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Single girder overhead crane
An electric hoist runs beneath a single bridge girder for general workshop lifting.
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01 / 01Product-family reference image. The attachment and configuration shown may differ from the selected model.
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Overhead cranes
Rigid-mast intelligent overhead crane
An intelligent overhead crane uses a rigid guided lifting arrangement for controlled handling of bags, coils, pallets and process materials.
- Lifting / load capacity
- 0.5–20 t
- Lifting height
- 5–10 m
01 / Where it works
Where it works
Pick a load from a defined position and place it at the next process station. The rigid mast guides the lifting movement, while the chosen gripper and control functions are configured around the material and handover task.
02 / What it does
What it does
Rigid guidance limits load swing during the guided lifting motion.
Dedicated gripping arrangements for different materials.
Recognition, gripping and route-planning functions can be configured for the process.
03 / MRIC
Models & configurations
| Model | Rated capacity (t) | Span (m) |
|---|---|---|
| MRIC500 | 0.5 | 20 |
| MRIC2000 | 2 | 20 |
| MRIC5000 | 5 | 20–30 |
| MRIC10000 | 10 | 20–40 |
| MRIC20000 | 20 | 20–40 |
Ranges apply to different model configurations. Capacity, dimensions and options must be confirmed together for the intended duty.
Plan around your load
Define load shape, grip surfaces, span, station coordinates and control integration. Listed capacities are converted from kilograms to tonnes.
Rigid-mast intelligent overhead crane
Technical introduction
Structure and operating principle
An intelligent overhead crane uses a rigid guided lifting arrangement for controlled handling of bags, coils, pallets and process materials.
A rigid guide constrains the lifting attachment, reducing free pendulum motion compared with a freely suspended hook. Guidance introduces its own horizontal reactions and alignment requirements; it does not eliminate collision or dropped-load hazards.
- Rigid guidance limits load swing during the guided lifting motion.
- Dedicated gripping arrangements for different materials.
- Recognition, gripping and route-planning functions can be configured for the process.
Application and selection
For repeatable placement of bags, coils, pallets or process materials using a matching gripper. Recognition and automatic route functions are options to be verified for the actual material and cell layout.
Working method
Before work, authorised personnel confirm the load and its centre of gravity, the permitted machine configuration, the route and receiving position. Complete the checks specified for the equipment, verify protective functions by the approved method and stop if a defect affects safe operation.
Confirm the load identity, gripper engagement and receiving position before authorising a cycle. Keep the guided path unobstructed and use the validated sequence for gripping, lifting, transfer, placement and release.
After the task, place the load on stable supports and leave the equipment in its prescribed safe state. Record faults and abnormal events. Maintenance or jam clearance requires secure isolation of relevant energy, including stored hydraulic, pneumatic and gravitational energy.
Precautions and maintenance
Do not use the mast to push or prise a load. Guard automatic areas and isolate all relevant energy before entering for jam clearance. Standards for freely suspended hoists should not be assumed to cover this guided-load arrangement without a scope assessment.
Inspection frequency, wear/discard criteria, lubrication, brake adjustment and replacement parts follow the supplied instructions and applicable local requirements. Only competent personnel may maintain the equipment; return to service follows the prescribed checks.
Configuration and standards
This is an equipment-selection and operating-principle overview, not a complete operator manual, lift plan or certificate. Verify rated load, duty, geometry, environment and protective functions against the nameplate, approved drawings and delivered instructions. Do not combine separate series maxima into one promised configuration.
Requirements follow the destination and installation, not the website language. China: determine the applicable GB/T references and statutory equipment obligations. EAEU destinations: check the applicable TR CU/EAEU regulations, amendments and conformity documents. English-speaking markets: select the relevant national rules; US OSHA and UK HSE references are not universal law. EU projects require their own applicable conformity assessment.
Technical references
References checked on 17 September 2026. Product-specific facts come from the retained supplier material. Standards links confirm official editions and scopes; full paid clauses have not been audited. Public regulator guidance and manufacturer technical material corroborate general workflows, not certification or specifications of this product.
- ISO 12100:2010 — Machinery risk assessment — Standard scope
- ISO 9927-1:2013 — Crane inspections — Standard scope
- HSE — Planning and organising lifting operations — Regulator guidance / framework
- HSE — Maintenance of work equipment — Regulator guidance / framework
HenanMine Crane / Plan your configuration
Build around your operation.
Tell us your load, workspace and operating requirements.
