Exhaust Temperature Sender for Massey Ferguson 5700, 6700, 7700, 8700 Series and Valtra A, N, T Seri

Description

Modern diesel engines work hard, and knowing what’s happening with your exhaust temperatures can help protect your investment. This exhaust temperature sender feeds critical temperature data to your tractor’s engine management system, letting you know when things are running hot. When it fails, you lose that early warning system that helps prevent costly engine damage during busy farming seasons.

What You’re Getting

• Precision temperature sensing that gives your engine management system accurate exhaust readings
• Direct replacement sensor that works with your existing wiring harness
• Heat-resistant construction built to handle the extreme temperatures in exhaust systems
• Factory-calibrated output that matches your tractor’s computer specifications

Built for Real Farm Work

This sender is designed for the modern Massey Ferguson tractors in the 5700, 6700, 7700, and 8700 series, plus Valtra A, N, and T series machines. These are serious workhorses used for everything from heavy tillage and planting to harvest operations and loader work. The exhaust temperature monitoring helps these computerized engines optimize fuel injection and timing while protecting critical components.

Made to Last

Exhaust systems get brutally hot, especially during long days in the field or when running implements that put heavy loads on the engine. This sender is built with materials that can handle those temperature extremes without losing accuracy or failing prematurely. The sealed construction keeps out moisture and contamination that could cause false readings.

Good to Know

This is a direct plug-in replacement that uses the same electrical connector as your original sender. Installation involves locating the sensor in the exhaust system and unplugging the old unit. A little anti-seize compound on the threads helps prevent future removal problems. If your check engine light has been on or you’ve noticed the tractor going into limp mode, a failing exhaust temperature sender could be the culprit.