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544-1832 Controller ECU Control Unit 5441832 for E395 E374 Excavator

Основная информация

Место происхождения:	Китай
Фирменное наименование:	Jiajue
Номер модели:	Е395 Е374

Количество мин заказа:	1 шт.
Цена:	$700/pc
Упаковывая детали:	544-1832 Блок управления ЭБУ контроллера 5441832 для экскаватора E395 E374 упакован в стандартную эк
Время доставки:	1-5 рабочих дней
Условия оплаты:	Л/К, Д/А, Д/П, Т/Т, Вестерн Юнион,
Поставка способности:	100 шт/месяц

Лучшая цена Контакт

Подробная информация

Название продукта:	544-1832 Блок управления ЭБУ контроллера 5441832 для экскаватора E395 E374	Материал:	Сталь
Место происхождения:	Гуандун, Китай	минимальный заказ:	1
OEM:	Поддерживать
Выделить:	544-1832 ECU Controller for E395 Excavator , Excavator Control Unit 5441832 , E374 Excavator ECU with warranty

Характер продукции

544-1832 Controller ECU Control Unit for E395 E374 Excavator

High-quality 544-1832 ECU designed specifically for E395 E374 excavators, ensuring optimal performance and reliability.

Product Specifications

Product Name	Controller ECU
Part Number	544-1832
Brand Name	JIAJUE
Compatible Models	E395 E374
Condition	New
Availability	Rich Stock
Approximate Weight	3KG
Size (per unit)	30cm x 25cm x 10cm
Delivery Time	Usually delivered within 1-3 days after payment

Product Images

Frequently Asked Questions

How long does it take to install the ECM on machine?

Physical Installation: 15-30 minutes. The unit is typically secured by 4 bolts on the cool side of the engine.
Programming & Testing: 30-60 minutes.

Pro Tip: If the ECM is pre-programmed by us based on your machine's serial number, it is essentially "Plug & Play." If not, you will need an ET (Electronic Technician) tool to flash the software, which takes additional time. We recommend professional installation to ensure correct parameter synchronization.

How to determine if the ECM is faulty and needs replacement?

The ET diagnostic tool cannot communicate with the ECM, or it displays a "Module Not Responding" error. This is a critical sign of internal hardware failure.
Active fault codes related to internal memory (EEPROM) or voltage reference issues that persist after checking the wiring harness often indicate ECM failure.
Sudden engine stalling, severe power loss (Limp Mode), or persistent misfiring (missing injector driver signals) after sensors and harnesses have been ruled out.
Visible signs of overheating (burning smell), water ingress, corrosion, or broken pins on the connector headers.

What's your payment method?

Our payment methods include T/T, L/C, PayPal, etc.

Do you have stock?

Rich stock available.

How can I know my order is already shipping?

When the goods ship, we will share the tracking number. For sea or air freight, we can provide the bill of lading.

Step-by-Step Testing Guide

Pro-Tip: HEUI (Hydraulic Electronic Unit Injection) systems are extremely sensitive to contamination. A single speck of dust can cause premature failure.

Prepare: Ensure the excavator is turned off and safely secured. Disconnect the battery to avoid electrical accidents.
Inspect: Check the ECU for physical damage or loose connections.
Connect Diagnostic Tool: Use a diagnostic tool recommended by the excavator's manufacturer. Connect it to the ECU according to the tool's instructions.
Read Codes: Use the diagnostic tool to read any error codes (DTCs) stored in the ECU. These codes indicate potential problems with the ECU or connected systems.
Check Live Data: View live data parameters such as sensor readings and system voltages. Ensure they are within normal ranges.
Functional Tests: If possible, perform tests to activate components or simulate sensor inputs. Verify that the ECU responds correctly without delays or errors.
Reset (if needed): Reset the ECU if recommended by the manufacturer, especially after repairs or replacements.
Document: Keep a record of all tests, codes, and results for future reference.

Quick Checklist for Buyers

Before replacing the ECM, always check the fuses, main relays, and ground connections. In many cases, a faulty ground wire or low battery voltage mimics an ECM failure.

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