Make protection of personnel the highest priority in your workplace and keep your machine processes secure with the 440K-T11305 Trojan T15 interlock switch by Allen Bradley Guardmaster. This compact unit is a universal tongue actuated safety interlock switch which features 2 entry slots. The head can be conveniently rotated to offer up to 4 actuator entry options, allowing application flexibility to suit your requirements. The head can be moved only by releasing the cover screws.

The 440K-T11305 Trojan T15 safety switch includes a standard type stainless-steel actuator, offering superior durability and longevity. It has 1NC safety contact, 1 NO auxiliary contact, and convenient M20 conduit entry. This standard model safety switch has a high ingress protection rating of IP67, which ensures that it is dust-tight and can withstand washdown environments. The housing material is comprised of resilient UL approved glass filled polybutylene terephthalate. The housing is also red to provide excellent visibility of the unit. The Trojan T15 switches are specifically designed to be fixed onto hinged, sliding and lift-off machine guards and offer enhanced protection for operators. It has break-before-make action and a voltage rating of 600VAC and 600VDC.

The Trojan T15 switch is operated by inserting a specially profiled key, which is permanently fixed to the door. The 440K Trojan interlock units provide cost-efficient and safe electrical interlocking of the guard to the control circuit of the machine.

• 30N actuator retention force for improved stability and security
• Compact size, offering greater versatility - 75 x 52 x 32mm
• Dual key entry slots and rotatable head to allow up to 4 actuator entry points
• Direct opening action contacts and tamper-resistant mechanism
• Easy installation
• Durable and reliable due to high IP67 environmental protection rating
• 3 M20 conduit entries

Note: Units are supplied with a standard actuator, other actuators may be ordered separately.
This device can be used with GuardLink, a new safety linking technology from Allen Bradley Guardmaster. GuardLink simplifies and reduces the connection time of the safety system while providing real-time diagnostic information over Ethernet IP. This simplifies the identification of the location of the device that has tripped the system. Thus, it reduces downtime and improves the overall efficiency of the machines. For more details, please refer to the GuardLink brochure.

EN 954-1
ISO 13849-1
IEC/EN 60204-1
NFPA 79
EN 1088
ISO 14119
IEC/EN 60947-5-1
ANSI B11.19
AS 4024.1
cULus approved
TÜV certified
CCC certified
IP67 rated (Enclosure)

Safety interlock switches work by securely locking guard doors and gates, preventing unsafe access to hazardous areas where machinery may be in operation. This helps to decrease the risk of injury to personnel and damage to machinery. They can also be used to monitor the status of the machine guard, and to ensure that machinery cannot start up or run while the guard door is open. They are often utilised in industrial applications, such as safeguarding factory production lines. They can vary in lock type, maximum current and voltage, and housing material. These interlock switches are specifically designed to meet high standards of protection.

Rockwell Automation is a global leader in industrial automation and digital transformation, and brings smart manufacturing to life. With a long legacy of creating Allen-Bradley® integrated control and information solutions, we help make you as productive as possible. Our portfolio of sensing, safety and motor control products can support your move towards smart machine applications. Allen-Bradley® IO-Link sensors are data-enabled and communicate with all field buses, providing diagnostic and health information about the device before a machine stops, and enabling quick production changeovers through fast parameter downloads from PLCs into the device. This reduces machine downtime and increases manufacturing OEE. For safety components, products with built-in diagnostics simplify the set-up of the smart device, and reduce maintenance, leading to a more efficient, machine data-driven approach.