End carriages (also known as end trucks) are critical structural components that support the crane bridge and enable longitudinal travel along the runway rails. Wimac end carriages are manufactured from high-strength structural steel with precision-machined wheel assemblies featuring forged steel wheels, hardened treads, and sealed, maintenance-free bearings. Our end carriages incorporate electric drive motors with soft-start capability, integrated rail sweeps, rubber buffers, and optional anti-collision sensors. Available for both single girder and double girder crane configurations with wheel loads ranging from 5 to 100 tons.

View End Carriage Technical Details

Crane hook blocks serve as the primary load attachment point and are engineered for maximum strength, safety, and reliability. Wimac hook blocks are designed in accordance with FEM, DIN, and ISO standards and manufactured to deliver long-term performance under demanding operating conditions. Each hook block assembly includes forged steel hooks, precision sheaves, anti-friction bearings, and robust steel side plates.

Wimac offers various hook types including single hooks for standard applications, double hooks for balanced load distribution, laminated hooks for extreme heavy-duty operations, and rotating hooks for precise load positioning. Hook blocks are available with capacities from 1 ton to 500 tons.

Design Factor (Safety Factor): 5:1 ensures a high level of operational safety. A safety latch is provided to prevent accidental load release. The product is manufactured from DIN Class P fine-grained carbon steel (S355J2), offering excellent strength, durability, and reliability under demanding industrial conditions.

The table presents the selection of hook 'P' class according to the number of operations per hour and the duration of use at various load levels (up to 6, 6–18, 18–30, 30–60, and more than 60)

Crane electrical control panels serve as the central nervous system of the crane, housing all control and safety components including contactors, thermal relays, limit switches, frequency inverters, PLC systems, and diagnostic devices. Wimac electrical panels are built with IP55 or IP67 protection class enclosures, ensuring reliable operation in dusty, humid, and harsh industrial environments.

Standard operating voltage is 400V 50Hz, with optional 460V 60Hz configuration for overseas installations. The panels are designed for operating temperatures from -40°C to +70°C. For higher temperature environments, integrated cooling systems can be added. All panels include comprehensive safety features such as emergency stops, overload protection, and phase monitoring.

Festoon cable systems provide a robust and flexible cable management solution that ensures uninterrupted power and control signal transmission by safely guiding and protecting cables along the crane's travel path. Wimac offers three main festoon system types to suit different applications.

Crane busbar systems (conductor bar systems) provide continuous electrical power supply to moving crane components through sliding collector contacts. Busbars offer a reliable alternative to festoon cables, especially for long travel distances and high-current applications.

Cable reeling drums provide an efficient method for managing power and control cables on traveling crane components. As the crane moves, the cable drum automatically winds or unwinds the cable, maintaining proper tension and preventing cable damage. This system is particularly advantageous for long travel distances where festoon systems may not be practical.

Crane remote control systems enable operators to control crane movements from a safe distance, improving visibility and reducing operator fatigue. Wimac offers both wired pendant controls and wireless radio remote controls featuring ergonomic designs, intuitive button layouts, and robust construction for industrial environments. All remote systems include emergency stop functionality and multiple safety interlocks to prevent unauthorized operation.

Gantry Crane Storm brakes (A hydraulic rail clamp) is used on gantry cranes to securely lock the crane onto the rail during strong winds, emergency stops, or when the crane is parked. By applying powerful downward force through hydraulic cylinders, the clamp grips the rail head and prevents any unintended movement, ensuring stability, safety, and protection against derailment. This system is essential for outdoor gantry cranes operating in open areas where wind loads and environmental conditions can cause the crane to drift or slide.

Crane operator cabins provide a comfortable, safe, and ergonomic working environment for crane operators during extended shifts. Wimac manufactures custom operator cabins designed to meet specific operational requirements and comply with international safety standards including EN 13557 and ISO 8566.

Our cabins feature reinforced steel construction with anti-vibration mounting systems, panoramic safety glass windows for maximum visibility, climate control systems (heating and air conditioning), ergonomic operator seats with adjustable positioning, and integrated control consoles. Optional features include CCTV monitoring systems, load moment indicators, and anti-collision displays.