Safety Devices

BEA’s PHOENIX EX^TM Family combines a microwave motion detection sensor in an explosion-proof / flame-proof housing, which is ideal for use in unique environments such as chemical manufacturing, petroleum refining and military facilities.

The PHOENIX EX^TM Family is designed to detect within a desired area for security or intrusion detection, warning indication and automation. When tied into a security system, the PHOENIX EX^TM Family offers a monitoring feature via end-of-line resistors. These resistors provide unique output states, which allow differentiation between an motion detection signal and/or an interruption in functionality due to tampering of the device.

The explosion-proof / flame-proof housing is a waterproof-rated enclosure designed as an IP66 housing. This housing achieves UL Class I, Div. 1, Groups B, C, D; Class II, Div. 1 & 2, Groups E, F, G; and Class III

BEA’s PHOENIX EX^TM Family combines a microwave motion detection sensor in an explosion-proof / flame-proof housing, which is ideal for use in unique environments such as chemical manufacturing, petroleum refining and military facilities.

The PHOENIX EX^TM Family is designed to detect within a desired area for security or intrusion detection, warning indication and automation. When tied into a security system, the PHOENIX EX^TM Family offers a monitoring feature via end-of-line resistors. These resistors provide unique output states, which allow differentiation between an motion detection signal and/or an interruption in functionality due to tampering of the device.

The explosion-proof / flame-proof housing is a waterproof-rated enclosure designed as an IP66 housing. This housing achieves UL Class I, Div. 1, Groups B, C, D; Class II, Div. 1 & 2, Groups E, F, G; and Class III

BEA’s PHOENIX EX^TM Family combines a microwave motion detection sensor in an explosion-proof / flame-proof housing, which is ideal for use in unique environments such as chemical manufacturing, petroleum refining and military facilities.

The PHOENIX EX^TM Family is designed to detect within a desired area for security or intrusion detection, warning indication and automation. When tied into a security system, the PHOENIX EX^TM Family offers a monitoring feature via end-of-line resistors. These resistors provide unique output states, which allow differentiation between an motion detection signal and/or an interruption in functionality due to tampering of the device.

The explosion-proof / flame-proof housing is a waterproof-rated enclosure designed as an IP66 housing. This housing achieves UL Class I, Div. 1, Groups B, C, D; Class II, Div. 1 & 2, Groups E, F, G; and Class III

BEA’s PHOENIX EX^TM Family combines a microwave motion detection sensor in an explosion-proof / flame-proof housing, which is ideal for use in unique environments such as chemical manufacturing, petroleum refining and military facilities.

The PHOENIX EX^TM Family is designed to detect within a desired area for security or intrusion detection, warning indication and automation. When tied into a security system, the PHOENIX EX^TM Family offers a monitoring feature via end-of-line resistors. These resistors provide unique output states, which allow differentiation between an motion detection signal and/or an interruption in functionality due to tampering of the device.

The explosion-proof / flame-proof housing is a waterproof-rated enclosure designed as an IP66 housing. This housing achieves UL Class I, Div. 1, Groups B, C, D; Class II, Div. 1 & 2, Groups E, F, G; and Class III

BEA’s PHOENIX EX^TM Family combines a microwave motion detection sensor in an explosion-proof / flame-proof housing, which is ideal for use in unique environments such as chemical manufacturing, petroleum refining and military facilities.

The PHOENIX EX^TM Family is designed to detect within a desired area for security or intrusion detection, warning indication and automation. When tied into a security system, the PHOENIX EX^TM Family offers a monitoring feature via end-of-line resistors. These resistors provide unique output states, which allow differentiation between an motion detection signal and/or an interruption in functionality due to tampering of the device.

The explosion-proof / flame-proof housing is a waterproof-rated enclosure designed as an IP66 housing. This housing achieves UL Class I, Div. 1, Groups B, C, D; Class II, Div. 1 & 2, Groups E, F, G; and Class III

BEA’s MATRIX FAMILY of induction loop detectors is designed for vehicle detection application in industrial environments.

These UL 508 listed loop detectors offer a wide range of features including automatic boost sensitivity (ABS), pulse on entry and pulse on exit. The MATRIX 3 provides learn on power up, as well as an independent dual loop detection setting.

The MATRIX FAMILY includes single and dual loop detectors with operating voltages of 110 – 120 VAC or 12 – 24 VAC / VDC, depending on model.

BEA’s MATRIX FAMILY of induction loop detectors is designed for vehicle detection application in industrial environments.

These UL 508 listed loop detectors offer a wide range of features including automatic boost sensitivity (ABS), pulse on entry and pulse on exit. The MATRIX 3 provides learn on power up, as well as an independent dual loop detection setting.

The MATRIX FAMILY includes single and dual loop detectors with operating voltages of 110 – 120 VAC or 12 – 24 VAC / VDC, depending on model.

BEA’s MATRIX FAMILY of induction loop detectors is designed for vehicle detection application in industrial environments.

These UL 508 listed loop detectors offer a wide range of features including automatic boost sensitivity (ABS), pulse on entry and pulse on exit. The MATRIX 3 provides learn on power up, as well as an independent dual loop detection setting.

The MATRIX FAMILY includes single and dual loop detectors with operating voltages of 110 – 120 VAC or 12 – 24 VAC / VDC, depending on model.

BEA’s MATRIX FAMILY of induction loop detectors is designed for vehicle detection application in industrial environments.

These UL 508 listed loop detectors offer a wide range of features including automatic boost sensitivity (ABS), pulse on entry and pulse on exit. The MATRIX 3 provides learn on power up, as well as an independent dual loop detection setting.

The MATRIX FAMILY includes single and dual loop detectors with operating voltages of 110 – 120 VAC or 12 – 24 VAC / VDC, depending on model.

BEA’s LZR-U920 / U921 are LASER-based measurement devices measuring distances on up to four planes. The LZR-U920 / U921 can be installed to scan in any direction.

This family of sensors is designed to provide the user with the highest degree of flexibility. It communicates the raw measurement data for further calculation or control tasks.

BEA’s LZR-U920 / U921 are LASER-based measurement devices measuring distances on up to four planes. The LZR-U920 / U921 can be installed to scan in any direction.

This family of sensors is designed to provide the user with the highest degree of flexibility. It communicates the raw measurement data for further calculation or control tasks.

BEA’s LZR-S600 is a LASER-based Time-of-Flight sensor. This high precision technology ensures accurate detection. The
product configuration provides four LASER-based curtains offering a three dimensional presence detection zone.

BEA’s LZR-S600 represents the largest detection field offered in our LASER Time-of-Flight product portfolio. This sensor is ideal for perimeter security protection, industrial automation and large industrial door / gate applications that require a wide field of detection.

The LZR-S600 is housed in an IP65 rated enclosure and can be installed in outdoor, industrial and other harsh environments. Three visible LED spots provide accurate reference points when adjusting the tilt angle. Parameter adjustments can be made with a BEA universal remote control.

BEA’s LZR^®-MICROSCAN T is a LASER-based sensor system designed for automatic swing doors.

Utilizing Time-of-Flight technology, the LZR-MICROSCAN T eliminates the limitations of infrared-based devices. Its background independence eliminates nuisance detections caused by changing weather and floor conditions, while gyroscopes sense the movement of the door for accurate positioning.

The LZR-MICROSCAN T provides adjustable pattern depths that exceed the ANSI 156.10 8.2.2.3 standard and offer 100 percent coverage in all door states (fully open, fully closed, opening and closing).

BEA’s LZR^®-MICROSCAN T is a LASER-based sensor system designed for automatic swing doors.

Utilizing Time-of-Flight technology, the LZR-MICROSCAN T eliminates the limitations of infrared-based devices. Its background independence eliminates nuisance detections caused by changing weather and floor conditions, while gyroscopes sense the movement of the door for accurate positioning.

The LZR-MICROSCAN T provides adjustable pattern depths that exceed the ANSI 156.10 8.2.2.3 standard and offer 100 percent coverage in all door states (fully open, fully closed, opening and closing).

BEA’s LZR^®-MICROSCAN T is a LASER-based sensor system designed for automatic swing doors.

Utilizing Time-of-Flight technology, the LZR-MICROSCAN T eliminates the limitations of infrared-based devices. Its background independence eliminates nuisance detections caused by changing weather and floor conditions, while gyroscopes sense the movement of the door for accurate positioning.

The LZR-MICROSCAN T provides adjustable pattern depths that exceed the ANSI 156.10 8.2.2.3 standard and offer 100 percent coverage in all door states (fully open, fully closed, opening and closing).

BEA’s LZR^®-MICROSCAN T is a LASER-based sensor system designed for automatic swing doors.

Utilizing Time-of-Flight technology, the LZR-MICROSCAN T eliminates the limitations of infrared-based devices. Its background independence eliminates nuisance detections caused by changing weather and floor conditions, while gyroscopes sense the movement of the door for accurate positioning.

The LZR-MICROSCAN T provides adjustable pattern depths that exceed the ANSI 156.10 8.2.2.3 standard and offer 100 percent coverage in all door states (fully open, fully closed, opening and closing).

BEA’s LZR^®-I30 is a LASER-based Time-of-Flight sensor. This high precision technology ensures accurate object detection. The product configuration provides four LASER-based curtains offering a three dimensional safety zone.

The sensor is designed for the detection of people and vehicles, in both indoor and outdoor environments. Its detection accuracy makes this sensor ideal for high performance industrial doors, vehicle flow safety, perimeter protection and variety of applications.

The LZR-I30 is housed in an IP65 rated enclosure and can be installed in outdoor, industrial and other harsh environments. Three visible LED spots provide accurate reference points when adjusting the tilt angle. Parameter adjustments can be made with a BEA universal remote control.

FULL ENERGY SYSTEM WITH RIGHT & LEFT SENSORS - WHITE

BEA’s LZR^®-FLATSCAN SW is a LASER-based Time-of-Flight presence sensor for use as a stand-alone safety sensor on automatic pedestrian swing doors. This solution can also be used as a reactivation sensor on the approach side of low energy doors.

This superior technology generates 170 detection points across a single curtain, which allows LZR-FLATSCAN SW to cover the entire face of a single door leaf including the hinge area.

Finger Detection Technology™ utilizes 100 detection points within the hinge area of the door, protecting hands and fingers while the door is in motion.

The LZR-FLATSCAN SW is capable of exceeding the 156.10 section 8.2.2.3 standard for detection area and meets section 8.1.4 for monitoring.