|
Lightweight Bin Telescopic Fork, 30 m/min High-Speed Handling for Automated Warehouses
| MOQ: | 1 |
| Price: | 3700 |
| Standard Packaging: | Wooden box |
| Delivery Period: | 30 workdays |
| Payment Method: | L/C,D/A,D/P,T/T |
Lightweight Single Motor Single Deep Hfta42-700*800*850 Loading Forkpallet Fork
The HFTA43 single-motor, single-deep forks are used for automated warehouse storage of light goods such as crates. The fork body is delicate and small, usually used as a single fork, but also can be used as a double fork or multi-fork joint use.
Main components and functions:- Combination top fork: It is made of one top plate and two side plates spliced together, and can be customized with different widths;
- High-strength needle roller bearings: customized according to the requirements of telescopic fork industry, with high precision, low resistance, strong radial bearing capacity, high hardness and self-aligning function, wear-resistant and impact-resistant;
- Analyzed chain: anti-stretch, high strength, high breaking load, fatigue resistance;
- One-piece center fork: made of high-quality steel, machining center one-piece molding, with high precision;
- Mechanical Limit Protection: The telescopic fork is equipped with a mechanical limit inside to prevent it from being dislodged over the stroke;
- Drive: AC servo motor with planetary reducer;
- No-load maximum speed: 0-50m/min
- Maximum speed at full load: 0-30m/min
- No-load acceleration: 1m/S2
- Full load acceleration: 2m/S2
| FH Fork thickness (mm) | LS Cargo length (mm) | L Length of fork(mm) | S1 Maximum stroke (safety stroke 30mm) | TH Total fork height (mm) |
HF Mounting height(mm) |
FW Fork width (mm) |
Q Load (KG) |
Load Disturbance(mm) ± 10% |
No-load disturbance(mm) ± 10% |
42 |
600 | 700 | 750+30 | 228 |
73 |
183-600 |
120 | 7 | ≤4 |
| 750 | 860+30 | 120 | 9 | ||||||
650 |
700 | 810+30 | 120 | 8 | |||||
| 750 | 860+30 | 120 | 10 | ||||||
| 800 | 850+30 | 120 | 8 | ||||||
| 910+30 | 120 | 10 | |||||||
700 |
700 | 750+30 | 120 | 11 | |||||
| 750 | 860+30 | 120 | 9 | ||||||
| 800 | 850+30 | 120 | 9 | ||||||
| 910+30 | 120 | 11 | |||||||
750 |
750 | 850+30 | 120 | 9 | ≤5 |
||||
| 860+30 | 120 | 10 | |||||||
| 800 | 850+30 | 120 | 10 | ||||||
| 910+30 | 120 | 12 | |||||||
| 900 | 950+30 | 120 | 10 | ||||||
| 1010+30 | 120 | 13 | |||||||
800 |
800 | 910+30 | 120 | 12 | |||||
| 900 | 950+30 | 120 | 12 | ||||||
| 1010+30 | 120 | 14 |
Application Scenarios
This product is primarily intended for automated storage of lightweight tote‑box‑type goods, including but not limited to:
-
Automated high‑bay warehouses – as the core load‑handling device of aisle stacker cranes for tote box put‑away and retrieval.
-
Material conveying lines – for transferring and diverting goods in sorting and conveying systems.
-
Intelligent warehousing systems – integrated with AGVs, RGVs, and other automated equipment for automatic loading/unloading.
-
Lightweight goods buffer zones – for material buffering and supply alongside production lines.
Thanks to its compact fork body, it is especially suitable for space‑constrained warehouse environments and applications that demand high picking accuracy for light‑weight materials.
Parameter Explanation
Below are the main technical parameters and their meanings:
|
Parameter Code |
Meaning |
Description |
|---|---|---|
|
FH |
Fork body thickness (mm) |
Affects structural strength and load capacity |
|
LS |
Upper fork length (mm) |
Determines compatible tote box size range |
|
L |
Overall fork length (mm) |
Total length dimension of the fork |
|
S1 |
Maximum stroke (mm) |
Maximum extension distance, including 30 mm safety margin |
|
TH |
Total fork height (mm) |
Impacts installation space requirements |
|
HF |
Installation height (mm) |
Vertical space needed for installation |
|
FW |
Fork width (mm) |
Affects fit and compatibility with tote boxes |
|
Q |
Load capacity (kg) |
Rated load, for this model it is 120 kg |
|
Loaded deflection |
Deformation under full load (mm) |
Within ±10% tolerance, reflects fork rigidity |
|
No‑load deflection |
Deformation under no load (mm) |
Within ±10% tolerance, reflects structural precision |
Note: Specific numerical values for the above parameters are not fully extracted due to page display limitations. For detailed dimension data, please contact the manufacturer for a complete technical data sheet.
RFQ (Request for Quotation) Checklist
To help us provide a prompt quotation and technical proposal, please include the following information when you inquire:
-
Cargo specifications: Length, width, height, and weight per tote box.
-
Stroke requirement: Maximum required telescopic stroke (S1).
-
Installation space: Available installation height (HF) and width (FW) constraints.
-
Usage frequency: Daily operations or expected service life.
-
Environmental conditions: Temperature, humidity, cleanliness, or other special requirements.
-
Control method: Whether integration with your existing control system (PLC / host computer) is needed.
-
Quantity required: Initial order quantity and future batch plans.
-
Special customization: Whether twin‑fork / multi‑fork combinations or custom upper fork width are required.
Testing & Warranty
Testing Standards
-
Accuracy test: Telescopic positioning accuracy is ensured by the servo control system and is strictly debugged before delivery.
-
Load test: Full‑load extension tests are carried out at the rated 120 kg load to verify deflection compliance.
-
Durability test: High‑strength needle roller bearings and high‑tensile chains undergo industry‑standard fatigue testing to guarantee long‑term wear resistance and impact resistance.
-
Limit protection test: Mechanical limit devices are verified through over‑travel validation to ensure reliable safety disengagement.
Warranty & Service
-
The product is manufactured from high‑quality steel with precision machining processes, ensuring factory quality.
-
Specific warranty terms and after‑sales service conditions should be confirmed at the time of contract signing.
-
For product inquiries or technical support, please contact us via the official website’s online message form or reach out to our sales department directly.
Changsha Huaheng Robotics System Co., Ltd. is a global engineering company under Huaheng Group, which is committed to the development, design, manufacture and service of intelligent logistics and warehousing and intelligent manufacturing flexible automated production line, and a high and new technology enterprise that provides customers with integrated solutions of intelligent logistics and intelligent manufacturing.
The company has excellent design development and engineering technology team engaged in factory automation logistics industry for many years, after continuous independent research and development and innovation, the company has owned a number of patented technology certificates, the certificate covers intelligent manufacturing production line, intelligent three-dimensional warehouse, software control and so on. In the construction machinery industry for heavy industry enterprises to provide the world's leading outrigger, frame, boom, large-tonnage frame, large-tonnage boom five intelligent robot welding production line; for the world's advanced heavy industry enterprises to provide intelligent logistics large three-dimensional warehouse, marking the heavy industry oversized parts of the intelligent storage has been solved; in the pharmaceutical industry for the pharmaceutical factories to establish a multi-layer intelligent logistics sorting, picking project; in the real estate and construction industry The industry was the first to develop and implement the construction of four climbing frame intelligent robot welding production line to become the industry benchmark.
Telescopic forks are the actuators of the stacker cranes for accessing goods. The telescopic forks can be extended and retracted horizontally in order to feed (or remove) goods to and from the two side compartments. Forks generally use three-stage (or four-stage) linear differential telescopic forks, which are composed of cam bearings, slider guide units, power gear units, fork bodies, etc., and are driven by rack and pinion or chain.
