PT Handcart
Withdrawable voltage-transformer unit for voltage measurement, protection or auxiliary voltage circuits. Specify the VT and fuse arrangement, ratios, accuracy duties, secondary wiring and cabinet interface.
Compare PT, fuse, metering and isolation handcarts for medium-voltage switchgear. Start with the required function, then confirm the cabinet interface, primary and secondary arrangements, interlocks and installed dimensions before selection.
Compare four withdrawable unit functions used in medium-voltage switchgear. Select the required circuit duty first, then match the cabinet, primary contacts, secondary circuits, positions and interlocks.
Withdrawable voltage-transformer unit for voltage measurement, protection or auxiliary voltage circuits. Specify the VT and fuse arrangement, ratios, accuracy duties, secondary wiring and cabinet interface.
Withdrawable fuse unit for the declared protected circuit. Specify the complete fuse designation, mounting, striker or indication, interlock, earthing and cabinet interface.
Withdrawable metering unit configured to the project CT/VT scheme. Specify ratios, accuracy duties, burdens, wiring, seals, approvals and installed outline.
Withdrawable disconnection truck or isolation handcart for a defined conductive path. Specify current and withstand duties, contacts, positions, interlocks and cabinet interface.
Use these five inputs to match the handcart to the switchgear and prepare a complete RFQ.
State PT, Fuse, Metering or Isolation duty and whether the project is for a new panel, a replacement or an upgrade.
Provide the switchgear designation, rated voltage, compartment space, cabinet width and depth, plus service, test and disconnected positions.
Define the main-contact arrangement, phase spacing, contact form, secondary plug, wiring, earthing and auxiliary circuits.
List the exact PT, CT or fuse models, quantities, ratios, accuracy duties, burdens, rated current and required withstand values.
Send nameplates, cabinet drawings, handcart outline drawings, photos from all sides, key dimensions, quantity, destination and document requirements.
Compare the electrical duty, installed components, cabinet interface and operating sequence for each handcart type before requesting a quotation.
Carries the specified voltage-transformer and primary-protection arrangement for voltage measurement, metering or protection inputs.
Application noteSpecify the actual VT circuit. A PT Handcart and a revenue-metering handcart can use different transformer arrangements, accuracy duties, wiring and approval requirements.
Carries a declared high-voltage fuse arrangement as a withdrawable unit for the circuit duty defined by the switchgear design.
Application noteState whether the fuses protect a voltage transformer, control power transformer or another circuit. The protected equipment determines the fuse duty, interlock and operating sequence.
Carries the CT, VT, fuse, terminal or metering arrangement defined by the project and local metering scheme.
Application noteDefine the complete metering scheme before ordering. The handcart may require CTs, VTs, fuses, terminals, seals or a project-specific combination.
Provides a defined conductive connection or isolation function within the approved cabinet and operating sequence.
Application noteUse an Isolation Handcart only for the conductive connection and isolation duty defined by the switchgear. It has no load-making or load-breaking capability.
Use the common assembly data and the type-specific fields below to define a handcart that matches the switchgear, circuit duty and required documents.
Provide these details for every new-build, replacement or retrofit enquiry so the complete handcart can be checked against the cabinet and operating sequence.
Rated voltage and frequency, insulation levels, current duty where applicable, and required withstand values.
Cabinet family, compartment size, primary contacts, phase spacing, rails, stroke and mounting dimensions.
Service and disconnected positions, earthing, interlocks, keying, secondary plug and position indication.
Exact designation, included components, outline and wiring drawings, weight, service conditions and required test records.
Provide these values with the RFQ
Provide these values with the RFQ
Provide these values with the RFQ
Provide these values with the RFQ
For an accurate quotation: send the switchgear nameplate, cabinet or compartment drawing, existing handcart outline, component schedules and marked interface dimensions.
Use the application to identify the correct drawings and dimensions, then confirm whether the enquiry covers a complete handcart, an installed racking mechanism or external handling equipment.
Start from the single-line diagram, cabinet ratings, compartment arrangement and approved operating sequence.
Identify the original assembly from its nameplate, drawings, retained parts, photos and measured interfaces.
Define the circuit task and component scheme before checking whether the cabinet has the required interfaces and space.
Terms such as handcart, truck and trolley are used differently across markets. Use the equipment descriptions below to identify the item required in your RFQ.
Review the complete cabinet-installed assembly here by function, electrical duty and interface.
Start with the Vacuum Circuit Breakers range and confirm the breaker, truck and panel together.
Use Chassis Trucks and Racking Systems for the installed movement mechanism.
Specify cabinet width, equipment mass, transfer height and travel arrangement for the external handling task.
Use Instrument Transformers for fixed indoor or outdoor transformer selection.
Send the cabinet drawings, component data and required interface dimensions together. Reeuini can then review the handcart configuration and return a quotation with the remaining approval items clearly listed.
For replacement projects, include clear photos, nameplate details and measured dimensions from the installed unit so the proposal matches the existing compartment.
Answers to the technical and purchasing questions engineers and professional buyers ask when selecting or replacing an MV switchgear handcart.
An MV switchgear handcart is a withdrawable, cabinet-installed assembly that carries a defined electrical function and moves between the switchgear’s operating positions. Depending on the design, it may carry voltage transformers, current transformers, fuses or a conductive isolation path. Handcart, truck and switchgear trolley are often used as related market terms.
Choose a PT Handcart for a defined voltage-transformer circuit, a Metering Handcart for the project CT/VT metering scheme, a Fuse Handcart for a specified fused circuit, and an Isolation Handcart for a non-load-breaking conductive connection or isolation duty.
Provide the switchgear manufacturer and family, nameplate, rated voltage, compartment drawing, existing handcart designation, photos, overall dimensions, main-contact layout, phase spacing, rails, stroke, operating positions, secondary plug, earthing contact, interlocks, installed components, quantity and delivery country.
Not automatically. Matching voltage class or cabinet name does not prove compatibility. The contact system, compartment envelope, rail spacing, stroke, secondary interface, earthing and interlocks must match the exact switchgear design and approved drawings.
A PT Handcart is built around a voltage-transformer circuit for voltage measurement or protection inputs. A Metering Handcart is built around the approved metering scheme and may combine CTs, VTs, fuses, terminals, wiring and sealing requirements.
State the protected equipment, exact fuse designation, rated voltage and current, breaking range, quantity, mounting length, end-contact form, striker or indication, phase spacing, earthing and the required interlock with the secondary circuit.
No. An Isolation Handcart does not make or break load current and must not be racked in or out under load. Its permitted positions, locking system and operating sequence must follow the switchgear interlock design.
Confirm the service or connected, test or isolated and withdrawn positions used by the cabinet; primary-contact engagement; secondary-plug state; earthing continuity; position indication; locking magnet or key interlocks; and coordination with doors, shutters, earthing switches and secondary breakers.