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MGF Screens


MGF Projection Screen Project Direction

Motorized Projection Screens for University Classrooms

This university classroom planning baseline prioritizes readable course content from the back row, repeatable instructor operation and a motorized installation suitable for a frequent teaching schedule.

MGF projection screen application in a university classroom
MGF projection screen application image.

Project Planning Baseline

This baseline provides practical starting parameters for screen selection, installation planning and quotation. Final engineering follows the approved room drawing, projector data and mounting conditions.

Country / marketAustralia
Venue typeUniversity Classroom
Screen typeMotorized Screen
Room / venue baseline12 m W × 8 m D × 3.5 m H lecture classroom
Capacity60–80 seats
Viewing distance6–14 m from the screen plane
Screen size / aspect ratio120 in, 16:10; approx. 2.58 m W × 1.62 m H viewing area
Quantity1 screen
Installation methodCeiling-mounted electric housing above the front teaching wall, aligned with projector and power access
Control / AV integration12 V trigger plus RS-232/relay through the classroom AV panel; instructor wall control as local fallback
Delivery / warranty baseline4–6 weeks after approved drawing and deposit; 2-year warranty allowance

The Project Requirement

The following direction translates the venue conditions into a screen package that a buyer, AV integrator or facility team can use as a starting point:

Buyer Need

  • Clear slide and video visibility across 60–80 seats.
  • Durable screen construction for repeated teaching days and campus events.
  • Simple operation for instructors, AV support and facilities teams.

MGF Solution Direction

  • 120-inch 16:10 motorized screen as the baseline for a 12 m × 8 m classroom.
  • Ceiling mounting coordinated with the projector throw, lighting grid, sprinklers and front-wall services.
  • 12 V trigger and RS-232/relay control routed through the classroom AV panel for consistent start/stop operation.

Planning Inputs

  • School room drawing, 60–80-seat layout, rear-row distance and lecturer sightlines.
  • Projector brightness, lens/throw data, window position and the 16:10 teaching-content ratio.
  • Campus AV control standard, ceiling structure, power point and facilities access for service.

Installation and AV Integration

Ceiling-mounted electric housing above the front teaching wall, aligned with projector and power access. 12 V trigger plus RS-232/relay through the classroom AV panel; instructor wall control as local fallback. These provisions should be coordinated with the approved room drawing, projector position, power access and local structural requirements before production.

Project Result and Buyer Takeaway

Planning outcome: Readable slides, diagrams and video for the rear seating zone with a repeatable one-button operating sequence. The baseline also includes 4–6 weeks after approved drawing and deposit; 2-year warranty allowance.

For a quotation, send the venue drawing, projector information, ambient-light conditions, installation constraints, control-system requirement and target delivery date. MGF can then convert this planning baseline into a final size, material, mounting and commercial specification.

Request a Project Recommendation

Share the project conditions and receive a practical screen recommendation with the required size, material, installation and quotation inputs.

Request a University Classroom Projection Screen Recommendation

These MGF screen formats are selected for the room, viewing distance and installation direction described in this case.

Review other MGF project directions with comparable screen, venue or AV-planning requirements.