Part Numbers
BR200 | 1/4″ I.D. End and 1/4-28 UNF-2B Thread 0.719 in. Deep |
BR300 | M5 I.D. End and Thread14mm Deep |
BR400 | M6 I.D. End and Thread |
BR500 | M8 I.D. End and Thread |
BR200 | 1/4″ I.D. End and 1/4-28 UNF-2B Thread 0.719 in. Deep |
BR300 | M5 I.D. End and Thread14mm Deep |
BR400 | M6 I.D. End and Thread |
BR500 | M8 I.D. End and Thread |
The linear actuators are designed to provide highly accurate precise positioning for a close loop control with a minimum number of moving parts, which prolong the life of the actuator. The linear actuators provide a quick response time and can be use for different applications. The fast-acting actuator is completely self-contained. It requires only a firm mounting surface, appropriate linkage to the fuel control and electrical connection to the speed control unit. The actuators are not gravity sensitive and therefore can operate in any position. The actuators are compatible with GAC’s standard speed control units.
The 275 Series Electric Actuator is a second generation design more powerful than its predecessor. It is for Bosch-Style “P” 3000-7000 fuel injected Pumps. Coupling the 275 Series with a fuel pump results in a high performance fuel control system without external linkages or brackets. Two isolated chambers eliminates the possibility of any magnetic particles collecting and jamming the actuator. As a result, the 275 Series typically outlasts the life of a diesel engine and is maintenance-free. Camshaft bearing retainer kits, position feedback transducer and heavy duty bearing retention options are available.
The ALR Series Electronic Linear Integral Actuators are designed to mount directly to the engine’s fuel pump in place of the electronic stop solenoids. The ALR Series Electronic Linear Actuator exhibits high quality construction and are designed for high temperature operation. GAC’s unique linear electromechanical technology provides proportional actuator movement, based on actuator coil current. GAC utilizes precision linear ball bearings, instead of bushings, and a minimum number of moving parts to improve response, precision, and reliability.