Cincon Chassis Mount/DIN Rail DC-DC Converters (10W-750W)
Ready-to-Integrate Power Conversion for Industrial and Railway Systems
In many industrial systems, the DC-DC converter is no longer just an electrical component. It also has to meet mechanical, thermal, and installation-related requirements. When converters are mounted in cabinets, machines, railway equipment, or distributed field installations, system designers often need more than a PCB-mount format. They need robust, integration-ready solutions with simplified wiring, improved cooling, and reliable EMC behavior.
Cincon’s Chassis Mount/DIN Rail DC-DC Converters from 10W to 750W are developed exactly for these conditions. They combine regulated isolated DC-DC conversion with integrated heat-sink concepts, screw-terminal connectivity, wide input ranges, and ready-to-use mechanical formats for industrial and transportation applications.
Available through FORTEC Switzerland, these converter solutions help engineers reduce integration effort while improving thermal performance and installation reliability.
Designed for Mechanical Integration and Simplified Installation
In practical applications, power converters often need to be mounted quickly and securely in control cabinets, rail vehicles, industrial enclosures, or infrastructure systems. Traditional board-level converters may require additional housing, filtering, terminal adaptation, and thermal design effort before they can be deployed safely in the field.
Cincon’s chassis-mount and DIN-rail converter families are designed to address exactly these integration challenges. They offer mechanically prepared solutions that simplify installation and help reduce development work on the system side.
Typical integration advantages include:
- chassis-mount and DIN-rail-ready formats
- screw-terminal connections for straightforward field wiring
- mechanically robust package concepts
- simplified mounting in industrial and transportation environments
- reduced need for additional integration hardware
These characteristics make the converter families especially suitable for projects where mechanical practicality and installation speed matter as much as electrical performance.
Broad Power Range from 10W to 750W
Cincon’s chassis-mount and DIN-rail portfolio covers a wide output power range, enabling a scalable converter strategy from compact auxiliary supplies up to high-power DC-DC conversion.
The range includes:
- lower-power solutions starting from 10W and 20W
- mid-power variants in the 30W to 100W range
- higher-power industrial and railway solutions at 150W, 200W, and 300W
- high-power chassis-mount converters up to 600W and 750W
This makes the portfolio suitable for both decentralized low-power functions and central power conversion tasks within larger system architectures.
Wide Input Voltage Ranges for Demanding DC Systems
Industrial, railway, and transportation applications frequently operate with strongly varying DC bus voltages. To support these environments, Cincon offers chassis-mount and DIN-rail converter families with multiple wide input concepts, including:
- 16:1 input range
- 12:1 input range
- 8:1 input range
- 4:1 input range
- 2:1 input range
Depending on the converter family, this allows support for voltage ranges extending from around 9V up to 450VDC, including typical industrial, railway, and high-voltage DC infrastructures.
These wide input ranges reduce the need for multiple converter variants and provide more design flexibility when systems must operate across unstable or varying supply conditions.
Improved Thermal Performance Through Integrated Heat-Sink Concepts
Thermal performance is one of the decisive factors in converter reliability, especially in enclosed cabinets, vehicles, and harsh industrial environments.
Cincon’s chassis-mount and DIN-rail DC-DC converters are designed with integrated heat-sink or baseplate-cooled concepts to improve thermal behavior under demanding load conditions.
Depending on the series, the portfolio includes:
- integrated heat-sink solutions
- baseplate-cooled configurations
- mechanically optimized housings for heat dissipation
- converter variants designed for reliable operation at elevated loads
This thermal approach helps improve long-term reliability and reduces the external thermal design effort required at the system level.
Integrated EMI Support and Field-Ready Power Modules
A major advantage of several Cincon chassis-mount product families is their integration-ready module concept.
Selected series include:
- built-in EMI filter solutions
- pre-integrated mechanical housing concepts
- screw-terminal interfaces for simplified installation
- optimized EMC-oriented converter designs for railway and industrial systems
These features are especially valuable in applications where EMC compliance and field installation must be achieved efficiently and reproducibly.
By integrating more functionality into the converter module itself, Cincon helps system designers shorten development time and reduce implementation complexity.
Designed for Industrial, Railway, and Transportation Applications
Cincon chassis-mount and DIN-rail converters are particularly well suited for applications where installation robustness, electrical reliability, and environmental performance are essential.
Typical application areas include:
- industrial control cabinets
- railway onboard systems
- rolling stock electronics
- infrastructure and transportation systems
- distributed industrial power systems
- machine and cabinet-level DC power conversion
Selected converter families support railway-related requirements such as:
- EN 50155
- EN 45545-2
- EN 50121-3-2
- railway EMC-related performance depending on series
These compliance-oriented designs make the portfolio especially relevant for regulated transportation environments.
Regulated Outputs and Protection Features for Reliable Operation
In addition to mechanical readiness, Cincon’s chassis-mount and DIN-rail converters are designed to provide stable electrical performance.
Depending on the series, they offer features such as:
- regulated output voltages
- input over-voltage protection
- continuous short-circuit protection
- input reverse polarity protection on selected models
- low inrush current in selected railway-oriented families
- isolated designs up to 3kVac, depending on series
These features support reliable system operation in both standard industrial and more demanding transportation-related environments.
FORTEC Switzerland supports developers, OEMs, and system integrators with the selection and integration of Cincon chassis-mount and DIN-rail DC-DC converter solutions for industrial, railway, transportation, and high-reliability applications.