OEM 319007247 The XCMG Turntable To Boom Jumper Cable (319007247) is a genuine OEM flexible power cable engineered to provide reliable electrical continuity between the turntable and the boom structure in XCMG hydraulic excavators. This durable jumper cable, identified by part number 319007247, accommodates the continuous articulation and rotation of the upper structure, ensuring that critical electrical signals and power reach the boom‑mounted components such as lights, sensors, and solenoid valves under the extreme flexing, vibration, and environmental conditions typical of construction, mining, and demolition operations.
Manufactured from high‑strand‑count tinned copper conductor with a premium, highly flexible rubber insulation and a rugged, abrasion‑resistant outer jacket, the 319007247 jumper cable delivers outstanding flex fatigue resistance, excellent current‑carrying capacity, and long‑term reliability. Its exact OEM length, terminal connectors, and strain‑relief features guarantee a direct replacement without modification, ensuring seamless integration with your XCMG excavator’s existing wiring loom and preserving the machine’s original electrical integrity and safety characteristics.
The 319007247 cable features precision‑crimped, tin‑plated copper terminals with heat‑shrink sealing at each end, and a reinforced bend‑relief boot that protects the conductor from kinking and fatigue at the articulation points. The highly flexible jacket is formulated to withstand constant twisting, bending, and exposure to hydraulic oils, diesel, and UV radiation. By providing a secure, low‑impedance electrical path across the rotating interface, this jumper cable plays an essential role in preventing intermittent faults, ensuring reliable boom function, reducing maintenance costs, and extending the service life of your excavator’s upper‑structure electrical system in the toughest working conditions.
The 319007247 jumper cable is manufactured using ultra‑flexible Class 6 tinned copper stranding, which provides exceptional flexibility and fatigue resistance, allowing the cable to withstand the continuous twisting and bending that occurs as the boom articulates relative to the turntable. The premium EPR insulation remains flexible at low temperatures and resists cracking under repeated flexing.
The robust neoprene/CPE outer jacket is formulated to resist abrasion, oil, grease, and UV exposure, ensuring that the cable maintains its integrity even when routed through areas with sharp edges or high levels of dirt and debris. The jacket’s low‑friction surface reduces snagging and wear during boom movement.
Each termination is precision‑crimped with a hydraulic tool to achieve a gas‑tight connection, and dual heat‑shrink sleeves provide redundant sealing against moisture ingress. The integral moulded bend‑relief boots at each end prevent sharp bends and concentrate stress away from the termination point, dramatically extending cable life.
By maintaining a stable, low‑impedance electrical path across the pivot joint, the 319007247 ensures that boom‑mounted lights, sensors, and solenoid valves receive clean power and signal transmission without intermittent faults.
Whether used in heavy lifting, digging, or demolition, this jumper cable delivers dependable electrical continuity that keeps your XCMG excavator’s boom functions reliable and responsive.
The 319007247 cable is produced using advanced stranding, extrusion, and moulding processes that ensure consistent conductor geometry, insulation thickness, and boot integrity across every unit. The ultra‑fine tinned copper strands are bundled in a concentric lay to maximise flexibility while maintaining electrical performance.
The EPR insulation is cross‑linked to provide a tough, resilient layer that resists heat, cold, and chemical attack, while the neoprene jacket is co‑extruded for a tight bond that prevents delamination during flexing.
The bend‑relief boots are moulded directly over the cable and terminal assembly, creating a seamless strain‑relief zone that distributes bending forces over a longer length, reducing stress concentration at the crimp point. This design has been validated through over one million flex cycles in laboratory testing.
After production, each cable undergoes 100% continuity, insulation resistance, and high‑voltage dielectric testing. Dimensional checks ensure that the cable length, terminal orientation, and boot fit match OEM specifications.
Sample units from each batch are subjected to accelerated flex testing, thermal cycling, and salt spray exposure to validate long‑term durability and performance under harsh job‑site conditions.
The result is a jumper cable that delivers consistent, reliable electrical connectivity throughout the service life of your XCMG excavator.
The jumper cable between the turntable and the boom carries essential power and control signals for boom‑mounted devices such as work lights, boom angle sensors, and hydraulic solenoid valves. Any break or intermittent connection in this cable can cause loss of lighting, erroneous sensor readings, or unexpected hydraulic behaviour, compromising both productivity and safety.
The 319007247 cable is engineered to withstand the continuous twisting and bending that occurs during normal excavator operation, maintaining a reliable electrical path even after thousands of hours of service. Its high‑flex construction and robust strain relief ensure that conductors do not fatigue and break prematurely.
Field data from heavy excavation operations shows that excavators fitted with genuine XCMG jumper cables experience significantly fewer electrical gremlins on the boom, reducing downtime and improving operator confidence.
The cable’s oil‑resistant jacket and sealed terminations protect against hydraulic fluid leaks and moisture ingress, which are common causes of insulation breakdown and corrosion in this high‑wear area.
Regular inspection of the jumper cable for signs of chafing, cracking, or terminal corrosion is recommended; any compromised cables should be replaced promptly with genuine 319007247 components.
By maintaining a secure, flexible electrical link, this cable plays a vital role in ensuring safe, productive excavator operation.
The 319007247 jumper cable is designed for quick and easy replacement using standard hand tools. Before installation, disconnect the battery and ensure that the boom is safely supported or rested on the ground.
Remove the old cable, noting the routing path and any cable tie positions. Clean the terminal mounting studs or connector receptacles with a suitable contact cleaner to ensure a low‑resistance connection.
Install the new 319007247 cable by attaching the turntable‑end terminal to its respective mounting point and the boom‑end terminal to its mating point. Torque the fasteners to the manufacturer’s recommended values (typically 8–12 N·m for M6 ring lugs). If equipped with Deutsch connectors, ensure the locking mechanism engages fully.
Route the cable along the original path, ensuring that it has adequate slack to accommodate full boom articulation without tension or pinching. Secure the cable with appropriate ties, taking care not to compress the cable or restrict its natural flex loop.
During routine maintenance, inspect the cable for any signs of outer jacket abrasion, cracking, or terminal corrosion. Flex the cable through its range of motion to verify that it moves freely and does not contact sharp edges or hot surfaces.
Periodic cleaning of the cable and connectors will help prevent dirt buildup that can accelerate wear.
Investing in the genuine 319007247 jumper cable delivers significant long‑term savings by preventing boom‑related electrical faults, reducing diagnostic time, and avoiding costly downtime caused by intermittent loss of boom functions.
A fatigued or damaged jumper cable can cause intermittent lights, erratic sensor signals, or sudden loss of hydraulic control, all of which reduce productivity and create safety hazards. The 319007247’s superior flex life eliminates these issues.
Over a typical 10,000‑hour service life, the cable’s durable construction ensures consistent electrical performance, reducing the need for unscheduled replacements and minimising downtime.
By maintaining reliable signal and power transmission, the cable also helps protect sensitive electronic modules from voltage spikes or signal loss, further reducing repair costs.
Field data from large‑scale mining and construction operations shows that using genuine XCMG jumper cables reduces boom‑related electrical downtime by up to 20%.
The cable’s robust materials and sealed terminations ensure it remains serviceable even after years of exposure to heat, oil, and constant flexing, eliminating the need for premature replacement.
XCMG is committed to sustainable manufacturing, and the 319007247 jumper cable reflects this through its use of lead‑free, RoHS‑compliant materials and energy‑efficient production processes.
The cable’s long service life, typically exceeding 10,000 hours, reduces material waste and the environmental impact associated with frequent replacements.
By preventing electrical failures, the cable also helps avoid secondary damage and environmental contamination, supporting regulatory compliance and environmental stewardship.
The tinned copper conductor is fully recyclable, and the insulation materials are designed for safe disposal at end‑of‑life.
Choosing genuine XCMG cables supports responsible equipment management while delivering superior operational reliability and safety.
The cable’s robust, precision‑engineered design allows for reliable long‑term service, minimising resource consumption and waste generation.
The 319007247 jumper cable is stocked in XCMG’s regional distribution centres across North America, Europe, Asia, and Australia, ensuring rapid availability to support your maintenance schedules and minimise downtime.
Each cable is individually packaged in protective anti‑static bags and custom‑fitted cartons to prevent damage and contamination during transit and warehousing.
For large fleet orders, XCMG offers volume‑based pricing and consolidated shipping options to optimise procurement costs and simplify inventory management.
Real‑time inventory visibility and dedicated supply chain support ensure that urgent requirements are fulfilled with minimal lead times, reducing downtime and keeping your excavator fleet productive.
The robust packaging protects the cable from moisture and physical damage during storage, preserving its condition until installation.
With XCMG’s global aftermarket network, you can rely on consistent product quality and availability to keep your fleet performing optimally.
Every 319007247 jumper cable is manufactured in an ISO 9001 and ISO 14001 certified facility with full material traceability from raw copper to finished assembly.
Incoming raw materials are tested for conductivity, insulation thickness, and mechanical strength to ensure they meet the required specifications.
During production, critical parameters such as stranding count, insulation concentricity, and crimp height are continuously monitored, and a 100% continuity and insulation resistance test is performed on every finished cable.
After assembly, each cable undergoes a high‑voltage dielectric test, a pull‑test on both terminals, and a flex test to verify mechanical integrity and strain relief performance.
Sample units from each production batch are subjected to thermal cycling, accelerated flex testing, and salt spray testing to validate long‑term durability and performance.
Only cables that pass all quality checks are released, ensuring that you receive a reliable, high‑performance flexible power link.
Aftermarket jumper cables often use lower‑grade copper, stiffer insulation, or inadequate strain relief that leads to early fatigue failure, intermittent connections, and short circuits.
The genuine 319007247 is engineered to XCMG’s exacting standards, ensuring correct length, terminal fit, and superior flex life for reliable electrical continuity across the articulation joint.
Its superior material quality and precision manufacturing deliver consistent performance, reducing the risk of costly boom function faults and unplanned downtime.
Genuine XCMG parts preserve warranty coverage, maintain equipment resale value, and ensure compatibility with other OEM systems and components.
Backed by XCMG’s global quality standards and technical support, you can trust the performance and reliability of this jumper cable.
Choose genuine XCMG for uncompromising electrical connectivity in the toughest articulation applications.
The XCMG 319007247 Turntable To Boom Jumper Cable is a critical flexible electrical link for any XCMG hydraulic excavator, ensuring reliable power and signal transmission across the articulation joint for consistent boom function.
Its precision‑engineered design, high‑flex materials, and robust manufacturing deliver dependable electrical continuity, enabling safe and productive operation in the harshest environments.
By preventing intermittent faults and cable fatigue failures, this jumper cable reduces downtime, lowers maintenance costs, and extends machine service life.
Always source genuine XCMG parts from authorised dealers to guarantee authenticity, quality, and performance.
Choose the 319007247 cable for dependable boom connectivity and lasting operational peace of mind.
Partner with XCMG – your trusted source for heavy equipment electrical interconnect solutions that deliver real value.
OEM 319007247 – XCMG Turntable To Boom Jumper Cable – the definitive flexible power link for your excavator’s articulation joint. Engineered for flex fatigue resistance, designed for reliable signal and power transfer, and backed by global quality standards. Trust the original to protect your investment and maximise uptime.
