The Gaylord Industries 22693 UV Time Delay Relay is a high-precision electronic component designed for industrial automation and control systems. Manufactured by Gaylord Industries, this OEM relay features a compact form factor with dimensions of 2.4 inches in width, 2.45 inches in depth, and 2.2 inches in height. It operates on standard electrical input requirements and incorporates UV-resistant materials to enhance durability in demanding environments. Notably, the relay provides a programmable time delay function, making it ideal for precise timing applications in manufacturing, HVAC, and process control setups. With a weight of just 0.01 lbs, it offers ease of installation and integration into existing control panels, ensuring reliable long-term operation under continuous load conditions.
Top AllPoints 22693 Features
The 22693 UV Time Delay Relay by AllPoints is engineered for precise control of timing sequences in industrial automation. It supports easy mounting on DIN rails, with sealed terminals for moisture resistance. Its UV-resistant housing ensures durability in harsh environments, while its programmable delay feature allows configurable operation tailored to specific process requirements. Designed for seamless integration, this relay improves workflow efficiency in manufacturing and automation applications, especially where reliable delay timing is critical for process coordination.
- Functionality: Precise programmable UV-resistant delay timing
- Durability: Constructed with UV-stable plastic housing for robustness
- Ease of Use: Fits standard DIN rail mounting for quick installation
- Application Fit: Suitable for automation control in industrial settings
- Workflow Benefit: Enhances process coordination through reliable timing control
Ideal for control panels requiring accurate time delays in manufacturing processes
22693 Technical Specs
The Gaylord Industries 22693 UV Time Delay Relay operates on a standard electrical input, typically requiring a 24V AC/DC supply at 50/60 Hz frequency, with a maximum current capacity suitable for general automation tasks. Its self-contained design features an air-cooled cooling method, allowing it to withstand continuous operation without external cooling systems. The relay’s construction employs durable UV-stable polymer housing, resistant to environmental wear and tear. It is designed for use in industrial environments with an operating temperature range from -20°F to 140°F and an approximate weight of 0.01 lbs for ease of handling. The compact dimensions allow for integration in space-constrained control panels, and its precise timing function is enabled through internal programmable circuitry, supporting up to 60-second delay settings. The relay's terminals are rated for secure, corrosion-resistant connections, facilitating maintenance and troubleshooting. It is a robust OEM component suitable for applications requiring reliable delay operations, such as conveyor systems, process automation, and safety interlock circuits.
- Electrical Requirements: 24V AC/DC, 50/60 Hz, 1 A maximum
- Cooling Method: Air-cooled design
- Material Construction: UV-stable polymer housing with sealed terminals
- Temperature Tolerance: -20°F to 140°F operating range
- Dimensions: 2.4" W x 2.45" D x 2.2" H
- Weight: 0.01 lbs (product weight)
- Timing Range: Programmable delay up to 60 seconds
- Application Compatibility: Control panels, automation systems, HVAC
- Installation: DIN rail mounting with secure terminal connections
What is a commercial UV Time Delay Relay?
A commercial UV Time Delay Relay is an electronic device used in industrial and automation settings to introduce precise, configurable delays in control circuits. Typically engineered with UV-resistant materials, these relays support reliable operation in harsh environments and are installed within control panels. They are commonly used for process automation, safety interlocks, and sequential equipment startup or shutdown, offering durability, programmable timing, and seamless integration with industrial control systems. The Gaylord Industries 22693 UV Time Delay Relay exemplifies these features, making it suitable for moderate workload applications in manufacturing, HVAC, and processing facilities, ensuring accurate timing for operational efficiency and safety compliance.
Top Commercial UV Time Delay Relays for Industrial Automation in Manufacturing
Designed for precise control and long-term durability, the Gaylord Industries 22693 UV Time Delay Relay provides reliable programmable timing for industrial automation applications, ideal for control panels and process workflows. It is engineered with a robust UV-resistant housing for longevity in demanding environments and supports seamless integration into medium-workload control systems, ensuring consistent operational timing in manufacturing or HVAC settings.
- Operation Type — suitable for control panel automation in manufacturing facilities
- Workload Qualifier — engineered for moderate throughput applications
- Industrial Use Case — essential for process automation and safety controls
- Kitchen Setting — effective in automation setups within industrial or centralized systems
- Application — supports precise timing controls for continuous operation environments
Why Choose AllPoints 22693 UV Time Delay Relay?
AllPoints 22693 UV Time Delay Relay offers improved reliability, with UV-resistant construction and programmable delay functions that surpass standard relay models. Its compact design allows straightforward installation in existing control cabinets, reducing downtime and maintenance needs. Featuring high-quality, sealed terminals and robust housing, it ensures durability in harsh industrial environments, supporting long-term operational efficiency and process accuracy without the bulk of larger units.
- Compact footprint enhances installation flexibility in control panels
- Sealed terminals facilitate maintenance and secure connections
- UV-stable housing extends lifespan in outdoor or hazardous settings
- Programmable delay supports customized automation timing
- Designed for seamless integration with industrial control systems
