Apollo / Nice Remote Controls

NICE / APOLLO NICE-INTI2/A, Transmitter, Remote, Inti, 2 Channel Black

NICE / APOLLO INTI2/A, Transmitter, Remote, Inti, 2 Channel Black

$35.50

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NICE / APOLLO NICE-INTI2B/A, Transmitter, Remote, Inti, 2 Channel Blue

NICE / APOLLO INTI2B/A, Transmitter, Remote, Inti, 2 Channel Blue

$35.50

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NICE / APOLLO NICE-INTI2L/A, Transmitter, Remote, Inti, 2 Channel Lilac

NICE / APOLLO INTI2L/A, Transmitter, Remote, Inti, 2 Channel Lilac

$35.50

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NICE / APOLLO NICE-INTI2R/A, Transmitter, Remote, Inti, 2 Channel Red

NICE / APOLLO INTI2R/A, Transmitter, Remote, Inti, 2 Channel Red

$35.50

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NICE / APOLLO NICE-INTI2Y/A, Transmitter, Remote, Inti, 2 Channel, Yellow

NICE / APOLLO INTI2Y/A, Transmitter, Remote, Inti, 2 Channel, Yellow

$35.50

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NICE / APOLLO NICE-ON2E/A, TRANSMITTER, REMOTE, ERA ONE, 2 CHANNEL - 433.92 MHZ, BLACK FASCIA

NICE / APOLLO ON2E/A, TRANSMITTER, REMOTE, ERA ONE, 2 CHANNEL - 433.92 MHZ, BLACK FASCIA

$34.18

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NICE / APOLLO NICE-ON3ELR/A, TRANSMITTER, REMOTE, ERA ONE, BIDIRECTIONAL LONG RANGE, LoRa TECHNOLOGY - 433.92 MHZ, RED FACIA

NICE / APOLLO ON3ELR/A, TRANSMITTER, REMOTE, ERA ONE, BIDIRECTIONAL LONG RANGE, LoRa TECHNOLOGY - 433.92 MHZ, RED FACIA

$50.75

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NICE / APOLLO NICE-ON4E/A, TRANSMITTER, REMOTE, ERA ONE, 4 CHANNELS - 433.92 MHZ, BLACK FASCIA

NICE / APOLLO ON4E/A, TRANSMITTER, REMOTE, ERA ONE, 4 CHANNELS - 433.92 MHZ, BLACK FASCIA

$47.44

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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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Frequently Asked Questions : Apollo / NICE Remote Controls

Q1: What is the primary function of an Apollo/Nice remote control?

A1: An Apollo/Nice remote control is a hand-held radio frequency transmitter designed to send an encrypted signal to a compatible gate operator receiver. Upon receiving the authenticated signal, the gate operator initiates an open, close, or stop command.

Q2: What frequency do Apollo and Nice remote controls typically operate on?

A2: Most modern Apollo and Nice transmitters utilize a 433.92 MHz radio frequency for signal transmission. It is essential to ensure that the transmitter frequency matches the frequency of the installed receiver for successful communication.

Q3: Are Apollo remotes compatible with Nice receivers and vice versa?

A3: Many Apollo systems utilize Nice radio technology, particularly those using O-Code or Flor-S protocols. Compatibility depends on the specific generation of the equipment and whether the receiver and transmitter share the same encryption and frequency.

Q4: How is a new Apollo/Nice transmitter programmed to a gate operator?

A4: Programming typically involves activating a learn mode on the gate operator's control board and then pressing a button on the new transmitter. For specific step-by-step programming sequences for different models, consult the manufacturer's technical manual.

Q5: What is the benefit of rolling code technology in these remotes?

A5: Rolling code technology, such as the Nice O-Code system, enhances security by changing the digital transmission code every time the button is pressed. This encryption method prevents unauthorized signal duplication or code grabbing by external devices.

Q6: What is the standard operational range of an Apollo/Nice gate remote?

A6: The typical line-of-sight range is between 100 and 150 feet, though environmental factors like radio frequency interference or physical barriers can reduce this. For range optimization, ensure the receiver's antenna is properly extended and positioned.

Q7: What type of batteries do Apollo and Nice remotes require?

A7: Most of these transmitters utilize standard lithium coin cell batteries, such as the CR2032 or CR2016, depending on the specific model. Maintaining fresh batteries is necessary to ensure consistent signal strength and reliable range.

Q8: Can a single Apollo/Nice remote control multiple gates?

A8: Multi-button transmitters are engineered to independently control two or more distinct gate operators or auxiliary devices, such as outdoor lighting. Each button must be individually programmed to the respective receiver module of the target device.

Q9: What routine maintenance is recommended for hand-held gate remotes?

A9: Routine maintenance involves periodically cleaning the transmitter casing with a soft cloth and checking the battery contacts for signs of corrosion. For internal electronic diagnostics or mechanical repairs, refer to the manufacturer's manual or hire a local qualified professional.

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

A10: Failure to activate is often caused by a depleted battery, localized radio interference, or a cleared receiver memory. For advanced electrical troubleshooting or hardware replacement, refer to the manufacturer's technical documentation or consult a local qualified professional.

Apollo / Nice Remote Controls

Products [9]

Frequently Asked Questions : Apollo / NICE Remote Controls

Q1: What is the primary function of an Apollo/Nice remote control?

Q2: What frequency do Apollo and Nice remote controls typically operate on?

Q3: Are Apollo remotes compatible with Nice receivers and vice versa?

Q4: How is a new Apollo/Nice transmitter programmed to a gate operator?

Q5: What is the benefit of rolling code technology in these remotes?

Q6: What is the standard operational range of an Apollo/Nice gate remote?

Q7: What type of batteries do Apollo and Nice remotes require?

Q8: Can a single Apollo/Nice remote control multiple gates?

Q9: What routine maintenance is recommended for hand-held gate remotes?

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