Dynapar

Dynapar 2203601946 NexGen Qube Encoder

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SKU:
2203601946
MPN:
2203601946
Condition:
New
Series:
Qube22
Average leadtime:
10 Business Days
Feedback Type:
Incremental
Technology Sensing Type:
Optical
Weight (Pounds):
2.9
Connection Location:
Radial
Connection Type:
Connector
Disk Material:
Aluminum
Flange Material:
Aluminum
Housing Material:
Aluminum
Maximum Operating Speed (RPM):
6000
Shaft / Bore Material:
Stainless Steel
Shaft / Bore Size (mm):
9.525
Shaft Loading Axial (mm):
355.86
Shaft Loading Radial (mm):
355.86
Shaft Type:
Shafted
Special Shaft Feature:
Single Shaft without Shaft Seal
Starting Torque (Ncm):
1.77
Termination:
5 Pin M12
Duty Cycle:
45-55%
Incremental Signals:
A, A', B, B'
Input Voltage:
5-26 VDC
Line Driver Type:
7272
Maximum Frequency Response (KHz):
125
Output Signal:
5-26 VDC
Resolution (PPR):
360
Reverse Polarity Protection:
Yes
Short Circuit Protection:
Yes
Hazardous Area Rating:
[None]
Hazardous Area Rating Certification:
[None]
Housing Protection Level:
IP67
Humidity Non-Condensing (%):
98
Maximum Operating Temperature (°C):
100
Maximum Storage Temperature (°C):
100
Minimum Operating Temperature (°C):
-40
Minimum Storage Temperature (°C):
-40
Noise Immunity Testing Specification:
EN61326-1
Shock Resistance:
100G, 11msec
Vibration Resistance:
20G, 5-2000Hz
Datasheet:
View
$489.00

Description

The 22 NexGen Qube encoder is built tough for industrial applications like measuring cut-to-length or size for the Textile, Metal, Lumber and Rubber Industries. Its size makes it flexible for use in industrial applications where measuring mechanical motion is critical. The redesign delivers a more rugged encoder. The upgraded features such as increase shaft loading, expanded resolution (3600 PPR), a phased array ASIC sensor technology which significantly reduces the number of board level components in the encoder and the improved shock spec as well as an improved vibration spec provides a more robust encoder that ultimately allows for a more reliable encoder in an industrial application while increasing product lifetime.
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