Technical Specifications

• Load Capacity: Maximum 4000 kg with various load limits depending on boom length and configuration.
• Dimensions: Overall dimensions approximately 5305 x 1400 x 1975 mm; operational footprint around 4200 x 4200 mm.
• Reach and Height: Maximum boom length up to 23.5 m; jib options extend reach further (e.g., JIB600.2H, JIB100.1FL).
• Rotation and Speed: 360° rotation at 1.0 rpm.
• Engines and Power: Multiple engine models including ISUZU 3CB1 and 3CE1 with power outputs ranging from 18.7 kW (25 Hp) to 26.9 kW (36 Hp).
• Hydraulic and Electrical Systems: Hydraulic pressure approx. 0.59 Kg/cm²; electrical power options include 8 kW 3-phase 50 Hz AC 400 V and 8 kW single-phase 220 VAC 60 Hz.

Load Chart and Operational Limits

• Load capacities vary with boom extension: e.g., 4000 kg at 4-30 m, 3000 kg at 3-37 m, 2000 kg at 2-52 m, 1000 kg at 1-116 m.
• Jib configurations (JIB600.2H, JIB100.1FL, MR800.4) provide additional lifting options with specific load and reach parameters.
• Maximum lifting speeds range from 30 to 55 m/min with wire rope diameter of 8 mm and length of 125 m.

Operational Parameters and Performance

• Rotation speed: 1.0 rpm for full 360° rotation.
• Hydraulic tilt range: -4° to 80° with a cycle time of 35 seconds.
• Extension and retraction times: 4.6 to 14.5 m extension in 40 seconds.
• Travel speed: up to 2 km/h.
• Stabilizer and footprint dimensions ensure operational stability.

Equipment Models and Variants

• Model references include SPX1040CDH 5600 and SPX1040CDH 6300.
• Engine models: 4T-D8 40, PP400-8D, PP220-8D.
• Jib options: JIB600.2H 220, JIB100.1FL 310, MR800.4 295.

Key Recommendations and Best Practices

• Adhere strictly to load limits based on boom length and jib configuration to ensure safety.
• Regularly monitor hydraulic pressure and electrical system parameters to maintain optimal performance.
• Ensure proper setup of stabilizers and verify footprint dimensions before operation.
• Follow manufacturer guidelines for engine maintenance and operational cycles.