The AllPoints 8063864 Remote Control A/c represents an OEM-grade remote control component tailored for commercial air conditioning systems within foodservice facilities. Designed for precise operation, this unit provides reliable wireless management of air circulation systems, supporting professional-grade HVAC integrations. Its compact dimensions and durable construction facilitate easy replacement and maintenance in restaurant, cafeteria, or institutional kitchen environments. Engineered to meet rigorous operational demands, it features accurate signal transmission over standard 2.35" width and 4.05" depth dimensions, with a height of 0.65". The model number 8063864 emphasizes its compatibility with select OEM HVAC controllers, optimizing workflow efficiency through seamless remote operation and temperature regulation.
Top AllPoints 8063864 Features
The AllPoints 8063864 remote control is engineered for efficient HVAC management in commercial kitchens and foodservice establishments. It offers precise wireless control, durable ABS housing for extended lifespan, minimal maintenance requirements, and swift compatibility with existing air conditioning units. Ideal for restaurant service lines and institutional settings, it enhances workflow by simplifying temperature adjustments and system troubleshooting, supporting high-precision operational management.
- Wireless Signal Range: Ensures reliable operation within 30-meter radius.
- Constructed from durable ABS plastic: Resistant to impact, heat, and food-safe cleaning.
- Compact design with ergonomic buttons: Provides user-friendly control during busy service hours.
- Integration with OEM HVAC systems: Supports efficient temperature and fan adjustments.
- Simple battery replacement process: Facilitates rapid maintenance without system downtime.
Suitable for replacement in commercial air conditioning systems requiring remote functionality.
AllPoints 8063864 Technical Specs
The AllPoints 8063864 OEM remote control operates on a standard voltage frequency, supporting 2.4 GHz wireless communication for dependable signal transfer. Constructed from impact-resistant ABS plastic, it measures 2.35 inches in width, 4.05 inches in depth, and 0.65 inches in height. Its design supports compatibility with commercial HVAC units and offers reliable signal transmission up to 30 meters. The unit’s microprocessor ensures precise control over air conditioning functions, with power consumption maintained below 2 watts. This remote does not include hazardous materials, and its design complies with safety standards for commercial kitchen environments. Weighing approximately 0.2 lbs, it is lightweight for quick installation and replacement. Its integrated features include a programmable button layout optimized for frequent temperature adjustments, with easy disassembly for battery changes and cleaning.
- Electrical Requirements: Wireless operation via 2.4 GHz RF frequency
- Construction & Finish: Impact-resistant ABS plastic, food-grade safe
- Dimensions: 2.35" W x 4.05" D x 0.65" H
- Temperature Tolerance: Operating range from -20°C to 60°C (-4°F to 140°F)
- Battery Type: Lithium coin cell, quick replacement
- Weight: Approximately 0.2 lbs (91 grams)
- Electrical Compatibility & Placement: Battery compartment supports standard 3V lithium batteries for easy replacement
- Signal Range & Interference: Supports reliable control within a 30-meter radius without interference
- Mounting & Installation: Designed for handheld operation; no dedicated mounting required
- Maintenance & Cleaning: Easy to disassemble for cleaning, battery access, and system checks
- Operational Setup: Compatible with OEM HVAC controllers for seamless integration
What is a commercial remote control?
A commercial remote control is a device used in professional HVAC and appliances to wirelessly operate and manage system functions within business environments. The AllPoints 8063864 remote control is designed for OEM HVAC systems, enabling precise airflow and temperature adjustments in foodservice kitchens, restaurants, and institutional dining areas. Its robust construction and reliable wireless communication support consistent operation for climate control, making it an integral part of commercial kitchen airflow management and HVAC maintenance routines, particularly where remote system access enhances workflow efficiency and reduces maintenance time.
Top remote controls for commercial HVAC in foodservice settings
The AllPoints 8063864 remote control is a durable, reliable choice for managing HVAC units in commercial kitchens, cafeteria lines, and institutional dining areas. Designed for medium workload operation, it offers seamless wireless control with precise temperature adjustments, contributing to efficient airflow management. Manufactured by AllPoints, this OEM remote control suits high-demand foodservice environments requiring consistent air temperature regulation and remote system operation.
- Operation—supporting stable command transmission in busy foodservice kitchens
- Kitchen Type—ideal for compact, high-traffic commercial spaces
- Foodservice Category—optimized for restaurant HVAC systems and institutional cooling
- Use Case—remote HVAC system adjustments during active service hours
Why Choose AllPoints 8063864 Remote Control A/c?
Compared to standard universal remotes, the AllPoints 8063864 offers OEM-specific compatibility, robust construction, and seamless integration with commercial HVAC units. Its impact-resistant ABS housing withstands the demands of busy foodservice environments, while its precise wireless signal supports reliable system management over extended ranges. The design prioritizes ease of maintenance and swift battery replacement, reducing downtime and supporting efficient HVAC operation in high-volume kitchens.
- OEM-specific design ensures perfect system compatibility
- Impact-resistant ABS construction enhances durability in commercial environments
- Compact form factor simplifies handheld operation during service
- Supports long-range reliable wireless communication
- Facilitates quick battery replacement, minimizing system downtime
