Transformer envelope
A generic transformer object for locating the equipment and its documented interfaces.
Equipment envelopes, cabinet components and interfaces used in general arrangement drawings. Explore 79 references, with original explanations and public primary sources.
A generic transformer object for locating the equipment and its documented interfaces.
A generic cabinet organising control equipment, terminals and field interfaces.
A generic route object connecting cable-support layout to the selected system.
A physical enclosed distribution system with model-specific sections and fittings.
An enclosure mounting surface supporting the selected internal components.
A dry-type transformer assembly requires a physical zone for windings, enclosure and ventilation.
An oil-filled transformer installation includes the tank and specified accessories within a site arrangement.
A neutral earthing resistor limits neutral-to-earth fault current in the specified system.
A battery rack supports cells or modules for a stationary auxiliary DC system.
A fibre patch panel organises optical terminations and patch connections.
A mounting rail provides a mechanical support system for compatible components.
A slotted duct routes internal panel wiring along a controlled path.
A cable cleat restrains specified cables along a support route.
A cable tray supports routed cables with the specified tray and support arrangement.
A wire-mesh basket provides a cable support path for the selected installation.
A horizontal bend changes the direction of a cable-support route in plan.
A riser fitting changes the level of a cable-support route.
A support bracket transfers cable-route loads into a documented structural support.
A cable trench provides a below-floor route for the specified cabling installation.
A cable pit provides an access or pulling location along an underground route.
A duct bank groups underground cable conduits in a documented civil arrangement.
An incomer compartment contains the incoming switching and connection equipment of an assembly.
A feeder compartment houses the specified outgoing circuit equipment.
A bus-coupler compartment contains the specified switching connection between bus sections.
A cable compartment contains the documented field-cable termination zone.
A busbar compartment houses the assembly's main bus conductors and their supports.
A metering compartment groups specified measurement devices and associated wiring.
A withdrawable feeder unit packages the specified motor feeder equipment in a removable assembly.
A vacuum-breaker truck carries the selected medium-voltage breaker and connection mechanism.
An exhaust plenum forms part of a specified switchgear pressure-relief arrangement.
A junction enclosure houses the specified wiring connections at a field location.
A floor-standing enclosure provides a physical housing for an electrical assembly.
A plinth supports a cabinet and provides the selected base or cable-entry arrangement.
A gland plate provides a defined removable surface for cable entries.
A door-swing envelope represents the space occupied by an opening cabinet door.
A maintenance envelope represents the selected space needed for servicing an item.
A removal route identifies the documented path for replacing major equipment.
An egress path records a planned route through the room to the designated exits.
A cabinet heater provides the specified enclosure heating arrangement.
A thermostat controls the specified heating or cooling circuit according to its setting.
A hygrostat operates the specified control circuit according to humidity conditions.
A filter fan moves air through the specified cabinet ventilation arrangement.
An enclosure cooling unit provides the selected cabinet thermal-control function.
A heat exchanger transfers heat across the specified cabinet/environment boundary.
A supply fan delivers the selected incoming airflow to a room ventilation system.
An exhaust fan removes air along the documented room ventilation route.
An intake louver forms a selected air-entry interface in a wall or enclosure.
An actuated damper controls the selected airflow path.
A backdraft damper controls reverse airflow through the specified opening.
A fire damper forms part of the documented fire-resistance arrangement at an air passage.
A smoke damper controls the specified smoke-related airflow boundary.
A bund provides the selected secondary containment boundary around fuel equipment.
A vibration isolator supports the generator through the specified resilient mounting arrangement.
A detector installation point records the selected fire-detection location in a coordinated room drawing.
A fire-alarm panel location coordinates the specified control equipment within the room or building layout.
A panel service outlet provides the specified auxiliary socket interface.
A cabinet luminaire illuminates the selected internal service area.
Schneider Electric PrismaSeT 6300 is a floor-standing enclosure product family referenced for electrical equipment layout.
Schneider Electric PrismaSeT G is a floor-standing enclosure product family referenced for electrical equipment layout.
An industrial ventilation fan moves air through a selected room or equipment ventilation route.
A DIN-rail adapter provides the selected interface between a device and a mounting rail.
A combined fire-smoke damper forms the specified closure and airflow-control interface at a building air passage.
Victron Energy DIN35 adapter is a din-rail adapter accessory product family referenced for electrical equipment layout.
Greenheck QEI inline fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck QEID inline fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck TBI-FS inline fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck VAB fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck VAD fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck USF fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck APH plenum fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck SBE wall fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck SBS wall fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck SE wall fan is a industrial ventilation fan product family referenced for electrical equipment layout.
Greenheck ESD-435 louver is a ventilation intake louver product family referenced for electrical equipment layout.
Greenheck ESD-635 louver is a ventilation intake louver product family referenced for electrical equipment layout.
Greenheck AFL-501 louver is a ventilation intake louver product family referenced for electrical equipment layout.
Greenheck FSD-311 damper is a combined fire-smoke damper product family referenced for electrical equipment layout.
Greenheck FSD-211 damper is a combined fire-smoke damper product family referenced for electrical equipment layout.
Greenheck FD-150 damper is a fire damper product family referenced for electrical equipment layout.