HENGSTLER 0548 004 ENCODER

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HENGSTLER 0548 004 ENCODER Specification

Base Material
Aluminum

Rated Insulation Voltage
500 V

Thickness
Approximately 37 mm

Protection Level
IP65

Connectivity Type
Cable, Connector Options

Features
Short Circuit Protection, High Precision, Shock and Vibration Resistant

Protection Class
Class I

Current Rating
Max 100 mA

Operating Voltage
5-30 VDC

Cover Material
Plastic

Control System
Incremental Output

Cooling System
Passive

Rated Current
Max 100 mA

Rated Operation Voltage
5-30 VDC

Components
Optical Sensor, Ball Bearing, Mounting Flange

Way
Shaft Encoder

Product Type
ENCODER

Material
Aluminum Alloy Housing, Stainless Steel Shaft

Surface Finish
Anodized / Matte

Standard
DIN ISO 9001

Surface Color
Silver / Black

Rated Voltage
5-30 VDC

Frequency (MHz)
Up to 300 kHz

Maximum Output Current
100 mA

Dimension (L*W*H)
58 mm (diameter) x 37 mm (depth)

Application
Industrial Automation, Motor Feedback, Robotics

IP Rating
IP65

About HENGSTLER 0548 004 ENCODER

Discover the immaculate precision of the HENGSTLER 0548 004 ENCODERan inestimable paragon of industrial automation. With a standard 1024 Pulse Per Revolution, customizable values, and a special 10 mm shaft diameter, this encoder embodies reliability. Features include Push-Pull (HTL) and Line Driver (TTL) outputs, shock and vibration resistance, and an anodized aluminum alloy body. Rated IP65 and compliant with CE/RoHS, it is engineered for motor feedback and robotics. Find out more and order today to experience top-tier control and feedback technology.

Optimized Performance in Diverse Applications

The HENGSTLER 0548 004 ENCODER stands out with its robust surface finish and versatile mounting options that suit immaculate industrial settings. It offers competitive advantages such as high shock and vibration resistance, ensuring reliable performance in motor feedback, robotics, and advanced automation systems. The encoders adaptabilitybacked by CE and RoHS compliancemakes it a paragon choice for demanding environments requiring precise feedback and resilience against harsh conditions.

Sample Availability and Streamlined Logistics

Samples of the HENGSTLER 0548 004 ENCODER are available to facilitate your assessment before purchase. Packaged with protection guaranteeing safe handling, our outlay includes express shipping and meticulous tracking through every logistics phase. With steady supply ability, you can expect prompt order fulfillment, ensuring your industrial needs are met without delay. Contact us for flexible packaging, sample requests, and expedited delivery options to streamline your procurement process.

FAQs of HENGSTLER 0548 004 ENCODER:

Q: How can I select the appropriate Pulse Per Revolution (PPR) value for my application?

A: You can choose from the standard 1024 PPR or request other values during your order process. Our technical experts are available to guide you in selecting the PPR that best fits your system requirements.

Q: What competitive advantages does the HENGSTLER 0548 004 ENCODER offer?

A: This encoder delivers high precision, shock and vibration resistance, short circuit protection, and compliance with CE and RoHS standards, making it ideal for tough industrial applications.

Q: Where can I use the HENGSTLER 0548 004 ENCODER?

A: The encoder is engineered for use in industrial automation, motor feedback loops, robotics, and control systems where accurate incremental outputs are essential.

Q: What is the process for ordering and receiving samples?

A: To request a sample, contact our sales team. Express shipping and streamlined logistics guarantee safe delivery and minimal waiting time.

Q: When can I expect my order to be shipped and delivered?

A: Orders are processed promptly upon confirmation, with express shipping available for quicker delivery. Our logistics ensure timely and secure outlay to your location.

Q: How does the high protection rating benefit my installation?

A: With an IP65 rating and robust materials, the encoder can withstand dust, water jets, and mechanical impact, increasing reliability and longevity in harsh environments.

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