Full Vehicle Configuration

Standard Core Configuration

Chassis & Power System: Equipped with heavy-duty 6×4 commercial truck chassis, matched with high-torque diesel engine and heavy-duty manual transmission. It provides stable and sufficient power output, strong climbing performance and excellent road passability, adapting to long-distance transportation and complex mountain and construction road conditions.
Chassis Power Configuration: The 16-ton truck-mounted crane is compatible with mainstream heavy-duty truck chassis and is equipped with a high-torque diesel engine and a heavy-duty manual transmission. The power output is stable, with strong climbing ability and road passability, adapting to long-distance driving and complex road transportation.
Crane Boom Configuration: Standard 4-section / 5-section high-strength telescopic boom, made of high-tensile structural steel. The boom body is integrally welded and thickened, with anti-deformation, anti-fatigue and high wear resistance, suitable for long-term heavy-load cyclic hoisting operations.
Crane Boom System: Standard 4-section / 5-section high-strength telescopic steel boom. The boom body adopts integral high-strength steel plate welding, featuring anti-deformation, anti-fatigue and wear-resistant performance, ensuring long-term high-intensity lifting operation stability.
Hydraulic System: Adopts dual-pump confluence high-pressure hydraulic system and proportional multi-way valve control. It realizes stepless speed regulation, smooth lifting, telescopic and slewing actions without jitter, with stable pressure output and high working efficiency.
Hydraulic System: Adopts advanced dual-pump confluence hydraulic system and open-center proportional control valve. It realizes stepless speed regulation, smooth lifting and slewing action, with buffer protection function to avoid jitter and impact during operation.

Outrigger Support System: Full hydraulic telescopic front and rear double outriggers with ultra-wide support span. Equipped with mechanical leveling structure and thickened anti-slip support base plates, effectively improving vehicle stability during full-load and high-altitude hoisting.
Support System: Full hydraulic telescopic outriggers with front and rear double support structure. Adjustable support span, equipped with horizontal leveling function and ground anti-slip support plates, providing stable bearing capacity for full-load lifting.
Operation Control System: Standard manual integrated valve control operation, with humanized operating logic and simple operation. All lifting actions are precisely controllable, effectively improving construction accuracy and reducing operation difficulty.
Operating System: Standard manual multi-way valve operation, optional wireless remote control. Humanized operating logic, simple and flexible operation, effectively reducing working intensity and improving operation accuracy.

Cargo Box Configuration: Reinforced heavy-duty cargo box with thickened bottom plate and integral side beam structure. It has strong compression resistance and load-bearing capacity, capable of transporting heavy steel materials, mechanical equipment and bulk engineering materials.
Carry & Cargo Configuration: Standard reinforced flat cargo box, thickened bottom plate and side protection structure, strong bearing capacity, suitable for loading and transporting construction steel, equipment and bulk materials.
Safety Protection System: Standard lifting moment limiter, automatic overload protection device, high-altitude height limiter, outrigger interlock protection and emergency stop device. It provides full-range safety monitoring to prevent overload and unstable operation risks.
Safety Protection Configuration: Equipped with lifting moment limiter, overload protection device, height limit alarm, outrigger interlock protection and emergency stop system, realizing full-dimensional safety protection during lifting operation.

Optional Upgraded Configuration

Operation Upgrade: Wireless remote control system, intelligent integrated operating console for more precise and convenient remote operation
Boom Upgrade: Extended boom and auxiliary jib customization, meeting ultra-high hoisting and long-distance operating requirements
Boom Upgrade: Extended boom customization, high-lift auxiliary jib for ultra-high working scenarios
Functional Upgrade: High-efficiency hydraulic winch, wear-resistant anti-twist steel wire rope, reinforced heavy-duty hook and balance lifting beam
Functional Upgrade: High-pressure hydraulic winch, anti-rotation steel wire rope, heavy-duty lifting hook and balance beam

Detailed Specifications

Intelligent Upgrade: Real-time hoisting data monitoring, fault self-diagnosis system and vehicle GPS positioning management system
Intelligent Upgrade: Real-time lifting data monitoring, fault self-diagnosis system and working condition recording device

Basic Vehicle Parameters

Auxiliary Upgrade: Full-vehicle hydraulic tool system, high-brightness construction working lights and rainproof protection device
Product Model: 16 Ton Heavy-Duty Truck Mounted Telescopic Crane
Chassis Drive Type: 6×4 Heavy-duty drive, stable load-bearing and strong passability
Maximum Lifting Height: 22m–26m (depending on boom configuration)
Outrigger Span: Maximum horizontal support span 6.5m × 6.2m
Adaptability: Integrated transportation and hoisting design, capable of free switching between cargo transportation and hoisting operation. It can adapt to municipal construction, power engineering, road maintenance and field construction without auxiliary equipment.
Lifting Operation: Start lifting slowly at a uniform speed, test the stability of the hanging object at a low height first, then lift up steadily. Avoid rapid lifting, sudden stop and violent swing operation.
Fully extend the outriggers, adjust the vehicle level, pad anti-slip base plates, and lock the outrigger hydraulic system to ensure stable support.
Start the engine and idle for 3–5 minutes for warm-up; test boom telescoping, lifting, slewing and outrigger actions to confirm smooth operation without abnormal noise or jitter.

Safety & Structural Advantages

Slewing & Positioning: Control the slewing speed uniformly, avoid fast slewing and sharp braking; adjust the boom angle and radius reasonably to realize precise placement of heavy objects.
Reinforced Structure: The subframe and boom base adopt integral casting and thickened welding process, with strong torsion resistance and impact resistance, suitable for long-term high-intensity heavy-load operation.
High-Altitude Operation: When working at high altitude and long radius, reduce the operating speed appropriately, keep the hanging object vertical, and prevent horizontal dragging and oblique pulling of goods.
Park the vehicle on flat, solid and open ground, keep the vehicle body horizontal, and avoid parking on soft, sloped and uneven road surfaces.

Pre-Construction Preparation

Full Safety Protection: Equipped with overload automatic stop, height limit protection, slewing buffer protection and outrigger locking protection. Multiple safety interlock systems effectively avoid operational failures and safety accidents.
Load Control: Always follow the lifting moment parameter table, prohibit over-radius and over-load operation, and ensure construction safety.
Durable Design: Key moving parts are equipped with wear-resistant sleeves and lubrication systems; the whole vehicle adopts anti-rust and anti-corrosion spraying treatment, adapting to long-term outdoor and harsh environment operation.

Standard Operation Guide

After finishing hoisting work, fully retract the boom, place the hook in a fixed position, retract all outriggers and lock the hydraulic system before driving.

Pre-Operation Inspection
Complete comprehensive pre-construction inspection to ensure stable vehicle performance and eliminate potential safety hazards:

Slow down when passing curves, slopes and bumpy roads, avoid sharp turning and sudden braking to protect the crane and hydraulic system.
Do not carry heavy hanging objects during vehicle driving; keep the boom fixed stably to avoid shaking and collision during driving.
Power & Hydraulic Inspection: Check engine oil, coolant and fuel levels; inspect hydraulic oil quantity and quality, confirm no leakage, aging or blockage of all hydraulic pipelines and joints.

Daily Maintenance & Storage

Daily Maintenance: Clean dust and dirt on the boom, outriggers and hydraulic parts after operation; check pipeline tightness and liquid level; lubricate boom pins, slewing bearings and movable parts regularly.
Crane Boom Inspection: Check the boom body for deformation, cracks and wear; confirm the steel wire rope is intact, no broken strands or serious wear; inspect hook, pulley and safety latch for normal condition.
Outrigger Inspection: Test the telescopic and lifting functions of hydraulic outriggers to ensure flexible operation; check support plates for firm placement and no empty support or unstable grounding.
Regular Maintenance: Replace hydraulic oil, filter elements and engine oil according to the official cycle; inspect steel wire rope wear, boom structural deformation and safety device sensitivity regularly; repair and replace vulnerable parts in time.
Safety Device Inspection: Verify the normal operation of moment limiter, overload protection and height limit alarm; test emergency stop function to ensure effective safety protection.
Long-Term Storage: Park the vehicle in a dry and ventilated place, retract all working parts completely, drain residual liquid if necessary, and perform overall anti-rust treatment; start the machine regularly for idle operation to avoid hydraulic system aging and blockage.

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