Technical Specifications

• Weight and Dimensions: The equipment weighs approximately 2400 kg with dimensions of 3150 x 780 x 1895 mm and an operational footprint of 4020 x 4020 mm.
• Model Variants: Includes models SPX424CDH 2300 and SPX424C+ 2400.
• Engine and Power: Powered by a KUBOTA D722-E3B engine delivering 14.9 kW (20 Hp). The electrical system includes a 24 V-3F battery with 420 Ah capacity and a 4.0 kW (5.5 Hp) motor.
• Operational Parameters: Rotation capability of 360° at 1.5 rpm, boom movement from 0° to 75° in 14 seconds, and extension from 2.6 to 8.5 meters in 26 seconds.
• Load Capacities and Reach: Maximum load capacity of 2400 kg at 3 meters, 1600 kg at 2 to 32 meters, and 800 kg at 1 to 65 meters. Jib options include JIB800GX, JIB800.1MX, JIB800.1HX, and MR800.4 with varying load and reach specifications.
• Electrical Specifications: Power supply options include 4 kW - 3-phase at 400 VAC 50 Hz and 4 kW - single-phase at 220 VAC 60 Hz.
• Performance Metrics: Maximum speed of 1.8 km/h, operating pressure of 0.55 Kg/cm², and maximum slope capability of 20° with a travel speed of 770 mm/h.

Load Chart and Reach Data

The document provides detailed load capacities at various boom lengths and angles, indicating safe operational limits. For example, at 10.5 meters, the load capacity ranges from 150 kg to 800 kg depending on the configuration. The jib attachments influence the maximum reach and load, with specific models supporting different load-moment values (kg-m).

Operational Angles and Movement

The equipment supports boom angles from 0° to 75°, with corresponding extension lengths and load capacities. Rotation is continuous at 360°, allowing flexible positioning. The extension and retraction times are optimized for efficient operation.

Key Recommendations and Limitations

• Adhere strictly to load capacities at specified boom lengths to ensure safety.
• Use appropriate jib attachments based on required reach and load.
• Operate within electrical supply specifications to avoid equipment damage.
• Consider slope and speed limitations during movement to maintain stability.