Left Banner

  • LeftBanner 1

Laufrollen einseitig HANOMAG

Einseitige Laufrollen HANOMAG

Einseitige Laufrollen HANOMAG sind ein zentrales Bauteil des Fahrwerks von Baumaschinen, angeboten als Ersatzteile von ITR. Diese Produkte gewährleisten die präzise Führung der Kette sowie die gleichmäßige Lastverteilung während des Maschineneinsatzes. Durch den Einsatz hochwertiger Materialien zeichnen sich die Rollen durch hohe Verschleißfestigkeit aus, was die Lebensdauer des Fahrwerks verlängert und die Betriebseffizienz erhöht. Mit den HANOMAG-Ersatzteilen von ITR minimieren Sie Ausfallrisiken und senken die Betriebskosten.

===

Wesentliche Funktionen der einseitigen Laufrollen

Die HANOMAG-Laufrollen sind auf maximale Stabilität und präzise Druckverteilung der Kette auf den Untergrund ausgelegt. Zu den Hauptfunktionen gehören:

  • Tragrolle der Kette und Ermöglichung ihrer reibungslosen Bewegung
  • Reduzierung der Reibung zwischen Kette und Untergrund zur Verlängerung der Fahrwerkslebensdauer
  • Verhinderung des Abrutschens der Kette aus der Führung
  • Gleichmäßige Lastverteilung zur Minimierung des Verschleißes einzelner Komponenten
  • Vibrationsdämpfung zur Erhöhung des Bedienkomforts

Typen der Laufrollen – Produktanpassung an HANOMAG-Maschinen

Im ITR-Ersatzteilprogramm finden Sie einseitige Laufrollen HANOMAG, die sich in Konstruktion und Einsatzbereich unterscheiden, um auch anspruchsvollste Anforderungen zu erfüllen. Wir bieten:

  1. Standard-Einseitige Laufrollen HANOMAG – geeignet für Maschinen im Standardbetrieb mit moderaten Lasten und variablen Geländebedingungen.
  2. Verstärkte Laufrollen – für schwerere Maschinen unter extremen Bedingungen, die eine höhere Fahrwerksfestigkeit erfordern.
  3. Laufrollen mit Dichtung – ausgestattet mit Schutz gegen Verschmutzungen, was die Lebensdauer auch bei intensiver Nutzung deutlich erhöht.

Kompatibilität und Maschinenzuordnung HANOMAG

Unsere einseitigen Laufrollen HANOMAG sind originale Ersatzteile von ITR, präzise auf die Spezifikationen der HANOMAG-Maschinen abgestimmt. Sie gewährleisten eine verlängerte Lebensdauer des Fahrwerks und einen zuverlässigen, reibungslosen Betrieb, was für optimale Leistung entscheidend ist.

Erkennung von Verschleiß an einseitigen Laufrollen

Regelmäßige technische Kontrolle der Laufrollen vermeidet kostspielige Ausfälle. Häufige Verschleißanzeichen sind:

  • Unruhiger Kettenlauf und Schwierigkeiten bei der Maschinenführung
  • Übermäßige Vibrationen und Geräusche während der Fahrt
  • Sichtbare Risse oder Beschädigungen an der Rollenoberfläche
  • Fettverlust an den Dichtungen
  • Ungleichmäßiger Kettenverschleiß

Das Auftreten eines dieser Symptome sollte zu einem schnellen Rollenwechsel führen, um weitere Fahrwerksschäden und Maschinenstillstände zu vermeiden.

Vorteile der einseitigen Laufrollen HANOMAG von ITR

Mit den von ITR gefertigten Ersatzteilen investieren Sie in Lösungen mit:

  1. Verlängerter Lebensdauer – durch den Einsatz verschleißfester Materialien.
  2. Präziser Passgenauigkeit – ideal abgestimmt auf die Spezifikationen der HANOMAG-Maschinen.
  3. Schutz vor Verschmut
Laufrolle HANOMAG L700 D einseitig profiliert
0 Review(s) 

A single flange track roller is an important component in the crawler undercarriage system, used in construction machines such as crawler excavators, bulldozers, and other heavy equipment operating in challenging terrain. These rollers provide smooth movement and even weight distribution of the machine on the tracks, which helps minimize part wear and reduces the impact on the ground over which the machine moves.

SINGLE FLANGE TRACK ROLLER - DIMENSIONS

Internal width between the roller flanges 205 mm

TRACK ROLLER CATERPILLAR - FUNCTION AND CONSTRUCTION

A single flange track roller differs from its double flange counterpart in that it has only one flange, responsible for properly guiding the track. This single flange is located on one side of the roller and works with the inner surface of the track links, allowing them to maintain their proper position. The absence of a second flange means that the track roller is more commonly used in machines operating under lower loads or in conditions where lateral forces are limited.

Key construction elements of the single flange roller:

  • Roller body – Made of high wear-resistant steel. Its purpose is to transfer the machine's mass and working forces.
  • Flange (projection) – One flange located on one side of the roller, which keeps the track on the correct path. It protects the tracks from slipping off the roller.
  • Bearing – The interior of the roller contains bearings that allow for smooth rotation of the roller under load. The bearings are lubricated and often sealed, minimizing maintenance needs.
  • Seals – Rollers are equipped with special seals that prevent dirt, water, and contaminants from entering, extending the component's lifespan.

  • Single flange rollers are mainly used in medium and smaller crawler machines that do not experience as high lateral forces as, for example, bulldozers working on steep slopes. Examples of such applications include:
  • Crawler excavators – Especially those operating in moderate terrain conditions, where guiding the track is more important than countering lateral forces.
  • Mini excavators and smaller bulldozers – In smaller machines, the weight distributed on the undercarriage is not as great, making single flange rollers sufficiently durable.
  • Machines for transporting aggregates or other crawler devices – These machines often operate in conditions where a lightweight undercarriage and lower lateral loads are required.

SINGLE FLANGE TRACK ROLLER - UF205N0T

The roller shell is made of deep-hardened steel and designed to be resistant to vibrations. Hardness 50 – 58 HRC. Shafts and bearings are designed to reduce friction and wear while ensuring maximum strength. Lubricated for the entire service life to minimize maintenance.

Single flange track rollers increasingly utilize modern materials today, such as high-strength metal alloys and innovative protective coatings. Key innovations include:

  • Surface hardening – This technology significantly increases wear resistance and strength, particularly important when working in harsh conditions.
  • Multi-layer seals – Advanced sealing systems offer better protection for bearings against dirt and moisture, extending the lifespan of the rollers.

Single flange track rollers are a key component of many machines moving on tracks, especially those working in moderate terrain conditions. Due to their simplified construction and lower operating costs, they are a popular choice for machines with lower lateral loads. However, it is important to remember that the selection of appropriate rollers must consider specific working conditions, load levels, and terrain types to ensure optimal efficiency and durability of the undercarriage system.

Laufrolle HANOMAG D600 D einseitig gekantet
0 Review(s) 

A single flange track roller is an important component in the crawler undercarriage system, used in construction machinery such as crawler excavators, bulldozers, and other heavy equipment operating in challenging terrain. These rollers provide smooth movement and even weight distribution of the machine on the tracks, which helps minimize part wear and reduces the impact on the ground over which the machine moves.

SINGLE FLANGE TRACK ROLLER - DIMENSIONS

Internal width between the roller flanges 189 mm

TRACK ROLLER CATERPILLAR - FUNCTION AND CONSTRUCTION

A single flange track roller differs from its double flange counterpart in that it has only one flange, responsible for properly guiding the track. This single flange is located on one side of the roller and works with the inner surface of the track links, allowing them to maintain their proper position. The absence of a second flange means that the track roller is more commonly used in machines operating under lower loads or in conditions where lateral forces are limited.

Key components of the single flange roller construction:

  • Roller body – Made of high wear-resistant steel. Its purpose is to transfer the machine's mass and working forces.
  • Flange (projection) – One flange located on one side of the roller, which keeps the track on the correct path. It protects the tracks from slipping off the roller.
  • Bearing – The interior of the roller contains bearings that allow for smooth rotation of the roller under load. The bearings are lubricated and often sealed, minimizing maintenance needs.
  • Seals – Rollers are equipped with special seals that prevent dirt, water, and contaminants from entering, extending the component's lifespan.

  • Single flange rollers are mainly used in medium and smaller crawler machines that do not experience such high lateral forces as, for example, bulldozers working on steep slopes. Examples of such applications include:
  • Crawler excavators – Especially those operating in moderate terrain conditions, where guiding the track is more important than counteracting lateral forces.
  • Mini excavators and smaller bulldozers – In smaller machines, the weight distributed on the undercarriage system is not as great, making single flange rollers sufficiently durable.
  • Machines for transporting aggregates or other crawler devices – These machines often operate in conditions where a lightweight undercarriage and lower lateral loads are required.

SINGLE FLANGE TRACK ROLLER - UF189N0T

The roller shell is made of deep-hardened steel and designed to be resistant to vibrations. Hardness 50 – 58 HRC. Shafts and bearings are designed to reduce friction and wear while ensuring maximum strength. Lubricated for the entire service life for minimal maintenance.

Single flange track rollers increasingly utilize modern materials today, such as high-strength metal alloys and innovative protective coatings. Key innovations include:

  • Surface hardening – This technology significantly increases wear resistance and strength, particularly important when working in harsh conditions.
  • Multi-layer seals – Advanced sealing systems offer better protection for bearings against dirt and moisture, extending the lifespan of the rollers.

Single flange track rollers are a key component of many machines moving on tracks, especially those working in moderate terrain conditions. Due to their simplified construction and lower operating costs, they are a popular choice for machines with lower lateral loads. However, it is important to remember that the selection of appropriate rollers must consider specific working conditions, load levels, and terrain types to ensure optimal efficiency and durability of the undercarriage system.

Laufrolle HANOMAG 600 C einseitig
0 Review(s) 

A single flange track roller is an important component in the crawler undercarriage system, used in construction machines such as crawler excavators, bulldozers, and other heavy equipment operating in challenging terrain. These rollers provide smooth movement and even weight distribution of the machine on the tracks, which helps minimize part wear and reduces the impact on the ground over which the machine moves.

SINGLE FLANGE TRACK ROLLER - DIMENSIONS

Internal width between the roller flanges 180 mm

TRACK ROLLER CATERPILLAR - FUNCTION AND CONSTRUCTION

A single flange track roller differs from its double flange counterpart in that it has only one flange, responsible for properly guiding the track. This single flange is located on one side of the roller and works with the inner surface of the track links, allowing them to maintain their proper position. The absence of a second flange means that the track roller is more commonly used in machines operating under lower loads or in conditions where lateral forces are limited.

Key components of the single flange roller construction:

  • Roller body – Made of high wear-resistant steel. Its purpose is to transfer the machine's weight and working forces.
  • Flange (projection) – One flange located on one side of the roller, which keeps the track on the correct path. It protects the tracks from slipping off the roller.
  • Bearing – The interior of the roller contains bearings that allow for smooth rotation of the roller under load. The bearings are lubricated and often sealed, minimizing maintenance needs.
  • Seals – Rollers are equipped with special seals that prevent dirt, water, and contaminants from entering, extending the component's lifespan.

  • Single flange rollers are mainly used in medium and smaller crawler machines that do not experience as high lateral forces as, for example, bulldozers working on steep slopes. Examples of such applications include:
  • Crawler excavators – Especially those operating in moderate terrain conditions, where guiding the track is more important than countering lateral forces.
  • Mini excavators and smaller bulldozers – In smaller machines, the weight distributed on the undercarriage is not as great, making single flange rollers sufficiently durable.
  • Machines for transporting aggregates or other crawler devices – These machines often operate in conditions where a lightweight undercarriage and lower lateral loads are required.

SINGLE FLANGE TRACK ROLLER - UF180N0T

The roller shell is made of deep-hardened steel and designed to be resistant to vibrations. Hardness 50 – 58 HRC. Shafts and bearings are designed to reduce friction and wear while ensuring maximum strength. Lubricated for the entire service life for minimal maintenance.

Single flange track rollers increasingly utilize modern materials today, such as high-strength metal alloys and innovative protective coatings. Key innovations include:

  • Surface hardening – This technology significantly increases wear resistance and strength, particularly important when working in harsh conditions.
  • Multi-layer seals – Advanced sealing systems offer better protection for bearings against dirt and moisture, extending the lifespan of the rollers.

Single flange track rollers are a key component of many machines moving on tracks, especially those working in moderate terrain conditions. Due to their simplified construction and lower operating costs, they are a popular choice for machines with lower lateral loads. However, it is important to remember that the selection of appropriate rollers must consider specific working conditions, load levels, and terrain types to ensure optimal efficiency and durability of the undercarriage system.