Altronix PD4

Altronix PD4 ენერგოგანაწილების მოდულის მომხმარებლის სახელმძღვანელო

მოდელი: PD4

1. შესავალი

The Altronix PD4 is a power distribution module designed to efficiently manage power delivery. It converts a single AC or DC input into four (4) individually fuse-protected outputs. This module is suitable for various low-voltage applications requiring reliable power distribution and circuit protection.

2. უსაფრთხოების ინფორმაცია

Please read and understand all instructions before installing or operating the Altronix PD4. Failure to follow these instructions may result in injury or damage to the device.

3. მახასიათებლები

4. სპეციფიკაციები

სპეციფიკაციაღირებულება
შეყვანის მოცულობაtage12-24VDC
მთლიანი გამომავალი დენი10A (მაქსიმალური)
გამოსავლების რაოდენობა4 (individually fused)
პროდუქტის ზომები3.4 x 1.75 x 5.9 ინჩი
ნივთის წონა1 ფუნტი
მოდელის ნომერიPD4
მწარმოებელიAltronix Corporation

5. დაყენება და ინსტალაცია

Before proceeding, ensure all power is disconnected from the input source.

5.1. მონტაჟი

The PD4 module can be mounted using screws through the designated mounting holes on the board. Choose a secure, dry location with adequate ventilation.

5.2. გაყვანილობის კავშირები

  1. შეყვანის სიმძლავრე: Connect the 12-24VDC power source to the input terminals labeled 'MAIN FUSE' or similar input terminals. Observe correct polarity (positive to positive, negative to negative).
  2. გამომავალი მოწყობილობები: Connect your devices requiring power to the four (4) output terminal pairs (1P/1N, 2P/2N, 3P/3N, 4P/4N). Each output is individually protected by a fuse. Ensure the total current draw for all connected devices does not exceed 10A.
  3. დაუკრავების მონტაჟი: Insert the appropriate fuses into the designated fuse holders for each output. Refer to the markings on the board for recommended fuse ratings.
Altronix PD4 Power Distribution Module board, top view

Figure 1: Altronix PD4 Power Distribution Module board, top view. Shows the main fuse holder, four sets of output terminals, and fuse locations for each output.

Altronix PD4 Power Distribution Module board, angled view

Figure 2: Altronix PD4 Power Distribution Module board, angled view. Highlights the terminal blocks for input and output connections, along with the fuse holders.

5.3. Power Up

Once all connections are secure and fuses are in place, apply power to the input terminals. The power indicator LED (if present) on the board should illuminate, indicating proper power input.

6. საოპერაციო ინსტრუქციები

The Altronix PD4 operates automatically once power is supplied. It distributes the input power to the four connected output devices, with each output protected by its respective fuse. There are no user-adjustable settings or controls on the module itself beyond the initial wiring and fuse selection.

7. მოვლა

The Altronix PD4 requires minimal maintenance. Regular checks can help ensure continued reliable operation.

8. Დიაგნოსტიკა

პრობლემაშესაძლო მიზეზიგამოსავალი
No power to any output, power LED off.შეყვანის სიმძლავრე არ არის, შეყვანის მოცულობა არასწორიაtage, main fuse blown.Check input power source. Verify input voltage. Replace main fuse if blown (ensure correct rating).
No power to a specific output, other outputs working.Blown fuse for that specific output, faulty wiring to the device.Identify and replace the blown output fuse. Check wiring to the affected device.
ხშირად ფეთქდება დაუკრავენები.Overcurrent draw from connected device, short circuit in wiring or device.Reduce load on the output. Inspect wiring and connected device for short circuits. Ensure correct fuse rating.
Module feels excessively hot.Overload, insufficient ventilation, loose connections.Reduce total load. Ensure adequate airflow. Tighten all terminal connections.

9. გარანტია და მხარდაჭერა

For warranty information and technical support, please refer to the official Altronix website or contact Altronix customer service directly. Keep your purchase receipt for warranty claims.

Altronix Corporation
Webსაიტი: www.altronix.com
Contact information can typically be found on their webსაიტი.