PULS DIN rail power supplies beat in the heart of the best machines.
For many decades machine builders have trusted in the reliability and power reserves of PULS products. Power supplies in machine-building applications are diverse and demanding. PULS offers a wide range of products to meet all of these requirements, including AC power supplies (1-phase or 3-phase) with DC input, DC-UPSs, buffer modules, and redundancy modules. Modern machine building is a fascinating blend of electronics and mechanics.
Machine controls are becoming increasingly complex, requiring more functionality in control cabinets. However, size is also an important consideration for designers, who are constantly looking for ways to make control cabinets smaller despite the increasing number of functions. PULS offers the world's smallest DIN-rail switch-mode power supplies, which can help users achieve this goal.
These power supplies meet the highest demands in terms of reliability and service life. The electronic control is the heart of every machine, and any failures in this area can lead to costly production downtime.
Traditionally, machine power supplies have been large in size in order to cope with high inrush currents, even though these currents are only required for a few seconds. This is expensive, but PULS technology offers the potential for significant cost savings.
PULS power supplies offer larger power reserves, which can help start heavy loads such as DC motors or capacitive loads with ease. They can also reliably cover short-term peak requirements of dynamic loads. This means that PULS power supplies can often be used to design the smallest possible device, avoiding the need to pay for continuous output that is not actually needed.
PULS products are used in a wide range of machine-building applications, including:
Tooling machines
Packaging industry
Textile industry
Laser tools
Printing industry
Transport and warehouse logistics systems
Food industry
Security systems
Railway applications
These power supplies are ideal for any application where size, reliability, and efficiency are important considerations.
PULS Redundancy modules help to ensure that variations in mains voltage, faulty loads, or even a total AC power failure for one power supply will not completely disable the system's ability to supply DC power.
Redundancy modules with MOSFET technology
Puls has developed a decoupling solution with MOSFETs to meet the demand for minimal no-load losses. For example, using a MOSFET module can result in power losses of up to 3 W for a load current of 40 A.
MOSFETs can also minimize voltage drops. For example, the voltage drop between the input and output is less than 50 mV at an output current of 40 A.
In addition, MOSFETs improve thermal balance in parallel-use mode, which can extend the lifespan of power supplies. This is because the load current is evenly distributed among the individual power supplies.
Redundancy modules with diode technologys
PULS offers cost-effective diode redundancy modules that are perfect for applications with limited space. The modules are suitable for setting up reliable 1+1 and n+1 redundancy systems, which can help prevent downtime and data loss.
The diode redundancy modules from PULS are compact and lightweight, making them easy to install and deploy.
If you require further information about PULS redundancy Modules, please contact your local branch today. Alternatively, you can shop our selection of PULS Redundancy Modules, by following the link below.
Redundancy modules with MOSFET technology