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DC 24 Volt Power Cord

Devices that widely use our DC 24 volt power cord involve:

  1. Industrial equipment, such as control systems and machinery.
  2. High-electricity LED lighting as well as commercial lighting systems.
  3. Electric vehicle accessories like certain EV chargers and auxiliary systems.
  4. Household automation systems where stable 24V DC input is needed.
  5. Several medical equipment that functions on 24V DC power.

DC 24V Power Cords Technical Description

Color

Black, White

Wire core material

Tinned Copper, Copper

American Wire Gauge

18AWG - 28AWG

Insulation Material

Silicone, PVC

Maximum Temperature

-40 - 80℃

Voltage

24V

Certification

RoHS, CE

WaterProof

IP67

Inner diameter

2.1mm, 2.5mm

Outer diameter

5.5mm, 5.1mm

Some DC 24 volt power cords can be used outdoors, given they are crafted with weather-resistant insulation. Look for:

  1. Weather-proof materials that prevent against moisture, UV rays, and temperature fluctuations.
  2. Outdoor-suited connectors that protect degradation from environmental exposure.
  3. Optional conduit for added protection in extreme outdoor environments.

Connectors for DC 24 volt power cords involve:

  1. Barrel connectors that are frequently applied in electronic devices where stable 24V input is needed.
  2. Terminal block connectors which is perfectly fit for industrial and automation applications.
  3. Anderson Powerpole connectors that usually applied in high-current auto or marine devices.
  4. Ring or spade connectors, widely used for larger equipment and direct connections to battery.

The length of a 24V power cord can affect performance because of voltage drop:

  1. Longer cables have more possibilities to encounter voltage drop, particularly in high-current applications.
  2. A thicker wire gauge should be used for longer distances to maintain steady voltage.
  3. Regularly check voltage at the device end should be conducted to make sure it’s receiving the required electricity.

If a DC 24 volt power cable becomes hot:

  1. The device should be shut down and the power should be disconnected to prevent overheating.
  2. Compatibility should be inspected to make sure the power cord fits the device’s voltage and current demands.
  3. The cord should be regularly checked for any signs of wear or damage.
  4. A thicker gauge wire should be considered if the device has high electricity requirements.

To secure a DC 24 volt power cord in industrial settings:

  1. Cable ties should be used to avoid movement and protect wear from vibration.
  2. The cable should be run through conduit for extra protection in high-traffic or heavy-duty places.
  3. The cable should be kept away from sharp edges that damage the insulation.

The cable gauge, referring to the thickness of the wire, in a DC 9V power cord impacts performance by determining its capability to deliver current:

  1. Thicker gauge: More current should be allowed to flow with minimal resistance, which decreases the risk of voltage drop across longer distances.
  2. Thinner gauge: It is fit for short distances but may lead to voltage drop across expanded lengths. Thicker wires are generally favorites for high-current devices.

Yes, but be aware of:
a. proper connectors should be used, such as soldering with heat shrink, to guarantee a tight and insulated link.
b. Polarity should be maintained during splicing to prevent reverse connections.
iii. For extra safety, the modified cord should be inspected to see if it still suits the current requirements.

To store a DC 24 volt power cord in a safe way:

  1. The cord should be coiled loosely to prevent wires from bending or kinking.
  2. It should be stored in a dry and cool area that is away from direct sunlight, damaging insulation.
  3. The power cord should also be kept free from dust and debris, particularly near the connectors.