The 50 kg/m Z-Type Vertical Conveyor mainly solves the vertical transfer of goods between workstations at different heights in warehouses and factories. It is suitable for goods such as metal drums, plastic drums, rolls, and cartons, with each item weighing no more than 50 kg. The Z-type structure is suitable for layouts with lower-level feeding and upper-level discharge, and is commonly used for connections between the first and second floors, from the ground to a platform, and between the production area and the storage area. Before purchasing, first verify three boundaries: whether the lifting height falls within the 4-20 m range, whether the overall dimensions of the goods fall within the available specifications, and whether the heights, directions, and on-site space of the inlet and outlet match the front and rear equipment.
Applicable Sites and Cargo Boundaries
This model group covers lifting heights from 4 to 20 meters and is suitable for vertical conveying between fixed workstations. If the site requires connecting upper and lower floors with the same equipment, and the inlet and outlet directions are already largely determined, the Z-type structure is more convenient for layout according to the positions of the upper and lower ends.
Suitable goods include:
- Metal drums, single item not exceeding 50 kg
- Plastic drums, single item not exceeding 50 kg
- Rolls, single item not exceeding 50 kg
- Cartons, single item not exceeding 50 kg
- For bagged goods that need to be conveyed, first confirm the bag support, bottom stability, and conveying posture.
When judging on site, weight is not the only factor. It is also necessary to check whether the bottom surface of the goods is flat, whether the center of gravity is offset, and whether the goods are likely to roll or tip over during loading and unloading. If drums and rolled goods are prone to rolling, first confirm the feeding positioning and discharge transition method.
How to Read the Key Parameters
When purchasing, first check the key parameters that affect layout and load capacity; there is no need to expand every dimension at once. This table is more suitable for an initial on-site screening.
| Parameter | Impact on Selection | How to Confirm On Site |
|---|---|---|
| Lift height: 4-20 m | Directly determines which specific model to choose | Measure based on floor height difference, platform height, or equipment connection height |
| Load capacity: 50 kg/m | Determines the load limit per unit length | Count the weight of each individual item and the number of items on the machine at the same time in a given section |
| Single-item limit: ≤50 kg/item | Determines whether the goods can be loaded directly onto the machine | Use the heaviest single item as the basis; do not estimate by average weight |
| Effective width / matching specification | Determines whether the goods can pass through smoothly | Common specifications for this model group are 0.6×0.8 m, 0.8×0.8 m, and 0.8×1.2 m; confirmation should be based on the cargo length and width as well as the final model |
| Drive method: chain drive | Affects maintenance methods and operating stability | Confirm whether the site has the required conditions for standard drive maintenance |
| Lift motor power: 750-3700 W | Affects power supply preparation and distribution reservation | Confirm according to the final model corresponding to the lift height |
The clearly defined power change ranges for this model group are:
- 4-6 m: 750 W
- 7-12 m: 1500 W
- 13-17 m: 2200 W
- 18-20 m: 3700 W
If the site also focuses on cargo passage size and the transition lengths at the upper and lower ends, this parameter should be confirmed according to the final model or engineering requirements, rather than judged only by lift height.
How the Front and Rear Sections Connect
The Z-type Vertical Conveyor is usually positioned between upper and lower stations, and the connection between the front and rear sections is more important than looking at the lift height alone. At the lower end, confirm the incoming material direction, manual loading method, or the height of the front conveyor; at the upper end, confirm whether the discharged items drop onto a platform, feed into a roller line, or transfer to a workshop station.
When connecting with a roller line, confirm the following points:
- Whether the inlet height matches the conveyor surface of the preceding section
- Whether the discharge direction matches the floor passage
- Whether a buffer section is needed after the goods leave the Vertical Conveyor
- Whether bucket-type or roll-type goods need positioning stops at the transfer point
If the incoming material from the lower level has already passed through Powered Roller Conveyor conveying, the upper level also needs to connect to a roller line, and the inlet/outlet height, conveying direction, and takt time usually need to be confirmed together. If loading and unloading of truck compartments is also involved between floors, you can further coordinate with Medium Hydraulic Conveyor The connection is maintained, but the transition segment length, operating height, and operator position between the two types of equipment should be checked separately.
How do you tell the models apart within the same series?
Within the same series, first distinguish by structure, then by load capacity.
- If Z-shaped offset loading and unloading is required, and the weight of each item is within 50 kg, this model group can be used
- When the weight of a single item is close to or above the 50 kg/m threshold, switch to 100 kg/m Z-type Vertical Conveyor Recheck the load capacity and cargo dimensions
- If the required loading and unloading path on site is better suited to a C-type structure, see 50 kg/m C-type Vertical Conveyor or 100 kg/m C-type Vertical Conveyor
Within the same model group, the main differences between the 4 m and 20 m versions are the lifting height and the corresponding motor power; this does not mean the cargo type can be arbitrarily increased. If the cargo exceeds 50 kg per piece, or if its dimensions are clearly beyond common compatible specifications, engineering confirmation, an additional solution, or a recheck of the load capacity and conveying method is required.
On-site layout and maintenance
These types of equipment are mostly fixed installations. During on-site layout, first check the vertical clearance, then the operating space at the upper and lower ends.
The following items are recommended for priority checking:
- Whether there are obstacles above the installation location, such as beams, piping, or platform guardrails
- Whether there is space at the lower end for feeding and temporary stacking
- Whether there is sufficient transfer space after discharge at the upper end
- Whether the floor or platform foundation meets the fixed installation requirements
- Whether the power supply point is close to the equipment layout area
For maintenance, the chain-drive structure requires routine checks on the drive components, tension condition, and the transition points for loading and unloading. If there is a lot of dust on site, if the bucket surfaces are prone to adhesion, or if the bottoms of cartons are prone to wear, the maintenance frequency should be arranged according to actual operating conditions. For long models, the site access and lifting conditions must also be confirmed before installation; the delivery length and sectioning method of the complete machine must be confirmed according to the final model.
Pre-purchase confirmation
Prepare the information below clearly, and communication will be faster:
| Items to confirm | What the buyer should provide | Purpose |
|---|---|---|
| Lifting height | Actual height from the floor to the discharge point | Determine the specific model within 4-20 m |
| Cargo information | Packaging type, length, width, height, and single-item weight | Determine whether it falls within 50 kg per item and the common specification range |
| Inlet and outlet direction | Lower-end incoming material direction, upper-end discharge direction | Confirm whether the Z-shaped layout is suitable |
| Upstream and downstream equipment | Whether it connects to a roller line, platform, Hydraulic Conveyor, or manual station | Confirm the transfer height and transition method |
| Installation space | On-site length, width, height, and obstacle positions | Determine whether the equipment can be positioned |
| Power supply conditions | On-site power source location and available capacity | Confirm motor power configuration |
Frequently asked questions:
Is it suitable for conveying bagged goods?
For bagged goods, first confirm whether the bags are prone to collapsing, slipping, or getting stuck at the transfer point. Pay particular attention to bottom support and the transition at the inlet and outlet.Which load-bearing conditions need to be confirmed?
First check whether the weight of each item does not exceed 50 kg, then check the number of goods carried on the same section at the same time, to avoid judging only by the weight of a single item.How should the lifting height be selected?
This model group covers 4–20 meters. In general, select the specific model based on the actual floor difference or platform height, not on the building floor height.What should be provided when connecting with a roller conveyor line?
Provide the height and width of the front and rear conveying surfaces, the incoming material direction, the discharge direction, and the placement posture of the goods at the transfer point.How should items over 50 kg each be handled?
Engineering confirmation is required, with a separate solution or a recheck of the load-bearing and conveying method; do not use this model group directly at a larger scale.