GS-SV48 Series Servo Motor Encoder
The role of an encoder in a servo motor
According to the classical definition, a servomechanism is an engine pieced together with a feedback sensor and a controller to form a closed-loop control circuit. In the circuit, the sensor orchestrates the following operations:
- Observes the mechanical motion of the actuator shaft—a change of position and the rate of change.
- Converts the mechanical input into an electrical impulse and transmits a series of such impulses as a quadrature signal to a controller.
Advice on selection
Choosing a sensor to match a servomechanism requires exploring the specifics of the system where the assembly is supposed to be integrated, in particular:- Type of propulsion. An application, where movements are along a straight-line trajectory, demands a linear detector. In machines performing angular displacements, the preferred type is rotary.
- Mounting method. The encoder body can incorporate a shaft, in which case it is assembled with the drive unit by means of a coupling. While enabling proper alignment, the coupling also isolates the sensing element from a drive unit, both mechanically and electrically.
Widely used in automatic control fifield such as AC servo unit, especially suitable for matching with servo motor.
Internal use of ASIC devices, high reliability, long life, strong anti-interference.The taper shaft is designed to be easy to slip, with small installation volume, wide resolution range, no signal regulation is required, with A B Z U V W six channel signal output, which can be connected with standard line drive (26LS31) RS422, can provide 12 output signals, compatible with TTL;
Housing Dia.：35mm, Shaft：6,8,10mm;
Supply Voltage:5v,5-26v;
Resolution：1000,1024,1250,2000,2048, 2500,4000,4096;
Output channels: 2 channels A B;
Zero Position Signal: S= No Z channel; M= with Z Signal output “1”; N=with Z Signal output “0” ;
Output Format: T=Voltage Output NPN+R; C=NPN Open Collector; CP=PNP Open Collector;
P=Push Pull L=Line Driver(26L31) K=Line Driver(7272) V=Line Driver OC(7273)
Pole: 2P=2 pairs of Poles; 3P=3 Pairs of Poles; 5P=5 Pairs of Poles
Technical Parameter
Gertech Equivalent replace: Omron: E6A2-CS3C, E6A2-CS3E, E6A2-CS5C, E6A2-CS5C, E6A2-CW3C, E6A2-CW3E, E6A2-CW5C, E6A2-CWZ3C, E6A2-CWZ3E, E6A2-CWZ5C; E6B2-CS3C, E6B2-CS3E, E6B2-CS5C, E6A2-CS5C,E6B2-CW3C, E6B2-CW3E, E6B2-CW5C, E6B2-CWZ3C, E6B2-CWZ3E, E6B2-CBZ5C; E6C2-CS3C, E6C2-CS3E, E6C2-CS5C, E6C2-CS5C,E6C2-CW3C, E6C2-CW3E, E6C2-CW5C, E6C2-CWZ3C, E6C2-CWZ3E, E6C2-CBZ5C; Koyo: TRD-MX TRD-2E/1EH, TRD-2T, TRD-2TH, TRD-S, TRD-SH, TRD-N, TRD-NH, TRD-J TRD-GK, TRD-CH Series Autonics: E30S, E40S, E40H,E50S, E50H, E60S, E60H SeriesPackaging Details The rotary encoder is packed in standard export packaging or as required by buyers; FAQ: About Delivery: Leading time: Delivery can be within a week after full payment by DHL or other logics as per requested; About Payment: Payment can be made through bank transfer, west union and Paypal; Quality Control: Professional and experienced quality inspection team leaded by Mr. Hu, can ensure the quality of each product when it leaves the factory.Mr. Hu has more than 10 years experience in the industries of encoders, About technique support: Professional and experienced technique team leaded by Doctor Zhang, has accomplished many breakthroughs in the development of encoders, apart from normal incremental encoders, Gertech now has finished Profinet, EtherCAT, Modbus-TCP and Powe-rlink development; Certificate: CE,ISO9001,Rohs and KC is under process; About Inquiry: Any inquiry will be replied within 24 hours, and customer also can add what's app or wechat for Instant messaging, our marketing team and technical team will offer professional service and suggestion; Guarantee policy: Gertech offers 1year warranty and life-long technical support; We're here to help. Our engineers and encoder experts will respond quickly to your toughest, most technical encoder questions. Expedite options are available on many models. Contact us for details:Terry_Marketing@gertechsensors.com;