HAWKER 48V 6PZB650 MOTIVE POWER BATTERY

HAWKER 48V 6PZB650 MOTIVE POWER BATTERY

HAWKER 48V 6PZB650 MOTIVE POWER BATTERY

HAWKER 48V 6PZB650 MOTIVE POWER BATTERY

HAWKER 48V 6PZB650 MOTIVE POWER BATTERY

Hawker ®  Essential ™  Power battery

HAWKER ® ESSENTIAL ™ Power batteries can provide cost-effective power supply for most applications. HAWKER ESSENTIAL ™ Our series of products adopt our mature tubular plate technology, including lead-acid exhaust batteries in DIN and BS specifications.

The Hawker Essential series battery is a highly reliable and cost-effective battery. This new series of products adheres to the technical characteristics of Hawk Power as a global leader in industrial batteries. A highly cost-effective electric forklift battery.

product mix

Hawker's Essential series products are new European designed open end lead-acid batteries, using both DIN and JIS specifications.

This series of products has a sturdy structure and adopts mature tubular plate technology. The battery cells and covers are made of high-temperature resistant polypropylene material and welded through a heat sealing process, which can effectively prevent acid leakage.

The battery cells are all installed in customized boxes, using flexible bolt connections and sealing insulation of the connecting strips, ensuring safety and reliability, and easy maintenance.

The exhaust port cover adopts a flip over design and is equipped with an electrolytic liquid level mark, which is safe to use and can fully discharge the gas released during charging, facilitating maintenance.

Optional

The electrolyte float and electrolyte warning light of the JIS series battery can be installed according to the height of the battery.

The water adding system is also available for ordering. This system can safely add water to the most suitable location through a water adding device, and can significantly shorten the water adding time.

It is recommended that users choose Hawker modular high-frequency chargers to be used together with the battery. Choosing chargers of the same series can maintain the best charging state of the battery and maximize its service life.

The charger adopts high-quality electronic components, and the perfect charging curve not only optimizes battery charging, but also greatly saves power consumption, energy conservation, and environmental protection.

The HAWKER charger adopts an innovative module design, making maintenance and use more convenient.

characteristic

High reliability and cost-effectiveness

Advanced structure and high-quality components

Suitable for most brand hosts and models

Hawk Power's globally unified design and production process

Branches spread throughout various regions, facilitating timely service and support

Product Model Table

PzJD&PzJB cells-Hawker essential,bolt-on connectors,dimensions resembling DIN/EN 60254-2,IEC 60254-2,GBT 7403-1/2

Cell Designation

2PZJD160 3PZJD240 4PZJD320 5PZJD400 6PZJD480 7PZJD560 8PZJD640

2PZJD230 3PZJD345

4PZJD460 5PZJD575 6PZJD690 7PZJD805 8PZJD920

2PZJD250 3PZJD375 4PZJD500 5PZJD625 6PZJD750 7PZJD875 8PZJD1000

2PZJD280 3PZJD420 4PZJD560 5PZJD700 6PZJD840 7PZJD980 8PZJD1120

2PZJD310 3PZJD465 4PZJD620

5PZJD775 6PZJD930 7PZJD1085 8PZJD1240

Hawk PzB traction battery pack

Hawk forklift battery HAWKER PzB type

HAWKER | The traction forklift battery produced by Hawke Power Supply Co., Ltd. is currently technologically advanced and widely used in the industry. Many famous brand manufacturers, such as forklifts, locomotive tractors, electric cleaning vehicles, and electric sightseeing vehicles, use HAWKERPZS traction batteries. Compliant with DIN standards, mainly equipped with European standard forklifts such as LINDE, HANGCHA, JUNGHEINRICH, HYSTER, BT, STILL, etc. Complies with JIS/BS standards, mainly equipped with JIS/BS standard forklifts such as NICHIYU, TOYOTA, TCM, KOMATSU, SHINKO, NISSAN, etc.

Monomer structure

HAWKER traction batteries use mature tubular positive plate technology. The positive electrode plate adopts a die-casting grid, and the active substances are stored in a polyester material discharge pipe; The negative electrode plate uses a reinforced plate type electrode plate. There are multiple micropores and a raised diaphragm on one side between the positive and negative plates. The single shell of the battery is made of high impact and high-temperature resistant polypropylene material, and the shell cover adopts a heat sealing process to prevent electrolyte leakage.

Pole terminal

Each positive and negative terminal is cast with lead alloy and copper core terminals with internal threads. The combination of the pole and the compressed sealing ring can effectively prevent electrolyte leakage.

Single battery connection strip

The battery cells are connected by fully insulated halogen-free soft connection strips. The method of fixing the connection strip with bolts can make it easy and fast to remove individual units from the battery pack for maintenance or replacement.

Safety valve

Each battery cell is equipped with a safety valve to prevent the gas generated during the charging process from escaping. The operation of adding pure water and measuring the specific gravity of electrolyte can be carried out through the safety valve. The safety valve also has a baffle for the battery to prevent electrolyte surge.

Battery cover

There is a design on the battery cover that allows for the installation of electrolyte stirring systems or temperature sensors after punching.

Hawker Aquamatic Centralized Automatic Water Filling System

The Hawker Aquamatic centralized automatic water adding system can add water to all battery cells in the battery pack from the center point of the battery system. The water safety valve of this system, as shown in the previous figure, can automatically maintain the optimal liquid level of the battery cell, while also allowing the gas generated during the charging process to escape and the operation of measuring the specific gravity of the electrolyte.

Electrolyte agitation system

The Hawker electrolyte circulation stirring system adopts the principle of air lift and utilizes a pipeline system installed on the battery for operation. The diaphragm pump blows a low-speed airflow into the battery, causing the airflow to circulate in the battery casing. This system can effectively prevent electrolyte stratification and ensure charging optimization.

advantage

● Higher capacity in the same overall size

● Higher discharge efficiency

● Longer running time and higher reliability

Effectively integrating DIN and BS standards from European standards in terms of capacity and size

HAWKER traction battery with electric electrolyte stirring system

● Avoid stratification of electrolyte and temperature during partial or full charging process

Optimize the acceptance process of charging the positive and negative plates of the battery, so that the bearing capacity of the positive and negative plates is consistent

Compared with traditional charging methods, it reduces charging time by 30% and energy consumption by 20%

● Avoid stratification of electrolyte and temperature during partial or full charging process

Optimize the acceptance process of charging the positive and negative plates of the battery, so that the bearing capacity of the positive and negative plates is consistent

Compared with traditional charging methods, it reduces charging time by 30% and energy consumption by 20%

Layered electrolyte circulation

HAWKER HOKE ®  The size of the PzB type traction battery (with bolted and sturdy connection strip) meets the requirements of IEC 254-2 'E' series standards.