Technical

Discover how European standard cranes achieve lighter dead weight than GB/T 3811 designs—from main girder section height to maximum headroom, with limit state design.

Compare full VFD vector control vs. rotor series resistance speed control for double-girder bridge cranes. See real efficiency test data on hoisting, travel, and duty cyc

Explore the complete crane electrical control system package: variable frequency drive, anti-sway positioning, PLC control, and smart maintenance for reliable overhead cr

Explore a practical PLC control system design for double-girder bridge cranes, covering I/O module allocation, VFD integration, and synchronized multi-crane operation for

Compare electronic and mechanical anti-sway control for bridge cranes. Learn how laser sensors, vector control VFDs, and input shapers improve load positioning accuracy a

Learn how to choose the right VFD for your overhead crane. This guide covers vector control, braking resistor sizing, and harmonic filtering with step-by-step calculation

Learn how to install a Safety Monitoring and Management System on gantry cranes for real-time vibration monitoring, fault diagnosis, and predictive maintenance to reduce

Learn the complete 4-step selection process for overhead crane hoisting mechanisms, covering motor, reducer, drum, and brake calculations with a 16t through-beam case stu

Learn how to select the right hoisting mechanism brake for overhead bridge cranes and verify braking torque on high-speed and low-speed shafts, including safety factor an

Learn how to calculate speed ratio distribution and center distance for a three-stage expansion gearbox in crane hoisting mechanisms, including thermal power verification