
XSS-5 Series Micro Switch
Miniature snap-action switch for space-limited mechanisms and signal control
The XSS-5 Series is a miniature micro switch family for equipment with limited mounting space. Final selection should confirm actuator force, travel, contact logic, terminal format and the electrical nature of the load.
Final ratings, dimensions and approvals must be confirmed against the exact model code and current controlled documents.
Compare XSS-5 models
Compare available model names, product images and selection drawings. Confirm the ordered suffix against the current controlled documents.
Published XSS-5 series data for technical shortlisting
| Decision field | Current information / required input | Status |
|---|---|---|
| Format | Miniature micro switch | Published / series-level |
| Actuation | Plunger and lever options | Published / series-level |
| Application | Signal and compact equipment control | Published / series-level |
| Verification | Confirm force, travel and contact rating | Published / series-level |
| Exact model suffix | Actuator, terminal, force and contact construction | Exact suffix review required |
| Load verification | AC/DC load, inrush and switching frequency | Exact suffix review required |
| Mechanical interface | Mounting, target motion, pretravel and overtravel | Exact suffix review required |
| Approval scope | Certificate must cover exact model and rating | Exact suffix review required |
Engineering control: Website information supports discovery and RFQ preparation. The latest model-specific XURUI datasheet, drawing, approval record and approved sample take precedence for design release and purchasing.
Information needed to identify the complete XSS-5 Series code
Select plunger, lever or roller geometry from target motion and overtravel.
Confirm AC/DC load type, inrush current, switching frequency and contact material.
Verify operating force, pretravel, overtravel and differential movement.
Match terminal format, insulation, protection and exact certificate scope.
Where this series can be evaluated
Instruments and compact equipment
Confirm the exact electrical, mechanical, environmental and certification requirements before final model approval.
Small mechanisms and door detection
Confirm the exact electrical, mechanical, environmental and certification requirements before final model approval.
Appliance subassemblies
Confirm the exact electrical, mechanical, environmental and certification requirements before final model approval.
OEM signal switching
Confirm the exact electrical, mechanical, environmental and certification requirements before final model approval.
Verify the complete model before design release
Define the function
Describe the target motion or load, control logic and failure consequence.
Confirm the environment
Specify temperature, moisture, dust, vibration, enclosure and installation orientation.
Match the exact code
Confirm actuator, terminal, contact, input/output, housing and approval suffixes.
Approve a sample
Test fit, switching behavior and thermal or mechanical margin before volume release.
Downloads and evidence for XSS-5 Series
XSS-5 Micro Switch Catalog
Download the current XSS-5 Micro Switch Catalog for model selection, technical specifications and ordering information.
Complete Industrial Switch Catalog
Public PDF from the current XURUI website. The file can be large; use the RFQ form to request a model-specific package.
Product page reference
Use the product page together with the latest controlled document for the exact ordered code.
Request exact certificate scope
Ask for the certificate or declaration that covers the ordered model, electrical rating and target market.
XSS-5 Series FAQ
Is XSS-5 intended for high current?
Use the exact datasheet and load type to confirm. Miniature size alone does not indicate the permitted electrical load.
How do I compare mounting fit?
Compare hole spacing, body size, terminal direction and actuator reference position.
Can samples be supplied?
Yes. Include the required actuator, load and estimated annual volume.










