With more than 30 configurations available across the Yale CPV/CPVF range, selecting the right model depends on several factors. These six considerations will help you narrow down the most suitable hoist for your application.
1. Load Capacity
Load capacity is one of the most important factors to consider. The selected hoist must be rated to safely handle the maximum load you intend to lift, including any lifting attachments or accessories.
It is also worth considering whether your lifting requirements may increase in the future. For example, if your current loads are close to 500 kg but you expect to handle heavier items later, a higher-capacity model may provide greater flexibility and prevent the need for an early replacement.
However, capacity should not be selected on load weight alone. The supporting structure, duty cycle, lifting accessories and overall lifting system must also be suitable for the intended application.
The Yale CPV/CPVF range is available with capacities from 250 kg to 5,000 kg.
2. Power Supply (230 V or 400 V)
Before choosing a model, check which electrical supply is available at the installation location.
A 230 V single-phase hoist may be suitable for workshops, garages and lighter-duty applications where three-phase power is unavailable.
A 400 V three-phase hoist is commonly used in industrial environments and may be better suited to frequent operation and more demanding lifting applications.
Your choice should be based on the available power supply, required duty cycle and the technical specifications of the individual hoist model.
3. Lifting Speed
The required lifting speed will depend on how frequently the hoist is used and how quickly loads need to be moved.
A faster lifting speed can improve productivity in applications involving long lifting distances or frequent lifting and lowering cycles. A more moderate speed may be sufficient for occasional tasks such as unloading deliveries or repositioning equipment.
Faster is not always better. The selected speed should allow the operator to move and position the load safely and efficiently.
4. Single Speed vs Dual Speed
Single-speed hoists operate at one fixed lifting speed and are suitable for many standard lifting and lowering applications.
Dual-speed hoists provide a main lifting speed and a slower fine speed. The slower setting gives the operator greater control when positioning a load accurately or approaching its final lifting point.
For example, the CPVF 10-8 offers a main lifting speed of 8 m/min and a fine lifting speed of 2 m/min.
5. Height of Lift
The height of lift is the maximum vertical distance the bottom hook can travel between its fully lowered and fully raised positions.
When choosing a hoist, consider:
The height of the building or supporting structure
The required lifting and lowering distance
The position at which the hoist will be installed
The available headroom above the load
The CPV/CPVF range is available with lifting heights from 3 to 18 metres, with additional lift available upon request.
It is important to distinguish between height of lift and headroom. Height of lift refers to how far the hook travels, while headroom is the distance between the hoist’s suspension point and the bottom hook when it is fully raised.
At MTN, we supply lift heights ranging from 3 metres to 18 metres (Additional lift heights available upon request).
6. Suspension Type
The suspension type determines how the hoist is installed and whether the load can also be moved horizontally.
Top Hook: Suitable for suspending the hoist from a fixed anchorage point or compatible trolley.
Push Trolley: Allows the hoist and suspended load to travel manually along a beam.
Electric Trolley: Provides powered horizontal movement along the beam and is suitable for more frequent or controlled load travel.
The correct option will depend on whether the load only needs to be lifted vertically or must also be transported along a runway beam.
