Janatics DS234EE60

Janatics DS234EE60 Specification

Caliber
Standard

Structure
Spool

Channels
5/2 way

Pressure
0.5 8 bar

Connection
G Thread

Material
Aluminium Die Cast

Power
Solenoid

Media
Air

Temperature of Media
-5C to 60C

Port Size
1/4

Flange
No

Finish
Anodized

Application
Pneumatic Automation

Actuation Type
Double Solenoid

Flow Rate
600 L/min

Coil Voltage
24V DC

Response Time
<30 ms

Mounting Type
Base/Through Hole

Body Type
Compact

Manual Override
Provided

Ambient Temperature
Up to 50°C

Enclosure Protection
IP65

Weight
Approx. 0.5 kg

Insulation Class
Class F

O-Ring Material
NBR

Model Number
DS234EE60

Janatics DS234EE60 Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
1 Week

About Janatics DS234EE60

Technical Specifications

Model DS2

Type 3/2, 5/2, 5/3

Design Spool type

Port Size Inlet, Outlet, Exhaust - G1/8, External pilot - M5

Medium Compressed air - Dry, filtered, lubricated

Working Pressure range 2 to 8 bar

External pilot pressure (ER model) 2 to 4 bar

Recommended oil for lubrication ISO VG32 (Servo system 32)

Ambient temperature -10 to +60 C

Medium temperature +5 to +50 C

Flow @ 450 lts/min

Materials of construction Aluminium, Nitrile, Brass, Acetal, PBT, Zinc, SS, Nylon, Polyamide

Electrical

Coil width 17 mm

Voltage (V) 10%

AC ( 50 Hz ) - 24, 48, 110, 220

DC - 12, 24, 48, 110

Power consumption AC - 3.6 VA, DC - 2.5 W

Duty cycle Continuous

Class of insulation Class F

Type of coil protection IP65

High Performance and Durability

Featuring a double solenoid actuation, the DS234EE60 delivers rapid switching capabilities and dependable operation in automation systems. The compact aluminium die-cast body with an anodized finish ensures resilience against corrosion and external influences, making the valve suitable for both industrial and commercial pneumatic setups.

Wide Application Versatility

This valve supports a wide pressure range (0.5-8 bar) and temperature compatibility (-5C to 60C), making it adaptable to diverse environments. With a 1/4" G-thread port and IP65-rated enclosure, it integrates seamlessly into new or existing pneumatic circuits, optimizing automation processes and ensuring efficient, safe performance.

FAQ's of Janatics DS234EE60:

Q: How do I install the Janatics DS234EE60 valve?

A: The DS234EE60 can be mounted using the base or through-hole method. Ensure that the connections are made using the G thread ports and secure the valve to a stable surface as per the manufacturer's instructions for optimal performance.

Q: What are the main benefits of using the DS234EE60 in pneumatic automation?

A: The DS234EE60 offers fast response time (<30 ms), robust build quality thanks to its aluminium die-cast body, and reliable performance under varying pressures and temperatures. The manual override and compact design increase versatility and ease of maintenance.

Q: When is the manual override feature useful?

A: The manual override is useful during maintenance, troubleshooting, or emergency situations when you need to operate the valve without electrical power. This ensures your automation system can be safely and promptly controlled when needed.

Q: Where can the DS234EE60 operate safely?

A: With an enclosure protection rating of IP65 and an ambient temperature allowance up to 50C, the valve is suitable for indoor and semi-exposed industrial locations where ingress of dust and water is a concern.

Q: What process media is suitable for this valve?

A: The DS234EE60 is designed specifically for use with compressed air within the temperature range of -5C to 60C. It is not recommended for use with other gases or fluids.

Q: How does the response time enhance system efficiency?

A: Its swift response time of less than 30 ms allows for rapid actuation of pneumatic equipment, improving cycle times and overall productivity in automation processes.

Q: What value does IP65 protection add to this valve?

A: IP65 protection ensures that the valve is dust-tight and shielded against low-pressure water jets, providing reliable operation even in challenging industrial settings.