High-frequency vibration motors, although small and lightweight, produce powerful vibration at high rpm rates and display their full performance in concreting for not only in box culverts and concrete segments but L-shaped retaining walls, PC plates, and other large concrete products as well. These are also applicable to pouring a secondary layer for tunnels, subway works, shield works, and other projects.
Transmitting powerful vibration by single-touch fixing
Fixed with a single bolt that is easy to detach and reattach, these machines transmit vibration stably and pour concrete in a resonance-free and silent manner.
(1) Insert the hook of the vibration motor into the hook base assembly fixed in a mold or something similar.
(2) Lift the motor by using the hook as the support.
(3) Let the motor-fixing bolt into the bolt ditch and fasten the flange nut with a ratchet.
Hermetic structure
Highly airtight, these machines can provide steam curing as installed on a mold. They prevent a decline in insulation and increase ease of operation.
Adjusting centrifugal force achieves silent concreting
The weights (fanlike eccentric weights) installed on both sides of the vibration motor can be adjusted in angle to adjust centrifugal force.
With simple adjustment and a high-frequency inverter, these units produce a centrifugal force that matches the input of freshly mixed concrete, achieving silent concreting.
Using an inverter converts frequency
Equipped with a series of high-frequency inverters (with volume control), these products can be set to a desired frequency setting according to the product dimensions and mold shape.
Setting the high-frequency vibration motor to a desired frequency and a desired centrifugal force provides different vibrations for concreting and finishing, and provides silent concreting that avoids resonance with molds.
A sharable hook base
The mounting hook base is shared for HKM55LFA (SA) and HKM75LFA (SA).
When you need to move molds or vary vibration in a factory, you can install the same hook base for them.