BR X20 DC 1396 INCREMENTAL ENCODER

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BR X20 DC 1396 INCREMENTAL ENCODER Specification

Output Current
40 mA (max)

Working Temperature
-20C to +80C

Output Type
Differential, Push-Pull or Open Collector

Current Range
30 to 40 mA

Noise Level
Low

Cooling Method
Self Cooling

Rated Current
40 mA

Application
Industrial Automation, Robotics, Motor Feedback

Operating Temperature
-20C to +80C

Phase
2 Phase (A/B), with Optional Z Phase

Features
Compact design, Rugged Construction, High Resolution, Easy Mounting

Connector Type
Cable with shielded leads or M12 connector

Power Supply
5 V DC (typical), Other voltages available

Product Type
Incremental Encoder

Output Frequency
Up to 200 kHz

Input Voltage
5 V DC

Voltage Protection
Reverse Voltage Protection

Efficiency
High

Material
Aluminum Alloy Body

Line Regulation
0.5%

Storage Temperature
-30C to +85C

Weight
300 g

About BR X20 DC 1396 INCREMENTAL ENCODER

Introducing the acclaimed BR X20 DC 1396 Incremental Encoder, masterful in design and lavished with robust features. With a scarce 6 mm shaft diameter and high resolution of up to 2500 PPR, it is noteworthy for superior performance. Housed in a compact 50 mm aluminum alloy body, its engineered for rugged industrial use. Get unmatched feedback reliability in robotics, automation, and motor applications thanks to IP65 protection, quadrature output, and ample vibration resistance. Efficient and self-cooling, this encoder excels in demanding environments, supporting versatile outputs and high-speed operation up to 6000 RPM.

Application Excellence and Distinctive Advantages

BR X20 DC 1396 Incremental Encoder is renowned for its effortless flange mounting, making installation streamlined and secure across multiple applications like industrial automation, robotics, and motor feedback systems. Its competitive edge lies in high resolution, IP65 ingress protection, and a masterful aluminum alloy construction. The compact, rugged design, paired with versatile outputs, ensures lasting durability and precision in harsh environments, setting it apart as the preferred choice for demanding professionals.

Supply Capability, Favorable Offerings, and Sample Policy

With a robust supply ability tailored to meet large-scale industrial demands, the BR X20 DC 1396 Encoder is available at the lowest price and special sale price direct from Indias leading suppliers and traders. We offer quick dispatch from major FOB ports and a customer-friendly sample policy to help you evaluate product suitability before bulk orders. Dont miss the unmatched offer to secure top-quality encoders designed for lasting efficiency and competitive advantage.

FAQs of BR X20 DC 1396 INCREMENTAL ENCODER:

Q: How does the BR X20 DC 1396 Incremental Encoder ensure reliability in industrial applications?

A: The encoder provides IP65 ingress protection, rugged aluminum alloy construction, and insulated wiring for exceptional durability and stable signal output, ensuring reliable operation in harsh settings.

Q: What output options are available with the BR X20 DC 1396 Incremental Encoder?

A: This encoder supports Quadrature signals (A, B, and Z channels) and offers Differential, Push-Pull, or Open Collector outputs. Custom cable lengths and shielded leads or M12 connectors are also supported.

Q: When is this encoder most beneficial for use?

A: It delivers optimal performance in high-speed motor feedback, robotics, and industrial automation where precise position and speed measurement is crucial, especially within demanding environments.

Q: Where can I source the BR X20 DC 1396 Encoder at an offer price?

A: The encoder is available at sale prices and special offers through authorized suppliers and traders based in India, with efficient FOB port shipment options to streamline your procurement process.

Q: What are the main steps for integrating this encoder into a system?

A: Install via flange mounting, connect with shielded leads or M12 connector to the control system, and configure the desired output type to match your application requirements for seamless operation.

Q: How does the encoders high resolution impact performance?

A: With up to 2500 pulses per revolution, it delivers detailed and precise feedback, improving accuracy in automation and control systems, ultimately enhancing productivity and system responsiveness.

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