ORBITAL INCREMENTAL ENCODER, ISC3806-001G-600-BZ1-5-30F

ORBITAL INCREMENTAL ENCODER, ISC3806-001G-600-BZ1-5-30F Specification

Features
Incremental output, robust construction, reverse polarity protection

Standard
CE Certified

Current Type
DC

Voltage
5-30 VDC

Sealed Type
IP65

Ambient Temperature
-20C to +85C

Noise Level
<60 dB

Rated Voltage
5-30 VDC

Bearing Type
Ball Bearing

Product Type
Incremental Rotary Encoder

Color
Black / Silver

Dimension (L*W*H)
Diameter 38 mm x Length 60 mm

Weight
Approx. 0.3 kg

Shaft Diameter
6 mm

Mounting Type
Clamping / Flange

Operating Humidity
35% 85% RH (Non-condensing)

Cable Length
2 meters

Output Circuit
Line Driver

Max Rotational Speed
6000 rpm

Housing Material
Aluminium

Storage Temperature
-25C to +90C

Resolution
600 PPR (Pulses Per Revolution)

Shock Resistance
490 m/s, 11 ms

Model Number
ISC3806-001G-600-BZ1-5-30F

Vibration Resistance
10-50Hz, 1mm amplitude

Signal Output
A, B, Z Channels

ORBITAL INCREMENTAL ENCODER, ISC3806-001G-600-BZ1-5-30F About

Introducing the latest advancement in motion control, the ORBITAL INCREMENTAL ENCODER ISC3806-001G-600-BZ1-5-30F stands as a preeminent choice for precision feedback. Highlighted by its incomparable 600 PPR resolution, select line driver output, and enlightened reverse polarity protection, it excels in demanding environments. Engineered in robust aluminium housing with IP65 sealing, it resists shock and vibration while supporting rotational speeds up to 6000 rpm. CE certified and constructed to exacting standards, it's ideal for sophisticated industrial automation, guaranteed to deliver reliable, accurate performance with minimal noise.

Versatile Application and Exceptional Features

The ORBITAL INCREMENTAL ENCODER ISC3806-001G-600-BZ1-5-30F is widely used for machinery position sensing and automation systems on metallic, robotic, and assembly surfaces. Its special features include robust construction, incremental output signals (A,B,Z channels), noise level under 60 dB, reverse polarity protection, and high vibration/shock resistance. This select encoder delivers enlightened reliability for industrial environments, ensuring precise data acquisition and durability under shifting operational demands.

Packaging, Payment, and Certification Excellence

Packaged securely to meet export market standards, each ORBITAL INCREMENTAL ENCODER arrives ready for global distribution. Our asking price reflects value in performance and reliability. Outlay terms include flexible payments and support for large-scale orders. This product boasts CE certification and meets IP65 standards for dust and water resistance, making it suitable for diverse conditions with assurance of quality and safety in every shipment.

FAQ's of ORBITAL INCREMENTAL ENCODER, ISC3806-001G-600-BZ1-5-30F:

Q: How can the ORBITAL INCREMENTAL ENCODER ISC3806-001G-600-BZ1-5-30F be mounted?

A: The encoder supports clamping and flange mounting for easy integration with various industrial platforms, ensuring secure and stable placement during operation.

Q: What specific benefits does the 600 PPR resolution provide in industrial applications?

A: With its 600 pulses per revolution, this encoder delivers heightened positional accuracy and refined feedback for efficient automated motion control.

Q: Where can this encoder be used for optimal performance?

A: It is optimal for machinery, robotics, conveyors, and assembly lines, especially where precision and durability under vibration and shock are crucial.

Q: What process ensures the encoder's protection against reverse polarity?

A: Built-in reverse polarity protection safeguards the electronic circuitry, preventing malfunction when incorrect voltage connection occurs during installation.

Q: When is it necessary to choose an encoder with IP65 sealing?

A: The IP65 seal is essential when the application demands resistance to dust and water exposure, ensuring longevity in adverse manufacturing environments.

Q: How does its aluminium housing enhance operational reliability?

A: The aluminium casing offers robust mechanical strength, heat dissipation, and resistance to environmental wear, exceeding industry requirements for longevity.