Dynapar X250100004 Rugged Incremental Optical Encoders
Dynapar
            
            $3,099.00
        
         
            
                    These rugged, high-performance, incremental optical encoders are suitable for hazardous locations. They feature environmentally sealed, cast aluminum housings with 4-inch square flange mounting, and 1/2" conduit entry. A stainless steel shaft and a clear anodized housing provide corrosion resistance.
                    
                
                
            - Series:
 - X25
 - Average leadtime:
 - 30 Business Days
 - Feedback Type:
 - Incremental
 - Technology Sensing Type:
 - Optical
 - Weight (Pounds):
 - 6.4
 - Connection Location:
 - Radial (Internal)
 - Connection Type:
 - Conduit Box
 - Disk Material:
 - Mylar
 - Flange Material:
 - Cast Aluminum
 - Housing Material:
 - Cast Aluminum
 - Maximum Operating Speed (RPM):
 - 5000
 - Shaft / Bore Material:
 - Stainless Steel
 - Shaft / Bore Size (mm):
 - 9.525
 - Shaft Type:
 - Shafted
 - Starting Torque (Ncm):
 - 1.41
 - Termination:
 - Screw Terminals w/ Pressure Plates (14AWG-22AWG)
 - Duty Cycle:
 - 43-57%
 - Incremental Signals:
 - A, B
 - Input Voltage:
 - 5-26 VDC
 - Line Driver Type:
 - 7272
 - Maximum Frequency Response (KHz):
 - 100
 - Output Signal:
 - 5-26 VDC
 - Resolution (PPR):
 - 100
 - Reverse Polarity Protection:
 - Yes
 - Short Circuit Protection:
 - Yes
 - Approvals / Certifications:
 - [CE, UL Certified]
 - Hazardous Area Rating:
 - [Class 2 Div 2, Class I Div 2, Class II Div 1, Class I Div 1]
 - Hazardous Area Rating Certification:
 - [Class I, Div 1 Groups C&D, Class II, Div 2 Groups E,F&G]
 - Housing Protection Level:
 - IP66
 - Humidity Non-Condensing (%):
 - 98
 - Maximum Operating Temperature (°C):
 - 70
 - Maximum Storage Temperature (°C):
 - 90
 - Minimum Operating Temperature (°C):
 - 0
 - Minimum Storage Temperature (°C):
 - -40
 - Noise Immunity Testing Specification:
 - EN61326-1
 - Shock Resistance:
 - 50G, 11msec
 - Vibration Resistance:
 - 2G, 5-2000Hz
 - Datasheet:
 - View