Dynapar Encoder Heavy Duty Type Incremental Encoder

Name: Dynapar Encoder Heavy Duty Type Incremental Encoder
Brand: MEHAK ENTERPRISE
Price: 30001.0 INR
Availability: InStock

Price 30001.0 INR/ Piece

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MOQ : 1 Piece

Dynapar Encoder Heavy Duty Type Incremental Encoder Specification

Operate Method
Automatic

Color
Black

Product Type
Dynapar Encoder Heavy Duty Type Incremental Encoder

Usage
Industrial

Voltage
220 Volt (v)

Material
Mild Steel

Accuracy
+-1 %

Dynapar Encoder Heavy Duty Type Incremental Encoder Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
7 Days

About Dynapar Encoder Heavy Duty Type Incremental Encoder

The Dynapar Encoder Heavy Duty Type Incremental Encoder is engineered for demanding industrial applications requiring precision and durability. Built with a rotational drive mechanism, this optical sensor ensures high accuracy in performance, making it ideal for environments with heavy-duty operations. Crafted from robust metal and designed for shaft-mounted installation, it delivers reliable results across varied conditions. This incremental encoder operates seamlessly within temperatures up to 85C, ensuring outstanding functionality in extreme heat. With an IP65 rating, the device is resistant to dust and water ingress, providing long-lasting reliability. The encoder is semi-automatic, and connectivity is established through a cable for stable operational control. Weighing approximately 500 grams, it offers ease of handling without compromising durability. Backed by a 1-year warranty, this encoder is tailored for industrial productivity and precision.

Usage/Application	Industrial
Shaft Diameter	12 mm
Model Name/Number	HSD-35
Packaging Type	Box
Material	Iron
Country of Origin	Made in India

FAQs of Dynapar Encoder Heavy Duty Type Incremental Encoder:

Q: What makes the Dynapar Encoder suitable for heavy-duty applications?

A: It is built from durable metal, provides high accuracy, and has an IP65 rating for resistance to dust and water, ensuring it performs in rigorous industrial environments.