Apollo and Nice Safety Sensors for Automated Gate Systems

NICE / APOLLO NICE-EPLOB/A, BLUEBUS PHOTO EYES, THRU BEAM, ADJUSTABLE, LARGE SIZE HOUSING

NICE / APOLLO EPLOB/A, BLUEBUS PHOTO EYES, THRU BEAM, ADJUSTABLE, LARGE SIZE HOUSING

$85.23

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NICE / APOLLO NICE-EPMAB/A, BLUEBUS PHOTO EYE, THRU BEAM, NON-ADJUSTABLE, MEDIUM CAST METAL ALLOY HOUSING

NICE / APOLLO EPMAB/A, BLUEBUS PHOTO EYE, THRU BEAM, NON-ADJUSTABLE, MEDIUM CAST METAL ALLOY HOUSING

$123.68

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NICE / APOLLO NICE-EPMB/A, PAIR OF PHOTOCELLS, THRU BEAM, MEDIUM, NON-ADJUSTABLE W/BLUEBUS

NICE / APOLLO EPMB/A, PAIR OF PHOTOCELLS, THRU BEAM, MEDIUM, NON-ADJUSTABLE W/BLUEBUS

$97.16

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NICE / APOLLO NICE-EPMOB/A, BLUEBUS, THRU BEAM, ADJUSTABLE PHOTO EYES - FOR USE WITH MERCURY 310/936/1050/XBA3/BCU1, SMART CNX, SMARTOUCH 725 CONTROL BOARDS

NICE / APOLLO EPMOB/A, BLUEBUS, THRU BEAM, ADJUSTABLE PHOTO EYES - FOR USE WITH MERCURY 310/936/1050/XBA3/BCU1, SMART CNX, SMARTOUCH 725 CONTROL BOARDS

$104.45

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NICE / APOLLO NICE-EPMORB/A, EPMORB/A REFLECTIVE BLUEBUS PHOTO EYE - FOR USE WITH MERCURY 310/936/1050/XBA3/BCU1, SMART CNX, SMARTTOUCH 725 CONTROLLERS

NICE / APOLLO EPMORB/A, EPMORB/A REFLECTIVE BLUEBUS PHOTO EYE - FOR USE WITH MERCURY 310/936/1050/XBA3/BCU1, SMART CNX, SMARTTOUCH 725 CONTROLLERS

$114.40

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Frequently Asked Questions : APOLLO/NICE Safety Sensors

Q1: What is the primary function of an Apollo/Nice safety sensor?

A1: An Apollo/Nice safety sensor detects obstacles in the path of an automated gate. When the infrared beam is broken, it signals the control board to stop or reverse the gate, preventing entrapment or property damage.

Q2: How does Nice BlueBUS technology work with safety sensors?

A2: Nice BlueBUS technology is a proprietary communication protocol that allows compatible sensors to connect to the control board using just two unpolarized wires. This simplifies wiring while allowing the system to continuously monitor sensor health and status.

Q3: Are Apollo/Nice safety sensors compliant with UL325 standards?

A3: Yes, modern Apollo and Nice safety sensors are designed to meet UL325 safety standards for automated gate systems. They provide the required monitored entrapment protection to ensure the gate operates safely.

Q4: Can I use Nice BlueBUS sensors on an older Apollo control board?

A4: BlueBUS sensors are only compatible with control boards specifically equipped with BlueBUS technology. For older or non-BlueBUS Apollo boards, standard relay-based safety sensors must be used.

Q5: What is the difference between a thru-beam and a retro-reflective safety sensor?

A5: A thru-beam system uses a separate transmitter and receiver installed on opposite sides of the driveway. A retro-reflective sensor combines the transmitter and receiver into one unit and uses a reflector on the opposite side to bounce the beam back.

Q6: Where should safety sensors be mounted on a gate system?

A6: Sensors should be securely mounted just beyond the open and close limits of the gate's travel path to create safe entrapment zones. For specific height requirements and placement, refer to the manufacturer's installation manual.

Q7: What can cause an Apollo/Nice safety sensor to stop functioning?

A7: Common causes of sensor failure include physical misalignment, dirt or moisture on the lenses, and broken low-voltage wiring. Environmental factors like heavy rain or direct sunlight blinding the receiver can also temporarily disrupt the beam.

Q8: Do these safety sensors require regular maintenance?

A8: Maintenance primarily involves keeping the sensor lenses and reflectors clean from dirt, spider webs, and condensation. Regular functional testing is recommended to verify the gate properly reverses when the beam is intentionally broken.

Q9: How do I know if my Apollo/Nice photo eyes are aligned correctly?

A9: Most Apollo and Nice photo eyes feature integrated LED indicators that remain steadily illuminated when the beam is properly aligned. A flashing or dark LED typically indicates misalignment or a loss of power to the unit.

Q10: What should be done if the gate will not close due to a sensor error?

A10: First, wipe the lenses clean and verify the LED indicators show proper alignment and power. If the issue persists, consult the manufacturer's technical manual or hire a local qualified professional for advanced electrical troubleshooting.

Apollo and Nice Safety Sensors for Automated Gate Systems

Products [5]

Frequently Asked Questions : APOLLO/NICE Safety Sensors

Q1: What is the primary function of an Apollo/Nice safety sensor?

Q2: How does Nice BlueBUS technology work with safety sensors?

Q3: Are Apollo/Nice safety sensors compliant with UL325 standards?

Q4: Can I use Nice BlueBUS sensors on an older Apollo control board?

Q5: What is the difference between a thru-beam and a retro-reflective safety sensor?

Q6: Where should safety sensors be mounted on a gate system?

Q7: What can cause an Apollo/Nice safety sensor to stop functioning?

Q8: Do these safety sensors require regular maintenance?

Q9: How do I know if my Apollo/Nice photo eyes are aligned correctly?

Q10: What should be done if the gate will not close due to a sensor error?