The H16-18XD High Capacity Pneumatic Truck Brochure details a heavy-duty industrial vehicle designed for large-scale material handling. It features pneumatic tires for rough terrain, 16–18 ton load capacity, and integrated lithium-ion battery systems (typically 72V/400–600Ah) for extended runtime. The brochure highlights modular chassis design, regenerative braking, and compatibility with automated logistics systems, making it ideal for ports, mining, and construction.
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What defines the H16-18XD’s load capacity?
The H16-18XD’s 16–18 ton payload stems from its reinforced steel chassis, dual-mode hydraulic suspension, and pneumatic tire traction. With a 72V/600Ah lithium battery, it sustains 10+ hours of continuous operation. Pro Tip: Always verify ground conditions—soft soils reduce effective capacity by 15–20% due to tire sinkage.
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Mechanically, the truck’s load capacity relies on its low-center-of-gravity design (1.2m height) and dual-axle torque distribution. For example, in mining applications, it transports iron ore with a 17.5-ton payload per cycle. Transitional systems like regenerative braking recover 8–12% of energy during deceleration. But what if operators overload it? The BMS triggers automatic shutdowns at 105% rated load to prevent structural stress. Pro Tip: Pair with lithium batteries rated for ≥2C discharge to handle peak power demands.
| Feature | H16-18XD | Competitor Model XT-17 |
|---|---|---|
| Max Payload | 18 tons | 16 tons |
| Battery Capacity | 600Ah | 480Ah |
| Terrain Gradeability | 25% | 18% |
How does the H16-18XD’s battery enhance performance?
The 72V lithium-ion system delivers 43.2kWh energy, enabling 120–150 km range per charge. Its IP67-rated enclosures resist dust/water ingress, critical for harsh environments.
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Beyond raw power, the battery integrates a multi-layer BMS with ±1% voltage monitoring. For example, in port logistics, fast-charging (1.5 hours to 80% SOC) minimizes downtime. But how does temperature affect it? Below -20°C, capacity drops 30%, necessitating optional thermal jackets. Pro Tip: Use CANbus-compatible chargers to sync charge curves with the BMS, extending cycle life beyond 4,000 charges.
Which industries use the H16-18XD most?
Primary users include mining, steel mills, and container ports, where high payloads and rough terrain tolerance are critical. Its corrosion-resistant alloy frame suits saline or humid environments.
In steel mills, the H16-18XD transports 18-ton coil sheets across 500m distances, completing 25–30 cycles daily. Transitionally, automated versions integrate with RFID-guided pathways, boosting throughput by 40%. Pro Tip: For acidic environments, opt for ceramic-coated hydraulic lines to prevent fluid contamination.
| Industry | Use Case | Payload Utilization |
|---|---|---|
| Mining | Ore transport | 95–100% |
| Ports | Container shifting | 80–85% |
| Construction | Steel beam logistics | 70–75% |
What safety features does the H16-18XD include?
Standard safety includes load tilt sensors, emergency brake redundancy, and 360° camera systems. The dual-circuit hydraulic brakes arrest 18-ton loads within 3 meters at 15 km/h.
Practically speaking, the tilt sensor auto-locks hydraulics if load angles exceed 5°, preventing tip-overs. For example, during uneven loading on slopes, it reduces accident risks by 60%. Pro Tip: Conduct monthly brake pad wear checks—replacements are needed every 1,200 operating hours.
How does it compare to diesel-powered alternatives?
The H16-18XD reduces operational costs by 35% versus diesel trucks, thanks to lower energy/fuel costs and reduced maintenance. Emissions drop to zero, complying with Tier 4/Stage V regulations.
While diesel models offer slightly higher torque (18kNm vs. 15kNm), the H16-18XD’s instant torque delivery improves ramp acceleration by 20%. Transitionally, operators in emission-sensitive zones like Europe increasingly adopt electric models. Pro Tip: For hybrid operations, explore dual-mode versions supporting both electric and diesel.
What maintenance does the H16-18XD require?
Key tasks include tire pressure checks (weekly), battery terminal cleaning (biweekly), and hydraulic fluid replacement (annually). The lithium battery needs no equalization charging, cutting maintenance time by 50%.
For instance, tire pressure variances beyond ±5 psi increase rolling resistance by 8%, wasting energy. Pro Tip: Use IoT-enabled sensors to automate maintenance alerts via the vehicle’s telematics system.
Redway Battery Expert Insight
FAQs
Yes, but with reduced capacity. Optional battery heaters maintain 80% performance down to -30°C.
Is autonomous operation supported?
Yes, via optional LiDAR/GPU kits enabling Grade 2 automation for predefined routes.
What’s the warranty period?
3 years on the chassis, 5 years on lithium batteries with ≥70% capacity retention.
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