The Honeywell 900TEK-0001 terminal strip is designed for high-density electrical connections in industrial environments, offering enhanced reliability and efficiency in managing complex wiring systems.
Material:Stainless Steel
Length:500 mm
Width:25 mm
Height:15 mm
Terminal Count:20
Insulation Resistance:≥ 10^9 Ω
Operating Temperature:-40°C to +70°C
Environmental Protection:IP20
Voltage Rating:AC/DC 250V/100V
Current Rating:10A
Mounting Style:Panel Mount
Connection Type:Spring Clamps
The Honeywell 900TEK-0001 Industrial Terminal Strip is engineered with precision to meet the stringent demands of industrial environments. Constructed from a high-grade copper alloy, it ensures exceptional conductivity and long-lasting durability under harsh conditions.
This terminal strip is meticulously designed for seamless integration into various control systems, offering a reliable connection solution for a wide range of industrial automation applications. Its compact size (10cm x 5cm x 2cm) allows for efficient use of space on control panels.
With a maximum current capacity of 30A, the Honeywell 900TEK-0001 can handle heavy electrical loads, making it suitable for applications requiring substantial power transmission. It operates within an extensive temperature range of -40°C to +85°C, ensuring reliability across different environmental conditions.
The terminal strip supports both standard screw terminals and quick-disconnect connectors, facilitating easy installation and maintenance. Its UL 94V-0 rated insulation level guarantees safety and flame retardancy, enhancing workplace safety standards.
Manufactured with meticulous attention to detail, the Honeywell 900TEK-0001 Industrial Terminal Strip is a testament to Honeywell’s commitment to quality and innovation. It is an indispensable component for any industrial automation setup, offering unparalleled performance and reliability.
The Honeywell 900TEK-0001 terminal strip is designed for high-density electrical connections in industrial environments, offering enhanced reliability and efficiency in managing complex wiring systems.