Schmersal TR422-01Y-T-Limit Switch
Schmersal TR422-01Y-T-Limit Switch
The Schmersal TR422-01Y-T Limit Switch from Schmersal Group is a robust mechanical position switch designed for heavy-duty industrial automation and safety applications. It is widely used to detect position, movement, and end limits of machines in various industrial applications. This limit switch features a roller plunger actuator, which ensures smooth and accurate operation even in continuous working conditions. It has a strong grey cast iron housing with high durability, making it suitable for harsh environments such as textile plants, steel industries, and material handling systems. The TR422-01Y-T offers IP65 protection, ensuring resistance against dust and water. It supports high mechanical life up to 10 million operations, which increases reliability and reduces maintenance needs. With 1 normally closed (NC) contact, it provides safe and stable switching for application control and automation systems. It also works in a wide temperature range from -40°C to +200°C, making it ideal for extreme industrial conditions. Overall, it is a durable and reliable limit switch for precise machine control.
OVERVIEW
The Schmersal TR422-01Y-T Limit Switch from Schmersal Group is a strong and reliable device used in modern industrial automation systems. It is specially designed to detect the position and movement of machine parts with high accuracy. This limit switch is widely used in different industrial applications such as textile machinery, conveyor systems, and material handling equipment.
The TR422-01Y-T comes with a durable metal housing that can withstand tough working conditions like dust, moisture, and vibration. It uses a roller plunger actuator, which ensures smooth and consistent operation during continuous use. This makes it highly suitable for long-term use in demanding environments.
In application control and automation systems, the switch helps improve safety by providing accurate switching signals. It ensures machines stop or start at the correct position, reducing the risk of damage or accidents. Overall, it is a dependable solution for precise control and safe operation in industrial processes.
SPECIFICATION
Product Type: Mechanical limit / position switch
Model: TR422-01Y-T
Operating Principle: Mechanical (roller plunger type)
Mechanical Details
Actuator Type: Roller plunger
Housing Material: Grey cast iron, galvanized
Mechanical Life: Up to 10 million operations
Actuating Angle: ±30°
Actuating Speed:
Min: 1 mm/min
Max: 0.5 m/s
Electrical Details
Contact Type: 1 NC (Normally Closed)
Switching Principle: Slow action
Rated Insulation Voltage (Ui): 400 V
Thermal Test Current: 16 A
Utilization Category: AC-15 (400 VAC, 4 A)
Connectivity
Connection Type: Screw terminals (M20 x 1.5)
Cable Size: 1.5 mm² to 2.5 mm²
Environmental Conditions
Protection Class: IP65
Operating Temperature: -30°C to +90°C (standard)
Dimensions
Size (L×W×H): 63 × 106 × 117 mm
FEATURES
The Schmersal TR422-01Y-T Limit Switch from Schmersal Group offers strong and reliable features for modern industrial automation systems. It is designed with a robust metal housing, which provides excellent protection against dust, moisture, and mechanical impact, making it suitable for harsh industrial applications.
One of its key features is the roller plunger actuator, which ensures smooth and accurate operation even during continuous machine movement. This improves the overall efficiency and reduces wear and tear. The switch also has a long mechanical life, allowing it to operate for millions of cycles without failure.
In application control and automation systems, it provides precise switching signals that help control machine position and movement safely. The device supports stable performance even under vibration and high-load conditions.
Easy installation with screw terminals makes wiring simple for technicians. Its compact design allows it to fit easily into different machine setups. Overall, it is a dependable and durable solution for safe and efficient industrial control operations.
