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Model No: G1216-1RW3AA
Unionwell Snap Action Limit Micro Switch Used in Automatic 5E4 40T85 16A 250V
Model Number:G1216-1RW3AA
Operating Temperature:-40℃ - +80℃
Max. Current:16A
Max. Voltage:125VDC 250VDC 125/250VAC
Product name:Large basic limit switch
Color:Black
Mechanical life:200,000 cycles
Electrical life:50,000 cycles
Contact resistance:50mΩ Max
Insulation Resistance:100MΩ Min(at 500VDC).
Storage temperature:-40℃~+80℃
Operating force:700gf Max
Rating:16A 125/250VAC
Brand Name:Unionwell
Operating Temperature:-40℃ - +80℃
Max. Current:16A
Max. Voltage:125VDC 250VDC 125/250VAC
Product name:Large basic limit switch
Color:Black
Mechanical life:200,000 cycles
Electrical life:50,000 cycles
Contact resistance:50mΩ Max
Insulation Resistance:100MΩ Min(at 500VDC).
Storage temperature:-40℃~+80℃
Operating force:700gf Max
Rating:16A 125/250VAC
Brand Name:Unionwell
minimum order :
1000 pieces
Quantity :
Product Description
The Snap Action Limit Micro Switch Used in Automatic is a limit switch specifically designed for industrial automation and machine tool equipment, widely used in industrial environments requiring high precision and stability. Its large basic limit switch design ensures long-term reliability under complex operating conditions, capable of withstanding long-cycle, high-frequency operation, greatly improving equipment stability and safety.
In industrial automation, this industrial limit switch controls the switching actions of mechanical equipment, accurately detecting position and movement to ensure smooth operation of automated equipment within preset ranges. As an automatic limit switch, it provides precise switching feedback in both automatic control systems and complex machine tool operations, making it an ideal control element in production lines, material handling, robotic arms, and other systems, preventing production accidents caused by malfunctions.
Furthermore, this limit switch, designed by a micro switch manufacturer, boasts a mechanical life of up to 200,000 cycles, meeting the stringent requirements of high reliability and long lifespan in modern industry, significantly reducing equipment maintenance frequency and improving overall production efficiency.
Feature
◆ The housing is made of high-temperature resistant phenolic plastic
◆ Highly sensitive differential motion values
◆ Precise operational repeatability
◆ Exceptionally long mechanical life
◆ Certified by ENEC/CQC/UL/cUL
◆ Highly sensitive differential motion values
◆ Precise operational repeatability
◆ Exceptionally long mechanical life
◆ Certified by ENEC/CQC/UL/cUL
Drawing
Parameter
| Rating | 16A | ENEC/CQC 16A 125/250VAC 10A 30VDC 5E4 40T80 |
UL/CUL 16A 125/250480VAC 1/8HP 125VAC 1/4HP 250VAC 0.5A 125VDC 025 250VDC 5E4 40T80 | ||
| 22A | ENEC/CQC 22A 125/250VAC 5E4 40T80 | |
UL/CUL 22A 125/250/480VAC 1/4HP 125VAC 1/2HP 250VAC 5E4 40T80 | ||
| 26A | ENEC/CQC 26A 125/250VAC 5E4 40T80 | |
UL/CUL 26A 125/250/480VAC 1/2HP 125VAC 1HP 250VAC 5E4 40T80 | ||
| Operating Frequency | Electrical | 10~30 cycles/min |
| Mechanical | 240 cycles/min | |
| Initial contact resistance | 50mΩ Max | |
| Insulation resistance | 100MΩ Min(at 500VDC) | |
| Dielectric strength | Between terminals | 1500VAC 50/60Hz 1min. |
| Terminals and housing | 2500VAC 50/60Hz 1min | |
| Operating environment Temperature | -40℃~+80℃ | |
| Operating environment humidity | 85%RH Max | |
| Lifespan | Electrical | 50,000 cycles |
| Mechanical | 200,000 cycles | |
Application
In industrial control systems, it is commonly used to detect the position or range of motion of mechanical equipment, playing a crucial role in precise control. It provides timely feedback on the state of mechanical movement, preventing deviations from set ranges or malfunctions. It is widely used in automated production lines, robotic arms, conveyor systems, and other equipment. These systems rely on the precise triggering of this limit switch to ensure that equipment operates as expected, improving production efficiency and reducing malfunctions.
This limit switch, widely used in industrial control, is particularly suitable for automated equipment requiring high precision and reliability. Its large basic limit switch design ensures that the switch can withstand prolonged high-load operation in industrial environments, guaranteeing equipment stability and safety.
In industrial control systems, it is commonly used to detect the position or range of motion of mechanical equipment, playing a crucial role in precise control. It provides timely feedback on the state of mechanical movement, preventing deviations from set ranges or malfunctions. It is widely used in automated production lines, robotic arms, conveyor systems, and other equipment. These systems rely on the precise triggering of this limit switch to ensure that equipment operates as expected, improving production efficiency and reducing malfunctions.
