Micro-Processed Low Energy Lock-Out Relay Module for SuperScan Approach 10LE21 by BEA

The BEA 10LE21 Low Energy Micro-Processed Lock-Out Module is designed to inhibit the SuperScan approach sensor when a low energy automatic door is used manually. It ensures that the SuperScan activates only when the door is triggered by a push plate (knowing act) and remains active until the door fully closes. If the door is opened manually, the 10LE21 blocks the SuperScan’s input from reaching the door control. This module also provides the hold-open time delay, so the door control’s own delay should be set to minimum.

Product Highlights:

• Item Number: 10LE21

• Low energy, micro-processed lock-out relay for SuperScan

• Activates SuperScan only with push plate triggers

• Blocks SuperScan during manual door use

• Requires door position switch to signal when fully closed

• Provides hold-open time delay

Technical Specifications:

• Power supply: 12–24V AC / 15–24V DC

• Operating frequency: 4 MHz microprocessor

• Power consumption: 10 mA (rest), 50 mA max

• Output: 2 × SPST relays

• Max relay voltage: 60V DC / 120V AC

• Max relay current: 2A DC / 0.5A AC

• Dimensions: 3-1/4" L × 2" W × 15/16" D

• Wire length: 1 ft