How To Judge The Performance Of The Forklift
In the comprehensive assessment, many companies often fail to make a reasonable judgment on the quality of their products because they do not understand the professional knowledge and technology of forklifts. In general, the superior performance of high-quality forklifts is often reflected in high efficiency, low cost, high reliability, ergonomic design and convenient service.
High efficiency does not only mean high speed (driving, lifting, descent speed), it also means that the operator takes a short time to complete a work cycle and can maintain this efficiency throughout the working time. Many factors can contribute to efficiency gains:
1 The speed of the speed, such as driving speed, lifting and lowering speed;
2 The application of ergonomic design reduces the number of operation actions;
3 the accuracy of the operation;
4 application of ergonomic design to reduce fatigue;
5 good vision;
The total cost of an annual purchase and use of a forklift truck includes:
1 procurement cost;
2 maintenance costs;
3 energy consumption costs;
4 Labor costs.
Procurement costs will be spread evenly over the life of the forklift. Therefore, high-priced forklifts will reduce procurement costs due to their longer life.
The actual repair cost is not only related to the cost of repairing parts, but also to the failure rate or downtime. Therefore, a high-quality forklift has lower maintenance costs due to its lower failure rate.
The cost of energy consumption will vary depending on the forklift of different power systems, such as electricity, diesel, liquefied petroleum gas or gasoline.
Labor costs vary with the number of drivers and their monthly total wages, and the number of drivers will be reduced by the use of efficient forklifts.
The safety design of the forklift should be able to fully guarantee the safety of the driver, the cargo and the forklift itself. High-quality forklifts often take into account every detail and every possibility in terms of safety design.
Ergonomics is a science that is widely used in product design, especially in improving the operating environment, with the goal of maximizing the effectiveness of the driver by reducing driver fatigue and increasing operational comfort.
In the design of forklifts, ergonomics is reflected in all aspects:
1 Reduce the fatigue of the driver's operation: the design can reduce the driver's operation and make the operation more labor-saving;
2 Comfort: User-friendly design can keep the driver in good mood and reduce operational errors;
3 Good visibility: Provides a good view of the forklift operation process, not only improves efficiency, but also ensures driver safety.
Consider whether the forklift is easy to maintain. All parts should be replaced easily, and the diagnosis and elimination of the fault should be fast. The high-quality forklift control system is modular and can be directly connected to a laptop, using diagnostics to quickly find faults or modify parameter settings such as driving speed.
Before purchasing forklifts, in addition to understanding the price and tonnage of forklifts, enterprises should also make purchasing decisions based on the specific conditions and development plans of the company, taking into account the strengths, reputation and service guarantees of forklift manufacturers. In addition to providing reliable after-sales service, a competent forklift supplier should have the expertise to help customers complete the vehicle and configuration selection phase.
CPCD is a generation forklift model code, just like FD/FG, C should be domestic code, and the latter should be representative of whether it is an internal combustion engine or a battery. The CPCD is a general forklift. C: forklift; P: counterweight; C: diesel engine; D: tonnage. There are also side forks, its code name CCCD, etc., and some special forklifts have their own code.
1. Loading capacity
2. Engine brand model;
3. Electronic control brand model;
4. Several levels of gantry;
5. Attachments: side shifters, holding clips, rotators, ejector, carton clips, oil drum clips, etc.
6. Solid tires, pneumatic tires.