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Place of Origin | China |
Brand Name | APIE |
Model Number | KR220E |
Introducing the Low Headroom Piling Rig, the perfect solution for restricted space piling projects. This low height piling rig is designed with a telescopic mast, providing excellent stability and high crowd force of up to 200kN. This rig can drill up to 60m deep and is only 7.8m in length, 2.5m in width and 2.8m in height. The Low Headroom Piling Rig is the ideal choice for projects where space is limited.
Parameter | Value |
---|---|
Product Name | Low Headroom Piling Rig |
Tight Access Piling Rig | Yes |
Low Height Piling Rig | Yes |
Pullback Force | 200kN |
Rotary Torque | 200kNm |
Rotary Speed | 0-30rpm |
Drilling Depth | 60m |
Drilling Diameter | 600mm |
Mast Type | Telescopic |
Mast Extension | 3.5m |
Dimensions | 7.8m*2.5m*2.8m |
Weight | 20t |
Are you looking for a tight access piling rig or restricted space piling rig? The APIE KR220E low headroom piling rig is the perfect mini piling rig for you. With a rotary torque of up to 200kNm, drilling depth of 60m, and a compact 20t weight, this piling rig can easily fit in tight and restricted spaces. It also features a telescopic mast type for extra ease of use.
The KR220E is the ideal choice for those who need a reliable and powerful piling rig in a limited space. With its brand name APIE and a price of over $250000, you can have peace of mind knowing you are investing in a quality product.
Order your APIE KR220E low headroom piling rig today and experience the power and performance that only APIE can provide.
Brand Name: APIE
Model Number: KR220E
Place of Origin: China
Price: $250000+
Rotary Speed: 0-30rpm
Power Source: Diesel
Pullback Force: 200kN
Mast Height: 8.5m
Product Name: Low Headroom Piling Rig
Keywords: Short Height Piling Rig, Tight Access Piling Rig, Low Height Piling Rig
Technical Support and Service
Packaging and Shipping of Low Headroom Piling Rig
The Low Headroom Piling Rig is carefully packaged and shipped to ensure that the customer receives the product in top condition. The components are individually wrapped in protective materials such as plastic wrap, bubble wrap, and foam sheets to protect them from damage during transit. Each component is labeled to indicate its position and orientation for easy assembly on-site. To further reduce the risk of damage, the components are then placed in steel shipping crates and transported to the customer's site.
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