Why Choose the IMO TA8-A100-230AC Timer Relay?
The IMO TA8-A100-230AC is a compact on-delay electronic timer relay designed for accurate time control in industrial automation, electrical control panels and machinery applications. It provides adjustable timing functions for controlling delayed switching sequences, making it suitable for a wide range of industrial control systems.
Featuring a 100–230 V AC supply voltage, the TA8-A100-230AC combines flexible timing adjustment with a double pole changeover (DPCO) relay output rated at 5 A. Its 8-pin plug-in design allows simple installation using compatible relay sockets.
The IMO TA8-A100-230AC offers selectable timing ranges from 0.05 seconds to 60 hours with 16 adjustable time ranges, making it suitable for delayed starting, sequencing and process control applications requiring dependable timing accuracy.
Key Advantages
- Compact electronic timer relay for industrial automation.
- 100–230 V AC supply range for flexible installation.
- 0.05 seconds to 60 hours timing range for versatile control applications.
- 5 A DPCO relay output for reliable switching.
- 16 selectable timing ranges for accurate adjustment.
- 8-pin plug-in design for easy installation and replacement.
Key Features
- IMO TA8-A series electronic timer.
- Model: TA8-A100-230AC.
- Supply voltage: 100–230 V AC.
- Timing range: 0.05 s to 60 h.
- Double pole changeover (DPCO) timed contacts.
- 5 A contact rating.
- 16 timing ranges selectable from front panel.
- LED indicators for timing status and operation.
- 8-pin octal plug-in connection.
Reliable Timing Control for Industrial Automation
Timer relays provide accurate control of switching sequences, allowing machinery and automation systems to operate with improved precision. The IMO TA8-A100-230AC provides dependable on-delay timing control for industrial processes where reliable switching delays are required.
Its compact 8-pin plug-in format, adjustable timing ranges and relay output make it suitable for machine builders, control panel manufacturers and industrial maintenance engineers.
Typical Applications
- Industrial automation systems.
- Machine sequencing control.
- Motor start delay circuits.
- Lighting control applications.
- Pump and process control systems.
- Electrical control panels.
- Production and packaging machinery.