Skip to main content

Stock photo not actual item

252DDKUX-B5XE Chelsea PTO Assembly

Chelsea

Listing Price: $2,553.19
Sale Price: $1,895.75

This item qualifies for FREE shipping on orders over $295 and under 70 lbs

(No reviews yet) Write a Review
Product Code:
CHL252DDKUXB5XE
Condition:
New
Availability:
Usually Ships in 3 to 5 Business Days
Adding to cart… The item has been added
The Chelsea PTO Assembly 252DDKUX-B5XE or 252DDKUXB5XE is a hydraulic-shift power takeoff designed to mount on Allison and RAM transmissions using a 6-bolt mounting interface. Output is delivered through a 1-inch round shaft with key. Intermittent torque is rated at 120 lb-ft (163 Nm) - verify actual ratings on the application pages for your specific installation. Shaft power output reaches 23 HP (17 kW) at 1,000 RPM and 11 HP (9 kW) at 500 RPM, with a maximum continuous output of 25 HP (20 kW). A single hose connection and integrated cartridge valve simplify hydraulic plumbing. The controlled compression interface gasket and weather-tight electrical connectors address common failure points in demanding service environments. Call us to confirm proper fit for your transmission and application.

Features

Hydraulic shift operation with single hose connection and integrated cartridge valve
6-bolt mounting for Allison and RAM transmissions
1-inch round output shaft with key
Intermittent torque rating: 120 lb-ft (163 Nm) - check application pages for verified torque
Shaft power: 11 HP at 500 RPM, 23 HP at 1,000 RPM (up to 25 HP continuous max)
Controlled compression interface gasket and weather-tight electrical connectors

Tech Specs

  • Shift Type: Hydraulic
  • Mounting Type: 6-Bolt
  • Transmission Manufacturer: Allison, RAM
  • Output Shaft Type: 1" Round with key
  • Intermittent Torque: 120 lb-ft / 163 Nm (check application pages for actual torque ratings)
  • Output Power (max continuous): 25 HP / 20 kW
  • Shaft Power at 500 RPM: 11 HP / 9 kW
  • Shaft Power at 1,000 RPM: 23 HP / 17 kW

Additional Information

Chelsea PTO 252 Series model break down
Call Us Now!