SMC VFR3240R-6TZ-03

SMC VFR3240R-6TZ-03 Specification

Connection
Threaded

Channels
5/3 Double Solenoid

Pressure
0.2 to 0.9 MPa

Structure
Pilot Operated

Caliber
Large Flow Capacity

Material
Aluminum Alloy

Power
Solenoid Operated, 1.8 W

Media
Air

Temperature of Media
-10C to 50C

Port Size
3/8 inch

Flange
No

Finish
Anodized

Application
Pneumatic Automation

Manual Override
Yes, Locking/Non-Locking

Coil Insulation
Class F

Voltage
24V DC

Enclosure Rating
IP65

Exhaust Type
Internal/External

Mounting Type
Base Mounted

Response Time
25 ms or less

Position and Way Number
5 Port, 3 Position

Weight
Approx. 410 g

Model
VFR3240R-6TZ-03

Maximum Operating Frequency
5 Hz

SMC VFR3240R-6TZ-03 Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
1 Week

About SMC VFR3240R-6TZ-03

The part number VFR3240R-6TZ-03 refers to a specific model of a 5-port solenoid valve manufactured by SMC Corporation.

Key Details

Manufacturer: SMC Corporation

Series: VFR3000 Series (4/5 port solenoid valve)
Part Type: Solenoid Valve, 4/5 Port, Pilot Operated, Rubber Seal, Base Mounted type
Connection Type: The "TZ" in the part number indicates a specific type of electrical entry/connector.
Function: It is designed to control the flow of compressed air in a pneumatic system, enabling the operation of various components like air cylinders

Efficient Performance for Pneumatic Systems

Engineered for demanding pneumatic automation, the SMC VFR3240R-6TZ-03 facilitates quick switching with a response time of 25 ms or less and a maximum operating frequency of 5 Hz. Its 5/3 double solenoid design supports complex machine control, making it a versatile component for system builders.

Built for Durability and Safety

Constructed from anodized aluminum alloy and rated at IP65, this valve withstands harsh industrial environments, ensuring protection against dust and water jets. The Class F coil insulation and robust design contribute to long service life and operational safety.

Flexible Installation and Operation

The VFR3240R-6TZ-03 offers base mounting, threaded connections, and manual override (locking/non-locking), providing flexibility for installation and maintenance. Internal/external exhaust options and a large flow capacity make it adaptable for a range of pneumatic set-ups.

FAQ's of SMC VFR3240R-6TZ-03:

Q: How does the manual override feature of the VFR3240R-6TZ-03 function in pneumatic systems?

A: The manual override allows operators to activate or deactivate the valve manually, enabling testing or emergency control without electrical input. The valve offers both locking and non-locking manual override types for versatile application.

Q: What are the primary benefits of using the VFR3240R-6TZ-03 valve in automation setups?

A: This valve delivers precise control, rapid response (25 ms), high flow capacity, and robust durability, making it ideal for automated machinery that requires reliable and efficient pneumatic actuation.

Q: When should you choose internal versus external exhaust configuration?

A: Internal exhaust is often used when you want a compact system without external piping, while the external exhaust option is chosen to direct air away from sensitive equipment or maintain specific exhaust conditions.

Q: Where is the best place to install the VFR3240R-6TZ-03 valve?

A: It is designed for base mounting in pneumatic control panels or machinery. Ensure the installation site allows for secure mounting, easy access to the manual override, and proper connection to pneumatic and electrical lines.

Q: What is the process for connecting the valve to a pneumatic circuit?

A: The valve features threaded ports (3/8 inch) for secure connections. Mount the valve on a base, connect the air supply and output lines according to the system design, wire the solenoid for 24V DC, and ensure exhaust configurations are correctly set.

Q: How does the enclosure rating IP65 benefit industrial environments?

A: IP65 rating provides effective dust-tight protection and safeguards against water jets, reducing maintenance frequency and minimizing the risk of failure in dusty or wet industrial settings.