Replacement Parts & Compatible Fittings for Pelipal — Overview

Compatible replacement parts for bathroom furniture are determined by standardised hole patterns and installation dimensions, not by the logo on the carcass.

Bathroom furniture is exposed to extreme conditions in its environment. High humidity, steam and constant temperature fluctuations put significant strain on the mechanisms of runners and hinges. When a drawer in the vanity unit sticks or the hinge on the mirror cabinet starts to rust, a replacement becomes necessary. Anyone searching for replacements for defective components does not necessarily need to wait for manufacturer-specific assemblies. In European manufacturing, furniture fittings are based on established standards. If you know the exact millimetre specifications and the construction type, you can easily replace the mechanics with standardised alternatives. This guide explains the technical parameters required to identify compatible replacement parts suitable for Pelipal and other bathroom furniture systems.

What to Look for Regarding Compatibility

Just like a standardised screw thread, established grid dimensions interlock precisely in industrial furniture construction. This means that hinges, runners and connectors are screwed into the chipboard according to the same mathematical principle across different brands.

The most important criterion when searching for a replacement part is the System 32 standard. This European norm defines the distance between drill holes. The row of holes always features a spacing of exactly 32 mm. The distance from the front edge of the carcass to the first drill hole is usually 37 mm. When installing a new fitting, the mounting holes on the runner or mounting plate must match this exact grid.

For doors, the diameter of the cup hole is crucial. A standard cup hinge almost always requires a 35 mm diameter routing in the furniture front. Smaller variants, which are often installed in very light or narrow wall cabinets, use a diameter of 26 mm. Measure the existing recess in the door precisely before replacement.

Replacements for Runners and Drawers

A frequent wear point in the bathroom is the vanity unit. Due to the weight of toiletries and moisture, old runners can become stiff. If you are looking for an alternative to Pelipal drawer runners, you must first determine the runner system.

Modern bathroom furniture usually features a concealed undermount runner. This sits invisibly beneath the drawer base and is locked to the front via locking devices. Alternatively, side-mounted runners are used, primarily as a ball-bearing runner made of galvanised steel.

Crucial for the replacement is the nominal length of the runner. Since vanity units often have a shallower installation depth than kitchen units, lengths here are typically in the range of 250 mm - 400 mm. Measure the length of the runner in its closed state. Furthermore, it is necessary to distinguish how far the drawer opens: a full extension runner pulls 100 % out of the carcass, whereas a partial extension runner stops at around 75 %. If bathroom space permits, a defective partial extension runner can often be replaced with a full extension runner of the same length during an upgrade, provided the lateral installation dimension (usually 12.7 mm for ball-bearing runners) is identical.

For comfort in the bathroom, integrated damping is essential. Mechanisms with soft-close catch the drawer over the last few centimetres and pull it closed gently and quietly. This protects the material and prevents loud slamming early in the morning.

Hinges and Fittings for Mirror Cabinets

Mirror cabinets and hanging side cabinets use concealed cup hinges for door guidance. When a door hangs or no longer closes, the spring inside the hinge is often fatigued. To find a compatible hinge, the mounting type must be defined.

If the door rests completely on the side walls of the carcass when closed, it is a full overlay. If the door shares a centre partition with an adjacent door, a half overlay is required. If the door sits flush between the side walls, an inset mounting is necessary. The opening angle on standard mirror cabinets is usually 95° or 110°. For cabinets with internal drawers, wide-angle hinges with 155° are often required.

If the bathroom furniture features upward-opening fronts instead of classic hinged doors, flap fittings are used. These mechanisms hold the door securely in the open position. For particularly large bathroom cabinets or those made of solid wood, a simple lid stay is not enough. Here, the use of a gas strut for heavy flaps is necessary. When replacing, always pay attention to the force rating printed in Newtons (N). A stay with 250 N is intended for lightweight fronts, while heavy MDF panels often require 350 N or more. An incorrect Newton rating means the flap will either not stay open or will require enormous force to close.

Vanity Tops and Further Connectors

When constructing countertop washbasins, solid support panels are often used. Connecting these panels to the base structure or the wall requires robust fittings that can bear the weight of ceramics and water. This is where heavy-duty worktop fittings come into play, enabling a force-fit and concealed installation. Such connecting fittings ensure that panels do not warp due to moisture and lie completely flat.

Applying Furniture Standards Across Different Rooms

Understanding standardised fittings and the 32 mm system does not just help when repairing bathroom furniture. The exact same mechanical principles apply across the entire interior fit-out. Once you have successfully replaced the hinges on a vanity unit, you can use the same technical knowledge to repair a sideboard for a television in the living room or readjust the doors on a wardrobe for 2 people in the bedroom. Nominal lengths and opening angles vary depending on the piece of furniture, but the drilling and fixing logic remains identical across Europe.

Installation and Upgrading: Step-by-Step

Replacing fittings requires precision, but is straightforward to carry out using standard tools.

Required tools:

• Cordless screwdriver
• Cross-head screwdriver (PZ or PH)
• Folding rule or calliper
• Square

Replacing a drawer runner:

1. Removal: Remove the drawer from the carcass. Unscrew the old runners from the side walls of the cabinet.
2. Measuring: Check the distance between the old screw holes. If these match the 32 mm grid of the new runner, the existing holes can be used.
3. Positioning: Position the new runner suitable for the Pelipal unit against the side wall. Pay attention to the exact height and depth (usually 37 mm from the front edge).
4. Fixing: Secure the runner with suitable chipboard screws (typically 3.5 x 16 mm or 4 x 16 mm) or specialised Euro screws if 5 mm drill holes are present.
5. Adjustment: Insert the drawer and check its movement. Modern runners offer height and tilt adjustment options directly on the front locking device.

FAQ on Compatible Fittings

How do I correctly measure the length of a drawer runner? The length is always measured in the completely closed state. Measure the metal runner from the very front edge to the rear edge. Lengths are usually stepped in 50 mm increments (e.g. 300 mm, 350 mm, 400 mm).

Can I replace unsprung hinges with soft-close ones? Yes, as long as the cup diameter (usually 35 mm) and the hole pattern of the mounting plate (System 32) are identical. A soft-close hinge selected to be compatible with Pelipal drilling can be fitted 1:1 into the old routing and noticeably improves closing comfort.

Which screws do I need for fixing mounting plates? That depends on the pre-drilled holes. If continuous rows of 5 mm diameter holes are drilled in the carcass, you will need blunt Euro screws. If only small pilot marks or no holes at all are present, use classic countersunk wood screws (e.g. 3.5 x 16 mm or 4 x 16 mm). Ensure you use the correct drive type to avoid damaging the screw heads.