Access Controls

Product Highlights:

• Low energy, micro-processed lockout relay module
• Designed to inhibit the approach SuperScan on an automatic door with the door is used manually
• When the SuperScan is installed on a low-energy operator that is to be used manually or automatically, the 10LE21 will allow the SuperScan to be active only when the door is triggered by activating a push plate, such as on "knowing act" doors
• SuperScan will remain in the activation circuit until the door fully closes following the automatic operation of the door
• A door position switch must be used to indicate to the 10LE21 that the door has reached its fully closed position and to ignore the input of the SuperScan until the push plate activates the door again
• If the door is opened manually, the 10LE21 will prohibit the input from the SuperScan from reaching the door control
• The 10LE21 provides the hold open time delay; therefore the door control's time delay should be set to minimum

BEA’s KEYSWITCHES offers an economical and efficient solution for controlling access in a variety of security applications. Each plate is furnished with both Philips and Spanner (tamper-resistant) screws.

These low-profile, aluminum plates are designed to withstand the rigors of busy environments, while providing an aesthetically pleasing and easy to install access control device.

BEA’s KEYSWITCHES offers an economical and efficient solution for controlling access in a variety of security applications. Each plate is furnished with both Philips and Spanner (tamper-resistant) screws.

These low-profile, aluminum plates are designed to withstand the rigors of busy environments, while providing an aesthetically pleasing and easy to install access control device.

BEA’s UNIVERSAL KEYPAD FAMILY offers field-proven reliability and a cost-effective solution anywhere access control is desired.

Available in both single gang and slim-line surface mount, these devices are designed for integration into security systems with electromagnetic locks, electric strikes and other equipment requiring on / off or momentary control inputs.

All programming is completed entirely from the keypad. Nonvolatile memory means codes settings will remain in the event of power loss.

BEA’s UNIVERSAL KEYPAD FAMILY offers field-proven reliability and a cost-effective solution anywhere access control is desired.

Available in both single gang and slim-line surface mount, these devices are designed for integration into security systems with electromagnetic locks, electric strikes and other equipment requiring on / off or momentary control inputs.

All programming is completed entirely from the keypad. Nonvolatile memory means codes settings will remain in the event of power loss.

BEA’s KEYSWITCHES offers an economical and efficient solution for controlling access in a variety of security applications. Each plate is furnished with both Philips and Spanner (tamper-resistant) screws.

These low-profile, aluminum plates are designed to withstand the rigors of busy environments, while providing an aesthetically pleasing and easy to install access control device.

BEA’s KEYSWITCHES offers an economical and efficient solution for controlling access in a variety of security applications. Each plate is furnished with both Philips and Spanner (tamper-resistant) screws.

These low-profile, aluminum plates are designed to withstand the rigors of busy environments, while providing an aesthetically pleasing and easy to install access control device.

White Flush Mounted Ceiling Adapter for the IXIO-DT1

BEA UL Listed Gatelocks are designed to withstand the elements, featuring a stainless steel exterior and NEMA 4 enclosure to protect internal electronics.

Weather-resistant construction makes it ideal for industrial gate and exterior door applications

BEA UL Listed Gatelocks are designed to withstand the elements, featuring a stainless steel exterior and NEMA 4 enclosure to protect internal electronics.

Weather-resistant construction makes it ideal for industrial gate and exterior door applications