Lithium-ion battery forklift (vehicle-linked type)

Li-ion BATTERY FORKLIFT

Lithium-ion battery forklift(Vehicle-linked type)

Li-ion battery (optional)
Combination of highly efficient IPM motor
Longer operating times
The ultimate battery forklift has been realized
New addition to the lineup: the new QuaPro-B and QuaPro-R.
Significantly extended operating hours
This enables a wide range of operations at high-operational sites.

Li-ion battery and vehicle are linked

Superior performance compared to lead batteries, long operating time,
Reduce maintenance
Provided Lithium-ion
New lineup of battery vehicles.
Dedicated separate charger and battery
Through management system control,
Even easier to use and more secure
It is available.

●Displays remaining battery power
● Battery status is constantly monitored
● To prevent over-discharge, performance restrictions will begin when the remaining charge reaches 1.
● Battery management control for peace of mind

Dedicated charger makes it safe and secure

Automatic charging upon connection to charger.
.
Controlled charging depending on battery condition.
.
Overcharge protection extends li-ion battery life.
.
Upon abnormal temperature detection, charging stops.
.

Rapid charging for vehicles and
No need to replace batteries

Rapid charging eliminates the need to replace vehicles or batteries

Quick-chargeable Li-ion battery (optional)
By combining these, the operating time can be significantly increased

Li-ion batteries can be charged quickly, and can be charged in small increments between tasks or during breaks. They do not require troublesome maintenance such as refilling with water, and have a long lifespan and cycle life that is approximately three times that of lead batteries. (*3) In addition, charging with a dedicated charger is highly efficient, reducing electricity bills by approximately 1%. (*20)
(※1. Varies depending on customer's operating status)
(*2. Comparison with a transformer type charger at the same charging capacity)

With the introduction of Li-ion battery vehicles,
When shifts change or you can't find time to charge your car,
This enables a wide range of operations to be accommodated.

Comparison of FB25 (Li-ion battery + IPM) and lead battery operation in four patterns

Pattern 24: XNUMX-hour operation with supplementary charging

Work pattern: JIS D6202 cycle pattern for operation time per charge
Operation rate 55%, discharge depth (up to 75% for lead batteries, 85% for Li-ion batteries)
Standard battery capacity: Lead battery 48V 565Ah/5Hr, Li-ion battery 76.8V 460Ah/5Hr
*Depends on your operating status.

Comparison of operation between FB25 (Li-ion battery + IPM) and lead battery - 2
Comparison of operation between FB25 (Li-ion battery + IPM) and lead battery - 3
Comparison of operation between FB25 (Li-ion battery + IPM) and lead battery - 4

Contribute to the SDGs

Save on electricity bills
It has good charging efficiency and can reduce electricity costs by approximately 20% compared to lead batteries.
Maintenance-free: No need for bothersome water replenishment work.
Long life: Approximately three times longer than lead-acid batteries.

*Depends on your operating status.

Save on electricity bills
High charging efficiency, reducing electricity costs by approximately 20% compared to lead batteries
You can save money.
Maintenance-free: No need for bothersome water replenishment work.
Long life: Approximately three times longer than lead-acid batteries.

*Depends on your operating status.

01. Reducing environmental impact

Power consumption by highly efficient battery/charger
CO2 emissions reduction
02. Better Living and Working Styles

03. Employee Safety and Health

Preventing accidents related to battery maintenance,
Reducing the burden on workers