elebia, the automatic hook of the future, will boost the safety and productivity of your cranes. elebia, the most innovative crane hook ever, allows you to hook on and release any load remotely. The patented automatic hook is equipped with a magnet in its lower section. When the magnet is close to the load, it attracts and correctly positions the sling. The operator pushes the control button, the hook closes, catches the ring and lifts the load without any additional handling. The automatic crane hook works with cable slings, chains slings, master links, textile slings and even big bags. With the unique elebia automatic hook, you will be able to pick up and release loads remotely, avoiding any handling and moving, minimising risks, enhancing safety and increasing productivity.
How does it work?
The automatic safety hook lifts and releases the load remotely. The remote crane hook generates a magnetic field that attracts and orients the sling, masterlink or rigging gear. The operator then presses the “close” button on the remote control to automatically close the hook, without any manual intervention, operating remotely from a safe distance.
We’ve redesigned the high capacity battery to improve efficiency and minimise energy consumption of the automatic hook. The battery is fully charged in 3 hours, and allows up to 5,000 cycles or 250 hours in standby mode.
Designed to work in the toughest conditions (steelworks, ports, low temperatures) and built with the best materials. WELDOX body of high strength steel, forged hook type T or V.
The elebia automatic hook was designed to enhance safety and increase productivity. It is designed under a failsafe principle. The automatic hook CAN NOT drop a suspended load. This is a feature of all
our designs, geometrically failsafe, without any sensors or electric components.
The elebia automatic hooks come with a unique magnetic system, formed by 32 neodymium permanent magnets placed in a precise configuration that generate an oriented magnetic field with 3 functions: attract, center and orient the masterlink. This basic component, which is present in all our automatic hooks, is what allows the remote engage of loads.
Other options can also be configured with the automatic hooks:
A sensor in the magnet indicates when the masterlink is attached to it. This info is displayed in the eMAX remote control. Units with the magnet sensor can be configured in ‘Autoclose Mode’: the hook will automatically close when the magnet sensor detects the ring is in position. The magnet sensor’s sensitivity/trigger level can be adjusted to customer needs.
Recommended for: Applications where it is difficult to see the lifting point. Automated processes, as the magnet sensor info can be used by the PLC controlling the crane.
Increased magnetic power.
Recommended for: Applications where the lifting point is weakly attracted by the magnet (some stainless steels). Applications where the hook is below a long wire rope, and a lot of swinging makes it difficult to catch the masterlink.
Power Magnet & Rigid Safety Latch
Instead of the standard safety latch (movable, spring loaded), this is a fixed latch, forming a complete closed loop along with the automatic hook.
Recommended for: Applications where the lifting points are fixed rings (eyebolts, handles, etc…).
Void, No Magnets
No magnetic system.
Recommended for: Applications where only a remote release is needed.
The complete range of automatic hooks can be upgraded with a load cell to weigh the load that is being lifted. This load cell is precise, reliable, rugged, compact and fully integrated into the hook, representing no increase in weight or dimensions of the unit. The load cell is highly recommended for preventing overloads and for load control. Load cells can also be retrofitted into older models of our hooks.
|evo2 – Ref.Option LC2||evo5 – Ref.Option LC5||evo10 – Ref.Option LC10||evo20 – Ref.Option LC20||evo25 – Ref.Option LC25|
|Load Cell Type||Compression / Flexion Ring||Compression / Flexion Ring||Compression / Flexion Ring||Traction||Traction|
|Material||Stainless Steel||Stainless Steel||Stainless Steel||Stainless Steel||Stainless Steel|
|Protection||IP67 (EN60529)||IP67 (EN60529)||IP67 (EN60529)||IP67 (EN60529)||IP67 (EN60529)|
|Nominal Capacities (Ln)||2,500||5,000||10,000||20,000||25,000||Kg|
|Minimum Dead Load||0||0||0||0||0||%Ln|
|Total Error||< ±0.2||< ±0.2||< ±0.2||< ±0.2||< ±0.2||%Sn|
|Repeatability Error||< ±0.04||< ±0.06||< ±0.08||< ±0.08||< ±0.08||%Sn|
|on zero||< ±0.01||< ±0.01||< ±0.01||< ±0.01||< ±0.01||%Sn/5ºK|
|on sensitivity||< ±0.01||< ±0.01||< ±0.01||< ±0.01||< ±0.01||%Sn/5ºK|
|Creep Error (30 min.)||< ±0.03||< ±0.03||< ±0.03||< ±0.03||< ±0.03||%Sn|
|Temperature Compensation||-20 ºC to 50 ºC||-20 ºC to 50 ºC||-20 ºC to 50 ºC||-20 ºC to 50 ºC||-20 ºC to 50 ºC||ºC|
|Temperature Limits||-30 ºC to 70 ºC||-30 ºC to 70 ºC||-30 ºC to 70 ºC||-30 ºC to 70 ºC||-30 ºC to 70 ºC||ºC|
|Nominal Sensitivity (Sn)||2 ±0.25%||2 ±0.25%||2 ±0.25%||1 ±0.25%||1 ±0.25%||mV/V|
|Nominal Input Voltage||10||10||10||10||10||V|
|Maximum Input Voltage||15||15||15||15||15||V|
|Input Impedance||800 ±30||800 ±30||800 ±30||800 ±30||800 ±30|
|Output Impedance||700 ±5||700 ±5||700 ±5||700 ±5||700 ±5|
|No Load Input||< ±2||< ±2||< ±2||< ±2||< ±2||%Sn|
|Insulation Resistance||> 5,000||> 5,000||> 5,000||> 5,000||> 5,000||M|
|Maximum Deflection (at Ln)||0.4||0.4||0.4||0.3||0.3||mm|
The innovative position encoder has been integrated into the evo10, evo20 and evo25 automatic hooks representing an added safety element in all lifting operations. The position encoder highlights a technical upgrade of our remote hooks, as it allows to know the exact angular position of the hook at any given moment thanks the information relayed to the eMAX remote control.
This important feature comes in very handy in operations where the operator can not see the hook’s position. The automatic hook’s status is displayed on the eMAX remote control, transmitting real time information to the operator.
With the position encoder and the eMAX remote control, the user is always aware of the hook’s status (open/closed) and is informed with the buzzer/vibrator and display features of the eMAX if the load is not placed correctly on the safety hook. (e.g. tip of the hook)
With the position encoders’ specifications, the chances of impacts are reduced, the life-span of the motor and clutch increase and most importantly, safety is enhanced in all lifting operations.
The position encoder can be retrofitted into older units of the evo10, evo20 and evo25 (*except for versions with a spring loaded latch)
The standard automatic hook units are rugged, designed and built to work in almost
every industry. For special environments, you have the following options:
C5M Painting and AISI components.
Recommended for: Marine Environments
Industries: Offshore Wind Turbines, Onboard Cranes, Buoys
DNV 2.22 certification for Offshore lifting appliances.
Industries: Offshore Wind Turbines, Onboard Cranes
Units with IECEx certification for zones 1 and 21. According to European Directive 94/9 / EC and IECEx international standards. Filled ATEX: 2GD to work on the sites classified as zone 1, zone 21 according to the European Directive 99/92 / EC
Recommended for: Operations in potentially explosive atmospheres
Industries: Oil & Gas, Mining & Chemical
Heat shield that protects the automatic hook and its electronic components from radiated heat and extended temperature working range.
Recommended for: Operations where the automatic hooks are subject to extremely elevated temperatures and radiated heat
More Info here
Meet the BUMPER.
The new accessory for our evo5 to evo20 range of automatic hooks, designed to protect your automatic crane hooks from all sort of impacts.
evo5, evo10c, evo10 and evo20 models.