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519-CAC2226T
About NICHE
NICHE specializes in the highest quality Powersports replacement parts. Our parts meet or exceed the quality of the original parts that come with your machine. Some of the NICHE product categories include cylinders, brake pads, axles, off-road mirrors, and drive chains. Let NICHE components fix your machine today!
NICHE Differential Actuator 519-CAC2226T
- Includes: NICHE Differential Actuator
- Compatible with the following brands: Kawasaki
- Compatible with the following models: 2012-2013 Teryx4 750 KRT750, 2014-2021 Teryx 800 KRF800, 2021 Teryx 800 S KRF800, 2014-2022 Teryx4 800 KRT800, 2021-2022 Teryx4 800 S KRT800
- Replaces for the following OEM MPN's: 16172-0038, 16172-0025, 16172-0036
- Voltage: 12V
- Overload Protection?: No
- Actuator Specs: Wattage: 22
- Connection Type: Plug and Play
- Case Material: ADC12/PBTGF30
- Torque Measurements: 4.30 ft-lbs
What does it do?
- Control Speed
- Ensures Vehicle Safety
- Precise Start and Stop Times
- Maintains a Stationary Position
- Generate Linear or Rotary Force.
- Converts Different Forms of Energy to Mechanical Energy.
Types of Actuators
- Pneumatic - Uses pressurized gas or air to generate motion.
- Electric - Uses electricity to generate precise movements.
- Hydraulic - Uses fluids to generate a force to facilitate movement
- Piezoelectric - Converts electrical energy to mechanical movement.
When to replace?
- Bad Airflow
- Abnormal Noises
- Inconsistent Speeds
- Inconsistent Torque
- Inconsistent Temperatures
- Inconsistent Energy Consumption
NICHE DIFFERENTIAL ACTUATOR
The actuator is one of the most important parts of any machine that is expected to carry a load or exert any type of force to fulfill its function. Actuators can be found in many different types of machines in varying shapes and sizes including planes, cranes, vehicles, doors, and even every day household appliances. An actuator is the part of a machine that is responsible for its movement. It achieves this by converting incoming forms of energy into mechanical energy to facilitate some form of either rotary or linear motion. These actuators can then be further broken down into different types depending on the kind of incoming initial energy being converted such as electrical, pneumatic (gas), or hydraulic (fluid). Once the actuator is in motion, a feedback loop is created that enables it to adjust both how much torque and energy is needed to complete the necessary motion in real time.