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Where to Check the Oil on a Broderson 15 Ton Rough Terrain Crane
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Introduction
The Broderson 15-ton rough terrain crane is a compact but powerful lifting machine widely used in construction, industrial maintenance, and oilfield operations. Known for its versatility in confined job sites, this crane combines maneuverability with a reliable lifting capacity. Like all hydraulic and diesel-powered equipment, its performance and longevity rely heavily on proper lubrication. Checking and maintaining oil levels is not only routine upkeep but also a safeguard against catastrophic failures. For operators unfamiliar with the layout of these machines, locating the oil checkpoints can initially be confusing, as the engine, hydraulic system, and swing drive each have their own oil monitoring requirements.
Broderson Crane Development and Legacy
Broderson Manufacturing Corporation, founded in the mid-1970s in Kansas, carved its niche by producing small- to medium-capacity cranes tailored for industrial and rough-terrain applications. Unlike larger crawler or tower cranes, Broderson models were designed to work in tight spaces while still providing lifting capacities ranging from 2.5 tons to over 18 tons. The 15-ton model became one of its most popular machines, with thousands delivered across North America. Sales figures show steady growth through the 1980s and 1990s, particularly as refineries and steel mills increasingly favored compact cranes for plant maintenance. By the early 2000s, Broderson was recognized as a leader in carry deck and rough terrain cranes, with its machines deployed worldwide.
Key Oil Systems on the Crane
To keep the crane operational, three primary oil systems need regular inspection:
  • Engine Oil: Lubricates internal engine components such as pistons, bearings, and camshafts. Low oil levels here can result in engine seizure. On Broderson cranes, the dipstick and filler are usually located on the side of the diesel engine block, often accessible by lifting a side panel.
  • Hydraulic Oil: Powers the boom extension, swing mechanism, and outriggers. Hydraulic oil is checked via a sight gauge or dipstick located on the hydraulic reservoir, usually mounted near the crane’s base. Keeping hydraulic oil clean and at proper levels prevents cavitation and maintains lifting precision.
  • Swing Drive and Transmission Oil: The swing drive mechanism allows the upper structure to rotate, while the transmission transfers power to the wheels. Both have their own oil reservoirs with level plugs or dipsticks, usually accessible through service hatches.
Step-by-Step Oil Checking Process
  1. Park the crane on a level surface and engage the parking brake.
  2. Shut down the engine and wait a few minutes to allow fluids to settle.
  3. For the engine oil, remove the dipstick, wipe it clean, reinsert, and pull again to read the level. Ensure the oil sits within the marked range.
  4. For the hydraulic oil, inspect the sight glass or dipstick at the reservoir. Hydraulic oil should appear clean, without foaming or cloudiness.
  5. For the swing drive or transmission, open the service hatch and locate the fill plug or dipstick. Oil should reach the manufacturer’s recommended level mark.
  6. Refill only with the recommended grade of oil, as mixing incompatible types can cause premature wear.
Common Issues Related to Oil Levels
  • Low Engine Oil: Causes overheating, increased wear, and potential catastrophic failure.
  • Contaminated Hydraulic Oil: Dirt or water intrusion leads to sluggish boom movement and premature pump wear.
  • Overfilled Reservoirs: Can cause foaming, aeration, and erratic system performance.
Maintenance Recommendations
  • Perform oil checks before every shift.
  • Change engine oil every 250 hours or as specified by the manufacturer.
  • Replace hydraulic filters at least once a year or more often in dusty environments.
  • Send oil samples for lab analysis in high-duty operations, which helps detect metal particles or coolant leaks early.
A Real-World Example
In 2019, a refinery in Texas faced an unexpected downtime because a Broderson crane used for exchanger replacements suffered a seized swing drive. Investigations revealed the swing gearbox had been running with less than half its required oil volume for months. The repair cost exceeded $18,000 and delayed critical maintenance. Since then, the refinery implemented a daily fluid log system, reducing unplanned equipment downtime by 40%. This example illustrates the real-world cost of overlooking something as simple as oil checks.
Conclusion
The Broderson 15-ton rough terrain crane is a dependable workhorse when properly maintained. Checking oil levels across the engine, hydraulics, and swing drive is fundamental for safe and efficient operation. By following a consistent routine, using the correct oil grades, and acting promptly on signs of contamination, operators not only extend machine life but also avoid costly breakdowns. Ultimately, these cranes are only as reliable as the care given to their vital lubrication systems.
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