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Sign upJune 6, 2007
MBI Global - VersaDrill
Val d'Or
The prospection drill manufacturer has replaced their large, heavy hydraulic reservoir with a more compact model, now ranging from 7 to 21 liters and weighing only 12 to 60 kg, compared to the previous 200-500 liters and 300-1200 kg. This change brings several advantages: Lighter Machines: The smaller reservoir significantly reduces the machine's overall weight, making it easier to handle and lowering fuel consumption. Lower Carbon Footprint: The new reservoir uses much less fluid, which helps reduce the machine’s carbon impact. Cost-Effective for Biodegradable Fluids: With less volume to fill, operators are more inclined to use biodegradable fluids, which are costly, but now more affordable in the reduced volume.In summary, the new reservoir technology makes the machines lighter, more eco-friendly, and more compatible with biodegradable fluids.
The KmA.3 heli-portable drill has replaced its 220-liter reservoir with a 7-liter VVR400 reservoir, leading to significant savings in hydraulic fluid and transportation costs. The GT6 and GT8 drills have replaced their 400-liter reservoirs with 21-liter VVR1300 reservoirs, resulting in substantial savings in oil volume and reduced weight.
Common hydraulic oil reservoirs (CHR) found on industrial machines are often large and heavy. CHR volumes are typically between 100-500 litres of oil. The innovative Variable Volume Reservoir (VVR) solution has a capacity of just 7-21 litres, whilst providing the same or better results. The VVR weights up to 100 times less and reduces oil use by up to 50 times when compared to mainstream reservoirs. Furthermore, its much-reduced weight brings benefits for fuel economy when installed on mobile machines. Should a leak occur, the VVR will have minimal impact on the environment, resulting in lower decontamination costs and prohibitive fines. Being airless and sealed, the VVR works in any environment (from under-sea to high altitude) and in any orientation. Its versatility makes a perfect fit for numerous applications exposed to difficult conditions where CHRs is no match. Lastly, its small volume makes it more appealing to fill with bio-fluids, which can be very expensive when used in CHRs.
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