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Phone: +86 16626708626Description
The DMP10.24-20 functions as an upgraded switched-mode power supply module, designed to convert 100-240V AC input into a steady 24V DC output with a 20A current capacity—doubling the power of the base DMP10.24 model. Like its predecessor, it operates across global voltage standards, eliminating the need for regional adjustments, but its enhanced design allows it to power more devices simultaneously without compromising performance.
DMP10.24-20
What distinguishes the DMP10.24-20 is its advanced thermal management system: a redesigned heatsink and improved airflow dynamics prevent overheating even under full load, ensuring consistent operation in crowded control cabinets. Positioned in the automation stack as a primary power source for mid-to-large-scale systems, it integrates seamlessly with PLCs, motor drives, and networked sensors, while retaining critical protective features—overload, short-circuit, and overvoltage protection—to safeguard connected equipment. This combination of increased capacity and intelligent design makes the DMP10.24-20a versatile choice for both system expansions and new installations requiring higher power reserves.
DMP10.24-20
Technical specifications:
Model Number DMP10.24-20
Type High-Capacity AC-DC Switch-Mode Power Supply Module
Input Voltage 100-240V AC (50/60Hz)
Output Voltage 24V DC ±0.5%
Output Current 20A
Operating Temp Range -20°C to 70°C
Mounting Style DIN rail (35mm)
Dimensions 150mm x 60mm x 100mm
Weight 580g
Protection Features Overload, short-circuit, overvoltage, overtemperature
Compliance CE, RoHS, UL 508
Efficiency Up to 91%
Typical Power Draw 480W (max)
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Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com
DMP10.24-20
Main features and advantages:
Choosing the DMP10.24-20 delivers tangible benefits for growing industrial systems. Its 20A output eliminates the need to install multiple lower-capacity power supplies, reducing wiring complexity, saving cabinet space, and lowering overall system costs. Engineers will appreciate that despite its higher capacity, the DMP10.24-20 retains the same compact footprint as larger modules, making it easy to integrate into existing setups during expansions. Its high efficiency (up to 91%) minimizes energy waste, even under heavy loads, which translates to lower utility bills—especially valuable in 24/7 operations where power consumption adds up. The module’s robust thermal management ensures reliable performance during peak demand, preventing the voltage fluctuations that can cause erratic behavior in sensitive equipment like vision systems or precision actuators. For teams scaling their automation infrastructure, theDMP10.24-20 provides the power headroom needed to add devices without redesigning the entire power system.
DMP10.24-20
Application areas:
The DMP10.24-20 excels in applications where higher power demands meet the need for stability. In automotive manufacturing, it powers expanded robot cells with multiple servo drives and vision sensors, ensuring consistent performance in welding and assembly stations where sudden current spikes from robotic movements could otherwise disrupt operations. In logistics hubs, the module supplies power to fleets of AGVs, their charging stations, and the networked control systems that coordinate their movements—handling the variable loads of simultaneous charging and operation. It also performs reliably in water treatment plants upgrading to more sophisticated monitoring systems, powering arrays of pressure sensors, valve actuators, and data loggers across large facilities. In each of these settings, the DMP10.24-20meets the demand for scalable power, supporting system growth while maintaining the uptime critical to industrial productivity.
DMP10.24-20
Related products:
DMP10.24-20
Installation and maintenance:
Before installing the DMP10.24-20, verify that the input wiring and circuit breakers can handle the module’s maximum current draw to prevent overloads. Check the control cabinet’s ventilation: while the module’s heatsink is designed for efficient cooling, ensure there’s at least 20mm of clearance on all sides to avoid heat buildup in dense setups. Confirm that the DIN rail is securely mounted—its increased weight (580g) requires sturdy support to prevent vibration-related loosening over time.
For ongoing maintenance, inspect the status LEDs monthly: a steady green light indicates normal operation, while a flashing amber light signals high temperature, and red indicates a critical fault (e.g., short circuit). Every six months, tighten input/output connections to prevent voltage drops from loose terminals, and clean dust from the heatsink using compressed air to maintain cooling efficiency. Annually, use a calibrated multimeter to verify output voltage remains within the ±0.5% tolerance, ensuring long-term stability for connected devices.
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