Why To Choose VRC ........

Why to choose VRC when lifting Material ?

VRCs are equipped with a chain drive system, which is a crucial component for their vertical movement. This system often involves a durable chain and sprocket that is powered by an electric Gear motor.

CHAIN DRIVE ADVANTAGES

1. Installation Simplicity:

Installation of chain drives is straightforward, ensuring simplicity.

2. Reliability and Low Wear : Chain Drive: Highly reliable with low wear, providing long-lasting performance.

3. Ease of Lubrication :Chain Drive: Chains are easily lubricated, contributing to smooth performance.

4. Smooth Operation at Various Speeds :Chain Drive: Provides smooth operation at various speeds with even load distribution.

5. High Transmission Efficiency:Chain Drive: Achieves high transmission efficiency, potentially up to 98%.

6. Performance Under Shock Loading :Chain Drive: Performs well under shock-loading conditions.

7. Safety Features :Chain Drive: Chains are designed with safety margins, providing a secure lift system.

8. Long Life Cycle with Low Maintenance : Chain Drive: Has a long life cycle with low maintenance requirements.

9. Fail-Safe Mechanism:Chain Drive: In the event of overload, the chain drive ensures safety. If 2,000 kg lift capacity is required and a 20,000 kg chain is selected, with a drive system capable of exerting only 2,200 kg of force, the chain cannot fail.The drive circuit will fault, and the system will require a reset.

1. Simplicity of Design: VRCs often have a simpler design . This simplicity can translate to easier maintenance, fewer components to inspect, and potentially lower maintenance costs.

2. Reduced Wear and Tear: VRCs typically have fewer moving parts . This can result in reduced wear and tear, leading to less frequent maintenance and a longer lifespan.

3. Fewer Hydraulic Components: Hydraulic goods lifts rely on hydraulic systems,which involve pumps, valves, and cylinders. VRCs, especially those without hydraulic systems, may have fewer components prone to hydraulic-related issues.

4. Less Frequent Inspection Requirements: The simplified design of VRCs mayresult in less frequent inspection requirements. This can reduce downtime and maintenance costs.

5. Lower Lubrication Needs: VRCs may have lower lubrication requirements . This can simplify maintenance tasks and reduce the frequency of lubrication-related inspections.

6. Reduced Risk of Oil Leaks: Hydraulic lifts use hydraulic fluid, and the potential for oil leaks is a common maintenance concern. VRCs, particularly those not reliant on hydraulic systems, can eliminate this risk, leading to a cleaner and safer environment.

7. Ease of Accessibility: VRCs are often designed with accessibility in mind, allowing maintenance personnel to easily access components for inspection and repairs. This can contribute to faster and more straightforward maintenance procedures.

8. Reduced Downtime: The simplicity of VRCs can lead to faster maintenance procedures and reduced downtime. This can be a significant advantage in applications where uninterrupted material handling is critical.

9. Customization for Maintenance: Some VRC designs allow for customization that facilitates maintenance activities. For example, easy access panels, clear labelling,and standardized components can streamline maintenance tasks.