How fast can an electric picker lift?

How fast can an electric picker lift?

Different types of electric pickers have different lifting speeds. Light electric pickers are mainly used for picking lighter goods in warehouses, and the lifting speed is generally around 0.3-0.6 meters per minute; medium electric pickers usually have a lifting speed of 0.6-1 meter per minute; heavy electric pickers have a complex structure, large lifting height and load capacity, and the lifting speed may be around 1-1.5 meters per minute.

However, these data are only approximate ranges, and the actual lifting speed will also be affected by factors such as motor power, hydraulic system performance, lifting height and cargo weight. The greater the motor power, the stronger the power provided and the faster the lifting speed; the performance of the hydraulic system, such as the hydraulic pump displacement, hydraulic oil flow rate and hydraulic valve control accuracy, is directly related to the power transmission efficiency. A high-quality hydraulic system can make the lifting action smoother and faster; for safety and stability considerations, the greater the lifting height, the lower the lifting speed; the greater the weight of the cargo, the greater the gravity that the vehicle needs to overcome. When approaching or reaching the rated load, the lifting speed will be significantly limited to ensure the safe operation of each component.

So is the lifting speed of the electric sorting vehicle the faster the better?

Actually not. For electric sorting vehicles, especially when the lifting height is relatively high, too fast lifting speed is dangerous to operators and goods. Too fast speed can easily cause goods to shake and fall, reduce vehicle stability, and increase the risk of rollover; affect the accuracy of picking operations and make positioning difficult; increase the load on components such as motors and hydraulic systems, accelerate equipment wear, increase maintenance costs and downtime; in narrow and complex working environments, it will also increase the risk of collision.

Therefore, the lifting speed should be reasonably set according to the actual operation requirements, safety standards and equipment performance to achieve safe, efficient and accurate operation.

What is the maximum height of the picking truck?

The maximum height of the picking truck varies depending on the model, application scenario and manufacturer’s technical level. Generally speaking, according to the height of the picked goods, electric picking forklifts can be divided into low-level picking forklifts and medium-high-level picking forklifts. The lifting height of low-level picking forklifts is usually within 2.5 meters.

This type of forklift is mainly used in low-shelf scenarios. It is suitable for short-distance transportation and low-level picking operations of goods. It is flexible to operate and is often used in small warehouses, convenience store warehouses and other places with limited space. The lifting height range of medium-high-level picking forklifts is large, usually between 2.5 meters and 10 meters. This type of forklift is the main equipment for picking medium and high-level goods in the warehouse. It is equipped with a safe and stable lifting platform and protective devices. The operator can rise to the corresponding height with the platform for picking operations. It is widely used in large logistics centers, e-commerce warehouses and other scenes where frequent storage and retrieval of medium and high-level goods is required.

How to operate a picking forklift?

The following process should be followed when operating a picking forklift:

The first is the pre-operation inspection. Before that, the driver should check the status of components such as tires, brakes, lights, hydraulic systems, chains, clean the vehicle, and confirm that the cargo meets the load requirements.
The next step is the starting and driving part. After the driver starts the vehicle, he checks the instrument parameters, adjusts the seat and rearview mirror, and then starts slowly, controls the speed, and pays attention to avoidance.
When performing cargo operations, you should pay attention to the forklift aligning the cargo, lifting and carrying smoothly, and slowly lowering the cargo after arriving at the destination. For forklifts with picking platforms, operators need to wear seat belts and control the platform to lift and lower to complete the picking.
After the operation is completed, the driver stops the forklift at the designated location, turns off the power, pulls the handbrake, cleans the vehicle and records the operation information.

What are the daily maintenance contents of electric picking vehicles?

Daily maintenance of electric picking vehicles starts with cleaning, component inspection, and battery maintenance.

First of all, the appearance is cleaned. You need to use a wet cloth to clean the body, fork, chain and other parts to prevent debris from affecting the operation. The surface of the vehicle body is easily contaminated with dust and oil, and long-term cleaning will corrode the paint. The debris left by the fork may affect the stability of the next operation, if the chain is attached with dirt, it will aggravate the wear.

When cleaning, wipe every place carefully to ensure that the vehicle is clean and tidy, laying a good foundation for safe and efficient operation. The second is component inspection, covering wheels, brakes, lights, chains, hydraulics and electrical systems.

Check whether the tire pressure is up to standard and whether the wear is serious to avoid unstable driving due to tire problems; test the brake sensitivity to ensure emergency braking safety; check whether the lights can light up normally to ensure that the operation warning is in place; confirm that the chain is moderately tight and well lubricated to maintain smooth transmission; pay attention to the hydraulic oil level and pipeline leakage to ensure normal lifting function; check electrical components and line connections to prevent faults caused by poor contact, and deal with all abnormal conditions in time.

Finally, battery maintenance, keep the battery surface clean and dry, check the electrolyte level and density regularly, charge correctly according to the instructions, avoid overcharging and over-discharging, pay attention to the battery status during charging, and deal with abnormalities in time. If there are stains on the surface of the battery, it is easy to cause a short circuit. Regular cleaning can extend the life of the battery.

Checking the electrolyte can ensure stable battery performance. Following the charging specifications can effectively protect the battery. Once the battery temperature is too high or the charging is abnormal, stop charging immediately and check the problem to ensure that the battery is always in good working condition.

What types of warehouses are electric picking vehicles suitable for use?

Electric picking vehicles are suitable for a variety of warehouses: in e-commerce warehouses, it can meet the rapid picking of small batches and high-frequency orders of multiple varieties.

In pharmaceutical warehouses, its stable and low-noise characteristics ensure the safe handling and accurate picking of drugs, which meets the requirements of industry supervision.

In electronic component warehouses, with good micro-motion performance, precise positioning capabilities and the advantages of no electric sparks, it can operate safely and efficiently.

In clothing warehouses, with the help of adapted picking devices, it can flexibly respond to various types of clothing storage. In food warehouses, its non-staining, easy-to-clean and adaptable to low-temperature environments meet the special needs of food storage and handling.

What are the advantages of FLIFT brand electric picking vehicles?

FLIFT brand electric picking vehicles have significant advantages. In terms of configuration, it is equipped with an American brand Curtis controller, combined with a full AC motor, stable operation and strong power. The electromagnetic regeneration automatic system can also effectively recover energy and improve energy utilization efficiency. The design of the body weight reduction system reduces the overall weight of the vehicle and further optimizes energy consumption.

At the same time, multiple safety protection devices escort the safety of operations. The controller’s multiple automatic protection system can respond to abnormalities in time, and the automatic deceleration device on curves automatically reduces the speed when the vehicle turns to reduce the risk of rollover.

In addition, FLIFT provides a wealth of customized services, supporting users to choose different loads according to actual needs, customize lifting heights, battery types, and fork lifting functions, to meet diverse operating scenarios and personalized needs.