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Compact Industrial Battery Charger for Professional Equipment

Professional battery-powered equipment needs a charging system that is correctly matched to the battery, electrical architecture, connector, and operating environment.

This industrial battery charger is designed as a compact external charging solution for commercial and industrial equipment. Its enclosed black housing keeps the charging electronics inside a dedicated charger unit while the integrated cable provides a convenient connection to the battery-powered device.

The product shown in the images uses a gray two-pole equipment-side connector. This provides a defined positive and negative charging interface while allowing the charger to remain separate from the equipment itself.

For manufacturers that need a space-efficient charging solution, the small rectangular enclosure makes this product suitable as a compact battery charger for workshops, warehouses, maintenance facilities, commercial equipment, and OEM machinery.

For customized projects, electrical parameters, charging cables, connectors, labels, and packaging can also be developed as part of an OEM battery charger program.

Key Features

Compact External Charger Housing

The charger uses a relatively small rectangular enclosure designed for external battery charging.

A compact charger can be easier to integrate into an equipment ecosystem because it does not occupy unnecessary space in charging areas or storage locations.

Typical placement environments may include:

Workshop benches
Warehouse charging stations
Equipment maintenance areas
Service centers
Equipment storage rooms
Fleet charging facilities
OEM machinery systems

The external configuration also allows the charger to be serviced or replaced separately from the main equipment.

Ventilated Housing Design

The charger body features ventilation openings and raised external structures designed to support heat dissipation.

Power conversion generates heat during charging, particularly during longer charging cycles or higher output conditions.

A properly ventilated charger housing helps manage this thermal load and supports stable charger operation.

For B2B buyers, thermal design is an important consideration when selecting an industrial battery charger for repeated daily use.

Gray 2-Pole Equipment Connector

The output cable shown in the images terminates in a gray two-pole connector.

This provides a dedicated interface between the charger and compatible battery-powered equipment.

A defined connector can help simplify regular charging operations compared with loose wires or temporary terminal connections.

For production projects, the connector should always be evaluated according to:

Required charging current
Battery voltage
Positive and negative polarity
Contact dimensions
Mechanical compatibility
Cable gauge
Equipment-side interface

The exact connector series should be confirmed from actual production specifications rather than identified only from appearance.

Integrated Charging Cable

The charging cable is permanently connected to the charger enclosure.

This provides a complete charger assembly without requiring a separate DC cable during normal operation.

For OEM orders, cable configuration can potentially be customized according to application requirements.

Options may include:

Cable length
Wire gauge
Cable insulation
Strain relief
Output connector
Cable labeling
Equipment-side wiring

Compact Form Factor

The relatively small charger body makes the product particularly suitable for applications where installation or storage space is limited.

A compact battery charger can be useful for equipment manufacturers that want to supply a dedicated charger without adding unnecessary size to the overall product package.

OEM-Friendly Design

The charger can be configured around a customer's existing battery pack or equipment platform.

An OEM battery charger project can therefore include more than exterior branding. Electrical parameters, cable assemblies, charging connectors, labels, manuals, and packaging can all be evaluated according to the project.

Benefits for B2B Buyers

Easier Battery System Integration

Selecting an industrial charger should begin with the battery specification.

Important technical parameters normally include:

Battery chemistry
Nominal voltage
Maximum charging voltage
Battery capacity
Charging current
BMS requirements
Charging profile
Connector requirements
Cable gauge
Cable length

Matching these parameters before production helps reduce compatibility problems during equipment integration.

Space-Saving Charging Solution

Large charging equipment is not necessary for every battery application.

For compact machinery or smaller battery systems, a compact battery charger can provide a more practical solution while keeping the charging electronics outside the machine.

This can help reduce unnecessary equipment bulk and simplify charger storage.

Convenient Daily Connection

A dedicated two-pole connector creates a repeatable connection method between the charger and the equipment.

For machines charged frequently, this can provide a more organized charging process than using temporary connections.

Flexible External Charging

An external charger allows the charging system to remain independent from the main machine.

Depending on the equipment design, this may help:

Save internal machine space
Simplify equipment wiring
Improve charger replacement
Facilitate maintenance
Standardize chargers across compatible machines

Suitable for OEM Supply Programs

For equipment manufacturers and distributors, an OEM battery charger can be developed as part of the overall product package.

This allows the charger to match the equipment electrically, mechanically, and commercially.

Typical Applications

Depending on the final voltage, current, battery chemistry, and charging profile, this charger can potentially be configured for applications such as:

Industrial battery-powered equipment
Commercial cleaning equipment
Floor cleaning machines
Warehouse equipment
Electric carts
Material handling equipment
Battery-powered service equipment
Mobile industrial machinery
Workshop equipment
Maintenance equipment
Portable electric equipment
Industrial control equipment
Fleet equipment
OEM battery systems
Specialized battery-powered machinery

Actual equipment compatibility must be confirmed according to the final battery and charger specifications.

Technical Specifications

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Specification	Configuration
Product Type	Compact Industrial Battery Charger
Charger Format	External Charger
Housing	Enclosed ventilated housing
Input Voltage	To be confirmed by model
Input Frequency	To be confirmed
Output Voltage	Model / project dependent
Charging Current	Model / project dependent
Rated Power	To be confirmed
Battery Chemistry	According to charger configuration
Charging Profile	Battery dependent
Output Cable	Integrated
Output Connector	Gray 2-pole connector
Connector Polarity	According to battery system
Cable Length	Customizable
Cable Gauge	According to charging current
Cooling Design	Ventilated enclosure
AC Input Configuration	According to destination market
BMS Compatibility	Project dependent
Communication Function	Model dependent
Protection Functions	According to actual charger model
Operating Temperature	To be confirmed
IP Rating	To be confirmed
Certifications	According to actual production model
OEM / ODM	Available
Private Label	Available according to project

Why Choose This Compact Battery Charger?

Space-Efficient External Charging

The main advantage of a compact battery charger is its ability to provide an independent charging solution without taking up excessive space.

This is particularly useful for:

Compact industrial machines
Service equipment
Commercial cleaning equipment
Battery-powered accessories
Smaller mobile equipment
OEM battery products

Easier Equipment Maintenance

Because the charger remains outside the equipment, charger replacement may not require extensive machine disassembly.

For equipment manufacturers, this can simplify maintenance and after-sales support.

Dedicated Charging Interface

The gray two-pole connector provides a defined equipment-side charging interface.

When the same connector system is standardized across several compatible products, manufacturers may also simplify charger management across their product range.

Practical for B2B Distribution

Compact chargers are easier to store, package, and ship than larger charging systems.

For distributors and OEM manufacturers, this may help simplify spare charger management and after-sales replacement.

Flexible Equipment Development

A compact external charger allows equipment engineers to design the machine without permanently integrating all charging electronics into the internal enclosure.

This can create additional flexibility when developing new products or updating existing equipment platforms.

OEM Battery Charger Customization

Electrical Parameter Configuration

An OEM battery charger should be selected according to the actual battery specification.

Before sample development, customers should provide accurate electrical information.

Battery Nominal Voltage

Nominal voltage helps determine the general charger platform.

However, nominal voltage alone is not sufficient for final charger selection.

Maximum Charging Voltage

The maximum charging voltage must correspond to the selected battery chemistry and cell configuration.

This value is critical for correct charger matching.

Charging Current

Charging current affects:

Charging speed
Charger power
Thermal performance
Cable size
Connector requirements
Battery operating conditions

The selected charging current should remain within the limits recommended by the battery manufacturer.

Battery Capacity

Battery capacity is normally expressed in Ah.

Capacity combined with charging current helps determine approximate charging duration.

Battery Chemistry

Different rechargeable battery technologies require different charging methods.

Depending on the project, potential battery systems may include:

Lithium-ion
LiFePO4
Lead-acid
Other rechargeable battery technologies

Actual compatibility must be confirmed according to the charger design.

Connector Customization

The gray connector shown in the images represents one equipment-side charging configuration.

For OEM projects, the charging connector can be evaluated according to the customer's existing equipment interface.

Potential customization may include:

Connector type
Connector dimensions
Connector housing
Positive / negative polarity
Contact configuration
Current rating
Cable length
Cable gauge
Customer-specific wiring

Customers with an existing connector should provide:

Connector photos
Connector drawings
Dimensions
Part number
Polarity information
Rated charging current

This helps improve technical matching before sample production.

Cable Customization

Different equipment applications may require different charging cable designs.

Possible options include:

Customized cable length
Different cable gauge
Alternative insulation
Improved strain relief
Different output connector
Cable identification labels
Input cable customization
Regional power plug options

Cable selection should consider current, cable length, voltage drop, mechanical requirements, and operating environment.

Branding and Private Label Options

For equipment manufacturers, battery suppliers, distributors, and private-label brands, customization may also include:

Customer logo
Product model
Electrical rating label
Warning label
Serial number
Barcode
QR code
User manual
Operating instructions
Custom packaging
Private label carton

Actual options depend on technical requirements, order quantity, and production configuration.

How to Select the Correct Industrial Battery Charger

1. Confirm Battery Chemistry

Start by identifying the exact rechargeable battery chemistry.

Different battery systems require different charging voltage limits and charging profiles.

2. Confirm Nominal Voltage

Provide the nominal voltage of the battery pack.

This helps identify the general charger category.

3. Confirm Maximum Charging Voltage

Maximum charging voltage is essential for accurate charger matching.

Do not choose an industrial battery charger based only on nominal voltage.

4. Provide Battery Capacity

Battery capacity helps determine the appropriate charging current and expected charging duration.

5. Determine Charging Current

Charging current should normally follow the recommendations of the battery manufacturer.

The battery cells, BMS, charging cable, connector, and charger must all support the selected current.

6. Provide BMS Requirements

If the battery incorporates a battery management system, provide relevant requirements including:

Maximum charging voltage
Maximum charging current
Temperature limits
Charge enable conditions
Communication requirements

7. Confirm Connector Details

For accurate connector matching, provide:

Connector photos
Connector dimensions
Part number if available
Positive and negative polarity
Cable gauge
Cable length
Required charging current

8. Confirm Target Market

Destination market information can affect:

AC input voltage
Frequency
Plug configuration
Certifications
Labels
User documentation
Packaging

This information should be included during the quotation stage.

Who Is This Charger Designed For?

This product is primarily designed for B2B buyers such as:

Industrial equipment manufacturers
Battery pack manufacturers
OEM machinery companies
Commercial equipment manufacturers
Battery system integrators
Charger distributors
Equipment wholesalers
Importers
Fleet operators
Service companies
Private-label charger brands

For an OEM battery charger project, complete battery and equipment specifications should be supplied before sample development.

B2B Procurement Considerations

Battery Compatibility

The charger must use a charging profile compatible with the target battery chemistry.

Output Voltage

The output voltage should match the battery's required charging voltage.

Charging Current

Charging current should remain within battery and BMS specifications.

Connector Compatibility

The gray connector must match the equipment electrically and mechanically.

Cable Gauge

Cable gauge should support the required charging current while keeping voltage drop within acceptable limits.

Thermal Performance

The charger's ventilation and thermal management should correspond to its actual output power and operating conditions.

Market Compliance

Input specifications, plug configuration, product labels, certifications, and documentation should correspond to the destination market.

These factors are especially important for long-term OEM procurement projects.

Frequently Asked Questions

What type of charger is this?

This is a compact external industrial battery charger with an enclosed ventilated housing, integrated charging cable, and gray two-pole equipment connector.

Why use a compact battery charger?

A compact battery charger reduces space requirements while providing a separate external charging solution for compatible battery-powered equipment.

What voltage does this charger support?

The exact voltage cannot be reliably determined from the supplied images. Output voltage should be configured according to the actual battery specification.

What charging current is available?

Charging current depends on the charger model and battery requirements. Customers should provide battery chemistry, voltage, capacity, BMS specifications, and preferred charging current.

What type of connector does it use?

The product images show a gray two-pole equipment-side connector. The exact connector model and electrical rating should be confirmed according to the production specification.

Can the connector be customized?

Yes. Connector type, polarity, cable configuration, and equipment-side interface can be evaluated for OEM projects.

Can cable length be customized?

Yes. Cable length can be customized according to current requirements, cable gauge, voltage drop, equipment layout, and production conditions.

Can this charger be used for lithium batteries?

Lithium battery compatibility depends on the charger configuration and charging profile. Battery chemistry, maximum charging voltage, battery capacity, and BMS information should be provided for confirmation.

Is LiFePO4 charging available?

A charger configured with the correct LiFePO4 charging profile can be evaluated according to the battery specification. Do not assume compatibility without confirming the actual charger configuration.

Can it be configured for lead-acid batteries?

A suitable charging profile can be evaluated for lead-acid battery systems according to voltage, capacity, and charging requirements.

Do you provide OEM battery charger services?

Yes. The product can be developed as an OEM battery charger with customized electrical parameters, cable assemblies, connectors, labels, branding, documentation, and packaging.

Can our company logo be added?

Private-label options can include customer logos, model numbers, rating labels, user manuals, cartons, and other branding elements depending on project requirements.

What information is required for a quotation?

Please provide:

Battery chemistry
Nominal battery voltage
Maximum charging voltage
Battery capacity
Required charging current
BMS specifications
Connector information
Cable length
Destination country
Estimated order quantity
OEM / private-label requirements

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This compact industrial battery charger is designed for professional battery-powered equipment requiring a reliable external charging solution, convenient cable connection, and flexible OEM integration. The charger features an enclosed ventilated housing, integrated charging cable, and gray 2-pole connector for connection to compatible battery systems or equipment.

Suitable for industrial equipment manufacturers, battery pack suppliers, distributors, and system integrators, this compact battery charger can be configured according to battery voltage, charging current, connector type, cable length, and target market. Customized electrical specifications, labeling, branding, cable assemblies, and packaging are also available for OEM battery charger projects.

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Compact Industrial Battery Charger with Gray 2-Pole Connector