Rotary measurement sensors with high accuracy and high resolution.

Encoders, at present, have been widely used for factory automations, measurements, office automation devices, medical equipment, aviation and universal fields. Various kinds of encoders (FA-CODER® as trade mark) from small to high absolution are available to meet all of the requirements.

 

• Wide temperature range
• Superior environment resistance
• Vibration: 196m/s2{20G} at 10Hz .500Hz, for 2 hours to each of three axes.
• Shock: 981m/s2{100G} for 6ms, 3 times to each of 6 axes, 18 times in total
• Humidity: 90% RH or above at 60°C
• High speed rotation
• High reliability
• Extremely long life and high reliability are assured by the structure of mechanical parts and automated coil incorporation.
• Absolute position detection
• Long-distance transmission
• Robustness against noise enables long-distance transmission
• Capable of compact incorporation
• The use of built-in types of Smartsyn minimizes housings of motors. Best suited for compact design
• Low cost
• Multipolarization is possible by increasing the multiplication factor ofangle.

 

Models of Magnetic Encoder

 

Model No.	TS5270N15	TS5291N100	TS5291N500
Series	MIB0.4
Resolution (Counts/Turn)	1,024C/T (Number of teeth = 256)	1,024C/T (Number of teeth = 128)	128C/T
Output Phase	A,B,Z Phase
Max Response Frequency	200kHz	409.6kHz	128kHz
Supply Voltage	DC+5V
Consumption Current	300mA Max	200mA Max	100mA Max
Output Form	Line Driver
Air Gap btwn Sensor & Wheel	0.15±0.01mm	—
Radial Inalignment btwn Sensor & Wheel	±0.3mm	—
Axial Inalignment btwn Sensor & Wheel	±0.5mm	—
Starting Torque	—
Protection	IP=50	IP=66
Operating Temp.Range	-10∼+80°C	-20∼+85°C
Vibration	Full Amplitude 1.5mm 0.5Hr(5∼500Hz)	80m/s2 Max 3-way 3Hr(10∼2,000Hz)
Shock	294m/s2 (30G)	1,000m/s2 Max 11ms Half sine wave 3-way, Each 6 times
Mass	0.5kg Max

 

 

Similiar Models:

 

TS2014N311E32 TS2018N243E53 TS2151N1E26 TS2605N31E64

TS2610N171E64 TS2620N1051E11 TS2620N21E11 TS2620N23E11

TS2620N271E14 TS2620N523E98 TS2640N1381E10 TS2640N141E172

TS2640N181E100 TS2640N181E41 TS2640N311E107 TS2640N313E151

TS2640N31E64 TS2640N321E64 TS2640N641E10 TS2640N641E64

TS2640N663E70 TS2640N671E110 TS2640N683E87 TS2641N11E64

TS2650N11E78 TS2650N21E78 TS2651N111E78 TS2651N131E78

TS2651N141E78 TS2651N181E78 TS2660N31E148 TS3653N36E8

TS5017N60 TS5207N356 TS5207N500 TS5207N510 TS5207N530

TS5208N305 TS5208N530 TS5212N510 TS5212N397 TS5212N530

TS5212N593 TS5213N315 TS5213N367 TS5213N500 TS5213N510

TS5213N530 TS5213N550 TS5213N551 TS5214N510 TS5214N530

TS5216N558 TS5217N530 TS5231N305 TS5305N510 TS6063N154

 

 

 

◆About Incremental encoder

Incremental encoders generate pulses in a frequency proportional to the rotational speed.The encoders can be used for speed control, position control, or as a rotation indicator or a pulse generator of servo motors mounted in machine tools, robots, or measuring equipment.Optical incremental encoders are composed of rotor plate, fixed slit, light emitting diodes, photo transistors, etc. as shown in Figure 1.The fixed slit is designed to have 90 degree phase difference to the slit on the rotor plate.Output signals are two signals with 90 degrees difference; A-phase signal and B-phase signal, and the rotational direction can be detected with them.There are encoders which output the additional Z-phase signal as the origin signal.When controlling positions with an incremental encoder, the Z signal which shows the origin is used.

 

◆Incremental Encoder Simplified Structure

 

◆Magnetic Encoder Simplified Structure