ASSEMBLY

MAIN BOOM: “A” Port, Boom UP: 7-9 Seconds

(Note: Extend secondary boom completely; roll deck to be level with ground, and lower main boom until deck is on ground. Now index main boom “up” function and determine the time required for main boom to rise completely.)

“B” Port, Boom Down: 6-8 Seconds

(Note: Extend secondary boom completely, roll deck to be level with ground, and raise the main boom to “full up”. Then index the main boom “down” function to determine the amount of time required for the deck to contact the ground. CAUTION: Stop the boom just as the deck contacts the ground.)

SECONDARY

BOOM: “A” Port, Boom Out: 8-10 Seconds

(Position main boom full up, roll deck out until deck cylinder is fully retracted, and bring secondary boom in completely. Then index the secondary boom “out” function and determine the time required for boom to extend out completely.)

“B” Port, Boom In: 8-10 Seconds

(Position the main boom full up, roll deck out until deck cylinder is fully retracted, and extend secondary boom completely. Then index the secondary boom “in” function and determine the time required for boom to come in.)

DECK ROLL: “A” Port, Deck Out: 7-9 Seconds

(Raise main boom to vertical, extend secondary boom out slightly so that deck can be articulated without contacting the main boom, and roll deck in until deck cylinder is completely

extended. Then index the deck roll “out”

function and determine the time required for

the deck to roll out.)

 

 

“B” Port, Deck In:

Target 7-9 Seconds (but DO NOT use Limit Screw)

(Raise main boom to vertical, extend secondary boom out slightly so that deck can be articulated without contacting the main boom, and roll deck out until deck cylinder is completely retracted. Then index the deck roll “in” function and determine the time required for the deck to roll in.)

BOOM

SWIVEL: “A” Port, Boom Aft: 14-16 Seconds

(Extend booms completely; rotate head to be level with ground, lower main boom until deck is just above ground, and swivel boom full forward. Then index the boom swivel “aft” function and determine the time required for the boom to swivel aft. Use caution when doing this, stop boom before main boom contacts tire.)

“B” Port, Boom Forward: 14-16 Seconds

(Extend booms completely, rotate head to be level with ground, lower main boom until deck is just above ground, and swivel boom aft and until near tire. Then index the boom swivel “forward” function and determine the time required for the boom to swivel full forward.

)

Assembly Section 2-29

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Tiger Products Co., Ltd CNH T6010-80 manual Secondary
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CNH T6010-80 specifications

Tiger Products Co., Ltd has been a prominent player in the construction and engineering equipment sector, and one of their noteworthy offerings is the CNH T6010-80. This product stands out owing to its engineering precision, robust performance, and user-centric design.

The CNH T6010-80 is equipped with a powerful engine that ensures robust performance in various working conditions, making it an ideal choice for contractors and construction professionals. With an output of 80 horsepower, it delivers the right balance of power and efficiency. This makes it suitable for a range of applications, from earthmoving to material handling.

One of the main features of the T6010-80 is its advanced hydraulic system, which provides exceptional lifting capabilities and ensures smooth operation. The integrated hydraulic technology enhances productivity, allowing operators to perform tasks with higher precision and speed. This system also contributes to the machine's versatility, enabling rapid switching between different attachments, which is crucial for dynamic job sites.

The cabin of the T6010-80 is designed with operator comfort in mind. It boasts an ergonomic layout, offering easy access to controls and a spacious environment that reduces fatigue over long working hours. Ensuring occupant safety, the cabin is reinforced, and the visibility from the operator's seat is optimized, allowing for better situational awareness.

Another characteristic worth mentioning is the robust construction of the T6010-80. Built with high-quality materials, it is designed to withstand harsh working conditions. The durability of the machine contributes to a longer lifespan, reducing maintenance costs and increasing return on investment.

Furthermore, Tiger Products Co., Ltd has integrated modern technology into the T6010-80, including features such as GPS and telematics systems. These technologies allow for real-time monitoring of the machine's performance and location, facilitating better fleet management and operational efficiency.

In conclusion, the CNH T6010-80 from Tiger Products Co., Ltd is a powerful, efficient, and versatile machine, ideal for various construction tasks. With its emphasis on performance, operator comfort, and advanced technologies, it exemplifies the brand's commitment to providing reliable and innovative solutions in the engineering equipment industry. Whether for small-scale projects or larger construction undertakings, the T6010-80 delivers the performance professionals need to excel in their work.
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