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Quick Tool Change System Hydraulic Impact Hammer with Low Headroom Operation Capability & Electric Drive Zero Emission
Product Details
| Highlight | HDY18 hydraulic impact hammer,durable impact pile hammer,low vibration impact hammer |
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|---|---|---|---|
Product Description
Model HDY18 – Electric Drive Zero Emission Hydraulic Impact Hammer
The HDY18 is a next‑generation hydraulic impact hammer designed to work with E‑series electric power stations. By combining electric drive zero emission technology with robust impact performance, this model delivers clean, quiet, and highly adaptable pile driving for prefabricated concrete piles and steel pipe piles – ideal for environmentally sensitive and space‑constrained projects across Southeast Asia, India, and Russia.
Key Features & Advantages
1.
Electric Drive Zero Emission – Work in Green Zones Without Penalties
The HDY18 paired with an E‑series power station (e.g., E300 or E340) runs entirely on electric motors – no diesel engine on the power pack. This electric drive zero emission means zero exhaust, zero local CO₂, and minimal noise from the power unit. Contractors can operate inside city limits, near hospitals, schools, and national parks without pollution permits or carbon taxes. For Russia’s urban renewal and India’s clean air zones, this is a game‑changing advantage.
The HDY18 paired with an E‑series power station (e.g., E300 or E340) runs entirely on electric motors – no diesel engine on the power pack. This electric drive zero emission means zero exhaust, zero local CO₂, and minimal noise from the power unit. Contractors can operate inside city limits, near hospitals, schools, and national parks without pollution permits or carbon taxes. For Russia’s urban renewal and India’s clean air zones, this is a game‑changing advantage.
2.
Zero Emissions Outdoor Sensitive Environments – Perfect for Residential & Eco Projects
Expanding on electric drive, the HDY18 is specifically engineered for zero emissions outdoor sensitive environments. The entire system – hammer plus power station – produces no airborne pollutants. Combined with the hammer’s inherent low noise (below 85 dBA at 10m), it is the ideal choice for:
Expanding on electric drive, the HDY18 is specifically engineered for zero emissions outdoor sensitive environments. The entire system – hammer plus power station – produces no airborne pollutants. Combined with the hammer’s inherent low noise (below 85 dBA at 10m), it is the ideal choice for:
- Coastal resort foundation work (Southeast Asia)
- Wildlife corridor bridge projects (India)
- Drinking water reservoir piling (Russia)
- Hospital and school expansions (all markets)
3.
Quick Tool Change System – Switch Pile Types in Minutes
The HDY18 features a quick tool change system for the lower pile cap and hammer pads. Different pile diameters (from 300mm to 1200mm) or pile materials (concrete, steel, timber) require different tooling. With our quick‑change interface, one operator can swap the lower cap in under 10 minutes using common hand tools. No torch, no crane, no long delays. This dramatically reduces downtime between job phases – critical for fast‑paced Indian infrastructure and Russian seasonal construction windows.
The HDY18 features a quick tool change system for the lower pile cap and hammer pads. Different pile diameters (from 300mm to 1200mm) or pile materials (concrete, steel, timber) require different tooling. With our quick‑change interface, one operator can swap the lower cap in under 10 minutes using common hand tools. No torch, no crane, no long delays. This dramatically reduces downtime between job phases – critical for fast‑paced Indian infrastructure and Russian seasonal construction windows.
4.
Low Headroom Operation Capability – Fit Into Tight Vertical Spaces
Many urban and bridge works have limited overhead clearance. The HDY18 offers low headroom operation capability through a redesigned landing gear and a compact hammer profile. Total height can be reduced by adjusting the landing gear stroke, allowing operation under bridges, inside building basements, and below power lines. Minimum working headroom is just 6.5 meters – far lower than conventional hammers. This opens up foundation work where other machines simply cannot go, especially in Southeast Asia’s dense cities and Russia’s underpass projects.
Many urban and bridge works have limited overhead clearance. The HDY18 offers low headroom operation capability through a redesigned landing gear and a compact hammer profile. Total height can be reduced by adjusting the landing gear stroke, allowing operation under bridges, inside building basements, and below power lines. Minimum working headroom is just 6.5 meters – far lower than conventional hammers. This opens up foundation work where other machines simply cannot go, especially in Southeast Asia’s dense cities and Russia’s underpass projects.
5.
High-Flow Merging Valve Unit – Smooth, Powerful, and Efficient
The E‑series power station integrates a High-flow merging valve unit that combines the output of two main pumps (e.g., two A11VLO260 pumps). This delivers up to 668 L/min to the HDY18 hammer circuit, ensuring fast piston lift and consistent impact energy even under continuous heavy duty. The valve unit also allows single‑pump operation for light driving, saving electricity. With precise flow control, the hammer cycles smoothly without pressure spikes, extending seal and hose life – a direct benefit for hot and humid Southeast Asian sites.
The E‑series power station integrates a High-flow merging valve unit that combines the output of two main pumps (e.g., two A11VLO260 pumps). This delivers up to 668 L/min to the HDY18 hammer circuit, ensuring fast piston lift and consistent impact energy even under continuous heavy duty. The valve unit also allows single‑pump operation for light driving, saving electricity. With precise flow control, the hammer cycles smoothly without pressure spikes, extending seal and hose life – a direct benefit for hot and humid Southeast Asian sites.
Technical Specifications (HDY18 with E‑series)
| Parameter | Value |
|---|---|
| Maximum strike energy | 300 kN·m |
| Maximum stroke of hammer core | 1500 mm |
| Impact frequency | 30 – 80 bpm |
| Weight of striking body | 18,000 kg |
| Total hydraulic hammer weight | 27,100 kg |
| Minimum working headroom (low headroom mode) | 6.5 m |
| Quick tool change time (pile cap) | < 10 minutes |
| Recommended E‑series power station | E300 / E340 |
| Power station motor type | Electric, IP54 rated |
| Emissions (local) | Zero |
Why the HDY18 + E‑series for Emerging Markets?
- Southeast Asia: High heat and humidity? Electric drive eliminates diesel heat soak near the hammer. Zero emissions outdoor sensitive environments allows work on resort islands and national park roads. Low headroom operation capability fits under existing elevated highways.
- India: Frequent power supply available on sites? Electric drive zero emission reduces fuel theft and logistics. Quick tool change system enables fast switching between precast concrete piles and steel pipe piles – common in Indian rail and metro projects. High-flow merging valve unit maintains performance in dusty conditions.
- Russia: Extreme cold and remote locations? Electric power stations can be housed in insulated containers. Low headroom operation capability works under Arctic pipeline supports. Zero emissions mean no exhaust icing on valves. The quick tool change system allows gloved‑hand operation even at -20°C.
Frequently Asked Questions (FAQ)
Q1: Does the electric drive zero emission system require a special power supply?
A: The E‑series power station needs a 380‑480V, 3‑phase supply (200‑250A rated). For sites without grid power, we offer generator compatibility – but the hammer itself still produces zero local emissions.
Q2: How does the quick tool change system work for different pile sizes?
A: The lower pile cap has a split‑ring design with four bolts. Remove bolts, swap the cap (with integrated hammer pad), retighten – no special alignment tools. We supply caps for all standard pile diameters from 300 to 1200 mm.
Q3: What is the real‑world minimum headroom for low headroom operation?
A: With the landing gear fully compressed and the hammer in transport position, total height is approximately 6.5 m. This allows work under low bridges (7 m clearance) or inside basement pits with overhead slabs.
Q4: Is the High-flow merging valve unit reliable in hot climates?
A: Yes. The valve unit uses solenoid‑controlled poppet valves with high‑flow rated seats. All seals are heat‑resistant (up to 100°C oil temperature). The E‑series power station includes a large oil cooler and thermostatic fan to keep oil below 70°C even in tropical conditions.
Q5: Can I use the HDY18 with zero emissions outdoor sensitive environments in national parks?
A: Absolutely. Many national parks in India and Russia now ban diesel hammers. Our electric‑powered system meets the strictest emission norms (no local exhaust). Additionally, the hydraulic system is fully enclosed – no oil mist or leaks. We recommend using biodegradable hydraulic oil for extra environmental safety.
Q6: How does the low headroom capability affect impact energy?
A: Impact energy remains the same (300 kN·m). The hammer core stroke is not reduced; only the landing gear height is shortened. Energy per blow is identical to full‑height mode – no performance compromise.
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