Siemens QLCDM024DCBAN
  • Siemens QLCDM024DCBAN Siemens QLCDM024DCBAN
  • Siemens QLCDM024DCBAN Siemens QLCDM024DCBAN
  • Siemens QLCDM024DCBAN Siemens QLCDM024DCBAN

Siemens QLCDM024DCBAN

Brand: Siemens
Description: Critical Discrete Module
Condition: Brand New
Certificate:COO TEST REPORT WARRANTY LETTER
Warranty: 1 year
Inventory Qty: 16
Payment Term: T/T
Shipping Port: ShenZhen
Siemens QLCDM024DCBAN 16809-414 is with various useful functional configurations, outstanding signal processing capacity, perfect data transmission.

Send Inquiry

Product Description

Manufacture
Siemens
Model Number
QLCDM024DCBAN
Ordering Number
16809-414
Catalog
-
Country Of Origin
Germany
HS CODE
85371091
Dimension
4*26*31cm
Packing Dimension
6*28*33cm
Weight
2.1kg

Technical Parameter

Input Voltage: 24 VDC.

Current Rating: 0.32 A.

I/O Signal: 24 VDC.

Max. Ambient Temperature: 70 °C.

Classification: Class I, Div 2, Groups A, B, C & D.


Function Features

Intuitive user-interface: The display LCD has an acronym game-based graphs simple to use screen. With  Siemens QLCDM024DCBAN 16809-414, users can navigate menus and gain access to in-depth device information while configuring settings. The device is intuitive for operators to understand and very easy to interact with using icons, clear text prompts.

Real-Time Monitoring and Diagnostics: Siemens QLCDM024DCBAN 16809-414 can real-time monitor critical parameters such as voltage, current, temperature etc. Moreover,it contains a built-in diagnosis capability that can identify abnormal states like over-voltage or over-current and even component failures.

Configuration Parameters: A great level of flexibility in configuration parameters is available with Siemens QLCDM024DCBAN 16809-414. The voltage thresholds, current limits and communication parameters can be customized so that the settings applied are as close to user‘s particular application as possible. It helps the device to fit into various industrial processes and systems.

Data Logging and Storage: Siemens QLCDM024DCBAN 16809-414 can log historical data related to voltage, current, and event occurrences. Users access and analyse this recorded data to see trends, evaluate system performance from one time period to another or help in the development of a predictive maintenance strategy.


Applications

Industrial Automation: It is used in factories to monitor and control the distribution of electrical power appliances. To prevent power failures and ensure the production line is working optimally, Siemens QLCDM024DCBAN 16809-414 aids in improving overall productivity.

Systems with Renewable Energy: It can handle and visualize the DC power produced and transferred for solar farms, wind-turbines. It is also important to improve energy conversion, storage & grid integration so that renewable energies are plentiful without being wasted.

Building Automation: Siemens QLCDM024DCBAN 16809-414 one is used in a smart building management system for the purpose of to control and monitoring lighting, HVAC (Heating Voltage Air Conditioning), and other electrical systems. It allows for more energy-efficient building operations and assists with sustainability goals.

Transportation and Automotive: Siemens QLCDM024DCBAN 16809-414 is used for EV charging stations. This ensures safe and efficient charging of electric vehicles, increasing the reliability in an EV owners experience.

Power Management: It is designed with advanced power management systems give more balanced charge and discharging functions which reduce the wastage of electricity. Not only does this save on energy costs, but it also provides a stable and reliable power source for the equipment that is connected improving efficiency of entire system.





Hot Tags: Siemens, QLCDM024DCBAN, 16809-414, Critical Discrete Module

Related Category

Send Inquiry

Please Feel free to give your inquiry in the form below. We will reply you in 24 hours.
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept