Standard Configuration
Manual platform lowering valve
On-board diagnostic system
Tilt level sensor
Emergency stop
Self-leveling platform
Proportional controls
12V DC auxiliary power
Swing-out engine tray
Hydraulic platform rotator
Optional Configuration
AC power to platform
Overload sensor
Dual flashing beacons
Air line to platform
Oscillating axle
Parameters
|
Models |
S-60 |
S-66J |
S-72J |
S-80J |
S-86J |
S-100 |
S-105J |
S-125J |
|
Working height |
20. 3m |
22. 3m |
23.9m |
25. 4m |
28. 4m |
32.4m |
34m |
40. 1m |
|
Platform height |
18. 3m |
20. 3m |
22. 2m |
23.7m |
26.7m |
30.4m |
32m |
38. 4m |
|
Max horizontal outreach |
15.09m |
17.3m |
20. 2m |
20. 3m |
23. 4m |
22.5m |
24.5m |
24.4m |
|
Platform length |
0.91m |
0.91m |
0.91m |
0. 91m |
0.91m |
0. 91m |
0.91m |
0.91m |
|
Platform width |
2.43m |
2.43m |
2. 44m |
2. 44m |
2.44m |
2.44m |
2.44m |
2.44m |
|
Overall height |
2.67m |
2.67m |
2.70m |
2.70m |
2.8m |
3.08m |
3.08m |
3.08m |
|
Overall length |
8.45m |
10. 27m |
10.69m |
11.3m |
12.46m |
13.7m |
14.1m |
14.1m |
|
Overall width |
2.43m |
2.43m |
2.50m |
2.50m |
2.50m |
2.5m |
2.5m |
3.35m |
|
Wheelbase |
2.46m |
2.46m |
2.50m |
2.50m |
3.0m |
3.66m |
3.66m |
3.66m |
|
Ground clearance |
0. 3m |
0. 3m |
0. 43m |
0. 43m |
0.43m |
0.4m |
0.4m |
0.43m |
|
Maximum platform occupancy |
2 |
2 |
2 |
2 |
2 |
2 |
2 |
2 |
|
Lift capacity |
230kg |
230kg |
230kg |
230kg |
200kg |
340kg |
230kg |
340kg |
|
Turntable rotation |
360° Continuious |
360° Continuious |
360° Continuious |
360° Continuious |
360° Continuious |
360° Continuious |
360° Continuious |
360° Continuious |
|
Platform rotation |
160° |
180° |
160° |
160° |
160° |
160° |
160° |
160° |
|
Drive speed(Platform lowered) |
6. 8km/h |
6. 8km/h |
6. 3km/h |
6.3km/h |
5.3km/h |
4.4km/h |
4.4km/h |
4.4km/h |
|
Drive speed (Platform elevated) |
0. 8km/h |
0. 8km/h |
1. 3km/h |
1.1km/h |
1.1km/h |
1.1km/h |
1.1km/h |
1.1km/h |
|
Turning radius-inside |
2. 4m |
2.4m |
3.0m |
3.0m |
3.59m |
4.18m |
4.18m |
4.14m |
|
Turning radius-outside |
5.13m |
5. 13m |
5.2m |
5.2m |
6.25m |
6.58m |
6.58m |
6.56m |
|
Gradeability (2WD) |
45% |
45% |
45% |
30% |
30% |
30% |
30% |
30% |
|
Gradeability (4WD) |
45% |
45% |
45% |
45% |
45% |
42% |
42% |
45% |
|
Tires |
38.5×14-20 |
38.5×14-20 |
9.00-20 |
9.00-20 |
12.00-20/8.5 |
12.00-20/8.5 |
12.00-20/8.5 |
12.00-20/8.5 |
|
Power source |
Cummins /Perkins |
Cummins /Perkins |
Cummins /Perkins |
Cummins /Perkins |
Cummins /Perkins |
Cummins /Perkins |
Cummins /Perkins |
Cummi ns /Perkins |
|
Auxiliary power unit |
12V DC |
12V DC |
24V DC |
24V DC |
24V DC |
12V DC |
12V DC |
24V DC |
|
Hydraulic reservoir capacity |
120L |
120L |
190L |
190L |
190L |
200L |
200L |
265L |
|
Fuel tank capacity |
130L |
130L |
150L |
150L |
150L |
140L |
140L |
150L |
|
Weight (2WD) |
12140kg |
12640kg |
13140kg |
13640kg |
16440kg |
16940kg |
18660kg |
20160kg |
|
Weight (4WD) |
12220kg |
12720kg |
13220kg |
13720kg |
16520kg |
18700kg |
18820kg |
20240kg |
Product Introduction
1. Operation & Control System
Proportional Controls: Equipped with precise proportional control technology for lifting, lowering, travelling and rotation. It provides stepless speed regulation with smooth, jitter-free movements, allowing operators to perform high-precision positioning and delicate aerial work while reducing structural wear.
Hydraulic Platform Rotator: Full hydraulic platform rotation enables flexible multi-angle adjustment without repositioning the whole machine. It greatly improves working efficiency for overhead installation, maintenance and finishing tasks with no dead working angles.
2. Safety & Stabilization System
Self-Leveling Platform: The automatic leveling system actively adjusts the platform balance on uneven ground, ensuring a horizontal and stable working surface during operation. It minimizes shaking and guarantees operator safety on imperfect terrain.
Tilt Level Sensor: Built-in real-time tilt monitoring sensor continuously detects the chassis inclination. If the machine exceeds the safe tilt threshold, the system restricts dangerous movements to prevent rollover risks, providing reliable active safety protection.
Emergency Stop Button: Standard emergency stop device instantly cuts off all power and hydraulic movement in case of unexpected hazards. It offers immediate safety lockout for sudden on-site emergencies.
Manual Platform Lowering Valve: Independent manual emergency lowering valve. When electrical failure or power loss occurs, operators can manually release hydraulic pressure to safely lower the platform to the ground, eliminating trapping risks.
3. Intelligent Diagnosis & Power System
On-Board Diagnostic System: Integrated self-diagnosis function automatically detects electrical, hydraulic and system faults. It displays error codes and failure information, enabling fast troubleshooting, reducing downtime and simplifying daily maintenance.
12V DC Auxiliary Power: Reserved 12V DC auxiliary power interface supplies stable power for site tools, lighting devices and auxiliary equipment during aerial work, improving on-site working convenience.
4. Maintenance-Friendly Structure
Swing-Out Engine Tray: Service-friendly swing-out engine design allows full access to engine components, hydraulic parts and electrical systems. It greatly simplifies inspection, lubrication and part replacement, significantly lowering long-term maintenance costs.
Optional Configuration & Upgrade Advantages
* AC Power to Platform: Adds an onboard AC power supply to the working platform, supporting long-duration continuous operation and powering professional electric tools on site. Ideal for long-shift construction and continuous engineering tasks.
* Overload Sensor System: High-precision load sensing device monitors platform load in real time. It triggers automatic alarm and locks lifting functions once overloaded, complying with international safety standards and preventing overloading hazards.
* Dual Flashing Beacons: Enhanced dual warning beacon lights provide high-visibility flashing alerts in bright daylight, night shifts, and low-light environments, effectively reminding surrounding personnel to avoid the working area.
* Air Line to Platform: Reserved air pipeline interface on the platform supports connection of pneumatic tools, pneumatic wrenches and cleaning equipment, expanding the machine's functional diversity for multi-process operation.
* Oscillating Axle: Upgraded floating oscillating axle structure improves terrain adaptability. It keeps all tires grounded on uneven, bumpy or rough surfaces, boosting stability, traction and off-road passing performance.
FAQ
1. What is the benefit of proportional control compared to regular control?
Proportional control delivers stepless, smooth speed adjustment for all movements without sudden jolts. It ensures precise operation accuracy, protects hydraulic components from impact damage, and provides a safer and more comfortable working experience for operators.
2. Do I still need a manual lowering valve if the machine has electric lowering functions?
Yes. The manual lowering valve serves as a mandatory safety backup. In cases of sudden power failure, electrical system failure or battery drain, it allows safe manual platform descent to avoid operator trapping.
3. What does the on-board diagnostic system do?
The intelligent diagnostic system automatically detects faults in electricity, hydraulics and engine systems, displays specific error codes, and helps technicians locate problems quickly. It reduces maintenance time and improves equipment uptime.
4. When should I choose the optional oscillating axle?
The oscillating axle upgrade is highly recommended if you mainly work on uneven construction sites, rough ground, slopes or outdoor terrain. It greatly improves stability, tire grip and overall trafficability compared with a fixed chassis.
5. What are the uses of platform AC power and air line upgrades?
AC power enables continuous operation and powers electric tools on the platform. The air line interface supports pneumatic tools. Both upgrades turn the aerial platform into a multi-functional working station, avoiding carrying extra generators and air compressors on site.
6. Is the overload sensor necessary for rental business and engineering projects?
Yes. The overload sensor provides real-time load monitoring and automatic safety locking. It meets international safety regulations, avoids illegal overload operation, and greatly reduces safety risks and liability issues for rental companies and contractors.
7. What is the advantage of the swing-out engine tray?
The swing-out engine structure provides full open access for daily inspection, oil replacement, filter maintenance and component repair. It makes maintenance much faster and easier, effectively lowering long-term operating costs.
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