SCHNAP Logo

Making Trade Life Easy!
Trade Discount 17%

Timer Asymmetric On-Off 2 C-O | 24-240V AC/DC | 2 Change-Over Contacts | by Tobin

BRAND: Tobin
SKU: 2AADT5
$173.40 List price: $209.90
+
The Timer Asymmetric On-Off 2 C-O is designed for versatile timing applications, operating on a 24-240V AC/DC power supply. With its unique asymmetric ON-OFF timing function and two change-over contacts, it's perfect for industrial automation and process control systems. Built for reliability and efficiency, this electronic timing module ensures low power consumption and compliance with safety standards.

Product Name/Title: Timer Asymmetric On-Off 2 C-O | 24-240V AC/DC | 2 Change-Over Contacts | by Tobin

Brand: Tobin

SKU: 2AADT5

Alternatively Known As: Asymmetric On-Off Timer, Electronic Timer Module, 2 C/O Timer Relay

Technical Specifications
  • Operating Voltage: 24-240V AC/DC
  • Contact Configuration: 2 x Change-Over (C/O) contacts
  • Timing Function: Asymmetric ON-OFF
  • Category: Electronic timing module
  • SKU: 2AADT5
  • Dimensions (H x L x W): 90mm x 60mm x 22mm
  • Weight: 0.3 kg
Key Features
  • Operates on 24-240V AC/DC power supply
  • Asymmetric ON-OFF timing function
  • Equipped with 2 change-over (C/O) contacts
Professional Installation Requirements
  • Installation should be performed by a qualified electrician to ensure compliance with electrical safety standards.
Applications
  • Industrial automation control systems
  • Electronic timing modules for machinery
  • Process control and timing applications
Standards & Compliance
  • Complies with AS/NZS 3820 – Essential Safety Requirements for Electrical Equipment
Environmental Benefits
  • Low power consumption reduces energy usage in control systems
  • Durable design minimizes electronic waste through extended product life
Warranty Information

1 year warranty covering manufacturing defects and workmanship.

Available Now

The Tobin Timer Asymmetric On-Off 2 C-O 24-240V AC/DC is available for immediate purchase, ideal for industrial and automation timing applications.