Sure Grip Controls Inc. (Sure Grip) announces the expansion of its portfolio of miniature thumb controls. Complementing its extensive line of joysticks, handles, switches, control electronics and other components, Sure Grip has added SIL 2/PLd compatible versions of its miniature thumb controls. The new redundant configurations increase Sure Grip’s already broad range of configuration options […]
Components
New cartridge flow transmitter revolutionizes hydraulic flow monitoring
Dale Dietel always knew there could be a better way to understand hydraulic system flows. Tired of the frustration born from the lack of easy flow monitoring, he invented his technology to provide continuous flow monitoring of all hydraulic functions — the world’s first Cartridge Flow Transmitter (CFT), from DGD Fluid Power. The CFT offers […]
How do hydraulic clutches work?
By Josh Cosford, Contributing Editor A clutch is a mechanical device that disconnects a driveshaft from its input shaft, pausing output torque. Clutches — hydraulic or otherwise — often use friction to engage the input and output ends of the assembly. The friction material is not unlike the compound employed by vehicles for their brake […]
11 tips for best use of hydraulic attachments
In our recent post, “Auxiliary hydraulics: How to match attachments and machines,” George Macintyre and Ted Polzer of CASE Construction Equipment explained the fundamentals of auxiliary hydraulics, and how to best fit machines like skid steers and CTLs with hydraulic attachments like grapples, backhoes or brooms. Here are 11 more practical tips for any user. […]
Auxiliary hydraulics: How to match attachments and machines
Skid steers and compact track loaders (CTLs) are two of the most useful pieces of mobile equipment, tackling jobs ranging from construction and landscaping to brush cutting and snow removal. Adding attachments to the machines makes them all that much more versatile. In a recent CASE LIVE presentation, “Understanding Auxiliary Hydraulics and Attachment Settings,” product […]
HydraForce renews agreement to distribute Epec Electronics
HydraForce Inc. and Epec Oy (Ltd.), a company specializing in mobile electronic controls and mobile electronic vehicle system technologies, have renewed their partnership agreement. HydraForce has been officially authorized to distribute the full line of Epec electronic controllers, displays, and telematic products under the Epec brand name (under the previous agreement, select controllers were private […]
Efficient mobile electrification with smart electrohydraulic pump
Nearly a year ago, Terzo Power Systems officially launched its electrohydraulic pump systems designed for on- and off-highway mobile vehicles and industrial applications. Terzo Power Systems developed the world’s first compact and energy efficient smart hydraulic solutions for the electrification of fluid power. Their flagship product, the Hydrapulse, is a complete electrohydraulic system that is […]
Complete electrification system for mobile machinery
At MinExpo last fall, Parker Hannifin’s Hydraulic Pump and Power Systems Division released a complete electrification system spotlighting its new GVM310 global vehicle motor and P1M series mobile open-circuit, medium-pressure axial-piston pump. The GVM310 is a powerful, rugged, electric vehicle motor for both heavy on and off-road vehicles, engineered for traction and electrohydraulic pumps (EHP) […]
Danfoss Digital Displacement pump wins Agritechnica award
The Danfoss DDP096 Digital Displacement pump has been named a winner of Agritechnica’s prestigious Systems & Components Trophy 2022. Presented by DLG, the German Agricultural Society, the award recognizes the inventive spirit of industry suppliers and their importance to agricultural technology. The Digital Displacement pump triumphed as one of three winners from among 20 nominees. […]
What type of pressure valve do I need?
Pressure valves use a poppet, ball or (rarely) a spool pushed offset by a spring, and that description you’ll find accurate for nearly every pressure valve ever made. This is because a pressure valve simply resists hydraulic pressure until the force to overcome its spring rises above the value of that spring — common sense. […]
