OMRON PROXIMITY SENSOR, E50C-RX2ASM-802

OMRON PROXIMITY SENSOR, E50C-RX2ASM-802 Specification

Mounting Type
Shaft Mount/Servo Mount

Sensitivity
High sensitivity

Features
High reliability, Compact design, Shock and vibration resistant

Application
Automation equipment, Robotics, Conveyor systems

Power Consumption
Max. 70 mA

Interface
Open collector/Differential Line Driver

Signal Type
Pulse signal

IP Rating
IP64

Cable Length
2 meters

Measurement Range
360 Rotary Measurement

Operating Temperature
-10C to +70C

Wireless
No

Sensor Type
Incremental Rotary Encoder

Response Time
<1 ms

Product Type
Rotary Encoder/Proximity Sensor

Material
Aluminum alloy, High-grade plastic

Input
DC 12-24V

Output
Line driver output (differential output)

Function
Non-contact detection of rotary position or speed

Usage
Industrial automation, Position sensing

Accuracy
0.5% F.S.

Resolution
800 pulses/revolution

Voltage
12 to 24 VDC

Weight
Approx. 450 g

Storage Temperature
-25°C to +85°C

Pulse Output Format
Incremental (A/B/Z Channels)

Shaft Diameter
8 mm

Shock Resistance
500 m/s² (approx. 50G)

Connection Type
Pre-wired Cable

Protection Circuitry
Reverse Polarity Protection, Short-circuit Protection

Housing Size
50 mm Diameter (Standard Compact Size)

Max Rotational Speed
6000 rpm

Vibration Resistance
10 to 55 Hz, 1.5 mm double amplitude

About OMRON PROXIMITY SENSOR, E50C-RX2ASM-802

Experience the top performance of the OMRON PROXIMITY SENSOR, E50C-RX2ASM-802now available at a reduced price for our exclusive partners. This redoubtable incremental rotary encoder is engineered for first-rate accuracy (0.5% F.S.) and sensational reliability in demanding industrial automation environments. Featuring a robust aluminum alloy build, shock and vibration resistance, and high sensitivity, it ensures non-contact, precise rotary position or speed sensing. With 800 pulses/rev, superior protection circuitry, and IP64 rating, this compact, high-grade sensor is the optimal choice for automation equipment, robotics, and conveyor systems.

Expert Usage in Automation and Position Sensing

The OMRON E50C-RX2ASM-802 excels in specialized industrial environments, offering superb usage for automation equipment, position sensing, and speed detection. Engineered for shaft mounting applications, its non-contact sensing is ideal for accurate rotary measurements across all 360. This high-grade sensor adapts seamlessly to automation surfaces in manufacturing, robotic systems, and conveyor operations, delivering consistent, reliable results thanks to its compact design and robust vibration and shock resistance.

Domestic Market Reach and Order Fulfillment Process

We serve the Indonesian market as a trusted supplier, trader, and wholesaler of the OMRON E50C-RX2ASM-802. Swift order processing ensures prompt dispatch, while our streamlined logistics minimize delivery times. Ask about our sample policy for product evaluation prior to purchase. Our hassle-free exchange process demonstrates our commitment to customer satisfaction, ensuring your orders reach you efficiently and any issues are resolved promptly to meet your project timelines.

FAQs of OMRON PROXIMITY SENSOR, E50C-RX2ASM-802:

Q: How does the OMRON E50C-RX2ASM-802 proximity sensor enhance industrial automation?

A: This sensor delivers precise, non-contact rotary position and speed detection, enabling enhanced accuracy and reliability in automation, robotics, and conveyor systems.

Q: What is the process for ordering and receiving this sensor in Indonesia?

A: Orders are processed swiftly, and products are promptly dispatched to your specified address within Indonesia, ensuring a smooth and efficient delivery experience.

Q: Where can the E50C-RX2ASM-802 be effectively used?

A: It is perfectly suited for industrial automation equipment, position sensing on rotating shafts, robotics, and conveyor systems requiring high sensitivity measurements.

Q: What specific benefits does the sensors robust housing offer?

A: The aluminum alloy and high-grade plastic construction, along with IP64 protection, provide exceptional resistance to shock, vibration, and environmental factors, ensuring long-term durability.