Emerson Aventics 0820038105

Emerson Aventics 0820038105 Specification

Connection
Threaded

Channels
2

Caliber
Miniature

Pressure
2 to 10 bar

Structure
5/2 Way

Material
Aluminum

Power
Pneumatic

Media
Air

Temperature of Media
-5C to +50C

Port Size
G 1/8

Flange
No

Finish
Anodized

Application
Industrial Automation

Flow Rate
~400 l/min

Operation
Single Solenoid, Spring Return

Body Type
Rectangular

Electrical Connection
Connector (DIN 43650 Form C)

Model
0820038105

Seal Material
NBR (Nitrile Rubber)

Weight
Approx. 0.2 kg

Response Time
<18 ms

Actuation Type
Solenoid

Mounting
Sub-base

Emerson Aventics 0820038105 Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
3 Week

About Emerson Aventics 0820038105

Specifications

Activation: Electrically

Nominal flow Qn: 500 l/min

Switching principle: 5/2

Compressed air connection output: G 1/8

Working pressure min.: 2 bar

Working pressure max: 10 bar

Operational voltage AC at 50 Hz: 110 V

Operational voltage AC at 60 Hz: 110 V

Voltage tolerance AC 50 Hz: -10% / +10%

Voltage tolerance AC 60 Hz: -10% / +10%

Manual override: without detent

Electrical connection type: Plug

Electrical connection size: ISO 15217, form C

Sealing principle: Soft Seal

Pilot: Internal

Pilot valve width: 15 mm

Valve type: Spool valve, positive overlapping

Connection type: Pipe connection

Return: with spring/air spring return

Control pressure min.: 2 bar

Control pressure max.: 10 bar

Min. ambient temperature: 0 C

Max. ambient temperature: 50 C

Min. medium temperature: 0 C

Max. medium temperature: 60 C

Advanced Performance for Automation

Emerson Aventics 0820038105 combines quick response times and durable construction, making it an excellent choice for industrial automation systems. Its sub-base mounting and threaded connections ensure simple integration in existing setups. With a robust aluminum body and NBR seals, it offers reliable operation under varying conditions, promoting extended service life even in demanding environments.

Flexible and Reliable Operation

This miniature solenoid valve operates with a single solenoid and spring return mechanism, providing precise actuation with minimal downtime. The 5/2-way structure enables versatile flow control, supporting a pressure range from 2 to 10 bar and media temperatures from -5C to +50C, ensuring compatibility across multiple pneumatic applications.

FAQ's of Emerson Aventics 0820038105:

Q: How is the Emerson Aventics 0820038105 solenoid valve installed in an automation system?

A: The valve features a sub-base mounting and threaded G 1/8 port, allowing for quick and secure attachment to compatible mounting plates and pneumatic lines. Electrical connection is facilitated by a DIN 43650 Form C connector, making wiring straightforward.

Q: What are the main benefits of using NBR (Nitrile Rubber) seals in this valve?

A: NBR seals provide excellent resistance to wear and a variety of common industrial fluids, ensuring long-term durability and reliable airtight performance in pneumatic applications.

Q: When should I use this miniature solenoid valve in my application?

A: The 0820038105 is ideal when you require fast response (under 18 ms), compact form factor, and reliable switching in pneumatic circuits-particularly in automated industrial systems or where space is limited.

Q: Where is this valve most commonly utilized?

A: It is widely employed in industrial automation environments, including manufacturing machinery, process control systems, and assembly lines, especially where rapid actuation and precise air flow control are needed.

Q: What process does the valve use to control air flow?

A: The single solenoid actuates the internal spool, while the spring return mechanism ensures the valve returns to its default position after actuation. This 5/2-way structure provides control over two output ports, making it suitable for double-acting cylinders.

Q: How does the valve support quick and reliable operation in critical processes?

A: With a rapid response time under 18 ms and robust anodized aluminum construction, the valve ensures minimal delay and high reliability, essential in automated processes requiring consistent cycling and swift actuation.