AGASTAT 7022 0B T TIME DELAY RELAY
AGASTAT
TIME DELAY RELAY
MODEL : 7022 0B T
COIL : 24V DC
TIME : 5-5-S
CONTACT RATING 240 VAC,1/4 HP-10 A RESIST
WEIGHT : 1.0 KG
REF NO(S) : 1329
Overview of the AGASTAT 7022 0B T
The AGASTAT 7022 0B T is a versatile time delay relay that makes sure circuits are controlled properly in different industrial applications. Designed to be durable and consistent, it would be a good choice for industries that require reliable time management in their processes.
Key Features:
Adjustable Time Delay:
This relay lets users set precise delay times, making it highly flexible and adaptable to most operational needs.
Durable Design:
Engineered from quality raw material, the AGASTAT 7022 0B T can be made to handle robust industrial environment.
Space-Friendly Design:
Small form factor ensures that easy fit in place in hard locations.
Extremely wide Application :
This relay can fit use in any automation application for process control and also to machinery.
Understand technical details of the AGASTAT 7022 0B T
Model: 7022 0B T
Type: Time Delay Relay
Timing range: Normally adjustable, permitting delay times over a great extent.
Power Supply: The power supply is compatible with industrial standard voltage inputs and verify the specific voltage in case of your unit
Rating: Contact Rating with appropriate electrical loads.
Mounting: Easy-to-install design suitable for panel or DIN rail mounting.
Environmental Resilience: Built to operate reliably under varying temperature and humidity conditions.
Applications of AGASTAT 7022 0B T
The time delay relay is a critical component in many industrial processes. Here are some common applications:
Automation Systems:
Used in sequential operations to control the timing of motors, valves, or other devices.
Process Control:
It ensures delay in any processes where precision timing is concerned like chemical mixing or packaging lines.
Power Systems:
Protects circuit from sudden electrical surges due to delay in power engagement.
Machinery:
Coordinate machine operations so that they work in an ordered sequence for smooth operations and safety.
