E6A2-CS5C 500P/R encoder

E6A2-CS5C 500P/R OMRON encoder

Incremental outer diameter φ25 encoder

 Small encoder (outer diameter φ25)
? adapt to the needs of the positioning. Equipped with the origin of the output phase (Z)-type.
? the size of the outer diameter of φ25, with a resolution of 500P / R products.

 

Ratings / Performance:

 

Model		E6A2-CS3E	E6A2-CS3C	E6A2-CS5C	E6A2-CW3E	E6A2-CW3C	E6A2-CW5C	E6A2-CWZ3E	E6A2-CWZ3C	E6A2-CWZ5C
Project
Supply voltage		DC5V—5%? 12V+10% Pulsation(p-p)5% following		DC12V— 10%? 24V+15% Pulsation (p-p)5%  following	DC5V—5%? 12V+10% Pulsation(p-p)5% following		DC12V— 10%? 24V+15% Pulsation (p-p)5%  following	DC5V—5%? 12V+10% Pulsation(p-p)5% following		DC12V— 10%? 24V+15% Pulsation (p-p)5%  following
Current consumption * 1		30mA following	20mA following		0mA following	20mA following		50mA following	30mA following
Resolution (pulses / rotation)		10?20?60?100?200?300?360? 500			100?200?360?500
Output phase		APhase A Phase			BPhase A Phase			BPhase .Z Phase
Output state		Voltage output	Open collector output		Voltage output	Open collector output		Voltage output	Open collector output
Output capacity		Output Resistance: 2kΩ output current: 20mA Residual voltage: 0.4V below the output current of 20 mA	Plus synchronize the following voltage: DC30V Current: 30mA Residual voltage: 0.4V below (at sink current of 30mA)		Output Resistance: 2kΩ output current: 20mA Residual voltage: 0.4V below the output current of 20 mA	Plus synchronize the following voltage: DC30V Current: 30mA Residual voltage: 0.4V below (at sink current of 30mA)		Output Resistance: 2kΩ output current: 20mA Residual voltage: 0.4V below the output current of 20 mA	Plus synchronize the following voltage: DC30V Current: 30mA Residual voltage: 0.4V below (at sink current of 30mA)
The highest frequency response * 2		30kHz
Output phase difference		——			Phase A, B, phase difference 90 ° ± 45 °
Output load ratio		50±25%			——
The output rise and fall time		1.0μs less wire length of 500mm, the synchronous current 10mA	1.0μs less wire length 500mm, to control the output voltage of 5V, load resistance 1kΩ		1.0μs less wire length of 500mm, the synchronous current 10mA	1.0μs less wire length 500mm, to control the output voltage of 5V, load resistance 1kΩ		1.0μs less wire length of 500mm, the synchronous current 10mA	1.0μs less wire length 500mm, to control the output voltage of 5V, load resistance 1kΩ
Starting torque		1mN·m following
Moment of inertia		1×10?7kg·m2 following
Shaft allows the force	Radial direction	10N
	Axial	5N
Allows the maximum speed		5,000r/min
Ambient temperature range		Operating: -10 ~ +55 ? save: -25 ~ +80 ? (with no icing)
Ambient humidity range		Work, save: 35 ~ 85% RH (no condensation)
Insulation resistance		20MΩ or more (500 VDC megger) charging the Ministry of the overall housing
Withstand Voltage		Voltage AC500V 50/60Hz 1min between charging and case
Vibration (durable)		The upper and lower amplitude 10 ~ 55Hz 1.5mm X, Y, Z each direction 2h
The impact of (durable)		500 m/s2 X-, Y, and Z directions for three times
Protection structure * 3		Enclosure rating IEC IP50
Material shell	Shell	Aluminum alloy
	Ministry of the base metal	Aluminum
	Axis	SUS420J2
	Installation of metal accessories	Iron ferrous zinc plated
Weight (packaged)		About 35g
Attachment		Coupler, servo device with installation accessories (E6A2-CWZ ?), hex wrench, manual

 

* 1 When power flows through the red flow of about 9A.(Time: about 0.3m)
* (2) the maximum electrical response speed of the provisions of the resolution and the highest response frequency.
The maximum response frequency of the electrical speed (r / min) = (the maximum frequency response / resolution) × 60
Therefore, when the rotation exceeds the maximum response speed, electrically can not trace the signal.
* 3 for water, oil was not protective.