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Basic Info
| Model No. | HSC-3(2) |
|---|
Product description
Rotary encoder refers to an encoder that converts mechanical displacement during rotation into electrical signals, and then processes the signals to detect position and speed. The switch that detects the linear mechanical displacement is called a linear encoder
Electrical parameters
Resolution
25/100P/R
25/100P/R
25/100P/R
25/100P/R
Circuit characteristics
Current type(C)
Voltage type(E)
Push-pull(F)
Differential(L)
Voltage
DC5V,DC8-24V
DC5V,DC8-24V
DC5V,DC8-24V
DC5V,DC8-24V
Current consumption
80mA Max.
100mA Max.
125mA Max.
80mA Max.
Signal high level
VH>Vcc-0.7V
VH>Vcc-0.7V
VH>Vcc-0.7V
VH>2.5V
Signal low
VL<0.5V
VL<0.5V
VL<0.5V
VL<0.5V
Output signal
A B
A B
A B
A A B B
Response frequency
20KHz Max.
20KHz Max.
20KHz Max.
20KHz Max.
Insulation resistance
50MΩ以上 (DC500V Megohmmeter)
50MΩ以上 (DC500V Megohmmeter
50MΩ以上 (DC500V Megohmmeter)
50MΩ以上 (DC500V Megohmmeter)
Mechanical parameters
Protection level
Ip54
Shaft speed
100rpm Max.
Shaft load
Radial: 10N Axial: 10N
Impact resistance
980m/s (3 times each in X, Y, and Z directions, each lasting 6ms)
Vibration resistance
50m/s (10~200Hz X Y Z each direction for 2 hours)
Starting torque
0.1N.m(25℃)
Moment of inertia
2×10^-5 kgm 2
Product weight
About 0.5Kg
Working humidity
35~85%RH (no condensation)
Operating temperature
-20~85℃
Storage temperature
-20~85℃
Angular acceleration
500rad/s 2


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