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 epoxy resin insulators, bushings, contact boxes, sensors and mounting hardware for medium-voltage switchgear. Use the product drawings and selection inputs to prepare a model-specific RFQ.
Compare 39 component configurations across insulation, primary-contact, sensing and mounting functions. Open any card for its engineering selection inputs and interface drawing.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare insulation duty, conductor path, mounting geometry and switchgear clearances.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare current duty, primary contact interface, phase spacing and panel mounting.
Compare sensing duty, primary conductor route, output interface and panel integration.
Compare sensing duty, primary conductor route, output interface and panel integration.
Compare sensing duty, primary conductor route, output interface and panel integration.
Compare sensing duty, primary conductor route, output interface and panel integration.
Compare hole pattern, material, finish, load path and switchgear mounting position.
Compare hole pattern, material, finish, load path and switchgear mounting position.
Use this 1250 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 1250 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 1250 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 1250 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 12 kV Epoxy Resin Insulator Plug configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12 kV Epoxy Resin Insulator Plug for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 12 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 12 kV Epoxy Resin Insulator Plug; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this 12 kV Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12 kV Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 12 kV; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 12 kV Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 15/25 kV Epoxy Resin Insulated Cable Cap configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 15/25 kV Epoxy Resin Insulated Cable Cap for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 15/25 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 15/25 kV Epoxy Resin Insulated Cable Cap; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this 1600–2000 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 1600–2000 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 1600–2000 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 1600–2000 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 1600 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 1600 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 1600 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 1600 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 2000–2500 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 2000–2500 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 2000–2500 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 2000–2500 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 24 kV Epoxy Resin Insulator Plug configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 24 kV Epoxy Resin Insulator Plug for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 24 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 24 kV Epoxy Resin Insulator Plug; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this 2500–3150 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 2500–3150 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 2500–3150 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 2500–3150 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 24 kV Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 24 kV Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 24 kV; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 24 kV Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 35 kV Epoxy Resin Insulator Plug configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 35 kV Epoxy Resin Insulator Plug for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 35 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 35 kV Epoxy Resin Insulator Plug; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this 36 kV Post Sensor for Switchgear configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 36 kV Post Sensor for Switchgear for measurement, indication, automation or protection within MV switchgear |
| Electrical scope | Initial product scope: 36 kV; define the measured quantity, primary system voltage and conductor duty |
| Signal and secondary interface | Specify ratio or output, accuracy requirement, burden, terminal arrangement and connected device |
| Primary conductor and insulation | Provide the conductor route, insulation level, shielding or earthing method and service environment |
| Mechanical interface | Provide mounting position, hole pattern, component envelope, terminal access and panel clearances |
| RFQ inputs | Reference 36 kV Post Sensor for Switchgear; attach the SLD, panel drawing, signal requirement, quantity, destination and schedule |
Use this 4000 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 4000 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 4000 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 4000 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 630–1250 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 630–1250 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 630–1250 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 630–1250 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 630–1600 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 630–1600 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 630–1600 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 630–1600 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 630/1250 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 630/1250 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 630/1250 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 630/1250 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 630 A Epoxy Resin Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 630 A Epoxy Resin Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 630 A; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 630 A Epoxy Resin Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this Switchgear Bending Plate configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Switchgear Bending Plate for switchgear component support, alignment or linkage mounting |
| Material and finish | Specify base material, thickness, surface treatment, corrosion conditions and marking requirements |
| Dimensions and holes | Provide overall dimensions, bend geometry, hole sizes, centers, tolerances and datum references |
| Mounting interface | Identify the panel, mechanism or insulation component interface and installation orientation |
| Mechanical duty | State the supported load, operating force, vibration conditions, clearances and fastening method |
| RFQ inputs | Reference Switchgear Bending Plate; attach the part or assembly drawing, quantity, finish, destination and schedule |
Use this Insulating Contact Box for ABB Switchgear configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Insulating Contact Box for ABB Switchgear for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference Insulating Contact Box for ABB Switchgear; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this KYN61 Switchgear Bending Plate configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | KYN61 Switchgear Bending Plate for switchgear component support, alignment or linkage mounting |
| Material and finish | Specify base material, thickness, surface treatment, corrosion conditions and marking requirements |
| Dimensions and holes | Provide overall dimensions, bend geometry, hole sizes, centers, tolerances and datum references |
| Mounting interface | Identify the panel, mechanism or insulation component interface and installation orientation |
| Mechanical duty | State the supported load, operating force, vibration conditions, clearances and fastening method |
| RFQ inputs | Reference KYN61 Switchgear Bending Plate; attach the part or assembly drawing, quantity, finish, destination and schedule |
Use this Epoxy Resin Cabinet Bushing for Vacuum Load Breaker configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Epoxy Resin Cabinet Bushing for Vacuum Load Breaker for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference Epoxy Resin Cabinet Bushing for Vacuum Load Breaker; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this Capacitive Epoxy Resin Support Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Capacitive Epoxy Resin Support Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference Capacitive Epoxy Resin Support Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this Capacitive Epoxy Resin Sensor Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Capacitive Epoxy Resin Sensor Insulator for measurement, indication, automation or protection within MV switchgear |
| Electrical scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; define the measured quantity, primary system voltage and conductor duty |
| Signal and secondary interface | Specify ratio or output, accuracy requirement, burden, terminal arrangement and connected device |
| Primary conductor and insulation | Provide the conductor route, insulation level, shielding or earthing method and service environment |
| Mechanical interface | Provide mounting position, hole pattern, component envelope, terminal access and panel clearances |
| RFQ inputs | Reference Capacitive Epoxy Resin Sensor Insulator; attach the SLD, panel drawing, signal requirement, quantity, destination and schedule |
Use this 36 kV Two-Way Shielded Epoxy Resin Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 36 kV Two-Way Shielded Epoxy Resin Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: 36 kV; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference 36 kV Two-Way Shielded Epoxy Resin Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 12 kV Epoxy Resin Support Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12 kV Epoxy Resin Support Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 12 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 12 kV Epoxy Resin Support Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this 12 kV 630 A Single-Side Epoxy Resin Bushing (EU Type) configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12 kV 630 A Single-Side Epoxy Resin Bushing (EU Type) for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 12 kV, 630 A; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 12 kV 630 A Single-Side Epoxy Resin Bushing (EU Type); attach the interface drawing, quantity, destination, standards and delivery schedule |
Send the panel or component interface drawing with the RFQ so the mounting geometry can be coordinated.
Use this RMU Epoxy Resin Sensor configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | RMU Epoxy Resin Sensor for measurement, indication, automation or protection within MV switchgear |
| Electrical scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; define the measured quantity, primary system voltage and conductor duty |
| Signal and secondary interface | Specify ratio or output, accuracy requirement, burden, terminal arrangement and connected device |
| Primary conductor and insulation | Provide the conductor route, insulation level, shielding or earthing method and service environment |
| Mechanical interface | Provide mounting position, hole pattern, component envelope, terminal access and panel clearances |
| RFQ inputs | Reference RMU Epoxy Resin Sensor; attach the SLD, panel drawing, signal requirement, quantity, destination and schedule |
Use this Handcart Support Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Handcart Support Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference Handcart Support Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this High-Voltage Epoxy Resin Switchgear Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | High-Voltage Epoxy Resin Switchgear Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference High-Voltage Epoxy Resin Switchgear Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this High-Voltage Epoxy Resin Switchgear Sensor configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | High-Voltage Epoxy Resin Switchgear Sensor for measurement, indication, automation or protection within MV switchgear |
| Electrical scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; define the measured quantity, primary system voltage and conductor duty |
| Signal and secondary interface | Specify ratio or output, accuracy requirement, burden, terminal arrangement and connected device |
| Primary conductor and insulation | Provide the conductor route, insulation level, shielding or earthing method and service environment |
| Mechanical interface | Provide mounting position, hole pattern, component envelope, terminal access and panel clearances |
| RFQ inputs | Reference High-Voltage Epoxy Resin Switchgear Sensor; attach the SLD, panel drawing, signal requirement, quantity, destination and schedule |
Use this 12 kV High-Voltage Support Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12 kV High-Voltage Support Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 12 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 12 kV High-Voltage Support Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Send the panel or component interface drawing with the RFQ so the mounting geometry can be coordinated.
Use this 12 kV Epoxy Resin Insulated Tube configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12 kV Epoxy Resin Insulated Tube for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 12 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 12 kV Epoxy Resin Insulated Tube; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this High-Voltage Switchgear Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | High-Voltage Switchgear Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference High-Voltage Switchgear Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this Indoor High-Voltage Epoxy Resin Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Indoor High-Voltage Epoxy Resin Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference Indoor High-Voltage Epoxy Resin Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this Switchgear Support and Busbar Insulators configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | Switchgear Support and Busbar Insulators for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference Switchgear Support and Busbar Insulators; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this KYN61 Two-Way Shielded Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | KYN61 Two-Way Shielded Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference KYN61 Two-Way Shielded Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Send the panel or component interface drawing with the RFQ so the mounting geometry can be coordinated.
Use this KYN61 Shielded Tee Insulating Contact Box configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | KYN61 Shielded Tee Insulating Contact Box for the switchgear primary contact and insulation interface |
| Voltage and current duty | Initial product scope: Define the system voltage and applicable current or mechanical duty; include system voltage, continuous current, conductor size and temperature-rise conditions |
| Primary contact interface | Specify fixed or moving contact arrangement, conductor orientation, contact diameter and connection details |
| Insulation and phase layout | Provide phase spacing, clearance envelope, earthing or shielding arrangement and indoor service conditions |
| Mechanical interface | Provide panel mounting face, hole centers, overall envelope, busbar route and adjacent-component clearances |
| RFQ inputs | Reference KYN61 Shielded Tee Insulating Contact Box; attach the panel GA or interface drawing, quantity, destination, standards and delivery schedule |
Use this 12/24/36 kV Epoxy Resin Through-Wall Bushing configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12/24/36 kV Epoxy Resin Through-Wall Bushing for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 12/24/36 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 12/24/36 kV Epoxy Resin Through-Wall Bushing; attach the interface drawing, quantity, destination, standards and delivery schedule |
Use this 12/24/36 kV High-Voltage Epoxy Resin Insulator configuration as the starting point, then align the electrical duty, insulation requirements and mechanical interface with the switchgear assembly.
| Selection item | Project input |
|---|---|
| Application role | 12/24/36 kV High-Voltage Epoxy Resin Insulator for insulation, conductor support or a switchgear connection interface |
| Voltage and current scope | Initial product scope: 12/24/36 kV; include system voltage, insulation level and conductor or current duty |
| Insulation coordination | Specify creepage, clearance, pollution conditions, altitude, temperature and indoor or outdoor service |
| Conductor interface | Provide busbar, contact, cable or embedded-conductor geometry, orientation and connection details |
| Mechanical interface | Provide mounting face, hole centers, overall envelope, sealing arrangement and adjacent clearances |
| RFQ inputs | Reference 12/24/36 kV High-Voltage Epoxy Resin Insulator; attach the interface drawing, quantity, destination, standards and delivery schedule |
Send the panel or component interface drawing with the RFQ so the mounting geometry can be coordinated.
Use the product cards to identify the component family, then provide the electrical, insulation and mechanical inputs needed to prepare a model-specific quotation.
System nominal voltage, highest voltage for equipment, rated current or sensing function, insulation level, frequency and applicable standard.
Indoor or outdoor service, pollution conditions, creepage and clearance targets, altitude, temperature, humidity, shielding and earthing.
Busbar, contact, cable or embedded-conductor size; phase layout; current path; terminal geometry; sealing route and connection orientation.
Panel general arrangement, component envelope, mounting face, hole centers, tolerances, adjacent clearances and installation direction.
Measured quantity, ratio or output, accuracy, burden, protection or indication duty, secondary terminals and connected device.
Product reference, drawing revision, quantity, inspection documents, marking, packing, delivery destination and required schedule.
A representative production sequence from molding and edge preparation through drying, finishing, marking and dispatch checks.
01
Form the epoxy resin component and embedded conductive or mounting interfaces.
02
Remove molding flash and prepare edges, holes and interfaces for the next operation.
03
Stabilize the molded component through the controlled drying stage.
04
Finish accessible surfaces and prepare the component for marking and inspection.
05
Apply component identification and project-specific marking requirements.
06
Complete final visual, dimensional, documentation and packing checks for dispatch.
Selection guidance for insulators, bushings, contact boxes, sensors and mounting hardware used in medium-voltage switchgear.
The range includes switchgear insulator plugs, support insulators, bushings, insulated tubes, contact boxes, sensor components and mounting hardware for medium-voltage panel assemblies.
Provide the component function, switchgear type, system voltage, rated current or sensing duty, conductor arrangement, mounting position, interface drawing, service conditions, quantity and destination.
For insulators and bushings, compare insulation duty, creepage, conductor path and mounting geometry. For contact boxes, add current duty, contact interface, phase spacing and temperature-rise conditions. For sensors, define the measured quantity, ratio or output, accuracy requirement, primary conductor route and secondary interface.
Send the product name or image, panel general arrangement, electrical duty, mounting dimensions, drawing revision, environmental conditions, applicable standards, inspection-document requirements, quantity, delivery destination and schedule.
Send the selected component name or image together with the electrical duty, panel interface and delivery scope. SUVELL will coordinate the configuration and quotation around your switchgear assembly.
Include with your technical RFQ
