HEIDENHAIN ERN 1387.020-2048 ROTARY ENCODER

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HEIDENHAIN ERN 1387.020-2048 ROTARY ENCODER Specification

Rated Insulation Voltage
Not specified (Low voltage)

Protection Level
IP64 (shaft inlet), IP40 (overall)

Protection Class
Class III (SELV circuits)

Components
Encoder body, clamping flange, shaft, cable outlet

Way
Single-turn

Rated Operation Voltage
5 V DC

Rated Current
Max. 120 mA total

Connectivity Type
12-pin connector (cable outlet)

Current Rating
Up to 120 mA

Base Material
Aluminum

Cover Material
Aluminum

Control System
Digital feedback system

Thickness
Encoder body approx. 15 mm

Features
Hollow shaft, incremental output, high resolution

Operating Voltage
5 V DC 5%

Product Type
Rotary Encoder

Material
Aluminum housing, stainless steel shaft

Surface Finish
Anodized

Standard
HEIDENHAIN factory standard

Surface Color
Silver/Grey

Rated Voltage
5 V DC 5%

Frequency (MHz)
Up to 300 kHz output frequency

Maximum Output Current
30 mA (per channel)

Dimension (L*W*H)
58 mm x 15 mm (length excluding shaft)

Application
CNC machines, Robotics, Automation

IP Rating
IP64 (at shaft), IP40 (body)

About HEIDENHAIN ERN 1387.020-2048 ROTARY ENCODER

The HEIDENHAIN ERN 1387.020-2048 Rotary Encoder is the elite solution for accurate digital feedback in automation, robotics, and CNC machinery. With its unmatchable resolution of 2048 PPR and reliable TTL/RS422 output, this cost-effective device is a must-have for precise motion control. Designed with a robust anodized aluminum housing and a stainless steel hollow shaft, it withstands extreme shock and vibration. The virtuoso performance, versatile compatibility, and valuable design details make it a prime choice for industrial installations demanding trusted feedback and longevity.

HEIDENHAIN ERN 1387.020-2048 Precision, Reliability, Versatility

Suitable for use in CNC machines, robotics, and automation systems, the HEIDENHAIN ERN 1387.020-2048 offers unmatchable performance with high shock and vibration resistance. Its clamping flange and hollow shaft allow for easy installation and stable mounting. Primary advantages include elite signal quality and compatibility with diverse control systems. Beyond CNC, it excels in multiple automation environments needing precise feedback and robust construction for continuous operation.

Logistics and Order Fulfillment Details

The HEIDENHAIN ERN 1387.020-2048 Rotary Encoder is available for prompt shipment from a trusted FOB port in India. Buyers can expect competitive payment terms that streamline the charge, ensuring seamless transaction completion. The main domestic market covers all major industrial hubs, with efficient logistics to support timely order completion. Customized cable lengths and mounting options can be arranged upon request, enhancing client satisfaction and flexibility in industrial deployment.

FAQs of HEIDENHAIN ERN 1387.020-2048 ROTARY ENCODER:

Q: How does the HEIDENHAIN ERN 1387.020-2048 Rotary Encoder benefit CNC machine applications?

A: This encoder delivers high-resolution feedback (2048 PPR) and robust TTL/RS422 signals, ensuring smooth, accurate control and increased efficiency in CNC machinery operations.

Q: What primary features make this encoder suitable for industrial automation?

A: Key features include a durable anodized aluminum housing, high shock and vibration resistance, wide temperature tolerance, and compatibility with modern digital feedback control systems for unmatchable reliability.

Q: Where can the HEIDENHAIN ERN 1387.020-2048 be installed?

A: Its versatile design with a clamping flange and hollow shaft makes it ideal for installation in robotics, CNC systems, and other automated environments requiring precise motion measurement.

Q: What is the process for customizing cable length or mounting options?

A: Simply specify your requirements during the order processcustom cable lengths and mounting accessories can be provided upon request for seamless integration into your equipment.

Q: When should you consider upgrading to this encoder model?

A: Upgrade when your application demands elite accuracy, extended durability against shock/vibration, or a need for valuable digital feedback in challenging industrial conditions.

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