NEW 6EP1333-2AA01
NEW 6EP1333-2AA01 原价为:$85.00。当前价格为:$80.00。
Back to products
NEW 6EP1333-3BA00
NEW 6EP1333-3BA00 原价为:$116.00。当前价格为:$109.00。

NEW 6EP1333-2BA20

原价为:$145.00。当前价格为:$136.00。

Calculate shipping price

Please fill in the fields below with the shipping destination details in order to calculate the shipping cost.

Additional information
Weight 0.61 kg
Dimensions 18 × 17 × 10 cm
Reviews (0)
0 reviews
0
0
0
0
0

There are no reviews yet.

Be the first to review “NEW 6EP1333-2BA20”

Your email address will not be published. Required fields are marked *

Description

6EP1333-2BA20 is a Siemens SITOP Smart DC power supply, specifically designed to deliver reliable and stable 24V DC power for industrial automation systems. As part of Siemens’ SITOP Smart series, it combines efficiency, compact design, and robust protection features to meet the demands of industrial environments. Here’s a detailed description:

 

  • Core Specifications:
    This power supply module provides a rated output of 24V DC with a maximum current of 10A, resulting in a total output power of 240W. It is engineered to ensure consistent power delivery to critical components like PLCs, sensors, actuators, and other industrial devices.
  • Input Characteristics:
    It supports a wide AC input voltage range of 85–132V/170–264V, making it compatible with both 120V and 230V mains supplies commonly used globally. The input frequency ranges from 47–63Hz, enhancing its adaptability to varying grid conditions. The rated input current is 4.2A (at 120V) and 2.3A (at 230V).
  • Output Performance:
    • The output voltage is adjustable within a small range (typically 22.8–25.2V) to accommodate specific system requirements.
    • It maintains low output ripple (≤150mV peak-to-peak), ensuring clean power that minimizes interference with sensitive electronics.
    • The module can handle short-term overloads, with a peak current capability of 12A for up to 5 seconds, supporting temporary high-power demands from connected devices.
  • Efficiency and Protection:
    • Boasts high efficiency (up to 89% at rated load), reducing energy loss and heat generation, which is crucial for compact control cabinet setups.
    • Integrated protection functions include:
      • Short-circuit protection: Automatically limits current during a short circuit, preventing damage to the power supply and connected equipment.
      • Overload protection: Safeguards against excessive current draw beyond the rated 10A.
      • Overvoltage protection: Triggers at around 33V to protect downstream devices from voltage spikes.
      • Over-temperature protection: Shuts down temporarily if internal temperatures exceed safe limits, resuming operation once cooled.
  • Design and Installation:
    • Features a compact, space-saving design with dimensions of 75mm (width) × 125mm (height) × 125mm (depth), ideal for DIN rail mounting (EN 60715, 35mm width).
    • The front panel includes a green LED indicator that illuminates when the output voltage is within the normal range, providing quick visual confirmation of operational status.
  • Environmental and Safety Compliance:
    • Operates in a temperature range of 0°C to 60°C (derating applies above 45°C) and can be stored at -20°C to 70°C.
    • Withstands vibration (10–57Hz, 0.15mm amplitude) and shock (15g acceleration for 11ms), ensuring durability in industrial settings.
    • Complies with international standards and certifications, including CE, cULus, FM, and ATEX, meeting safety, electromagnetic compatibility (EMC), and hazardous area requirements.
  • Typical Applications:
    Suitable for powering components in various industrial automation systems, such as:
    • Factory automation lines (e.g., assembly, packaging)
    • Machine tools and robotics
    • Process control systems
    • Control cabinets with PLCs, HMIs, and sensors

 

In summary, the 6EP1333-2BA20 is a high-performance, compact power supply that balances efficiency, reliability, and protection, making it a versatile choice for powering 24V DC industrial equipment in demanding environments.