NPN Output Rotary Encoder

ISC3004-001G-200B-12-24C Solid Shaft Incremental Rotary Encoder

Common malfunctions

1. The encoder itself is faulty: it means that the component of the encoder itself is faulty, which causes it to not generate and output the correct waveform. In this case, the encoder needs to be replaced or its internal components must be repaired.

2, encoder connection cable failure: This failure has the highest probability of occurrence, often encountered in maintenance, should be a priority factor. Usually the encoder cable is open, shorted or poorly connected, in which case the cable or connector needs to be replaced. Special attention should also be paid to whether the cable is not tightly fastened, causing loosening to cause open welding or breaking, and the cable needs to be clamped.

3. Encoder +5V power supply drop: It means that the +5V power supply is too low, usually not lower than 4.75V, which is caused by the power supply failure or the power transmission cable resistance value is too large and causes loss. Or replace the cable.

Features

Shaft diameter 4 mm, 200PPR, housing diameter 30 mm. NPN output;

Miniature size, easy to assemble;

2 orthogonal output channel (A&B);

Full impulses under 1024, it is suitable for narrow area application.

Incremental encoder Applications

Measure the distance, robot, X-Y working, curtained door, shoe machine, textile machines

◆Ordering Information

◆Note:

1. Please contact sales representative to confirm the correctness and availability of the part number
2. Line Driver is only available with 5V DC
3. Resolutions in grey background are NOT available with index width 1T

◆Technical Specifications

Electrical Specification
Output circuit	Open collector	Voltage output	Push pull output	Line driver output
Power Vcc	5~30	5~30	5±0.25 5~30	5±0.25 5~30
Current	≤80mA	≤80mA	≤80mA	≤150mA
Load current	40mA	40mA	40mA	60mA
High-level output	Min Vcc*70%	Min Vcc-2.5V	Min Vcc-1.5V	Min 3.4V
Low-level output	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 Tr	Max 1us	Max 1us	Max 1us	Max 200ns
Max Responding Frequency	150kHz	150kHz	150kHz	150kHz
Mechanical Specification
Max speed(r/min)	Starting Torque	Max. Shaft Loading	Shocking	Vibration
5000	<0.03Nm	Radial:15N, Axial:10N	50G/11ms	10G 10-2000Hz
Rotor Inertia	Working Temperature	Storage Temperature	Protection Grade	Weight
4*10-8Kgm2	-25~80℃	-30~85℃	IP51	70g