Skip to main content

Stock photo not actual item

880XJITX-H3XV Chelsea PTO Assembly

Chelsea

Listing Price: $3,571.71
Sale Price: $1,964.44
(No reviews yet) Write a Review
Product Code:
CHL880XJITXH3XV
Condition:
New
Availability:
Usually ships in 16-20 weeks
Adding to cart… The item has been added
The Chelsea 880 Series Power Take-Off, part number 880XJITX-H3XV or 880XJITXH3XV, is an 8-bolt, lever mechanical shift PTO designed for heavy-duty applications including bulk haulers, fire trucks, oil field equipment, large recovery trucks, and aerial units. Output is through a 1-1/2"-10T spline shaft with a 1410 companion flange. Intermittent torque capacity reaches 500 lb-ft (678 Nm); continuous operation is supported with a 30% de-rating. Shaft power is rated at 48 HP (36 kW) at 500 RPM and 95 HP (71 kW) at 1,000 RPM. The 880 Series fits most manual transmissions with an 8-bolt aperture, including Eaton/Fuller and Volvo/Mack applications. Call us to confirm the right fit for your transmission and application.

Features

8-bolt mounting fits most manual transmissions with an 8-bolt aperture, including Eaton/Fuller and Volvo/Mack
Lever mechanical shift with optional air control shift available for the 880 Series
1-1/2"-10T spline output shaft with 1410 companion flange
Intermittent torque rating up to 500 lb-ft (678 Nm); continuous operation with 30% de-rating
Shaft power: 48 HP (36 kW) at 500 RPM, 95 HP (71 kW) at 1,000 RPM
Rugged cast iron housing with removable shift cover for straightforward backlash adjustment

Tech Specs

  • INTERMITTENT TORQUE: 500 lb-ft (678 Nm) - Check Application Pages for Actual Torque Ratings
  • CONTINUOUS OPERATION: Yes, with 30% de-rating
  • SHIFT TYPE: Lever Mechanical
  • MOUNTING TYPE: 8-Bolt
  • OUTPUT SHAFT TYPE: 1-1/2" - 10T Spline with 1410 Companion Flange
  • OUTPUT POWER: 56+ HP (51+ kW)
  • SHAFT POWER: 48 HP (36 kW) at 500 RPM; 95 HP (71 kW) at 1,000 RPM
  • TRANSMISSION COMPATIBILITY: Eaton/Fuller, Volvo/Mack, Allison, Other

Additional Information

Chelsea PTO 880 Series Model Break Down
Call Us Now!