0
Model No: KGVZ

KGVZ 15-38kV Solid-Dielectric Automatic Circuit Recloser

CANGO is an automatic circuit recloser supplier for 15-38kV overhead lines and substations, with KGVZ switchgear and BC300 or BC500 control.
Quantity :
add to cart
Contact Now
CANGO Product Detail

KGVZ 15-38kV Solid-Dielectric Automatic Circuit Recloser

Medium-Voltage Switchgear for B2B Electrical Projects
KGVZ 15-38kV Solid-Dielectric Automatic Circuit Recloser is supplied for overhead distribution line protection and sectionalizing. CANGO reviews rated data, drawings, quantity, destination, and configuration notes before quotation.
Model
KGVZ
Category
Medium-Voltage Switchgear
Application
Overhead distribution line protection and sectionalizing
Supply Type
Project quotation and technical support

Product Overview

KGVZ is a solid-dielectric automatic circuit recloser designed for overhead distribution lines and distribution substations up to 38 kV. The switchgear uses vacuum interrupters encapsulated in hydrophobic epoxy resin and a ganged magnetic actuator for three-phase opening and closing.

The operating mechanism is enclosed in a stainless-steel tank with a light-grey powder-coated finish. KGVZ15,KGVZ27, and KGVZ38 configurations cover 15.5 kV, 27 kV, and 38 kV voltage classes with 630 A or 800 A continuous-current options shown in the technical table.

The recloser is supplied with a BC300 or BC500 microprocessor controller for protection, control, monitoring, metering, event recording, and communications. Utilities, EPC contractors, distributors, and automation project buyers should provide the feeder study, protection settings, communication protocol, mounting arrangement, quantity, and destination for technical review and quotation.

The product guide states that the KGVZ series has been type-tested in CANGO's independent laboratory.

Key Features

01

Solid-Dielectric Insulation

KGVZ: Hydrophobic epoxy-resin housings encapsulate the vacuum interrupters and provide through insulation for dielectric performance. This point is especially relevant to solid-dielectric automatic circuit recloser with BC300 or BC500 control.
02

Ganged Magnetic Actuator

One magnetic actuator is mechanically linked to the three vacuum interrupters for coordinated three-phase opening and closing. For KGVZ, check this together with the selected project scheme.
03

Rugged Stainless-Steel Tank

The actuator and mechanism are enclosed in a stainless-steel tank with a durable light-grey powder-coated finish. On KGVZ, confirm the application duty, site layout, and project standard before selection.
04

BC300 or BC500 Control

The microprocessor controller combines protection, control, monitoring, metering, event recording, and communication functions. Use the KGVZ drawings and rated data to confirm this point before quotation.
05

Visible Position Indication

An external pointer shows open or closed status, while the yellow manual-trip ring can be operated with a hot stick. For KGVZ, review this with solid-dielectric automatic circuit recloser with BC300 or BC500 control and the final installation plan.

Overview of Switchgear

KGVZ solid-dielectric automatic circuit recloser product view
KGVZ solid-dielectric automatic circuit recloser with three epoxy-resin insulated poles and stainless-steel mechanism tank.

Ganged Operation of Magnetic Actuator

A single magnetic actuator is ganged with three vacuum interrupters for tripping and closing. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Robust Epoxy-Resin Housing

The vacuum interrupters are encapsulated in a hydrophobic epoxy-resin unibody housing with through insulation. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Rugged Powder-Coated Tank

The magnetic actuator and mechanism are enclosed in a rugged tank with a strong base and durable surface finish. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Bolted Insulating Housings

The hydrophobic epoxy-resin housings are firmly bolted to the stainless-steel tank lid. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

External Position Indicator

The pointer at the tank base shows red for closed and green for open; pulling the yellow ring with a hot stick manually latches the switchgear open. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Technical Specifications

KGVZ Automatic Circuit Recloser Technical Parameters
The table reproduces the rated values for KGVZ15,KGVZ27, and KGVZ38 configurations. Select the voltage class, continuous current, and short-circuit duty from the feeder study.
SelectionCurrent and short-circuit ratingsInsulationConstructionMechanical and switching
Voltage class / frequencyModelRated continuous current (Ir/A)Rated short-circuit duration (Tk/s)Rated short-circuit making current (Isc/kA)Rated short-circuit breaking current (Ima/kA)Lightning impulse withstand voltage (Up/kV)Short-duration power-frequency withstand voltage (Ud/kV)Impedance between contacts (microohm)Creepage distance phase-to-earth (mm)Clearance phase-to-phase (mm)Minimum clearance phase-to-earth (mm)Weight (kg)Line charging current (A)Cable charging current (A)Max. interrupting / closing time (ms)
15.5 kV / 50/60 HzKGVZ15-630-12-N630312.531.5110506096032027013021040 / 60
15.5 kV / 50/60 HzKGVZ15-800-12-N800312.531.5110506096032027013021040 / 60
15.5 kV / 50/60 HzKGVZ15-630-16-N63031640110506096032027013021040 / 60
15.5 kV / 50/60 HzKGVZ15-800-16-N80031640110506096032027013021040 / 60
27 kV / 50/60 HzKGVZ27-630-12-N630312.531.51306060108032027013052540 / 60
27 kV / 50/60 HzKGVZ27-800-12-N800312.531.51306060108032027013052540 / 60
27 kV / 50/60 HzKGVZ27-630-16-N630316401306060108032027013052540 / 60
27 kV / 50/60 HzKGVZ27-800-16-N800316401306060108032027013052540 / 60
27 kV / 50/60 HzKGVZ27-630-16-H630316401707060129032035014852540 / 60
27 kV / 50/60 HzKGVZ27-800-16-H800316401707060129032035014852540 / 60
38 kV / 50/60 HzKGVZ38-630-12-N630312.531.51707060129032035014854040 / 60
38 kV / 50/60 HzKGVZ38-800-12-N800312.531.51707060129032035014854040 / 60
38 kV / 50/60 HzKGVZ38-630-16-N630316401707060129032035014854040 / 60
38 kV / 50/60 HzKGVZ38-800-16-N800316401707060129032035014854040 / 60

Installation Dimensions / Drawing

Use the voltage-class mounting data together with the extracted drawings to confirm the support structure and final installation clearances.
Voltage classUnitABCDEF
15.5 kVmm3603809105803101000
27 kVmm3603809105803101000
38 kVmm38038010306403101000
KGVZ automatic circuit recloser mounting dimensions and A to F dimension table
KGVZ mounting views and A-F dimensions for 15.5 kV, 27 kV, and 38 kV voltage classes.
KGVZ27 and KGVZ38 automatic circuit recloser outline dimensions
KGVZ27 and KGVZ38 switchgear outline drawings for pole-structure and clearance review.

Description of Controller

BC300 and BC500 automatic circuit recloser controller cubicle
BC300 or BC500 controller cubicle for KGVZ protection, monitoring, metering, event recording, and communications.

The BC300 or BC500 microprocessor-based controller provides protection, control, monitoring, instrumentation, and metering. Integrated input/output logic, data logging, and fault reporting are housed in one control cubicle.

An RS485 interface supports remote connection, and rear RS232 ports are optional. The feeder terminal unit is the core of the controller; the cubicle also contains the UPS battery-backed auxiliary supply, electronic boards, and circuit breakers. Additional components and functions can be specified when required.

Protection functions and settings are configured from the controller screen. The built-in communication options allow standalone operation or connection to distribution automation and remote-control systems.

Protection Functions

  • Phase time overcurrent protection (51P)
  • Phase instantaneous overcurrent protection (50P-1)
  • Two definite-time phase overcurrent settings (50P-2 and 50P-3)
  • Ground overcurrent protection (51N)
  • Ground instantaneous overcurrent protection (50N-1)
  • Two definite-time ground overcurrent settings (50N-2 and 50N-3)
  • Negative-sequence overcurrent protection (46)
  • Phase and ground directional overcurrent protection (67P and 67N)
  • Over-frequency functions (81O and 81V, as listed in the source document)
  • Undervoltage and overvoltage control or alarm (27 and 59)
  • Up to four reclose cycles (79-1 to 79-5), providing four closes and five trips, with independently programmable protection and sensitive earth-fault protection

Current Input

ItemUnitData
Measuring rangeA0-99
Power consumption at rated 5 AVA/phase<= 0.5
Power consumption at rated 1 AVA/phase<= 0.2
Power consumption at rated 0.2 AVA/phase<= 0.1
Continuous overload capacitytimes rated current3
Short-duration overload capacitytimes rated current20 for 4 s; 50 for 1 s

Voltage Input

ItemUnitData
Measuring rangeV0-3
Power consumptionVA/phase<= 0.3
Continuous overload capacitytimes rated value1.4

Output

ItemUnitData
Continuous current carryingA5
Breaking capacityDC inductive loadL/R = 40 ms; 220 V / 0.5 A
Debounce timems1-99, in 1 ms steps

Communication Interfaces

ItemUnitData
RS485 / RS232 ratebps1200-38400; default 9600
RS485 / RS232 protocolsModbus RTU; IEC 60870-5-101; DNP3.0
Ethernet mode10/100M adaptive
Ethernet interfaceRJ45
Ethernet protocolsModbus TCP/IP; DNP3.0; IEC 60870-5-104

Applications

KGVZ is mainly selected for overhead distribution line protection and sectionalizing and distribution substation feeder protection. The final application should match the confirmed solid-dielectric automatic circuit recloser with BC300 or BC500 control, rated data, and site installation conditions.
  • Overhead distribution line protection and sectionalizing
  • Distribution substation feeder protection
  • Remote distribution automation and feeder control
  • Utility and industrial medium-voltage distribution networks

Customization Options

Controller Selection

Select the BC300 or BC500 controller according to the required protection, control, monitoring, and automation functions. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Communication Interface

Confirm RS485, optional RS232, or Ethernet communication together with the required protocol. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Protection and Reclosing

Provide phase, ground, directional, voltage, frequency, sensitive earth-fault, and reclosing requirements from the coordination study. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Mounting Arrangement

Confirm the pole or substation support, clearances, auxiliary supply, control cable, and final installation drawing. Apply this review to KGVZ and its solid-dielectric automatic circuit recloser with BC300 or BC500 control.

Ordering Instructions / Information Required for Quotation

ForKGVZ, send voltage class, continuous current, short-circuit duty, protection coordination, controller selection, communication protocol, mounting arrangement, and auxiliary supply, quantity, destination, and the expected delivery schedule. The engineering review will be based on the selected solid-dielectric automatic circuit recloser with BC300 or BC500 control and project drawing.

ORDERING INSTRUCTIONS

  • Provide the system voltage, frequency, continuous current, short-circuit duty, feeder single-line diagram, and protection-coordination study.
  • State the required KGVZ voltage class and model, BC300 or BC500 controller, protection functions, reclosing sequence, metering, and event-recording requirements.
  • Confirm RS485, RS232, or Ethernet communication interfaces and the required Modbus, IEC 60870-5, or DNP3.0 protocol.
  • Provide the pole or substation mounting arrangement, auxiliary supply, quantity, project country, applicable standard, and delivery requirement.

Technical Support & Documentation

FAQ

What applications is KGVZ used for?
KGVZ is used for Overhead distribution line protection and sectionalizing, Distribution substation feeder protection, Remote distribution automation and feeder control. The final selection should match the project voltage, current, circuit arrangement, and installation conditions.
Which buyers commonly source KGVZ?
utilities, EPC contractors, electrical distributors, automation integrators, and industrial project buyers commonly use this product for project-based electrical distribution, installation, replacement, or system expansion work.
Which rated voltage or current should be confirmed for KGVZ?
Confirm the rated voltage, rated current, short-circuit level, frequency, protection level, and configuration shown in the technical specifications before quotation.
CanKGVZ be configured for a specific project?
Yes.CANGO can review project-specific configurations according to drawings, rated data, protection requirements, component requirements, and site conditions before quotation.
Which standards should be confirmed?
Applicable standards depend on the project and destination market. State IEC, local utility, component, testing, or documentation requirements in the inquiry.
What installation information is required?
KGVZ should be matched with the final project drawing and outline data before installation. Send the cabinet scheme or layout requirement for review.
What information is needed for quotation?
For quotation, send feeder single-line diagram and protection-coordination study, voltage class, frequency, continuous current, and short-circuit duty, bc300 or bc500 controller and required protection functions, reclosing sequence, metering, event recording, and auxiliary supply, quantity, project country, delivery requirement, and any special component or environmental requirements.
How is delivery time confirmed for KGVZ?
Delivery time depends on the confirmed configuration, quantity, component selection, documentation requirement, and production schedule. Share the project deadline during inquiry.

Related Products

Contact / Inquiry CTA

Send project data for KGVZ. The fields below are the recommended information for quotation and technical review.
Use the buttons below to send the project request by email or open the contact page. If you have drawings, attach the file in the email or share a file link in the message.

Request Quotation for KGVZ

This is project-based power distribution equipment. Share the single-line diagram, rated data, cabinet arrangement, quantity, and destination, and CANGO will review the configuration before quotation.