Italian 
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Who switches the glass, in which situation, which panes operate together and which state is required after power loss.
B2B delivery / projects and contracting
Switchable glass for clients and main contractors.
An active pane connects glazing, electrical work and controls. If these scopes meet only on site, changes, delays and visible connections become more likely. DGF structures the process from quotation data through manufacturing approval to functional testing.
- 1 briefa comparable quotation scope
- 4 gatesfrom concept to handover
- 1 coordinationglass, framing and electrical work
Answer in brief
What does DGF bring to project delivery?
DGF translates the required privacy function into a manufacturable and commissionable system: solution selection, pane data, active area, cable exit, power and control requirements, installation coordination and testing. The exact division of supply and responsibility is stated in each quotation so the client and main contractor can compare scope rather than only the price of glass.
Starting point
The cost of an error is usually created before installation.
The most common risks do not come from the switching action itself. They arise when final dimensions change after manufacture, the frame has no space for the connection, the cable lacks a protected route, the power supply is enclosed without access or contractors interpret commissioning scope differently.
A quotation should therefore identify the product, pane count and orientation, processing, active area, power and control components, transport, installation method, electrical work and handover criteria. A line reading “smart glass — complete” without this information makes bids hard to compare and transfers uncertainty into the programme.
DGF can join at concept, tender or technical-design stage. The earlier we receive plans, glazing schedule, sections and the user scenario, the sooner interfaces with framing, ceilings, power and building controls can be closed.
Decision scope
Seven items that belong in the project scope.
This checklist reduces incomparable bids, trade clashes and expensive site decisions.
Pane schedule and identification
Each element receives a size, orientation, build-up, processing, active-zone position and cable-exit edge.
Construction and system materials
Frames, support, seals, tolerances and installation access must match the approved glass configuration.
Power and circuit zoning
The design defines circuit count, accessible power-supply locations, cable routes, protection and the electrical scope boundary.
Controls and integration
Switch, remote, app, scenes or BMS receive a functional description, signal schedule and local operating method where required.
Logistics and installation
Scope covers delivery, storage, vertical transport, opening readiness, work sequence and protection of active edges.
Handover and documentation
Handover criteria cover circuit identification, testing every element in both states, control verification, cleaning guidance and service access.
Decision matrix
Typical responsibility matrix.
This is a starting point. Final allocation must follow the quotation, contract and project documentation.
| Scope | Responsible party | Inputs | Closure evidence |
|---|---|---|---|
| Privacy function | Client / architect | User scenarios and sightlines | Approved functional brief |
| Active-pane data | DGF | Dimensions, construction and project requirements | Approved manufacturing drawing |
| Framing and glazing | Partition contractor | System sections and pane data | Agreed edge detail |
| Building electrical services | Qualified electrical trade | Power, circuits, routes and control requirements | Electrical test record |
| System test | DGF with relevant contractors | Completed glazing, power and controls | Functional record for both states |
Sequence matters
Four gates that protect the programme.
Each gate closes a defined decision stage. Manufacture should not overtake data approval.
- 01
Concept and budget
Functional scope, indicative sizes, element count, product route, controls and installation assumptions.
- 02
Technical coordination
Final sections, frames, processing, cable edges, power supplies, circuits and trade interfaces.
- 03
Manufacturing approval
Unambiguous drawings and pane schedule approved before irreversible manufacturing processes begin.
- 04
Readiness, installation and handover
Confirmation of openings, routes and power, followed by glazing, connection, testing, guidance and documentation.
Next step
Guidance for preparing a coordinated enquiry.
01Guidance for architectsSpecification, detailing and design coordination.02Request-for-quotation checklistA complete information and scope checklist for the client.03Quotation scopeInformation that makes bids comparable.04Switchable-glass installationWork sequence and readiness requirements.05Controls and BMSCircuits, scenes, integration and local operation.06How to assess a manufacturerTechnical, commercial and delivery criteria before placing an order.07PDLC technical dataThe information that should flow from quotation through design to handover.
FAQ
Questions worth resolving before a decision.
What is needed for a budget quotation?
Plans or a schedule, indicative pane sizes and quantities, room types, required privacy scope, intended construction, controls and project location are enough to begin. DGF will state assumptions and identify missing information.
What is required before manufacture starts?
Final dimensions and orientation of every pane, processing, glass build-up, active area, cable-exit edge, accepted frame detail, cable routes and power-supply locations. The approval scope is recorded in project documentation.
Can DGF work with the main contractor’s selected partition contractor?
Yes. This requires early exchange of sections, tolerances and installation method plus a clear allocation of framing, glazing, connection, electrical and commissioning responsibilities. The final detail must be confirmed by the relevant parties.
How can programme risk be reduced?
Treat active glass as a process covering brief, coordination, survey, approval, manufacture, logistics and commissioning. The critical controls are closing data before manufacture and preparing frames, routes and power before glass delivery.
A specific project