ニューホランド製ラウンドベーラー用PTOシャフト

説明

ニューホランド製ラウンドベーラー用PTOシャフト

Our PTO shaft Adaptable models

New Holland Round Balers

Models: BR7050, BR7060, BR7070, BR7080, BR7090

New Holland calls for CAT3, CAT4 and CAT5 constant velocity drivelines depending on the model, with various torque limiters.

Input shafts are 1.375-6 or 1.375-21. Please contact us with your specifications.

Available for tractors using 1.375-6 or 1.375-21

Input shaft is 1.375-6 or 1.375-21

他の組み合わせも可能です。

農業用ギアボックス用PTOシャフト

Agricultural equipment includes various PTO shafts. Each one is connected by yokes at each end and rotates between 540 and 1,000 rpm. A safety universal PTO shield is commonly installed on both ends of a PTO shaft to protect the operator. These protective shields are also found in tractors and agricultural implements, ensuring maximum efficiency. The use of internal yokes also provides added safety.

の 農業用ギアボックス is designed to change the output speed of a PTO drive shaft. It can be used as a decreasing or increasing ratio gearbox. With the decreased ratio gearbox, it reduces the PTO shaft’s speed from 1000 rpm to 540 rpm, allowing you to use equipment designed for 540 rpm. On the other hand, an increasing ratio gearbox increases the speed of the PTO shaft from 540 rpm to 1000 rpm.

If you also need the agricultural gearboxes, click here：https://hzpt.com/agricultural-pto-gearbox/ or contact us for more information.

PTOシャフト メーカー

Ever-powerは12,000平方メートル以上の敷地面積を有し、100名以上の従業員を擁しています。当社はPTOシャフト、産業用ユニバーサルシャフト、自動車用ドライブシャフト、ユニバーサルジョイントカップリングシャフト、ユニバーサルジョイントなどの開発、製造、販売を専門としています。年間売上高は6,000万元（900万米ドル）で、年々増加しています。当社の製品は、ヨーロッパ、米国、アジア、オーストラリア、北米のお客様から高い評価をいただいています。当社は国内市場において、多くの農業機械工場のトップ3に入るプロフェッショナルOEMサプライヤーです。Ever-powerのトランスミッションシャフトは、「QDP」原則、すなわち品質第一、迅速な納品、競争力のある価格を遵守しています。当社はCE、TS/16949、ISO9001の認証を取得しており、品質と納期を保証するための体系的な生産設備と品質管理チームを有しています。各界の皆様のご訪問と、相互に利益のある長期的な協力関係の構築を歓迎いたします。

Select the correct PTO Shaft

The selection of the PTO is essential to provide sufficient power to the auxiliary equipment without seriously limiting the main functions of the prime mover. The selection of the power takeoff requires application-specific information and the power requirements of the auxiliary or drive components.

The following is a quick list of PTO selection considerations:
◆Torque and horsepower requirements for driven components
◆Intermittent or continuous operation
◆Application usage
◆Speed requirements for driven parts
◆Mounting face dimensions and options
◆Space allocation
◆PTO participation mode
Having these specifications makes the correct selection of the PTO a simple task.

PTO torque and horsepower requirements
The speed and rotation requirements of the PTOシャフト are one of the most critical specifications in the above list, and the speed is necessary to calculate the torque. The torque and horsepower requirements of the driven components are critical for optimum performance.
In most cases, the user manual of the drive assembly will provide this information, but if necessary, the calculation of these requirements is relatively simple using two basic formulas.

HP = GPM x psi ÷ 1714
HP = GPM (pump flow in gallons per minute) x psi (required pump pressure pounds per inch) ÷ 1714 (conversion factor to produce HHP or hydraulic horsepower). This formula provides the horsepower requirements of the driven parts and is used to calculate the torque requirements.

T = horsepower × 5252 ÷ speed
T (torque) = HP x 5252 (the speed at which torque and horsepower intersect) ÷ RPM (speed of drive shaft of driven part).

Remember that these calculations apply only to the PTO that drives the hydraulic pump. If the power takeoff provides power for different types of drive components, the manufacturer is required to provide the specifications of the drive components.