Incremental photoelectric rotary encoder PN72 witn an LED to indicate the zero position Dust-proof protection
Quick introduction of PN72 encoder
Hollow shaft diameter: 25mm;28mm,30mm
Hollow shaft type: Through shaft
Resolution : 1024/8, 2048/8, 2500/8, 4096/8, 5000/8, 8192/8, 10000/8
Encoder type: Incremental encoder
Protection grade: IP50
Matters needing attention
1. Must choose the power supply voltage: DC5V or DC8-30V
2. Please advise the motor speed (RPM) that you actually use
3. If you have any other requirements, please provide detail parameters
PN72 incremental encoder Product Information
|Encoder type||Incremental Type|
|Hollow shaft type||Through shaft|
|Hollow shaft diameter||25mm; 28mm; 30mm|
|Resolution||1024/8; 2048/8; 2500/8; 4096/8; 5000/8; 8192;/8; 10000/8|
|Output phase||3=A+B+Z; 6=A+A-+B+B-+Z+Z-; 6=Less wiring type A+B+Z Delay U+V+W; 12=A+A-+B+B-+Z+Z-+U+U-+V+V-+W+W-|
|Supply voltage||DC5V; DC8-30V|
|Outlet type||Radial connector; Radial cable|
|Output mode||N=OC(DC5V&8-30V); C=TTL(DC5V)|
|E=HTL(DC8-30V); S=TTL(DC5V)(Less wiring type)|
|Consumption current||120mA Max|
|Top response frenquency||100kHZ; 500kHZ; 800kHZ|
|GND||not connected to the encoder, must be effectively connected to GND|
|Starting torque||Less than 60×10-3 N.m|
|Inertia moment||Less than 80×10-6 kg.m2|
|Environmental temperature||Operating: -20~+95℃; Storage: -25~+100℃|
|Enviromental humidity||Operating and storage: 35~85%RH(noncondensing)|
|Net weight||About 200g|
3-5 working days for sample after full paid
7-15 days for mass production after full paid
Signal Circuit of encoder
1. The NPN Open Collector -- The NPN Open Collector(NPN) is an interface based on an output circuit with an NPN transistor.
An open collector is the unconnected collector connection of an NPN transistor, whose emitter is connected to earth and whose collector is connected to the output.
2. PNP output
The PNP output is an interface based on an output circuit with a PNP transistor.
3. Push-Pull output(HTL)
High Voltage Transistor Logic functions with a voltage supply in the range 10 and 30 V DC, with 24 V DC being the most usual.
“Low” is defined as an output of between 0 V and 3 V and “high” as between VCC and VCC - 3.5 V.
4. TTL RS-422 output
In a transistor-transistor logic (TTL), both the logical status and the amplification are done by transistors, hence the name.
The TTL output is supplied with either a fixed 5 V voltage or a variable voltage of between 10 and 32 V. For this the low range is defined as the ≤ 0.4 V and the high range as ≥ 2.4 V.
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