369 results found
    1. REVO-C Power Controller: Smarter Control, Superior Efficiency

      REVO-C Power Controller: Smarter Control, Superior Efficiency

      The REVO-C Thyristor Power Controller, available in single-, two-, and three-phase configurations at up to 2,100 A and 690 V, empowers users with remarkable versatility and integration for industrial heating and thermal applications. Key Advantages: • Minimise Downtime & Lifetime Costs – Compared to traditional mechanical contactors, REVO-C can help eliminate up to 95% of machine downtime and lower total lifetime costs by as much as 90%. • Wide Load Compatibility – Designed for all kinds of loads, including normal and variable resistance, infrared (short, medium, long-wave), inductive (e.g., transformer primaries), cold resistance, and SiC element loads. • Intelligent Firing Modes & Controls – Supports firing modes such as zero-cross, burst, half-cycle, single-cycle, delayed triggering, and phase angle, with soft-start options. The device accepts DC logic (SSR drive), 0–20 mA, 4–20 mA, or 0–10 V inputs. • Fieldbus Integration & Feedback – Comes standard with Modbus RTU and offers optional Profibus DP and Profinet connectivity. Feedback includes voltage, current, power (V×I), and squared metrics (V², I²). • Energy Intelligence Tools – Built-in datalogging and an energy totaliser enable tracking, historic data analysis, and cost evaluation. Innovative Smartphone App: Remote Visibility, Real-Time Control The REVO-C’s free smartphone app is a game-changer in remote management and support capabilities: • Remote Monitoring Anytime, Anywhere – Even with the cabinet door closed, users can view and monitor critical process data via the app. • Quick and Secure Support – The app allows users to upload vital data within minutes, facilitating real-time remote support or configuration from anywhere in the world. • App-wise Configuration Wizard – An intuitive wizard within the app guides users through setup, automatically recommending optimal configuration settings based on load type.

    2. Rockwell Hardness Testing Machines

      Rockwell Hardness Testing Machines

      The Rockwell hardness tester uses the method as defined in ISO 6508 & ASTM E18, which is the most commonly used method around the world to determine a material’s hardness and is suitable for almost all metals and to some degree for plastics. Rockwell test measures the permanent depth of indentation produced by a specified force/load on a specified indenter. The Rockwell test requires the least amount of sample prep making it the quicker and easier hardness test to perform across many industries around the globe. The main advantage of Rockwell hardness testing is its speed of testing and its ability to display hardness values directly after penetrating the material.

    3. RoxX - Heavy Duty Compact Forklift

      RoxX - Heavy Duty Compact Forklift

      Wherever heavy loads need to be transported, handled or loaded in confined spaces, the HUBTEX RoxX electric heavy duty compact forklift comes into its own. The RoxX is used both indoors and outdoors. In comparison with conventional forklift trucks, the RoxX is characterized by very compact external dimensions in length and width. In short: The HUBTEX compact forklift is used anywhere where conventional front loaders cannot be used due to their significantly larger dimensions. All vehicles in the RoxX series have a sturdy, robust free-view lift mast and offer maximum maneuverability as well as optimum all-round visibility from the driver's cab. The purely electric drive results in extremely energy-efficient, low-maintenance and quiet operation.

    4. Rumbling | Vibratory Finishing of Metal Parts

      Rumbling | Vibratory Finishing of Metal Parts

      Wrightform offers vibratory finishing (rumbling) to efficiently deburr, smooth and refine metal components in batch quantities. This process is ideal for removing sharp edges, reducing surface imperfections and delivering a consistent finish across multiple parts. Suitable for a wide range of materials and component sizes, vibratory finishing improves both the appearance and performance of parts, preparing them for assembly, coating or further processing.