Name: 1.0 kW on-board Self-cooled DC-DC Converter Assembly
Brand: Lincoren
SKU: LK 2610

Description

Stable 1.0 kW Power Conversion for On-Board Systems
This 1.0 kW on-board self-cooled DC-DC converter assembly is built to deliver reliable voltage conversion in demanding vehicle and mobile power environments where efficiency, durability, and controlled operation matter. As a practical dc to dc converter for OEMs, integrators, and sourcing teams evaluating qualified dc dc converter manufacturers, it supports stable onboard power distribution without relying on external cooling structures, helping simplify overall system layout. Its isolated power supply architecture improves resistance to electrical interference, making it well-suited for applications that require consistent output performance across complex electrical platforms, including specialty vehicles, industrial mobility equipment, and auxiliary onboard energy systems.

Digital Control, Protection Logic, and Environmental Endurance
The assembly combines fully digital control technology with self-cooling heat dissipation to maintain controlled performance under variable thermal and electrical conditions. Over-temperature protection, dual hardware and software protection, and IP67-rated protection support dependable operation in environments exposed to dust, moisture, vibration, and fluctuating loads. CAN communication with Bootloader support enables more efficient diagnostics, integration, and firmware management, while background software and upgradable built-in parameters give engineering teams greater flexibility during commissioning and lifecycle optimization. For buyers comparing a dc charger, converter module, or support equipment from a power inverter manufacturer, these features provide measurable value in protection depth, maintainability, and system communication readiness.

Well-Suited for OEM Integration and Compliance-Focused Procurement
For B2B projects, this converter assembly offers strong relevance where procurement decisions depend on compliance, field reliability, and integration efficiency rather than headline specifications alone. Its electromagnetic compatibility is designed to comply with GB requirements and can be adapted to CE and UL standards, which helps reduce qualification barriers for manufacturers serving domestic and export programs. Whether deployed in electric utility vehicles, low-speed transport platforms, commercial equipment electrification, or custom energy systems, it provides a stable onboard power conversion solution that supports long-term operation, controlled communication, and easier platform adaptation. This makes it a practical choice for buyers seeking dependable supply from experienced dc dc converter manufacturers and related power inverter manufacturer partners.

Key Advantages

Stable Power Architecture
This 1.0 kW on-board self-cooled dc to dc converter uses fully digital control and an isolated power supply structure to deliver stable voltage conversion in vehicle and equipment systems with complex electrical noise. For B-side buyers, this means more reliable integration with battery systems, auxiliary loads, and electronic control units, while the strong anti-interference capability helps reduce communication errors and power fluctuation risks during continuous operation.

Industrial Protection and Service Efficiency
The assembly is designed for demanding operating conditions with self-cooling heat dissipation, over-temperature protection, IP67 protection, and dual hardware and software safeguards. These features provide real operational value because they help maintain performance stability in dust, moisture, vibration, and temperature variation, while CAN communication, Bootloader support, and upgradeable background parameters make maintenance, diagnostics, and fleet-level software updates more practical for OEMs, integrators, and buyers evaluating dc dc converter manufacturers or a power inverter manufacturer.

Product model	Rated Vin	Vin range	Rated Pout	Rated Vout	Vout range	Iout range
LK2610-M09-XX	48V	40-80VDC	1.0KW	14V	0-16VDC	0-72A
LK2611-M09-XX	72V	50-100VDC	1.0KW	14V	0-16VDC	0-72A
LK2612-M09-XX	72V	50-100VDC	1.0KW	27.5V	0-32VDC	0-37A
LK2612-M09-XX	72V	50-100VDC	1.2KW	48V	0-68VDC	0-21A
LK2613-M09-XX	144V	80-200VDC	1.2KW	14V	0-16VDC	0-86A
LK2614-M09-XX	360V	200-450VDC	1.2KW	14V	0-16VDC	0-86A
LK2615-M09-XX	540V	400-700VDC	1.2KW	14V	0-16VDC	0-86A
LK2616-M09-XX	144V	80-200VDC	1.2KW	27.5V	0-32VDC	0-44A
LK2616-M09-XX	144V	80-200VDC	1.2KW	48V	0-68VDC	0-25A
LK2617-M09-XX	360V	200-450VDC	1.2KW	27.5V	0-32VDC	0-44A
LK2618-M09-XX	540V	400-700VDC	1.2KW	27.5V	0-32VDC	0-44A

Application Fields

■ Commercial Vehicles - Trucks/Buses/TMS - On-board DC-DC

■ Electric Vessels - Large Vessels - On-board DC-DC

■ Industrial Vehicles - Forklifts - On-board DC-DC

■ Unmanned Vehicles - Unmanned Vehicles and Vessels - On-board DC-DC

■ Special-purpose Vehicles - Sanitation Vehicles - On-board DC-DC

■ Engineering Machinery - Loaders - On-board DC-DC

■ Agricultural Machinery - Tractors - On-board DC-DC

Use Scenarios

Electric Vehicle Auxiliary Power Systems
In electric commercial vehicles, low-speed vehicles, and special-purpose transport equipment, operators need stable conversion from high-voltage battery packs to low-voltage devices such as lighting, control modules, pumps, and communication units. This dc charger and on-board dc to dc converter assembly is well-suited to that environment because its isolated design, digital control, and comprehensive protection help support continuous auxiliary power delivery under changing load conditions and demanding road-use environments.

Outdoor and Harsh-Condition Mobile Equipment
In sanitation vehicles, logistics equipment, construction support platforms, and other mobile industrial systems exposed to rain, dust, vibration, and long duty cycles, maintenance teams need power components that remain stable and require less manual intervention. This converter fits that scenario because the self-cooled structure reduces dependence on extra thermal management hardware, the IP67-rated protection supports outdoor installation, and CAN-based communication with parameter upgrade capability helps service teams manage system status and updates efficiently.

FAQ

Q1. Can this DC-DC converter integrate with our CAN-based vehicle or power management system?
Yes, we support CAN communication, which makes this dc to dc converter practical for monitored system integration. Our design also supports Bootloader functions and upgradable built-in parameters, helping engineering teams manage updates and commissioning more efficiently.

Q2. Is this unit suitable for enclosed or demanding operating environments?
The assembly uses self-cooling heat dissipation and includes over-temperature protection for controlled thermal operation. With IP67 protection, we position our converter for applications that require resistance to dust and water ingress within properly engineered electrical systems.

Q3. Do you provide protection features for sensitive electronic loads?
Comprehensive protection is built into the product through dual hardware and software protection. We also use an isolated power supply with strong anti-interference capability, which helps us support stable operation where electrical noise control is important for subsystem reliability.

Q4. How does this product address EMC and compliance requirements for regulated projects?
Compliance is a key consideration. Our unit meets GB electromagnetic compatibility requirements and is adaptable to CE and UL standards, which helps procurement and engineering teams evaluate fit for regional programs when comparing dc dc converter manufacturers or a power inverter manufacturer.

Q5. What type of control architecture does the converter use, and does it support parameter updates?
The unit operates with a digital power supply based on fully digital control technology. Through our background software, we support upgrades to built-in parameters, which is useful when customers need controlled adjustments during integration, validation, or platform maintenance.