Apollo / NICE Gate Opener Circuit Boards

NICE / APOLLO NICE-1050I, CONTROL BOARD, SINGLE OR DUAL

NICE Apollo 1050I Control Board for Single or Dual Gate Applications

$546.06

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NICE / APOLLO NICE-1050US, CONTROL BOARD, ETL, SINGLE OR DUAL APPLICATIONS - UL325 7TH EDITION COMPLIANT

NICE Apollo 1050US UL325 Control Board for Single or Dual Gate Operators

$546.06

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NICE / APOLLO NICE-1050USR, CONTROL BOARD, ETL, SINGLE OR

NICE Apollo 1050USR UL325 Control Board with Receiver for Single or Dual Gates

$352.46

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NICE / APOLLO NICE-636US, CONTROL BOARD, NON-ETL, FOR SINGLE OR DUAL APPLICATIONS - WITH LIMIT BYPASS PLUG

NICE / APOLLO 636US, CONTROL BOARD, NON-ETL, FOR SINGLE OR DUAL APPLICATIONS - WITH LIMIT BYPASS PLUG

$459.95

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NICE / APOLLO NICE-636USR, CNTRL BOARD, nonETL, F/SINGLE

NICE / APOLLO 636USR, CNTRL BOARD, nonETL, F/SINGLE

$369.95

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NICE / APOLLO NICE-MX4920, Controller, Mercury 310

NICE / APOLLO MX4920 Mercury 310 Controller

$505.63

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Frequently Asked Questions : Apollo / NICE Gate Opener Circuit Boards

Q1: What is the primary function of an Apollo / Nice gate opener circuit board?

A1: The circuit board, or logic board, serves as the central control unit for the gate operator. It interprets signals from access controls, transmitters, and safety devices to coordinate motor functions and manage gate travel cycles.

Q2: How is compatibility determined for replacement Apollo and Nice logic boards?

A2: Compatibility relies on the specific model series of the gate operator and the generation of the internal control system. It is technically required to cross-reference the replacement part number with the manufacturer's specifications to ensure accurate electrical integration.

Q3: What power configurations do Apollo / Nice control boards typically utilize?

A3: Depending on the operator model, these boards generally operate on 12V or 24V DC power, or standard 115V AC power. Verifying the specific voltage and amperage requirements of the existing installation is necessary before integrating a new circuit board.

Q4: Are Apollo / Nice circuit boards compatible with solar-powered gate systems?

A4: Many Apollo and Nice logic boards are engineered with low-standby power circuits specifically for solar integration. Compatibility depends on the board's designated power inputs and the capacity of the paired battery and solar panel system.

Q5: How does the logic board interface with photoelectric safety sensors?

A5: The control board continuously monitors wired inputs from safety sensors located at the gate opening. If the infrared beam is interrupted during a closing cycle, the board commands the motor to immediately halt and reverse the gate to prevent physical entrapment.

Q6: What is the Oview programmer used for with Nice circuit boards?

A6: The Oview programmer is a diagnostic and configuration interface that connects directly to compatible Nice logic boards. It allows for the precise adjustment of operating parameters, digital limit settings, and the review of system error logs.

Q7: Can a replacement logic board require reprogramming of existing remote controls?

A7: Replacing the main circuit board often necessitates the reprogramming of all existing radio transmitters. This process establishes a secure communication link between the remotes and the new receiver module using the manufacturer's encrypted rolling code technology.

Q8: How are gate travel limits programmed on a modern Apollo / Nice board?

A8: Electronic travel limits are stored within the board's non-volatile memory and are calibrated via a digital learning sequence. For the exact button sequence and calibration steps, refer to the manufacturer's technical manual.

Q9: What routine maintenance is recommended for gate operator circuit boards?

A9: Routine maintenance involves inspecting the control cabinet to verify weather seals are intact and ensuring the board is free of moisture and insect debris. For internal electronic diagnostics or hardware repairs, consult the manufacturer's manual or hire a local qualified professional.

Q10: What should be done if the gate operator exhibits a total response failure?

A10: Complete response failure is frequently caused by a blown internal fuse, loss of primary power, or severe logic board component failure. For advanced electrical troubleshooting, voltage testing, or board replacement, refer to the technical documentation or consult a local qualified professional.

Apollo / NICE Gate Opener Circuit Boards

Products [6]

Frequently Asked Questions : Apollo / NICE Gate Opener Circuit Boards

Q1: What is the primary function of an Apollo / Nice gate opener circuit board?

Q2: How is compatibility determined for replacement Apollo and Nice logic boards?

Q3: What power configurations do Apollo / Nice control boards typically utilize?

Q4: Are Apollo / Nice circuit boards compatible with solar-powered gate systems?

Q5: How does the logic board interface with photoelectric safety sensors?

Q6: What is the Oview programmer used for with Nice circuit boards?

Q7: Can a replacement logic board require reprogramming of existing remote controls?

Q8: How are gate travel limits programmed on a modern Apollo / Nice board?

Q9: What routine maintenance is recommended for gate operator circuit boards?

Q10: What should be done if the gate operator exhibits a total response failure?