Technical Resources & Specifications

EBSA New Zealand technical resources

Practical specification, performance and system-selection resources for New Zealand architects, façade consultants, engineers, specifiers and contractors.

EBSA NZ supports product selection, system design, controls integration, supply and commissioning coordination. Use this page to find the right starting point, then involve our team to align the product, evidence and documentation with the project.

Start with the project requirement

Find the right technical pathway

Natural ventilation controls

Coordinate automated openings, control panels, sensors, weather inputs and building-management interfaces for day-to-day ventilation.

Explore natural ventilation systems

Download library

Draft specification resources

These templates provide a useful starting point for project documentation. EBSA NZ can help update the product selection, performance inputs, interfaces and scope for the current project.

Before using these documents

The downloadable PDFs are legacy draft templates and should be reviewed before issue. Request current project-specific content from EBSA NZ for tender, consent or construction documentation.

From design input to documentation

How EBSA supports a project specification

Define the application

Confirm the opening, function, system intent, positive and negative pressures, weather requirements and architectural constraints.

Select and coordinate

Match the louvre, actuator, locking, controls and interfaces with the opening geometry and applicable technical evidence.

Document the solution

Align the specification, schedules, drawings, wiring, scope allocation, commissioning and handover requirements.

System design resources

Continue into the technical catalogue

Prepare the project enquiry

Information that helps us respond quickly

Send the available project information—even if the design is still developing. EBSA NZ can identify the remaining technical inputs and help build the appropriate specification pathway.

  • Opening schedule, dimensions and quantity
  • Sash, blade, glass and supporting-frame information
  • Positive and negative SLS and ULS pressures
  • Water-test or weather-performance requirement
  • Ventilation, access or smoke-control function
  • Control zones, sensors, BMS and fire-alarm interfaces
  • Power, cabling and access constraints
  • Programme, supply and commissioning scope