VMC20-C1
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 1-2 Days
The Danaher VMC20-C1 is part of the AC SuperDrive Motion Units series and serves as a Vehicle Master Controller. It operates within a voltage range of 24-80 VDC and is Prop 65 compliant, ensuring safety in use. The product model is 83U03570A, designed primarily for motor control in electric vehicles.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Danaher makes the VMC20-C1. As a Vehicle Master Controller (VMC) in electric vehicle propulsion systems, the Danaher VMC20-C1 is the brain of the AC SuperDrive Motion Units. It takes in many sensor inputs, executes complex embedded control algorithms and modulates driving parameters in real-time to manage vehicle dynamics. It controls motor output torque and speed based on operator input and real-time driving conditions. Vehicle responsiveness, acceleration smoothness, regenerative braking and overall system energy efficiency are all impacted by this control architecture. For electric vehicles to have traction control, reduce energy loss and allow adaptive driving modes the VMC20-C1’s fast closed loop changes are key.
The VMC20-C1 operates within a precise 24-80VDC voltage range and is designed to protect its internal power electronics and integrate with onboard power systems. The defined voltage range ensures stable switching behavior and thermal control under dynamic load conditions and is in line with the tolerances of its semiconductor based power handling components like IGBTs and low ESR capacitors. Deviation from this voltage range can cause permanent damage, protective shutdown or component failure. To preserve controller life and system wide electrothermal balance system integrators must adhere to certain electrical specifications. To get maximum energy throughput and avoid power conversion inefficiencies or signal degradation proper matching with the right power sources helps the drivetrain.
California Proposition 65 compliance is another aspect that makes the VMC20-C1 suitable for regulated environments. This compliance means the materials and assembly techniques used in the controller’s manufacture do not contain any carcinogenic or teratogenic substances listed by California state law. In addition to user safety during handling, installation and maintenance this compliance shows a broader commitment to sustainable design principles. Component level diagnostics, supply chain management and revision control are also made easier with the unique model number 83U03570A which contains critical information for traceability. The VMC20-C1 designed for electric vehicle motor control is a great example of how embedded systems engineering, regulatory compliance and application specific design optimization come together to create next generation electric mobility platforms.
Frequently Asked Questions about VMC20-C1:
Q: What is the Danaher VMC20-C1?
A: The Danaher VMC20-C1 is a Vehicle Master Controller within the AC SuperDrive Motion Units series. It is designed for motor control in electric vehicles, ensuring stability and efficiency in electric vehicle systems.
Q: What voltage range does the VMC20-C1 support?
A: The VMC20-C1 operates within a voltage range of 24-80 VDC, making it suitable for various electric vehicle applications requiring precise voltage regulation.
Q: Is the VMC20-C1 compliant with any safety standards?
A: Yes, the VMC20-C1 is Prop 65 compliant, ensuring it adheres to strict safety standards for user protection and environmental health.
Q: What is the model number of the VMC20-C1?
A: The product model number for the VMC20-C1 is 83U03570A. This unique identifier helps in distinguishing the controller from other models within the AC SuperDrive series.
Q: What type of product is the VMC20-C1 used in?
A: The VMC20-C1 is specifically designed for motor control in electric vehicles, providing the necessary control and regulation for the vehicle's motor system.
