Servo Motor Encoder- GSM48 Series Replacing Tamagawa Fa-coder

Specifications 1.angle, speed, pole position measurement

2.revolution up to 5000P/R

3.variety of output

4.good cost-effective

5.UVW encoder

  Applications     Widely used in the field of automatic control AC servo unit, particularly suitable for use in servo motor supporting   Features   * Internal ASIC devices, high reliability, long life, strong anti-interference.   * Wide range of resolutions, and does not require signal conditioning.   * With A, B, Z and U, V, W six-channel signal output can be connected with standard line driver (26LS31) RS422, can provide 12 output signal, and is compatible with TTL     Model defined:       Electrical Characteristics:  

Output circuit	Open-collector output	Voltage output	Push-pull complementary outputs	Line driver
Supply voltage	5~26	5~26	5±0.25 5~26	5±0.25 5~26
Current consumption	≤80mA	≤80mA	≤80mA	≤160mA
Load current	40mA	40mA	40mA	60mA
Output high	Min Vcc*70%	Min Vcc-2.5V	Min Vcc-1.5V	Min 3.4V
Output low	Max 0.4V	Max 0.4V	Max 0.8V	Max 0.4V
Rise time Tr	MAX 1us	MAX 1us	MAX 1us	MAX 200ns
Fall time Tf	MAX 1us	MAX 1us	MAX 1us	MAX 200ns
Highest frequency response	500kHz	500kHz	500kHz	500kHz

   Mechanical properties:  

Max speed r/min	Starting torque	Axis maximum load	Impact	Anti-vibration
6000	<0.02Nm	Radial 20N Axial 10N	50G/11ms	10G 10~2000HZ
Moment inertia	Work Temperature	Storage Temperature	Protection Degree	Weight
4x10-8	-30~85°C	-40~85°C	IP50	120g

      Connections:  

Signal

A

B

Z

A/

B/

Z/

U

V

W

U/

V/

W/

Vcc

GND

Color

Green

White

Yellow

Green /Black

White /Black

Yellow/ Black

Brown

Gray

Orange

Brown /Black

Gray /Black

Orange /Black

Red

Black

      Output phases    

Waveform ratio= X1+X2=0.5T±0.1T X3+X4=0.5T±0.1T Phase difference= Xn≥0.15T(n=1,2,3,4) Z signal width: Tz=0.5T Signal location accuracy: A, B phase absolute angular error ≤ 0.2T Periodic error ≤ 0.05T T = 360 ° / N (N is the number of pulses per revolution output) Cycle P = 360 ° / N1 ± 1.5 ° (N1 = 2,3,4) Phase differenceYn = P / 6 ± 1.5 ° (n = 1,2,3,4,5,6) A, B phase U, V-phase position makes no provisions Z phase and U phase relationship: C ≤ ± 1 ° (mechanical angle) A phase difference of 90 ° signal with a zero signal. Direction from the shaft end (plate spring) The spindle clockwise rotation CW waveform graph

      Dimensions:          Note: The above dimensions are for reference only, the size of all the encoder refer to the encoder attached in instructions.         encoder   rotary encoder   dc servo motor encoder   If you are interested in the above, please do no hesitate to contact us!    Servo Motor Encoder- GSM48 Series Replacing Tamag  absolute encoder | rotary encoder | Analog encoder | incremental rotary | encoder | optical linear encoder | absolute incremental encoder | incremental optical encoder | linear encoder| optic encoder | rotary encoder | omron e6b2 cwz6c rotary encoder e6b2 | rotary encoder price | absolute rotary encoder | rotary encoder switch | usb rotary encoder | siemens rotary encoder  motor incremental encoder rotary awa Fa-coder