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Dynapar H20 Series Rigged Shaft Encoder, Bidirectional, 500PPR, Flange Mount, 3/8” Dia Shaft, 1.25” Dia Male Pilot Seal, 5-26V In, 5-26V Push-Pull Out, 6 PIN Connection, End Mount
Manufacturer: Dynapar Corporation
Mfg Product Code: H220500100120
Weight: 3.1 lb(s)
On Hand: 0
The Series H20 is a rugged, reliable and economical encoder with sealing options making this product dirt tight, dust proof, splash proof and capable of handling wash-downs. The H20 is ideal for industrial motion applications.
General
- Feedback Type: Incremental
- Technology Sensing Type: Optical
- Weight (Pounds): 3.1
- Mounting Configuration: Flange
Mechanical
- Connection Location: Axial
- Connection Type: Connector
- Disk Material: Mylar
- Flange Material: Aluminum
- Housing Material: Aluminum
- Maximum Operating Speed (RPM): 5000
- Shaft / Bore Material: Stainless Steel
- Shaft / Bore Size (mm): 9.525
- Shaft Type: Shafted
- Special Shaft Feature: Shaft Flat Included
- Starting Torque (Ncm): 0.71
- Termination: 6 Pin MS
Electrical
- Duty Cycle: 45-55%
- Incremental Signal Format: A Leads B CCW viewed from Shaft end of Encoder
- 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): 500
- Reverse Polarity Protection: Yes
- Short Circuit Protection: Yes
Environmental
- Hazardous Area Rating: [None]
- Hazardous Area Rating Certification: [None]
- Housing Protection Level: IP54;NEMA12
- 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: 20G, 5-2000Hz
Dynapar H20 Series Rigged Shaft Encoder, Bidirectional, 500PPR, Flange Mount, 3/8” Dia Shaft, 1.25” Dia Male Pilot Seal, 5-26V In, 5-26V Push-Pull Out, 6 PIN Connection, End Mount
Measurement Maximum:0
Measurement Minimum:0
Specifications
Measurement Maximum | 0 |
Measurement Minimum | 0 |