粗さ測定

粗さ測定

製品の特徴

最高の精度を実現する最先端技術

  • モジュール0.9から全自動粗さ測定が可能に
  • 表面研削された歯車における超微細構造の高精度センシングと評価

すべての精密測定センターのPシリーズには、高精度な粗さ測定装置を搭載することができます。この粗さ測定は、歯車測定と座標測定の両方に完全自動で組み込むことができ、1回のクランプですべての測定を行うことができます。

  • モジュール0.9 mmからの歯車、およびシャフト、平面の全自動粗さ測定
  • DIN EN ISO 4287(Ra、Rz、Rt、Rmax)に準拠した粗さパラメータの評価
  • DIN EN ISO 13565-2(Rk、Rpk、Rvk、MR1、MR2)に準拠したかみ合い率パラメータの評価
  • 使用可能な信号を周囲の影響から効果的に分離するためのスキッドセンシングシステム
  • ダイヤモンド先端半径2 µmまたは5 µmのダイヤモンド針の自動配置用の一体型電動スイベルデバイス
  • 歯車測定と同様の測定実行による最適なスキャン条件
  • 総合的な衝突防止機能
  • ダイヤモンド針を保護する最適な設計
  • 7 nmの超高解像度
  • 非常に滑らかな(表面研削などの)表面でも、堅牢で再現性のある測定結果
  • 通常の測定プロセスへの組み込みによる容易な操作性
  • 現場環境でも正確な測定
  • プローブ交換の完全自動手順(オプション)

The new GEARS inline presents the latest trends and developments

In the eighth issue of its GEARS inline customer magazine, Klingelnberg presents the projects and developments it has advanced in recent months, with a special focus on trends and developments in renewable energy, particularly wind energy. An exclusive interview on this topic with Gary Gu, Executive Director the Asian gear box manufacturer NGC Transmission Equipment, reveals some fascinating responses. 

In addition to a range of solutions for wind energy, the current issue also includes impressive customer reports. Mexican automobile manufacturer Transmisiones y Equipos Mecánicos S.A. de C.V. (TREMEC) reports on its experience with the Höfler Cylindrical Gear Generating Grinding Machine Speed Viper. The customer received an entire production system consisting of design software, new operating software and an innovative machine. TANDLER GmbH & Co. KG, which specializes in gears and transmissions, demonstrates the advantages of retrofitting and explains when it’s worth it to overhaul a machine. Klingelnberg also introduces its latest machine development: With the Höfler Cylindrical Gear Roll Testing Machine R 300, Klingelnberg is introducing onto the market a machine that is designed for a compact, flexible, high-precision testing technology for 100-percent quality control of cylindrical gears. 

Time for Wind Power: the Future of Energy Production
With the return of the United States, the Paris Climate Agreement is once again taking center stage. China is also pursuing an ambitious climate target, aiming to reach CO2 neutrality by 2060. Regenerative energy, particularly wind power, is playing an important role in the country’s growing energy demand. Gary Gu, Executive Director of the gearbox manufacturer NGC, and Prasad Kizhakel, Chief Sales Officer of the KLINGELNBERG Group, discuss opportunities, trends, and technologies. 

Wind Turbine Generators – Concepts and Developments
The development of gearing technologies contributes to the technical progress of wind turbine generators (WTGs), offering a wide range of tooth flank design options that provide an important basis for high-performance transmissions. Dr. Hartmuth Müller, Head of Technology and Innovation, explains the history of wind turbine generators and highlights a range of concepts. 

Volume Production and Precision Measuring Technology for Large Gears
Due to the worldwide expansion of wind energy production, the demand for large components is experiencing tremendous growth in the field of gears. A logical consequence of this is the targeted introduction of high-volume processes in large-gear manufacturing. Handling large gears for wind turbine transmissions poses very special challenges – and as a result, specific production-related solutions have been developed for efficient, automated volume production. 

With the newly developed Precision Measuring Center P 152, designed for gears with a maximum outside diameter up to 1,520 mm and weighing up to 8,000 kg, Klingelnberg offers an innovative solution in measuring technology. Even for the “giants” among gears, with weights up to 30, 000 kg, there are high-precision measuring machines that can be used in a variety of applications.

Quality through Roll Testing
The Höfler Cylindrical Gear Roll Testing Machine R 300 is the latest machine development in the area of cylindrical gear technology. Designed for all five roll testing methods, this compact machine is the ideal high-precision testing technology solution for anyone who wants to combine inspection cycles and reduce disassembly costs while benefiting from a user-friendly design.

Classic Designs in the Aviation Industry, Manufactured Efficiently
Aviation technology occupies a special position in bevel gear manufacturing. This is due in part to the documentation required for the machining processes – nobody wants to have a gear problem at an altitude of 10, 000 m – and in part to the gear methods used. Designed specifically for volume production of fixed setting components, the Oerlikon G 35 special-purpose machine combines tried-and-tested aspects of a range of machine concepts. 

Sights Set on Speed Viper – A Field Report
For over 20 years, the KLINGELNBERG Group has been represented in Latin America by KLINGELNBERG México, S.A. de C.V. In 1990, a full ten years before the local subsidiary was founded, the successful partnership between Klingelnberg and the Mexican automobile manufacturer, Transmisiones y Equipos Mecánicos S.A. de C.V (TREMEC), began with the purchase of the first PNC 30 measuring center on the Mexican market. In 2019, TREMEC added the innovative Höfler Generating Gear Grinding Machine Speed Viper to its machine fleet. Hector Simental, Operations Director at TREMEC, and Adrián Hernandez, Managing Director of Klingelnberg’s Mexican subsidiary, provided this report on the partnership. 

When It’s Worth Retrofitting – a Practical Example
For many years, TANDLER Zahnrad- und Getriebefabrik GmbH & Co. KG, a specialist in transmission and gear manufacture, and the KLINGELNBERG Group have partnered together. Their latest joint project was the general overhaul of a KNC 60 bevel gear hobbing machine for workpieces up to 600 mm in diameter, which Tandler acquired in 1996. The objective was to bring the machine up to the state of the art at the lowest possible cost. Jan Greune, Head of Operations at Tandler, and Loïc de Vathaire, Service Manager, Bevel Gear Technology at Klingelnberg, are familiar with all the advantages of such a machine retrofit. 

Klingelnberg Machine Gate
New IT technologies for old control units: Because cyber attacks are steadily on the rise, IT security plays an increasingly important role in the context of networked production systems. Klingelnberg Machine Gate provides a timely upgrade of security standards in older machines.

The Latest GEARS inline – Order Now!
You can order the latest issue from the Marketing department right now – either by phoning 02192 81-0 or by sending an email to marketing@klingelnberg.com with “GEARS inline” in the subject line. We hope you enjoy reading the new issue!

モジュール0.9からの測定の新規性

粗さ測定

新開発の小型粗さプローブを使えば、モジュール0.9の小さな歯車も全自動で測定することができます。これは、歯車表面の可能な限り大きな面積で接触するよう特別に開発された設計によるものです。

ベベルギヤのカスタムソリューション

粗さ測定

ピニオン用のストレートな標準設計に加え、ベベルギヤ測定用に角度をつけたプローブも用意されています。

多方面への応用

粗さ測定

すべての粗さパラメータは、シャフトだけでなく、歯車の軸受面でも迅速かつ容易にスキャンすることができます。

円筒歯車における実績あるプローブシステム

粗さ測定

KLINGELNBERG P型機での粗さ測定は、過去数百台の機械で実証されています。CNC制御の精密な測定実行により、0.01mの再現性を達成しました。

自動変更、プラグコネクタを含む

粗さ測定

プローブ交換マガジンに関連して、粗さプローブの自動交換だけでなく、センサーシステムのプラグコネクタも全自動で挿入されます。

わかりやすい説明的な表示

粗さ測定

粗さの測定曲線、粗さとかみ合い率のパラメータは、歯車幾何学形状の評価と同様に、画面と測定レポートに明確に表示されます。