Agricultural Sensor Harness Manufacturer in China

JinHai specializes in providing customized wiring harness solutions for agricultural machinery, ensuring precise compatibility with various farm equipment models and diverse sensor interfaces. Utilizing high-quality protective materials and maintaining strict production quality control, our harnesses deliver excellent high-temperature resistance, vibration resistance, corrosion resistance, and interference immunity, providing equipment with a stable electrical system.

Agricultural Sensor Wiring Harness

Agricultural machinery sensor wiring harnesses are specifically designed to withstand the harsh vibration, oil, dust, and temperature and humidity fluctuations found in the field. Therefore, JinHai utilizes highly protective wire and connectors, combined with shielding technology, to ensure stable and interference-resistant transmission of various sensor signals. Furthermore, through precise customization to suit different agricultural machinery models and sensor interfaces, JinHai ultimately provides a reliable data foundation for precision agriculture, significantly improving the intelligence, efficiency, and reliability of agricultural machinery operations.

 

Contact us immediately to learn how we can meet your cable and harness requirements. Follow us on Youtube .

We Partner With Top Manufacturers and Suppliers

Our purchasing department uses a global strategy to source quality components from special channels.

Quality and Safety, Guaranteed

Adhering to IPC/WHMA-A-620 standards, we ensure reliability and performance in each product.

Wiring Harness by Applications

Grain Drill Harness | 2-24 Rows

Grain Drill Harness | 2-24 Rows

87728918 - Flow Sensor Wire Harness

87728918 – Flow Sensor Wire Harness

84298419 - Feedroll Speed Sensor Wire Harness

84298419 – Feedroll Speed Sensor Wire Harness

7102085M1 Harness and Sensor Sensor Wiring Harness

7102085M1 Harness and Sensor

Product Advantages

JinHai designs wiring harnesses specifically for the harsh operating conditions of agricultural machinery. Our sensor wiring harnesses are a market leader with their excellent price-performance ratio.

Core Advantages:
1. Significantly lower failure rates than comparable products, ensuring operational continuity;
2. Extremely low adaptation costs, compatible with mainstream machine models, and plug-and-play operation;
3. Outstanding overall cost advantages, providing a more reliable, economical, and worry-free choice compared to other commercial solutions.

Areas of Product Application

JinHai’s agricultural machinery sensor wiring harnesses have a wide range of applications, primarily including the following:
Power and Emissions: Monitor engines and aftertreatment systems to ensure efficient operation and compliance with emissions regulations.
Operation Control: Precision seeding, fertilizing, spraying, and harvesting enable variable-speed operations and optimize yields and resources.
Intelligent Driving: Supports GNSS navigation, obstacle sensing, and autonomous driving.
Safety Monitoring: Ensures braking, steering, operator safety, and critical system status.

Product Package

After-sales Instructions

How to handle quality issues or returns?

At JinHai, if there are any quality issues with the goods we ship, we generally handle them in the following three ways:

  • If the product cannot be repaired, JinHai will directly send the customer a good product to replace the defective one;

  • If the product is repairable, JinHai will negotiate with the customer and coordinate with a third party approved by the customer to assist with the repair, and the cost will be borne by JinHai;

  • Under normal order conditions, JinHai will give customers products at a rate of 0.1% of the order amount for later product maintenance or replacement.

Quality begins with details, and service builds trust. The Jinhai after-sales team is dedicated to resolving your issue!

After-sales

FAQ

什么是线束?和普通电缆有什么区别?

线束是由多根电线/电缆、连接器、端子、保护套管等组件,通过捆扎、包裹等方式组成的集成化电气连接系统。与普通电缆相比:

A.集成度:线束是多线路系统化集成,电缆是单根导体

B.功能:线束实现多点互联和信号分配,电缆仅传输电能/信号

C.定制性:线束需根据应用场景定制设计,电缆多为标准件

D.防护:线束具有整体防护结构(波纹管、胶带等),电缆多为单一绝缘层

一条标准线束包含:

A.导体:多股铜线(常规信号传输应用)或单芯线(高频信号传输应用)

B.绝缘层:PVC/XLPE/硅胶等材质

C.连接器:AMP/TE等品牌,含端子、外壳

D.保护材料:波纹管、胶带、编织网等

E.固定件:扎带、支架、卡扣等

F.标识:色标、标签、条码等

A. 温度等级:

PVC:-40℃~105℃(低压系统)

交联聚乙烯(XLPE):125℃(发动机舱)

硅胶:-60℃~200℃(新能源高压)

B.机械性能:

耐磨:TPE/TPU优于PVC

柔韧性:硅胶最优

C.环保要求:符合ROHS/REACH

成本:PVC<XLPE<硅胶

诊断流程:

A.测量回路电阻(标准值<0.5Ω,使用高精度毫欧表,分辨率:0.1mΩ)

B.进行振动测试(20-2000Hz扫频,红外热像仪)

C.使用微欧计检测接触电阻

重点检查:

A.端子压接区(截面分析)

B.连接器锁止机构

C.线束弯曲半径过小处

A.采用”蛇形布线”(预留10%长度余量)

B.固定点间距≤200mm

C.使用PA66材质支架(耐温120℃)

D.导线:0.3mm²细绞线(比常规线柔韧性提升25%)

E.绝缘层:TPE-S(动态弯曲寿命>50万次)

F.端子压接:实施剖面分析

G.点胶固定:汉高乐泰3265结构胶(剪切强度>15MPa)

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