Apollo / Nice Receivers

NICE / APOLLO NICE-318M, RECEIVER, MULTICODE, 12V, SINGLE CHANNEL - 433.92 MHZ, 63 CODE MEMORY

Nice Apollo 318M Multi-Code 433.92 MHz Single Channel Receiver

$144.36

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NICE / APOLLO NICE-318N, RECEIVER, NICE, 2 CHANNEL - 433.92 MHZ, 63 CODE MEMORY

Nice Apollo 318N 433.92 MHz Two Channel Receiver

$87.58

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NICE / APOLLO NICE-ONELRKIT/A, TRANSMITTER-RECEIVER KIT WITH LoRa TECHNOLOGY - INCLUDES (2) ERA ONE BIDIRECTIONAL LONG RANGE TRANSMITTERS (ON3ELR/A), (1) OXI RECEIVER (OXILR/A) AND (1) RELAY ADAPTER (OX2UBP)

NICE Apollo ONELRKIT/A Era One Long Range Transmitter and Receiver Kit with LoRa

$180.70

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NICE / APOLLO NICE-OXIBD/A, OXI RECEIVER, MULTI CHANNEL, BIDIRECTIONAL, 433.92 MHZ - 1000 CODE MEMORY, COMPATIBLE WITH ALL ERA AND INTI REMOTES

NICE / APOLLO OXIBD/A, OXI RECEIVER, MULTI CHANNEL, BIDIRECTIONAL, 433.92 MHZ - 1000 CODE MEMORY, COMPATIBLE WITH ALL ERA AND INTI REMOTES

$75.28

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NICE / APOLLO NICE-OXILR/A, RECEIVER, OXI, LONG RANGE WITH LoRa TECHNOLOGY - BIDIRECTIONAL, 433.92 MHZ, 1024 CODES - RED FACIA

NICE / APOLLO OXILR/A, RECEIVER, OXI, LONG RANGE WITH LoRa TECHNOLOGY - BIDIRECTIONAL, 433.92 MHZ, 1024 CODES - RED FACIA

$63.35

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Frequently Asked Questions : APOLLO / NICE Receivers

Q1: What is an Apollo/Nice receiver?

A1: An Apollo/Nice receiver is an electronic component designed to capture radio frequency signals from compatible wireless transmitters. It interprets these signals to trigger the gate operator's logic board, initiating an open or close cycle.

Q2: What frequencies do Apollo and Nice receivers utilize?

A2: These receivers typically operate on 433.92 MHz radio frequencies. The receiver must match the exact operating frequency of the paired remote controls or wireless keypads to ensure successful signal communication.

Q3: Are Apollo and Nice receivers compatible with each other?

A3: Many Apollo gate operators utilize Nice radio technology, particularly in newer systems. Compatibility depends on the specific generation of the control board and the frequency of the receiver module installed.

Q4: How is a transmitter programmed to an Apollo/Nice receiver?

A4: Programming generally involves activating the learn mode on the receiver or control board and pressing the desired button on the transmitter. For precise step-by-step programming sequences, refer to the manufacturer's technical manual.

Q5: What power supply is required for these receivers?

A5: Apollo/Nice receivers typically operate on low-voltage power, often 12V or 24V DC, sourced directly from the gate operator's logic board. Applying incorrect voltage can result in immediate circuit failure or inconsistent signal processing.

Q6: What is the difference between a plug-in and an external receiver?

A6: A plug-in receiver connects directly into a dedicated header on the gate operator's control board for a seamless integration. An external receiver is housed separately and requires low-voltage wiring to connect to the power and relay terminals.

Q7: Can a single Nice receiver manage multiple functions?

A7: Multi-channel receivers can independently process signals for different functions, such as partial opening for pedestrians or activating auxiliary lighting. Each channel must be independently programmed to the corresponding output on the control board.

Q8: What is the purpose of the rolling code technology used in these systems?

A8: Rolling code technology, such as the O-Code system, enhances security by changing the transmission code after every use. This prevents unauthorized signal duplication or "code grabbing" by external devices.

Q9: How does the antenna orientation affect signal reception?

A9: The antenna must be properly oriented and unobstructed to maximize the capture of radio frequency signals. Physical barriers or nearby electronic interference can significantly reduce the effective operational range of the receiver.

Q10: What should be done if the receiver fails to activate the gate?

A10: Failure to activate is often caused by localized signal interference, a cleared receiver memory, or a disruption in the power supply. For advanced electrical troubleshooting or hardware replacement, refer to the technical manual or consult a local qualified professional.

Apollo / Nice Receivers

Products [5]

Frequently Asked Questions : APOLLO / NICE Receivers

Q1: What is an Apollo/Nice receiver?

Q2: What frequencies do Apollo and Nice receivers utilize?

Q3: Are Apollo and Nice receivers compatible with each other?

Q4: How is a transmitter programmed to an Apollo/Nice receiver?

Q5: What power supply is required for these receivers?

Q6: What is the difference between a plug-in and an external receiver?

Q7: Can a single Nice receiver manage multiple functions?

Q8: What is the purpose of the rolling code technology used in these systems?

Q9: How does the antenna orientation affect signal reception?

Q10: What should be done if the receiver fails to activate the gate?