Basic Components of Shelf Systems

Basic Components of Shelf Systems

Basic Components of Shelf Systems

Basic Components of Shelf Systems: Key Elements of Storage and Organization.

HASRAF combines quality with modern lines in creating storage systems, offering tailored solutions to meet your needs for storing any type of product.

Profile Foot

Profile Foot Floor Connection

Crossbeam

Diagonal Connection Profiles

Safety Lock

Profile Tensioning Kit

Intermediate Connector

Griddle

Pan (with Rim)

Particle Board Shelf

Grid Shelf

Product Safety Cage

Under-Crate Safety Shelf

Pallet Under-Safety H Profile

Pallet Under-Safety Profile

Particle Board Shelf Safety Profile

Pallet End Cap Profile

Vertical Pallet Support

Foot Protector (Plastic)

Foot Protection Barrier

Profile Foot Guard (Corner)

Profile Foot Guard (U-shaped)

Drum Securing Profile

Unit-Corridor Number Plates

Sleeved Foot Shoe

Basic Components

Profile Foot Guard (Corner)
Profile Foot Guard (Corner)

Foot Protection Barrier
Foot Protection Barrier

Foot Guard (Plastic)
Foot Guard (Plastic)

Profile Foot Guard (U-shaped)
Profile Foot Guard (U-shaped)

Pallet Under Safety Profile
Pallet Under Safety Profile

Pallet Under Safety H Profile
Pallet Under Safety H Profile

Sleeved Foot Shoe
Sleeved Foot Shoe

Crate Under Safety Shelf
Crate Under Safety Shelf

Drum Securing Profile
Drum Securing Profile

Griddle
Griddle

Pan (with Rim)
Pan (with Rim)

Particle Board Shelf
Particle Board Shelf

Grid Shelf
Grid Shelf

Product Safety Cage
Product Safety Cage

Unit-Corridor Number Plates
Unit-Corridor Number Plates

Particle Board Shelf Under Safety Profile
Particle Board Shelf Under Safety Profile

Pallet End Cap Profile
Pallet End Cap Profile

Shelf Load Label
Shelf Load Label

Profile Foot Floor Connection
Profile Foot Floor Connection

The connection between the profile and the floor ensures stability, preventing unwanted movement of the shelving system. It is secured to the floor using one or two anchors, taking into account the strength of the floor. These connections are manufactured in various sizes depending on the profile dimensions. By distributing the pressure applied by the profile, it enhances the strength of the floor.

Safety Lock
Safety Lock

Safety locks are used to prevent crossbeams from dislodging due to strong impacts that may occur when placing or removing items from shelves. They are crucial for safety, and typically, each crossbeam should have two safety locks positioned on the connectors that pass through the profile's rear connection. In other words, two safety locks are used per crossbeam.

Profile Tensioning Kit
Profile Tensioning Kit

As the load on the shelf increases, the tensioning kit comes into play to prevent excessive deflection between the profile legs. It works by tensioning between two profiles with a diagonal connection, thereby increasing resistance against the load.

Connector Connection Types According to Need
Connector Connection Types According to Need

In back-to-back shelving systems, one of the fundamental components is the crossbeam (traverse), which serves as the load-bearing element where items are placed. Horizontally, the claws on the connectors are used to mount the crossbeams to the profiles (legs) at both ends, preventing them from dislodging. For added safety, each connector is secured with one safety pin. While CC profiles are the most commonly used, there are various profile alternatives available based on the weight of the items to be stacked. These profiles can be manufactured in different lengths according to specific needs.

Shelf Depths and Profile Heights

Aisle Width During stacking, attention must be paid to the stacking stage to ensure the safety of the products. When palletized products are transferred to upper levels, the reduced visibility of the stacker operator can lead to potential damage to products during placement on shelves. Therefore, it is important to properly determine pallet intervals to prevent such accidents and mishaps.

Lifting Heights of Stacking Equipment The height of the stacking system is determined based on the height of the warehouse space, the weights and heights of the products to be stacked, and consequently, how many tiers will be stacked on top of each other. Stacking equipment that can meet the requirements according to the desired floor heights and the weight of the products to be stored needs to be provided.


Aisle Width In back-to-back systems, units are determined according to the needs, but when determining the distances between units (aisles), it is essential to consider the maneuverability of the stacking equipment to be used. Turning spaces can vary depending on the brands and models of these equipment.