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GOLTENS GENERAL SUPPLIES

Electrical & Energy Solutions

GOLTENS supplies electrical and energy equipment according to your operating requirements, technical specifications and project or tender needs.

Switchgear, standby power, lighting, solar and energy storage equipment are specified according to your requirements. Availability and configuration are confirmed during quotation.

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Electrical & energy equipment procurement guide

GOLTENS supplies electrical distribution, standby power, lighting, solar and energy storage equipment according to your requirements and specifications. Use this guide to start from your application, review what matters for each equipment type, and prepare the documents and information we need to quote.

These guides are general information to help you define your requirement — not a list of stocked models. Equipment is available on request; configuration and availability are confirmed during quotation, against the documents and specification you provide.

Choose Equipment by Application

Typical equipment for common electrical and energy applications. Every system is different, so use this as a starting point and confirm the final selection against your project documents.

Electrical Distribution, Switchgear & Protection

Distribution equipment is specified from your project documents — the single-line diagram, load schedule, panel and cable schedules and the consultant specification. Send what you have, and the equipment is reviewed against it during quotation.

Main Low-Voltage Switchgear

The main low-voltage distribution assembly that receives the supply from the transformer or generator and feeds the building or plant.

Available on request.

What it is

A factory-assembled set of incoming and outgoing circuit breakers, busbars and metering in a common enclosure, built to the arrangement shown on your single-line diagram and panel schedule.

What it is used for

Main distribution in commercial buildings, factories and plant rooms, including generator and utility incomers.

Typical applications

  • Main distribution boards for commercial and industrial buildings

  • Plant room incoming and outgoing distribution

  • Generator and utility incomer panels

  • Supply to motor control panels

Typical projects and industries
  • Industrial facilities
  • Commercial & residential buildings
  • Healthcare facilities
  • Data centres & telecom sites
Selection considerations and quotation checklist
Key selection considerations

  • Single-line diagram and schedules

    The incomers, outgoing feeders and their ratings follow your single-line diagram and panel schedule.

  • System data

    System voltage, current ratings and the fault level stated in your design.

  • Enclosure and installation

    Indoor or outdoor location, enclosure protection and the cable entry arrangement.

  • Internal arrangement

    Fixed or withdrawable breakers and the internal separation required by your specification.

Include in your quotation request

  • Single-line diagram and panel schedule

  • System voltage and incomer rating

  • Enclosure, IP rating and installation location

  • Cable entry arrangement

  • Quantity, delivery location and required timing

Medium-Voltage Switchgear

Switchgear panels for medium-voltage incoming, outgoing and transformer feeders in substations and large facilities.

Available on request.

What it is

A line-up of metal-enclosed panels that switch, protect and isolate medium-voltage circuits, in air-insulated or gas-insulated designs. The line-up follows the configuration in your single-line diagram and the requirements in your specification.

What it is used for

Primary distribution in substations, industrial plants and large commercial sites.

Typical applications

  • Primary distribution substations

  • Feeders for large industrial facilities

  • Transformer feeder panels

  • Incoming supply points for large sites

Typical projects and industries
  • Utilities & infrastructure
  • Industrial facilities
  • Commercial & residential buildings
Selection considerations and quotation checklist
Key selection considerations

  • Panel configuration

    The number and type of incoming, outgoing, transformer and metering panels shown on your single-line diagram.

  • Voltage class and fault level

    Taken from your network data and design documents.

  • Insulation type

    Air-insulated or gas-insulated, according to the space available and your specification.

  • Network requirements

    Any requirements of the network operator form part of your specification and are reviewed during quotation.

Include in your quotation request

  • Single-line diagram with the panel configuration

  • Voltage class and fault level from your design

  • Insulation preference and installation location

  • Consultant or network operator specification

  • Quantity, delivery location and required timing

Ring Main Units (RMU)

Compact medium-voltage switching units for ring and underground cable distribution networks.

Available on request.

What it is

A compact assembly of load-break switches and a protected transformer feeder in one enclosure, used at points along a ring network to switch and isolate cable sections.

What it is used for

Secondary distribution points in urban, industrial-park and commercial-complex networks.

Typical applications

  • Ring distribution networks

  • Industrial park and commercial complex loops

  • Cable network sectioning points

  • Transformer feeder switching

Typical projects and industries
  • Utilities & infrastructure
  • Industrial facilities
  • Commercial & residential buildings
Selection considerations and quotation checklist
Key selection considerations

  • Switching configuration

    The number of cable and transformer feeder functions required at the point.

  • Voltage class

    Taken from your network data.

  • Installation

    Indoor, outdoor or kiosk installation.

  • Network requirements

    Any requirements of the network operator form part of your specification and are reviewed during quotation.

Include in your quotation request

  • Switching configuration (cable and transformer feeders)

  • Voltage class from your network data

  • Indoor, outdoor or kiosk installation

  • Consultant or network operator specification

  • Quantity, delivery location and required timing

Sub-Distribution Boards

Distribution boards that protect and distribute final circuits on each floor, zone or plant area.

Available on request.

What it is

Enclosures with an incoming device and outgoing miniature or moulded-case breakers and residual-current devices for final circuits, in single- or three-phase arrangements, surface or flush mounted.

What it is used for

Floor and zone distribution in commercial, residential and industrial buildings.

Typical applications

  • Floor-by-floor distribution

  • Lighting and small power circuits

  • Air-conditioning and equipment sub-distribution

  • Tenant distribution and metering

Typical projects and industries
  • Commercial & residential buildings
  • Industrial facilities
  • Healthcare facilities
Selection considerations and quotation checklist
Key selection considerations

  • Circuit schedule

    The number of outgoing ways and the device on each, from your panel schedule.

  • Phase and incoming rating

    Single- or three-phase supply and the incoming rating.

  • Protection devices

    The breaker and residual-current protection types required.

  • Mounting and environment

    Surface or flush mounting, indoor or outdoor location, and enclosure protection.

Include in your quotation request

  • Panel or circuit schedule

  • Phase and incoming rating

  • Mounting type and location

  • Enclosure protection requirement

  • Quantity, delivery location and required timing

Busbar Trunking Systems

Prefabricated busbar runs that carry high currents through risers and across large floor areas.

Available on request.

What it is

Enclosed copper or aluminium conductors in sections, with tap-off points along the run, used as an alternative to large cable runs.

What it is used for

Rising mains in multi-storey buildings, overhead distribution in factories and warehouses, and links between transformers and switchgear.

Typical applications

  • Rising mains in high-rise buildings

  • Overhead distribution in industrial and warehouse facilities

  • Data centre power distribution

  • Transformer and switchgear interconnection

Typical projects and industries
  • Commercial & residential buildings
  • Industrial facilities
  • Warehouses & logistics
  • Data centres & telecom sites
Selection considerations and quotation checklist
Key selection considerations

  • Current rating

    Taken from your design and load schedule.

  • Route

    Route length, bends and changes of level, from your layout drawings.

  • Tap-off points

    The number and position of tap-off units required.

  • Conductor and environment

    Copper or aluminium conductors and the installation environment.

Include in your quotation request

  • Current rating

  • Route drawing and route length

  • Number and position of tap-off points

  • Conductor preference and environment

  • Quantity, delivery location and required timing

Distribution Transformers

Transformers that step medium voltage down to the low voltage used by buildings and plants.

Available on request.

What it is

Oil-immersed or dry-type transformers that supply a low-voltage distribution system from the medium-voltage network. The type and rating are selected according to the customer's specification.

What it is used for

Supplying buildings, factories and sites from the medium-voltage network.

Typical applications

  • Building and facility substations

  • Industrial plant supply

  • Package and kiosk substations

  • Utility and infrastructure distribution points

Typical projects and industries
  • Utilities & infrastructure
  • Industrial facilities
  • Commercial & residential buildings
Selection considerations and quotation checklist
Key selection considerations

  • Rating and voltages

    The rated power and the primary and secondary voltages stated in your specification.

  • Transformer type

    Oil-immersed or dry-type, according to the installation location and your specification.

  • Installation

    Indoor or outdoor location and the space available.

  • Network requirements

    Requirements of the network operator or consultant form part of your specification.

Include in your quotation request

  • Rated power and voltages from your specification

  • Oil-immersed or dry-type

  • Indoor or outdoor installation

  • Consultant or network operator specification

  • Quantity, delivery location and required timing

Power Cables & Cable Management

Low- and medium-voltage power cables and the trays, ladders and trunking that carry them.

Available on request.

What it is

Power cables supplied to the conductor, insulation and armouring stated in your cable schedule, together with cable trays, ladders and trunking for routing and support.

What it is used for

Connecting switchgear, transformers, generators and loads across buildings and sites.

Typical applications

  • Feeders between switchgear, transformers and generators

  • Building and plant cable distribution

  • Cable routing on trays and ladders

  • Site and external cable routes

Typical projects and industries
  • Industrial facilities
  • Commercial & residential buildings
  • Utilities & infrastructure
  • Construction sites
Selection considerations and quotation checklist
Key selection considerations

  • Cable schedule

    Cable type, size, number of cores and lengths, from your cable schedule.

  • Voltage level

    Low- or medium-voltage cables, as your design requires.

  • Installation method

    Buried, on trays or ladders, or in trunking.

  • Cable management

    The type and finish of trays, ladders and trunking for the environment.

Include in your quotation request

  • Cable schedule (type, size, cores and length)

  • Voltage level

  • Installation method

  • Cable management type and finish

  • Quantity, delivery location and required timing

Circuit Breakers & Protection Devices

Breakers and protection devices for switchboards, distribution boards and equipment circuits.

Available on request.

What it is

Air, moulded-case and miniature circuit breakers, residual-current devices and related protection devices, supplied as separate items according to the customer's device schedule.

What it is used for

Equipping new panels and extending existing boards.

Typical applications

  • Switchboard incomers and feeders

  • Final circuit protection

  • Motor circuit protection

  • Extensions to existing boards

Typical projects and industries
  • Industrial facilities
  • Commercial & residential buildings
  • Healthcare facilities
Selection considerations and quotation checklist
Key selection considerations

  • Device type

    Air, moulded-case or miniature breaker, residual-current device or other protection device.

  • Rating and breaking capacity

    Rated current, number of poles and breaking capacity, from your design.

  • Protection functions

    Overload, short-circuit, earth-leakage or other functions required.

  • Mounting and compatibility

    Fixed, plug-in or withdrawable mounting, and compatibility with the board it will be fitted to.

Include in your quotation request

  • Device schedule (type, poles and rating)

  • Breaking capacity from your design

  • Protection functions required

  • Mounting type and board details

  • Quantity, delivery location and required timing

Standby Power & Power Quality

Standby and power-quality equipment is specified from the loads it must support — what has to keep running, for how long, and how it changes over between sources.

Diesel Generator Sets

Diesel generating sets for standby or prime power.

Available on request.

What it is

A diesel engine coupled to an alternator with a control panel, supplied open, in a sound-attenuated canopy or containerised, for standby or continuous operation.

What it is used for

Keeping facilities running during mains failure, and supplying sites without a grid connection.

Typical applications

  • Standby power for commercial and industrial facilities

  • Backup power for hospitals, data centres and telecom sites

  • Prime power for remote sites

  • Temporary power for construction sites

Typical projects and industries
  • Industrial facilities
  • Healthcare facilities
  • Data centres & telecom sites
  • Construction sites
  • Remote & off-grid sites
Selection considerations and quotation checklist
Key selection considerations

  • Load and duty

    The load to be supplied and whether the set runs as standby or prime power.

  • Output

    The voltage, frequency and phase of the supply.

  • Enclosure

    Open, sound-attenuated or containerised, according to the site.

  • Integration

    Transfer switch, parallel operation and fuel autonomy requirements.

Include in your quotation request

  • Load schedule or required power

  • Standby or prime duty

  • Voltage, frequency and phase

  • Enclosure type and site conditions

  • Quantity, delivery location and required timing

Automatic Transfer Switches (ATS)

Panels that transfer the load automatically between the mains and the standby supply.

Available on request.

What it is

An automatic transfer switch detects a failure of the normal supply, transfers the load to the standby source and returns it when the normal supply is restored.

What it is used for

Generator changeover in buildings, hospitals, data centres and telecom sites.

Typical applications

  • Generator changeover in commercial buildings

  • Critical power for healthcare facilities

  • Dual-source switching in data centres

  • Telecom site supply redundancy

Typical projects and industries
  • Commercial & residential buildings
  • Healthcare facilities
  • Data centres & telecom sites
  • Industrial facilities
Selection considerations and quotation checklist
Key selection considerations

  • Current rating and poles

    Taken from the load and your single-line diagram.

  • Sources

    Mains and generator, or two mains sources.

  • Transition

    Open or closed transition, as your specification requires.

  • Integration

    Connections to the generator controls and the building management system.

Include in your quotation request

  • Current rating and number of poles

  • Sources to be switched

  • Transition type

  • Enclosure and installation location

  • Quantity, delivery location and required timing

Uninterruptible Power Supplies (UPS)

Battery-backed systems that keep critical loads running without interruption.

Available on request.

What it is

A UPS supplies critical loads from batteries the moment the mains fails, bridging the gap until the standby generator takes over or the load is shut down safely.

What it is used for

Protecting IT, control and medical loads from supply interruptions.

Typical applications

  • Data centres and server rooms

  • Critical loads in healthcare facilities

  • Industrial process control

  • Telecom equipment

Typical projects and industries
  • Data centres & telecom sites
  • Healthcare facilities
  • Industrial facilities
Selection considerations and quotation checklist
Key selection considerations

  • Critical load

    The load that must be supported without interruption.

  • Runtime

    The backup time you require at that load.

  • Topology and phase

    Online or line-interactive, with single- or three-phase input and output.

  • Batteries and space

    Battery type preference and the space available for the system.

Include in your quotation request

  • Critical load

  • Required runtime

  • Input and output phase

  • Battery preference and installation space

  • Quantity, delivery location and required timing

Voltage Stabilizers

Equipment that corrects unstable supply voltage before it reaches sensitive loads.

Available on request.

What it is

Servo-controlled or static stabilizers that hold the output voltage steady when the input supply rises or falls.

What it is used for

Protecting manufacturing, medical, laboratory and IT equipment in areas with an unstable supply.

Typical applications

  • Sensitive manufacturing equipment

  • Medical and laboratory equipment

  • Telecom and IT equipment

  • Irrigation pumps in weak-network areas

Typical projects and industries
  • Industrial facilities
  • Healthcare facilities
  • Data centres & telecom sites
Selection considerations and quotation checklist
Key selection considerations

  • Load and phase

    The load power and whether it is single- or three-phase.

  • Input variation

    The range of supply variation observed on site.

  • Correction type

    Servo-controlled or static, according to the load.

  • Installation

    Wall-mounted or floor-standing, and the indoor location.

Include in your quotation request

  • Load power and phase

  • Observed input voltage variation

  • Type of load

  • Installation location

  • Quantity, delivery location and required timing

Battery Chargers & Rectifiers

Chargers that keep DC battery systems ready for control, protection and emergency loads.

Available on request.

What it is

Rectifier-chargers that supply DC loads and maintain battery banks in float and boost charging modes, for switchgear control, telecom and emergency systems.

What it is used for

DC control and tripping supplies, telecom battery banks and emergency lighting batteries.

Typical applications

  • Switchgear control and tripping supplies

  • Substation protection and control power

  • Telecom battery banks

  • Emergency lighting battery systems

Typical projects and industries
  • Utilities & infrastructure
  • Data centres & telecom sites
  • Industrial facilities
Selection considerations and quotation checklist
Key selection considerations

  • DC voltage and load

    The DC system voltage and the load it supplies.

  • Battery type and capacity

    The battery bank the charger must maintain.

  • Charging modes

    Float and boost charging, and any alarms required.

  • Installation

    Wall-mounted or floor-standing cabinet and location.

Include in your quotation request

  • DC system voltage

  • Battery type and capacity

  • DC load

  • Installation location

  • Quantity, delivery location and required timing

Lighting, Solar & Energy Storage

Lighting is specified from the area, mounting height and environment; solar and storage from the site, the energy use and how the system connects to the network.

LED Industrial Lighting

LED high-bay and low-bay luminaires for factories, warehouses and workshops.

Available on request.

What it is

LED luminaires for high and low ceilings, with optics, housings and control options selected for the space and the environment.

What it is used for

General lighting of production floors, warehouses, cold stores and workshops.

Typical applications

  • Warehouse and distribution centre lighting

  • Production floor lighting

  • Cold storage lighting

  • Workshop and loading dock lighting

Typical projects and industries
  • Industrial facilities
  • Warehouses & logistics
Selection considerations and quotation checklist
Key selection considerations

  • Area and mounting height

    The dimensions of the space and the mounting height.

  • Required lighting level

    The lighting level stated in your specification or lighting layout.

  • Environment

    Dust, moisture, temperature or washdown conditions.

  • Controls

    Dimming, sensors or switching arrangements.

Include in your quotation request

  • Area dimensions and mounting height

  • Required lighting level or lighting layout

  • Environment

  • Controls required

  • Quantity, delivery location and required timing

High Mast Lighting

Tall lighting masts that light large outdoor areas from a small number of points.

Available on request.

What it is

Galvanised steel masts carrying a ring of floodlights, usually with a lowering system so the luminaires can be reached from the ground.

What it is used for

Lighting ports, yards, car parks and open storage areas.

Typical applications

  • Port and container yards

  • Open storage and laydown areas

  • Car parks and vehicle compounds

  • Industrial and logistics yards

Typical projects and industries
  • Ports & open yards
  • Warehouses & logistics
  • Industrial facilities
Selection considerations and quotation checklist
Key selection considerations

  • Area and layout

    The area to be lit, from your site plan.

  • Mast height and number

    Selected for the area to be lit, from your layout or lighting design.

  • Luminaires

    The number and type of floodlights on each mast.

  • Site conditions

    Foundations, wind exposure and site access are defined by the project.

Include in your quotation request

  • Site plan and area to be lit

  • Preferred mast height or number of masts

  • Required lighting level

  • Site conditions

  • Quantity, delivery location and required timing

Solar PV Modules & Inverters

Solar modules and inverters for rooftop and ground-mounted generation.

Available on request.

What it is

Photovoltaic modules convert sunlight into DC power, and inverters convert it to AC for the facility or the network. Mounting structures are selected for roof or ground installation.

What it is used for

Generating power on industrial and commercial roofs and land, and in off-grid or hybrid systems.

Typical applications

  • Industrial and warehouse rooftops

  • Commercial building rooftops

  • Ground-mounted arrays

  • Off-grid and hybrid systems for remote sites

Typical projects and industries
  • Industrial facilities
  • Commercial & residential buildings
  • Warehouses & logistics
  • Remote & off-grid sites
Selection considerations and quotation checklist
Key selection considerations

  • Site

    Roof or land area, orientation and shading.

  • Energy use and target

    Your consumption and the generation target you set.

  • System type

    Grid-tied, off-grid or hybrid.

  • Inverters and mounting

    String or central inverters, and roof or ground mounting.

Include in your quotation request

  • Roof or site area and photos

  • Electricity consumption or bills

  • Grid-tied, off-grid or hybrid

  • Inverter and mounting preference

  • Quantity, delivery location and required timing

Battery Energy Storage Systems

Battery systems that store energy for later use, from solar generation or the network.

Available on request.

What it is

Battery modules with a battery management system and power conversion, in indoor cabinets or outdoor containers.

What it is used for

Storing solar energy for use outside daylight hours, reducing peak demand and supporting critical loads.

Typical applications

  • Solar self-consumption

  • Peak demand reduction

  • Backup for critical facilities

  • Hybrid and off-grid systems

Typical projects and industries
  • Industrial facilities
  • Commercial & residential buildings
  • Remote & off-grid sites
Selection considerations and quotation checklist
Key selection considerations

  • Use case

    Solar self-consumption, peak reduction or backup — or a combination.

  • Energy and power

    The storage energy and power you require.

  • Integration

    Connection to solar, the network or a generator.

  • Installation

    Indoor cabinet or outdoor container, and site conditions.

Include in your quotation request

  • Intended use

  • Required storage energy and power

  • Connection to solar, network or generator

  • Installation location

  • Quantity, delivery location and required timing

Replacing Existing Equipment?

If you are replacing generator sets, transfer switches, UPS, voltage stabilizers, battery chargers and rectifiers, sub-distribution boards, or industrial and high-mast lighting already in service, start from the existing equipment. Other equipment on this page is quoted against your project documents.

How a replacement request works

  1. Existing equipment
  2. Model or nameplate
  3. Photos
  4. Existing technical information
  5. Quantity
  6. Technical review
  7. Matching or technically suitable alternative
  8. Quotation

All equipment

  • Equipment type

  • Nameplate photo and model

  • Photos of the equipment and its installation

  • Quantity

  • Site or project

  • Existing technical information, if available

  • Required timing

Generator sets & transfer switches

  • Generator nameplate (engine and alternator)

  • Rated output and standby or prime duty

  • Voltage, frequency and phase

  • Transfer switch rating and number of poles

  • Enclosure type

UPS, stabilizers & chargers

  • Nameplate and model

  • Load and required runtime (UPS)

  • Input and output phase

  • DC voltage and battery details (chargers)

  • Installation space

Sub-distribution boards

  • Photos of the board and its circuit labels

  • Circuit schedule

  • Incoming rating and phase

  • Mounting and enclosure

Industrial & high-mast lighting

  • Photos and labels of the existing fittings or masts

  • Quantity

  • Mounting height

  • Environment

GOLTENS reviews the available equipment information and can source a matching or technically suitable alternative for quotation. Final equivalence and suitability should be confirmed by the customer's engineering team.

Request a quotation for replacement equipment

What to Include in Your Quotation Request

Electrical and energy requests are document-driven. Send the documents and information you have — these are your inputs, and missing details can be clarified during quotation.

Minimum information

  • Equipment type

  • Quantity

  • Application or service

  • System voltage, where applicable

  • The relevant technical requirement

  • Delivery location

  • Required timing

  • Project or tender reference

  • Single-line diagram, load schedule, BOQ or specification, where applicable

Useful technical information

  • Current

  • Frequency

  • Phase

  • Power

  • Voltage class

  • Fault level, where provided in your design

  • Enclosure and environment

  • Indoor or outdoor installation

  • IP rating, where applicable

  • Installation type

  • Cable entry

  • Route length for busbar or cable requirements

  • Generator duty

  • Required UPS runtime

  • Solar site or roof information

  • Existing nameplate or model

  • Photos

  • Existing system information

You can include several electrical and energy equipment requirements in one quotation request. If you are not sure about a detail, leave it out — our team will ask for what is needed to complete the quotation.

How GOLTENS handles the request

  1. Requirement

    Send your requirement through the quotation form on this page, with your single-line diagram, schedules, BOQ, specification or nameplate photos.

  2. Technical information review

    Our team reviews the documents you send and asks for anything needed to define the equipment.

  3. Sourcing and configuration

    We identify the equipment, or a technically suitable alternative, that matches your documents and specification for supply.

  4. Quotation

    You receive a quotation stating the proposed equipment, its configuration, availability and lead time, for review by your engineering team.

Request a Quote

Tell us what you need — equipment type, application, quantity and the documents you have. Equipment is available on request.

Looking for something not listed? Send your requirement
Attachment (Optional)

Drag a file here, or click to browse

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The GOLTENS team will review your request and get in touch with you if needed.

Frequently Asked Questions

How do I request electrical and energy equipment?

Use the quotation form on this page. Include the equipment type, quantity and application, and attach the project documents you have — each equipment guide lists the information that matters for that equipment.

Which documents should I send?

Where applicable: the single-line diagram, load schedule, BOQ, equipment or panel schedules and the consultant specification. For existing equipment, nameplate photos and the model also help.

Can I include several items in one request?

Yes. You can include several electrical and energy equipment requirements in one quotation request.

Can GOLTENS provide a replacement for existing equipment?

For generator sets, transfer switches, UPS, voltage stabilizers, battery chargers and rectifiers, sub-distribution boards and industrial or high-mast lighting, send the nameplate, photos, the available technical information and the quantity. GOLTENS reviews the available equipment information and can source a matching or technically suitable alternative for quotation. Final equivalence and suitability should be confirmed by the customer's engineering team.

Is the electrical system design part of the quotation?

No. Equipment is quoted against the documents, information and specification you provide; the system design and final selection remain with your engineering team or consultant.

What if I don't have complete technical information?

Send what you have. The minimum is the equipment type, quantity and application; missing details can be clarified during quotation.

Can you supply equipment not listed on this page?

The guides cover common electrical distribution, standby power, lighting, solar and storage equipment. Additional equipment can be reviewed according to your requirement — send the details through the quotation form.

What is the lead time?

Lead time depends on the equipment and its configuration. Configuration and availability are confirmed during quotation, so we state the lead time in each quotation rather than quote a single blanket figure.

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