Your Position: Home > Control System > Encoder > E6C2-CWZ3E 30P/R encoder

  Categories

Control System
Motion Control System
LCD Screen Panel
Instrumentation
Low Voltage
Transducer/Sensor
  

Service



Email: [email protected]
Tel: 0086-574-88333153

View History

   

E6C2-CWZ3E 30P/R encoder

prevnext

E6C2-CWZ3E 30P/R encoder
  • Market price: $ 148.5
  • Shop price: $ 45.0
  • Goods click count: 184
  • Total:
  • Quantity:
Add to cart collect
  

Description

E6C2-CWZ3E 30P/R OMRON encoder

Encoder of incremental outer diameter φ50 (Universal)
  
"Strong" & "simple"
? sealed bearings and realize drip of IP64f, anti-oil
? enhance the resistance axis load performance. Radial 50N thrust to 30N
? wire inclined leads the way. Wire lateral raises and rear raises
? attached to the reverse connection, load short-circuit protection circuit to improve the reliability
(Also available in the linear drive output)

 

Ratings / Performance

Model

E6C2-CWZ6C

E6C2-CWZ5B

E6C2-CWZ3E

E6C2-CWZ1X

Project

Supply voltage

DC5V-5 ~ 24V +15%
Less than 5% of the pulse (p-p)

DC12V-10% ~ 24V +15%
Less than 5% of the pulse (p-p)

DC5V—5%?12V+10%
Less than 5% of the pulse (p-p)

DC5V ± 5%
Less than 5% of the pulse (p-p)

Current consumption * 1

70mA following

80mA following

130mA following

Resolution (pulses / rotation)

10?20?30?40?50?60? 100?200?300?360? 400?500?600?720? 800?1,000?1,024?1,200? 1,500?1,800?2,000

100?200?360?500? 600?1,000?2,000

10?20?30?40?50?60? 100?200?300?360? 400?500?600?1,000? 1,200?1,500?1,800?2,000

10?20?30?40?50?60? 100?200?300?360? 400?500?600?1,000? 1,024?1,200?1,500? 1,800?2,000

Output phase

A?B?Z Phase

A?A?B?B?Z?ZPhase

Output mode

NPN open collector output

PNP open collector output

Voltage output (NPN output)

Linear drive * 2

Output capacity

Below the applied voltage: DC30V
Synchronous current: 35mA max.
Residual voltage: 0.4V
(At sink current of 35mA)

Below the applied voltage: DC30V
Synchronous current: 35mA max.
Residual voltage: 0.4V
(At sink current of 35mA)

Output resistance: 2kΩ
Synchronous current: 20mA max.
Residual voltage: 0.4V
(At sink current of 20mA)

AM26LS31 considerable product
Output current
H: IO =-20mA
L-bit: IS = 20mA
Output voltage VO = 2.5V
VS = 0.5V below

The highest frequency response *3

100kHz

50kHz

100kHz

Output phase difference

Phase A, B, phase difference of 90 ± 45 ° C (1/4 ± 1/8T)

The output rise and fall time

1μs following
Control the output voltage: 5V
Load resistor 1kΩ
Cable length 2m

1μs following
(Cable length: 2m synchronous current: 10mA)

0.1μs following
Cable length: 2m
IO =-20mA, IS = 20mA

Starting torque

10mN·m following

Moment of inertia

1×10?6kg·m2 following

Shaft allows the force

Radial direction

30N

Axial

20N

Allows the maximum speed

6,000r/min

Protection circuit

Load short-circuit protection, power supply reverse wiring protection

Ambient temperature range

Action: -10 ~ +70 ? save: -25 ~ +85? (with no icing)

Ambient humidity range

Action, 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)

10 ~ 500Hz complex amplitude of 2mm or 150 m/s2, X-, Y, Z each direction scan 11min 3 scan

The impact of (durable)

1,000 m/s2 X, Y,, and Z directions for three times

Protection structure * 3

Enclosure rating IEC IP50

Connection

IEC standard IP64 (JEM specifications IP64f anti-drop · oil) * 4

Material shell

Shell

Sub-lead alloy

Ministry of
the base metal

Aluminum

Axis

SUS420J2

Weight (packaged)

About 400g

Attachment

Manual

 

Note? the location of the origin Z phase and the location point of origin as follows.As shown, the D section and the body Z relative to the origin position point to be consistent
Power flowing through the current of about 9A. (Time: about 0.3ms)
* The line driver output is based on the RS-422 data transmission circuit. Long-distance transmission via UTP co-cable.
    (AM26LS31 fairly products)
* 3. Electrical response speed according to the resolution of the highest frequency response requirements.
Therefore, when the rotation exceeds the maximum response speed, electrically can not trace the signal.

 

















  

User Comment

No comment
Username: Anonymous user
E-mail:
Rank:
Verification code: captcha
Content: