Send the request type, manufacturer, equipment model/year, part reference, ratings, quantity, destination, required date, and any drawing or photo notes. The SUVELL team will review the request.
Compare eight RMU operating mechanism configurations for GIS feeders, load switches, isolation, circuit-breaker duty, incoming/outgoing panels, and outdoor enclosures.
Select by switching role and panel interface, then open each mechanism for configuration-specific duty, interlock, drive, control, mounting, and RFQ inputs.
Incoming GIS feeder mechanism for load-switch operation, earthing interlock, and panel linkage.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Incoming GIS feeder and load-switch mechanism |
| Switching function | Coordinate load switching, isolation, and earthing functions for the incoming panel |
| Operating sequence and interlocks | Define close-open-earth sequence, key/mechanical interlocks, and earthing logic |
| Drive and control | Specify manual or motor operation, control voltage, indication, and auxiliary contacts |
| Mechanical interface | Provide mounting face, operating shaft or linkage direction, panel depth, and clearances |
| RFQ inputs | GIS panel GA, single-line diagram, switching duty, quantity, destination, and project standard |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Outgoing GIS feeder mechanism for switching operation, earthing interlock, and panel linkage.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Outgoing GIS feeder operating mechanism |
| Switching function | Coordinate feeder switching, isolation, and earthing functions for the outgoing panel |
| Operating sequence and interlocks | Define close-open-earth sequence and the required mechanical or key interlocks |
| Drive and control | Specify operating mode, control voltage, position indication, and auxiliary contacts |
| Mechanical interface | Provide panel mounting face, shaft/linkage direction, cable-side arrangement, and clearances |
| RFQ inputs | Outgoing panel GA, feeder duty, interlock schedule, quantity, destination, and project standard |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Spring-operated mechanism for circuit-breaker closing, tripping, interlocking, and auxiliary contacts.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Stored-energy spring mechanism for vacuum circuit-breaker operation |
| Switching function | Define circuit-breaker closing, tripping, and protection-operating requirements |
| Operating sequence and interlocks | Specify close-trip sequence, anti-pumping, mechanical interlocks, and status indication |
| Drive and control | Specify charging motor, manual charging, close/trip coil voltage, and auxiliary contacts |
| Mechanical interface | Provide breaker linkage, mounting points, stroke/rotation direction, and service clearance |
| RFQ inputs | Breaker duty, control schematic, panel GA, linkage detail, quantity, and delivery destination |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Gas-insulated isolation mechanism for sealed interfaces, panel mounting, and service access.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Operating mechanism for a sealed isolation interface |
| Switching function | Define isolation and earthing functions required by the sealed switchgear compartment |
| Operating sequence and interlocks | Specify isolator/earthing sequence, access interlocks, and position indication |
| Drive and control | State manual or motor operation, control supply, indication, and auxiliary-contact schedule |
| Mechanical interface | Provide seal interface, mounting face, linkage route, enclosure geometry, and service access |
| RFQ inputs | Panel sectional drawing, sealed interface, operating sequence, quantity, and environmental conditions |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Line-switching mechanism for close-open-earth operation, interlocking, and panel mounting.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Outgoing line switching and earthing mechanism |
| Switching function | Coordinate feeder close-open-earth operation for the outgoing cable circuit |
| Operating sequence and interlocks | Define operating order, earthing permissive, door interlock, and position indication |
| Drive and control | Specify manual/motor drive, control voltage, terminal interface, and auxiliary contacts |
| Mechanical interface | Provide mounting face, shaft/linkage direction, cable-compartment arrangement, and clearances |
| RFQ inputs | Outgoing circuit duty, panel GA, interlock logic, control schematic, quantity, and destination |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Spring mechanism for circuit-breaker duty with closing, tripping, control, and auxiliary interfaces.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Spring-charged mechanism for RMU circuit-breaker duty |
| Switching function | Define breaker closing/tripping duty and coordination with the protection system |
| Operating sequence and interlocks | Specify operating sequence, trip-free/anti-pumping needs, and panel interlocks |
| Drive and control | State charging motor and close/trip coil voltage, manual backup, indication, and contacts |
| Mechanical interface | Provide breaker shaft/linkage, mounting pattern, operating travel, and maintenance clearance |
| RFQ inputs | Breaker type, duty and sequence, control diagram, panel drawing, quantity, and destination |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Incoming-feeder spring mechanism for stored-energy drive, switching duty, and control interlocks.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Stored-energy mechanism for an incoming RMU feeder |
| Switching function | Define the incoming feeder switching and isolation duty for the selected panel |
| Operating sequence and interlocks | Specify close-open-earth sequence, upstream/downstream interlocks, and indication |
| Drive and control | State spring charging method, control voltage, remote/local operation, and contacts |
| Mechanical interface | Provide incoming panel mounting face, linkage direction, shaft position, and clearances |
| RFQ inputs | Incoming circuit duty, SLD, panel GA, control requirement, quantity, and delivery destination |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Outdoor RMU mechanism for IP67 enclosure applications, panel mounting, and site conditions.
| Engineering selection item | Configuration and RFQ input |
|---|---|
| Application role | Outdoor RMU operating mechanism for an IP67 enclosure arrangement |
| Switching function | Define load switching, isolation, earthing, or breaker operation for the outdoor panel |
| Operating sequence and interlocks | Specify sequence, access/earthing interlocks, lockout, and position indication |
| Drive and control | State manual or motor operation, control supply, external indication, and contacts |
| Mechanical interface | Provide enclosure interface, external handle/shaft position, sealing points, and mounting pattern |
| RFQ inputs | Outdoor panel drawing, site conditions, ingress-protection requirement, quantity, and destination |
Open full-size drawing ↗
Use the full-size drawing to coordinate the general mechanism layout, operating direction, linkage points, mounting interface, and service access for the selected panel.
Define the switchgear interface, switching duty, operating sequence, drive and control circuit, interlocks, site conditions, and delivery requirements before quotation.
Send the switchgear type, mounting face, linkage direction, and available operating clearance.
State the switching function, close-open-earth sequence, mechanical interlocks, and any earthing requirement.
Specify the control voltage, charging method, terminal interface, auxiliary contacts, and required indication.
Send the application, panel layout, switching sequence, control requirements, quantity, and destination so the mechanism configuration and drawing scope can be prepared for quotation.
Custom mounting, marking, interfaces, and component integration for your switchgear build.
Inspection, traceability, and documentation deliverables aligned with the order requirement.
Quantity, destination, packing requirement, and delivery terms prepared for quotation.
Use these checkpoints to distinguish mechanism duty and prepare a complete RMU operating mechanism enquiry.
Provide the RMU application, switching function, panel general arrangement, mounting face, linkage or shaft direction, operating sequence, interlocks, control voltage, auxiliary contacts, quantity, and destination.
Start with the switching duty and operating sequence. Then coordinate the drive type, earthing function, interlocks, control circuit, shaft or linkage interface, panel clearances, and the selected switch or breaker.
Suvell can assess a compatible mechanism or adaptation from the panel layout, mounting face, shaft or linkage direction, operating clearance, interlock logic, and available mechanism photographs or drawings.
Send the single-line diagram and panel drawing, switching duty, operating sequence, interlocks, control voltage, auxiliary-contact schedule, site conditions, quantity, destination, and any existing nameplate or mechanism photographs.
Send the switching duty, panel and mounting interface, operating sequence, interlocks, control requirements, site conditions, quantity, and destination.
