Skip to main content

New Cat H75Es and H95Es hammers

Caterpillar is expanding the E Series Hammer line with the addition of the new H75Es and H95Es, designed for backhoe loaders and small excavators. E Series Hammers are wholly designed, engineered and manufactured by Caterpillar. The hammers are fully supported by Cat dealers, so customers can work with a single organisation for machine and work tool parts and service. E Series hammers are said to build on proven D Series features, such as automatic shutoff, which instantly stops the hammer when the tool bre
November 15, 2012 Read time: 2 mins

178 Caterpillar is expanding the E Series Hammer line with the addition of the new H75Es and H95Es, designed for backhoe loaders and small excavators.

E Series Hammers are wholly designed, engineered and manufactured by Caterpillar. The hammers are fully supported by Cat dealers, so customers can work with a single organisation for machine and work tool parts and service.

E Series hammers are said to build on proven D Series features, such as automatic shutoff, which instantly stops the hammer when the tool breaks through material. The system increases hammer reliability and durability by eliminating the high internal stresses created by blank firing. Sound suppression is standard for environmental protection and improved operator comfort.

Cat hammers deliver high blow energy and frequency, which means more breaking power on the job. The H75Es delivers 1,356Joules of energy at 840 to 1,650 blows per minute. The H95Es delivers 2,034Joules of energy at 700 to 1,260 blows per minute. 

The H75Es and H95Es hammers feature a gas-fired system, said by Cat to maintain constant power between service intervals. The E Series housing is also said to be made for strength. A curved front and back profile is said by Cat to eliminate stress points and transfer forces to the bottom of the hammer. Additionally, the H75Es and H95Es are sized and shaped to curl and tuck under a Cat backhoe loader boom for easy transport on the machine without boom damage or interference with traffic.

Cat hammer settings are pre-programmed in Cat excavator tool control systems for easy set up. The oil flow and pressure are fully adjustable in the tool control program. Actual hammer working hours can be recorded for routine maintenance purposes. Cat claims the hammers’ easy serviceability and rebuild features help keep life cycle costs low.

The H75Es and H95Es hammers are matched to the full line of Cat backhoe loaders and to Cat 307, 308, 311 and 312 hydraulic excavators.

For more information on companies in this article

Related Content

  • Cat D7R Track-Type Tractor
    July 20, 2012
    The Cat D7R track-type tractor is said to continue the firm’s R family tradition in providing a simple, robust, easily serviced machine. The new model incorporates components said by Cat to have a proven history of reliability and durability in the most severe applications, including heavy dozing, ripping, land clearing and mining. The D7R’s Cat C9 ACERT engine, with a net power rating of 174 kW at rated engine speed, meets standards in accordance with China Stage II (GB 20891-2007), EPA Tier 2 and EU Stage
  • Volvo CE unveils L60H, L70H and L90H wheeled loaders
    January 6, 2017
    Volvo Construction Equipment’s new L60H, L70H and L90H wheeled loaders come with efficient Stage IV engines and the Swedish firm’s novel Torque Parallel (TP) linkage. These two key elements are said to allow the H-Series models to deliver outstanding fuel efficiency without compromising on performance.
  • Volvo CE unveils L60H, L70H and L90H wheeled loaders
    February 10, 2015
    Volvo Construction Equipment’s new L60H, L70H and L90H wheeled loaders come with efficient Stage IV engines and the Swedish firm’s novel Torque Parallel (TP) linkage. These two key elements are said to allow the H-Series models to deliver outstanding fuel efficiency without compromising on performance.
  • A flexible approach to concrete testing
    February 20, 2012
    One of the world's most versatile building materials is subject to a variety of tests to make sure it is fit for purpose. Patrick Smith reports