SIEMENS C6FX2001-3EB02 INCREMENTAL ENCODER

Send Inquiry

Request To Call Back

SIEMENS C6FX2001-3EB02 INCREMENTAL ENCODER

Get a Price/Quote

MOQ : 1 Piece

SIEMENS C6FX2001-3EB02 INCREMENTAL ENCODER Specification

Cover Material
Plastic

Connectivity Type
Wire

Protection Class
Class I

Base Material
Aluminum Alloy

Rated Operation Voltage
5V DC

Cooling System
Passive

Rated Current
50 mA

Thickness
45 mm

Control System
Electronic

Features
Precision Positioning, Durable Construction, High Output Frequency

Rated Insulation Voltage
500V

Way
Single

Operating Voltage
5V DC

Panel Type
Closed Type

Protection Level
IP65

Components
Encoder Shaft, Signal Output Cable

Current Rating
50 mA

Product Type
INCREMENTAL ENCODER

Material
Metal

Surface Finish
Anodized

Standard
IEC

Surface Color
Silver Gray

Rated Voltage
5V DC

Frequency (MHz)
5 MHz

Maximum Output Current
50 mA

Dimension (L*W*H)
70 x 45 x 45 mm

Application
Industrial Automation, Position Feedback

IP Rating
IP65

Model Number
C6FX2001-3EB02

Operating Temperature Range
-25C to +85C

Encoder Resolution
1000 pulses/revolution

Mounting Method
Flange Mount

Response Time
<1 s

Load Capacity
10 N axial / 30 N radial

Storage Temperature Range
-40C to +100C

Shaft Type
Solid Shaft

Shock Resistance
50 g (11 ms)

Vibration Resistance
10 g (10...2000 Hz)

Output Type
Incremental

Output Signal
A, B, Z channels

Shaft Diameter
6 mm

Cable Length
2 meters

About SIEMENS C6FX2001-3EB02 INCREMENTAL ENCODER

Experience opulence in industrial automation with the elite SIEMENS C6FX2001-3EB02 Incremental Encoder. Renowned for its immaculate engineering, this encoder features a solid 6 mm shaft, impressive load capacity, and delivers 1000 pulses per revolution. The anodized silver-gray finish exudes durability, while its IP65 rating ensures resilience against dust and water. Integrated A, B, Z channels guarantee precision positioning, and its robust aluminum alloy base is optimized for lasting use. Enjoy instant checkout and cost-effective performance for sophisticated applications.

Optimal Usage and Application Directions

The SIEMENS C6FX2001-3EB02 Incremental Encoder is primarily used for position feedback and precision control in industrial automation. To use, simply mount the encoder with the flange mount fixing, connect its 2-meter cable to your control system, and ensure the environmental conditions align with the rated operating range. It is designed for machines requiring high-resolution feedback, making it ideal for automated conveyors, packaging systems, and robotics.

Global Export Excellence and Swift Delivery

Our immaculate SIEMENS C6FX2001-3EB02 Incremental Encoder is available for express shipping to renowned markets worldwide, including Europe, Southeast Asia, Africa, and the Middle East. With a substantial supply ability, your order is processed efficiently, allowing for timely arrival and minimal outlay. Each unit is packaged securely with protective foam and anti-static material, ensuring the opulent encoder reaches you in pristine condition.

FAQs of SIEMENS C6FX2001-3EB02 INCREMENTAL ENCODER:

Q: How should the SIEMENS C6FX2001-3EB02 Incremental Encoder be installed?

A: Mount the encoder using its flange mounting method and connect the signal output cable to the control system, ensuring all wiring is secure before powering up.

Q: What are the main benefits of using this encoder in industrial automation?

A: This model offers precision positioning, durability under high loads and vibrations, and quick response times, making it a cost-effective solution for elite industrial applications.

Q: When is it ideal to use this incremental encoder?

A: It is ideal for applications requiring high-resolution position feedback, such as automated assembly lines or robotics, especially where durability and accuracy are paramount.

Q: Where can this encoder be supplied or shipped to?

A: This encoder can be sourced and shipped globally, with express shipping available to prominent markets in Europe, Southeast Asia, Africa, and the Middle East.

Q: What process should be followed to ensure optimal operation of this encoder?

A: Check compatibility with control systems, confirm correct mounting and wiring, maintain environmental conditions within the specified range, and periodically inspect the encoder for consistent performance.

Tell us about your requirement