkage, handle side.
Mounting fitPole, steel frame, phase spacing, grounding.
Variant handling
Voltage Ratings, Insulator Materials and Duty Boundaries.
After the switch structure is clear, confirm the rating, insulation material and duty boundary that change the final configuration.
Choose voltage class and insulator material inside the same switch family.
15 kV, 33 kV, epoxy, polymeric and porcelain options stay under the single-pole isolation switch so the project data compares equal structures first.
Separate visible isolation from fuse or load-switching duty.
Use outdoor disconnect switches for no-load isolation. Add fuse-combination or load-break requirements only when protection or current interruption is required.
Review files
Project Review Files for Outdoor Disconnect Switches.
A complete review package lets engineering confirm structure, ratings, operating side and mounting clearance from more than product photos alone.
Confirm the exact switch family
Use product photos to identify double-column, single-pole, neutral, double-break, three-phase or V-type structures.
Match voltage and current to catalog data
Send rated voltage, rated current, insulation level and insulator material so the selected model follows the right rating group.
Show the installation point
Pole bracket, steel frame, phase spacing, terminal direction and operating side can change the final configuration.
Flag fuse or load switching early
If protection or load-current interruption is required, include that duty before the disconnect switch model is confirmed.
Technical review
Selection Checklist: Voltage, Current, Operation and Drawings.
Send the selected structure with project ratings and mounting details so XIYA can confirm a buildable configuration before model recommendation.
Use this series when the line needs a visible open point after switching or protection equipment has cleared current.
Product type, visible isolation role and duty boundary are checked before recommending a model.
Photos identify the structure. Rating data and installation drawings narrow the final configuration.
Use the final form to send voltage, current, operation method and mounting conditions.
Product typeSelected tile or matrix row.
Voltage classSystem voltage and insulation level.
Rated currentContinuous current requirement.
Line roleLine, substation, neutral or pole-mounted point.
Operation methodManual, linkage or motor mechanism.
Mounting drawingPole, frame, phase spacing and terminal direction.
Grounding optionGrounding blade or neutral protection requirement.
Quantity and standardQuantity, destination and utility requirement.
FAQ
Outdoor Disconnect Switch Selection FAQ.
How should I choose an outdoor disconnect switch type?
Start with the isolation point and switch structure. Then confirm voltage class, rated current, insulation material, operating method, mounting pattern and drawing inputs.
Are 15 kV and 33 kV single-pole options separate switch types?
No. They are rating and insulation variants under the Medium Voltage Single-pole Isolation Switch. Select the structure first, then choose voltage class and insulator material.
When should fuse-combination equipment be specified separately?
Specify it separately when fuse protection and visible isolation are required at the same point. For simple no-load isolation, keep the selection under outdoor disconnect switches.
What information is needed before model confirmation?
Send voltage class, rated current, line role, no-load isolation duty, phase layout, insulation material, grounding option, operating mechanism, mounting drawing, quantity and destination standard.
Can outdoor disconnect switches interrupt load current?
Outdoor disconnect switches are normally selected for visible no-load isolation. If the line point needs load current switching, compare outdoor air break switches or load break switch equipment before selecting the disconnect switch.
Request a Quote With Isolation Point Details.
Send the selected product type with voltage class, rated current, no-load isolation role, phase count, insulator material, grounding option, operating method, mounting drawing, quantity and destination standard. For adjacent duties, compare the Distribution Switching Disconnect switches, Outdoor Air Break Switches or Fuse Disconnect Switches before sending the final request.