Maneuverability
We will support you in further improving the efficiency of your logistics operations.
Energy saving
We provide a more efficient work environment and an environmentally friendly logistics environment.
Operation Feel
We are pursuing a more advanced and comfortable operating feel.
Smooth turning and agile maneuverability
Achieves the industry's smallest practical right-angle stacking aisle width of 2540mm.
Space saving is the design concept of QuaPro-R. QuaPro-R has significantly revised the mast structure, retraction amount, and equipment layout while maintaining the wheelbase dimensions and operator living space of conventional vehicles. It has achieved the industry's smallest practical right-angle stacking aisle width of 2,540 mm (-130 mm compared to our conventional model) without compromising vehicle stability or living space. (FBR15SC model)
The dramatic improvement in maneuverability leads to increased time-based work efficiency (33% increase compared to our previous model), reduced fatigue due to turning operations (20% reduction compared to our previous model), and increased warehouse storage rate (10% increase compared to our previous model). QuaPro-R will support our customers in further improving the efficiency of their logistics operations.
Reducing aisle width with right-angle stacking enables effective use of storage space in the warehouse. By narrowing the aisle width, it is possible to add more shelves, enabling more cargo to be stored.
[※FBR15SC model] *Assumed case in a 30m x 16m warehouse
The reduction in the width of the right-angle stacking aisle significantly reduces the amount of steering work required by the operator. This reduces unnecessary operations and reduces the operator's fatigue level.
[※FBR15SC model]
(JIS D6202:2011 work cycle pattern test results)
"How small a turn it can make" is also a major factor in determining the choice of reach vehicles. By being able to turn easily, it is possible to narrow the aisle width and improve the efficiency of storing luggage, or if the aisle width does not change, there is more room to turn, which leads to improved safety.
Sumitomo's patented Aisle Width Control (AWC) technology allows one-touch selection of "loading mode," which minimizes aisle width for right-angle stacking, and "turning mode," which minimizes turning radius when turning on the spot or making U-turns.
In "loading mode," the optimum steering angle and turning center are automatically adjusted to minimize the right-angle stacking aisle width. This means that the operator can turn with the smallest right-angle stacking aisle width simply by turning the steering wheel to the steering end without having to worry about the optimum steering angle.
Environmentally friendly energy saving
Power consumption is reduced by 24% compared to previous models.
(*The figures are for the FBR15SC. The FBR15S achieves 25%.)
The design concept of QuaPro-R is energy saving. QuaPro-R is the first reach truck to use an IPM motor for the drive motor. Furthermore, we have made every effort to achieve high efficiency by reviewing the parts used, such as making the loading motor AC and reducing the vehicle weight, and optimizing the equipment layout and various controls.
We have achieved industry-leading low power consumption (24% less than our previous model). In recognition of our contribution to promoting efficient energy use, we received the Japan Machinery Industry Federation Chairman's Award for Excellent Energy Saving Equipment. QuaPro-R provides an efficient work environment and an environmentally friendly logistics environment.
Excellent energy saving equipment
Received the Japan Machinery Federation Chairman's Award
The Excellent Energy Saving Equipment Award System is an award system established by the Japan Society of Mechanical Engineers, Inc., in 55, with the aim of promoting the development and spread of excellent energy saving equipment. Our company, which developed QuaPro-R, which achieved overwhelming energy savings, was recognized for its contribution to the promotion of efficient energy use and received the Japan Machinery Federation Chairman's Award.
The reduction in power consumption has resulted in a 24% reduction in power consumption compared to our previous model, which is equivalent to a reduction in electricity costs of 18,000 yen per year.
[※FBR15SC model]
(JIS D6202:2011 work cycle pattern test results)
By reducing power consumption, we have achieved a reduction in CO356 emissions of 2 kg/year compared to our previous model. The reduction in CO2 emissions by QuaPro-R will help our customers in their environmental activities.
[※FBR15SC model]
The reduction in power consumption has resulted in an operating time that is approximately 2 hours longer than our previous model. This reduces the need for recharging, shortens the overall work time, and allows for continued work even when additional work is suddenly required, providing benefits for each work site situation.
[※FBR15SC model]
(JIS D6202:2011 work cycle pattern test results)
A sense of oneness between man and machine
Perceptual operation feeling that responds to the operator's intentions
The design concept of QuaPro-R is man-machine integration. To realize a more natural operation feeling that responds to the operator's intentions, QuaPro-R thoroughly reviewed the driving inching and loading inching. In addition, while maintaining good mast visibility, we have worked on creating an operator-centered vehicle by improving boarding and disembarking by lowering the floor. The man-machine integration operation feeling increases the efficiency of loading and unloading work, leading to overall productivity improvement. In addition, AWC (small turning radius control) is installed to realize the key concept of small turning (minimum right-angle loading aisle width). You can freely select (loading mode) to minimize 90-degree turning during loading and unloading.
QuaPro-R pursues a more advanced and comfortable operating feeling.
By reviewing the conventional accelerator and acceleration characteristics, smooth speed changes from low to high speeds are now possible, and comfortable behavior is achieved at all speed ranges. When quick acceleration is required, the vehicle accelerates quickly, and when delicate inching is required, the acceleration characteristic is gentle and appropriate to the situation.
The low-speed range of the lift valve has been expanded to make cargo-handling inching easier. In addition, the cargo-handling motor has been changed to an AC motor, and the control at motor startup has been optimized to improve inching performance and provide better response.
Amenity
Getting in and out, operating the vehicle and living in it are more comfortable than ever before.
Safety and workability
It is equipped with various safety mechanisms and equipment to protect the operator.
Economy
The design also takes into consideration the economics of the management side.
Equipment and mechanisms to ensure operator safety
The true performance of a machine can only be achieved if the living space in which the operator comes into contact is kept comfortable. With QuaPro-R, careful consideration has been given to the areas where people and the machine come into contact, such as the floor and the operation panel, making it more comfortable than ever before when getting on and off, operating, and living in the machine.
While maintaining the layout of easy-to-operate levers, the new design features a rounded operating space that gently embraces the operator. The part of the operating space that the operator comes into contact with is cut in a curved line, creating a design that naturally fits the operator's body.
*The photo is for illustrative purposes only. In reality, a caution label will be attached in the designated location.
Hooded Display
A hood has been added to the top of the display to prevent reflected light and improve visibility. The display surface is also tilted toward the operator, allowing the operator to check the display in a natural field of vision.
New features include a back support to support the operator's back and a high back support to support the shoulders from the sides. This provides support when switching back from reverse to forward and reduces fatigue during normal operation.
[Back support]
[High back support]
The floor height of QuaPro-R is 45mm lower than the conventional model, at 250mm, which is the industry's top class. This contributes to reducing operator fatigue when working with reach vehicles, which require frequent boarding and disembarking. *Patent pending
The QuaPro-R suspension uses a parallel link structure. This significantly reduces unpleasant vibrations on the floor surface compared to conventional models, helping to reduce operator fatigue. In addition, a suspension lock mechanism has been added to improve stability during turning and loading and unloading, achieving a high level of both ride comfort and stability.
Equipment and mechanisms to ensure operator safety
QuaPro-R is equipped with various safety mechanisms and equipment to ensure the safety of the operator during travel and loading and unloading work. In addition, to ensure safe operation in high places and dark places, various options such as LED lighting, carriage lights, and safety lasers are also available.
It protects the space on the right side of the vehicle and prevents the operator from driving outside the vehicle. It protects the operator from accidental pinching.
The torque of the travel motor is controlled according to the amount of steering wheel operation. This suppresses dangerous acceleration during turns and prevents dangerous operations such as rollover. Since unnecessary acceleration is suppressed, it also contributes to energy saving. Of course, because it is optimally controlled according to the amount of steering wheel operation, there is no decrease in workability.
The slope speed limit function, which suppresses unintended acceleration on downhill slopes, is now standard equipment. It memorizes the speed when the accelerator is neutral and keeps the speed constant when going downhill.
Anti-rollback is now standard, which prevents the vehicle from rolling back when restarting from a stopped position on an uphill road.
When the operator is absent, driving and loading/unloading operations are locked. The boarding sensor detects the presence of the operator, so even if the key is on, operations from outside the vehicle are locked for safety. When loading/unloading operations are locked, the lift down is also locked.
■ Front wheel brake anti-skid control
Even if the drive tires slip, the front brakes assist. This control maximizes braking force without locking the tires, stabilizing the vehicle's position and shortening the braking distance.
■Traction control
It prevents the vehicle from wobbling when starting and accelerating, and ensures optimal acceleration on slippery roads.
*Two are set options
■ LED headlight 4-light type
A compact type that does not obstruct visibility or overhead visibility.
■ Carriage light
A headlight has been newly installed on the carriage. It directly illuminates the cargo (fork insertion opening) and shelves, making loading and unloading safer.
■Safety Laser
When the forks are detected as being horizontal, a laser is projected horizontally onto the pallet insertion opening. This allows the fork insertion height to be accurately determined, leading to safer and more efficient work.
Reduce maintenance and management costs
QuaPro-R also has a full range of functions for maintenance and management. It is designed with consideration for the economy of the management side, with ingenious mechanisms to reduce waste in maintenance and the addition of various information functions to make vehicle management easier to understand.
When the battery level reaches approximately 20%, a warning message will appear on the display screen and the lift-up speed will be reduced. If you continue to use the device, the lift-up operation will stop to prevent the battery from over-discharging.
* If the warning indicator lights up, charge the battery immediately.
The drive motor uses a small, highly efficient IPM motor, which is also used in electric vehicles.IPM motors are also highly dust-proof, eliminating problems such as grease shortage caused by dust, and contributing to reduced maintenance costs.
The adoption of an AC motor for loading and unloading contributes to energy saving through improved motor efficiency. Consumable parts such as brushes and contactors are no longer necessary, which also contributes to reduced maintenance costs.
This is an automatic battery water replenishment device that eliminates the troublesome task of water replenishment.
It is also effective in terms of maintenance, reducing the time and cost required for water replenishment and keeping the battery in optimal condition.
*This device is intended solely to assist in the replenishment of water in battery-powered vehicles. Please visually check the replenishment status on a regular basis.
It is difficult to remove the battery to refill the water.
Front pull-out
Side pull-out
*Some attachments are available as special orders.
*The actual product may differ from the illustration.
We offer a wide variety of options and attachments.
You can choose the model that best suits your work and environment.
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