Triangle Möbius+Ruppert 2332 - 0100

The Möbius+Ruppert 2332 - 0100 protractor triangle is a 320 mm acrylic set square designed for technical drawing. It features a two-way scale, millimetre graduations for drawing parallel lines, colour-backed edges for better contrast, and Indian ink edges to reduce glare and improve line visibility. Common angle markings include 45°, 7°, 42° and 75°, and the tool includes a compass cut-in point at the zero point for precise circle work.

Advantages

The acrylic construction provides durability and dimensional stability while keeping the triangle lightweight. Colour-backed edges and Indian ink finish enhance contrast for clear markings on paper. The two-way scale and mm graduation support accurate measurement and easy drawing of parallel lines. The integrated compass cut-in point allows direct use with compasses without additional alignment marks.

Suitable for

• Architectural and engineering technical drawings
• Student drafting and geometry exercises
• Precision layout and model-making tasks

Key specifications

• Model: Möbius+Ruppert 2332 - 0100
• Length: 320 mm
• Material: Acrylic
• Scales: Two-way scale with mm graduations
• Angles marked: 45°, 7°, 42°, 75°; protractor 180° to 1°
• Features: Colour-backed, Indian ink edges, compass cut-in point at zero
• Available colours: Black, red, white
• Brand: möbius ruppert
• MPN: 723320100, EAN: 4004627417018

How to use

Place the triangle on the drawing surface and align the desired scale or angle marking with your reference line. Use the mm graduations to mark equidistant parallel lines or to measure distances directly. For circles or arcs, position the compass cut-in point at the triangle's zero point and pivot the compass for precise placement. To draw angled lines, align the triangle's edge with the baseline and draw along the chosen angle mark.

Usage recommendations

Handle the acrylic triangle with care to avoid scratches; clean with a soft cloth and mild detergent. Store flat to maintain accuracy and avoid exposure to extreme temperatures that might deform the material.