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AC motor encoder- UVW encoder GSM35 series
| Model No. : | GSM48 |
|---|---|
| Brand Name : | CALT |
Product description
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 |
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 |
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 |
| 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 |
Note: The above dimensions are for reference only, the size of all the encoder refer to the encoder attached in instructions. 
AC motor encoder motor optical encoder uvw encoder 
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