The JG-F23-A++ (S) is a robust wireless remote control system designed for precise operation of overhead cranes, hoists, and other industrial machinery. It features a transmitter with 8 single-speed buttons, 1 start button, and 1 emergency stop button, providing intuitive control for various applications.
Model: JG-F23-A++ (S)
Transmitter:
Buttons: 8 single-speed control buttons, 1 start button, 1 emergency stop button
Power Supply: 2 × AA batteries (approx. 3 months of usage)
Dimensions: 216 × 75 × 43 mm
Weight: Approximately 315g (without batteries)
Receiver:
Voltage Options: AC 380V/220V/110V/48V/36V/24V/12V or DC 12V
Dimensions: 200 × 165 × 127 mm
Weight: Approximately 1400g (excluding cables)
Transmission Range: Up to 100 meters
Frequency Range: 310.0325–331.1650 MHz (VHF)
Safety Features: Over 4.3 billion unique ID codes, magnetic emergency stop button, safety key switch
Enclosure Protection: IP65-rated (dustproof and waterproof)
Temperature Range: -35°C to +85°C
Material: Glass fiber-reinforced nylon
Control Layout: 8 single-speed buttons, 1 start button, and 1 emergency stop button for intuitive operation.
Long Battery Life: Operates on 2 × AA batteries, providing approximately 3 months of usage.
Wide Voltage Compatibility: Supports multiple voltage options (AC/DC), making it versatile for various industrial setups.
Robust Construction: Built with glass fiber-reinforced nylon and IP65-rated for durability in harsh environments.
Enhanced Safety: Features over 4.3 billion unique ID codes, magnetic emergency stop button, and safety key switch.
Extended Control Range: Offers a transmission range of up to 100 meters, allowing for flexible operation.
The JG-F23-A++ (S) is ideal for controlling single-hook, single-speed electric hoists and other lifting equipment in various industrial settings, including:
Overhead traveling cranes
Monorail chain hoists
Construction machinery
Agricultural equipment
Tailgate operations
Its user-friendly design and robust features make it suitable for both indoor and outdoor environments, enhancing operational efficiency and safety.
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