Specification |
Description |
Part Number |
40DILE |
Manufacturer |
Moeller |
Category |
Auxiliary Contact Module |
Number of Poles |
4 Pole |
Contact Type |
4 Normally Open (N/O) |
Connection Type |
Screw Terminals |
Rated Operational Current |
AC-15: 4 A at 220/240 V, 2 A at 380/415 V |
Conventional Thermal Current |
10 A |
Mounting Type |
Front Fixing |
Standards Compliance |
IEC/EN 60947, UL, CSA |
Certifications |
UL Listed, CSA Certified |
Rated Insulation Voltage |
690 V AC |
Rated Impulse Withstand Voltage |
6000 V AC |
Operating Temperature |
-25°C to +50°C |
Protection Class |
IP20 |
Dimensions |
83 mm (DILE… + …DILE(M)), 86 mm (DILE…-C... + …DILE(M)) |
The Moeller 40DILE is a robust auxiliary contact module designed for industrial applications. It features four normally open contacts and is suitable for use with a variety of contactors. The module is built to meet international standards, ensuring reliable performance in demanding environments. With a rated operational current of up to 4 A at 240 V AC, it is ideal for controlling auxiliary circuits in electrical systems. The 40DILE is easy to install with its front fixing design and screw terminal connections, making it a versatile choice for enhancing the functionality of your control panels.
The Moeller 40DILE is a robust auxiliary contact module designed for industrial applications requiring reliable switching operations. This 4-pole contactor relay features four normally open (N/O) contacts, making it suitable for a variety of control circuit tasks. Engineered with screw terminals for secure connections, the 40DILE ensures ease of installation and maintenance. It is compatible with a range of contactors, including the DILEM and DILER series, providing flexibility in system integration. The module is rated for an operational current of up to 4A at 230V AC-15, ensuring dependable performance in demanding environments. With its durable construction and adherence to IEC/EN 60947 standards, the Moeller 40DILE is an ideal choice for enhancing the functionality of electrical control systems.