Description
OPTEX Reaction microwave sensors are engineered to optimize efficiency in the operation of all types of automatic doors. These microwave sensors deliver rapid detection for any automatic door setup, especially in high-speed entry scenarios. The Reaction series stands out as the most adaptable range of microwave activation sensors in the market today.
### Detection Area Flexibility
The OPTEX microwave series provides both narrow and wide detection areas, making them suitable for a variety of installations. The narrow setting is easily configured by attaching the narrow lens to the radar module. The radar module allows for quick and straightforward adjustments by rotating and tilting, catering to diverse application needs, with no additional external setup device required.
### Versatility in Swing Door Activation
The Reaction Two model features a uni-directional detection option and can be mounted on the door header or ceiling surface. This design accommodates center-pivoted or surface-applied operators in one-way or two-way traffic situations. Additionally, an optional recessed ceiling mount is available. Note: When mounted on the swing side of the door, the sensor must be positioned beyond the door’s swing path.
### Uni-Directional Setting
Equipped with a dip switch, the Reaction Two can switch between Uni-directional and Bi-directional modes. In Bi-directional mode, it detects motion in both directions and activates door opening. The Uni-directional mode, however, only registers movement towards the sensor, allowing doors to close more swiftly and conserving energy by minimizing airflow.
### Auto-Caution Mode
Auto Caution mode heightens sensitivity when individuals linger within the detection area. When used with Uni-Directional mode, it offers high safety levels while ensuring maximum operational efficiency.
### ANSI Compliance
When properly adjusted, this sensor meets the current standards for motion sensors outlined in Section 8 of the ANSI/BHMA A156.10 Standard for Power Operated Pedestrian Doors.
