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Implementing safety functions in system designs can be challenging. IQAN enables flexible design with certified controllers according to IEC 61508 enabling SIL2/EN 13849-1 performance level d (PL d),and meeting the stringent mobile standards.
The robust IQAN-MC4x/XC4x Functional Safe modules come in three different sizes, suitable for all application sizes enabling entry level task-oriented control to high I/O configuration for centralized control systems
Webinar recording
The electrification of mobile machinery introduces innovative technologies, essential regulations, complex standards, and elevated skill requirements for your workforce. Watch our webinar, where our experts will provide an in-depth overview of upcoming regulations and demonstrate how Parker’s solutions can help you achieve compliance and enhance efficiency.
Webinar recording
Enhance electric vehicle safety by watching our webinar, "Protecting EV Batteries with CliPHvent Vent Valves," where we explore how these innovative valves provide controlled pressure compensation and rapid venting during critical situations. Discover essential strategies for safeguarding your EV batteries against thermal events and ensuring optimal performance.
Explore how low-voltage electrification simplifies compact machinery design, delivering cost savings, reduced emissions, and enhanced operational flexibility for urban and industrial applications.
Industries like construction, agriculture, and mining are rapidly shifting toward electrification. Parker’s white paper explores how moving from diesel engines to electric power can boost energy efficiency, reduce emissions, and lower long-term operational costs. Discover how a system-level approach to redesigning off-road machinery can unlock both environmental and financial benefits for your business, ensuring you're prepared for the future.
Discover how the ePump is essential for transitioning mobile equipment from internal combustion engines (ICE) to electric systems. New white paper explores the design considerations and innovations that enhance energy savings and improve overall efficiency.
Discover 5 ways the GVM Electric Motor enhances the electrification of mobile machinery. Learn about reduced weight, energy savings, and advanced cooling in our infographic!
Explore how the NX8M electric motor enables zero-emission, low-noise solutions for compact machinery used in urban farming, landscaping, construction, parks, and property maintenance.
HydX in Ystad, Sweden, is the first Nordic Parker distributor certified as a Certified Mobile Electrification Center (CMEC), offering advanced electrification solutions and enabling seamless transitions to efficient, low-carbon technologies in mobile and industrial applications.
Explore our white paper to discover how our ePTO system transform mobile machinery into sustainable electric-powered solutions.
Get a comprehensive overview of electrification in the Refuse Truck industry with Dr. Germano Franzoni, covering its origins, necessity, and the utilization of custom ePTO systems.
View our infographic, which explains how each component works together to ensure reliability and efficiency in hybrid and all-electric vehicles.
Embrace Electric: Efficient, Eco-Friendly Transportation. Explore the Exciting Electric Journey.
Watch Parker electrification expert , Andreas Lengnoswski discuss thermal management for electrified machines and how to overcome the challenge of space, power density and efficiency.
Electrification increases the importance of cooling in machinery. Our infographic describes why thermal management is crucial to be handled holistically for machine efficiency and meeting the narrow temperature requirements of the parts.
Parker offers an extensive range of cooling components that operate cohesively to satisfy all your heat regulation requirements. Whatever your challenges, we have the solutions.
Battery breakthrough technologies are improving performance and decreasing costs to make fully electric machines more viable. Solid-state batteries are providing greater storage so batteries last longer, charge faster and are lighter resulting in more cost savings.
Driverless vehicles and other autonomous machines are the norm, offering advantages in safety and operational costs. Parker plays a vital role in advancing automation, ensuring that it is more reliable by providing the necessary sensors, artificial intelligence and analytic capabilities.
Parker’s controllers extract maximum efficiency from a battery. Sensors allow for unprecedented insights into how machines are performing and where they are located, while Parker’s Mobile IoT platform provides integrated components and software that deliver next-generation connectivity.
The architecture of the power source in an EV is more complex and extremes of temperature impact longevity, efficiency, range, and charge times, making effective thermal management imperative.
See how our customers have achieved electrification success through innovative solutions, data-driven designs, and expert training.
The electrification of on- and off-road machines at lower cost allows manufacturers to reduce CO2 emissions. Novum tech’s batteries and electric kits, combined with Parker’s drives and motors, reduce the time required to electrify combustion engines from several years to 6-8 months.
Explore How Parker's Hybrid Drive Solutions Empowered Saraka Oy to Meet Emission and Noise Requirements.
Discover how Hydrokit utilizes turnkey retrofit solutions for fast and reliable electrification.
The Volvo L120H Electric Conversion delivers powerful, zero-emission performance with 240 kWh batteries, offering five hours of runtime and rapid charging, showcasing Parker’s innovative electrification solutions.
Discover how CliPHvent vent valves protect EV batteries by compensating for minor pressure differences and providing rapid venting during thermal events. Learn how these features enhance battery safety, protect against environmental factors, and offer easy, tool-free installation.
Electrification expert Nils Henriksson explains how to kickstart your electrification journey by focusing on energy evaluation and hydraulic system optimization. Learn how these strategies boost efficiency, reduce energy losses, lower costs, and speed up time-to-market.