Telemecanique 9007CR61B2

Product Introduction:
The Telemecanique 9007CR61B2 is a NEMA-rated heavy-duty compact limit switch designed for precise position detection in demanding industrial environments. It provides reliable mechanical actuation for machine control and safety applications.

Category: SKU: Telemecanique 9007CR61B2

Description

Telemecanique 9007CR61B2

Technical Specifications:

  • Brand: Telemecanique Sensors
  • Model: 9007CR61B2
  • Voltage Rating: 600V
  • Current Rating: 10A
  • Mounting Style: Chassis Mount

Functional Features:

  • Snap Action Mechanism: Provides fast, positive-make and positive-break contact operation for reliable switching.
  • Heavy Duty Construction: Engineered to withstand harsh industrial conditions including dust, moisture, and mechanical shock.
  • Versatile Actuation: Compatible with a wide range of lever arms and actuators for diverse application requirements.

Application Scenarios:
Widely used in steel mills, mining equipment, conveyor systems, and heavy machinery for travel limit detection and end-of-travel protection.

Performance Parameters:

  • Electrical Life: High cycle life for repetitive switching operations.
  • Mechanical Strength: Robust housing resists impact and vibration.

Material Composition:
Die-cast metal housing with silver-alloy contacts for superior conductivity and arc resistance.

Structural Features:
Compact NEMA enclosure with precision-machined actuator shaft. Features multiple conduit entry points and secure terminal connections.

Working Principle:
Mechanical force applied to the actuator compresses a spring mechanism that rapidly snaps the internal contacts between open and closed positions, providing precise position feedback.

Installation Requirements:
Mount securely to a rigid surface using appropriate hardware. Ensure the actuator operates within its specified travel range and force limits.

Usage Precautions:
Do not exceed the voltage or current ratings. Protect the switch from excessive heat, corrosive chemicals, and direct mechanical abuse.