DZ-10GW DZ-10GW2 Double circuit two open and two close micro switch 10A 220VAC DZ-10GW2-1B GW21 GW22 GW-1B, two sets of travel Vue DZ-10GW-1B

DZ-10GW2 Double Circuit Micro Switch 10A 220VAC 2NO 2NC

DZ-10GW-1B
Sale price  $20.99 Regular price $25.99
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DZ-10GW DZ-10GW2 Double circuit two open and two close micro switch 10A 220VAC DZ-10GW2-1B GW21 GW22 GW-1B, two sets of travel Vue DZ-10GW-1B

DZ-10GW2 Double Circuit Micro Switch 10A 220VAC 2NO 2NC

Sale price  $20.99 Regular price $25.99
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DZ-10GW2 Double Circuit Micro Switch – 10A 220VAC, Two Open / Two Close

The DZ-10GW2 double circuit micro switch is a precision-built limit switch designed for industrial automation, machinery control, and electrical engineering applications. With a robust 10A / 220VAC rating and a dual-circuit (two normally open / two normally close) configuration, it delivers reliable position detection and actuation in demanding environments. Compatible with models DZ-10GW, DZ-10GW2-1B, GW21, GW22, and GW-1B, this switch features two sets of travel contacts for versatile installation.

Made in Mainland China.

Key Features

  • Double Circuit Design: Two independent circuits with two normally open (NO) and two normally close (NC) contacts for flexible wiring configurations
  • High Current Rating: Rated at 10A / 220VAC for compatibility with a wide range of industrial control panels and machinery
  • Two Sets of Travel: Dual travel actuation for precise limit switching and position sensing in automated systems
  • Wide Model Compatibility: Replaces or pairs with DZ-10GW, DZ-10GW2-1B, GW21, GW22, and GW-1B variants
  • Durable Construction: Built to withstand repeated mechanical actuation in industrial and commercial environments
  • Compact Form Factor: Easy to integrate into existing electrical enclosures and control systems

Specifications

Parameter Value
Model DZ-10GW / DZ-10GW2 / DZ-10GW2-1B / GW21 / GW22 / GW-1B
Rated Current 10A
Rated Voltage 220VAC
Circuit Type Double Circuit (2NO + 2NC)
Contact Sets Two sets of travel contacts
Country of Origin Mainland China

Common Applications

  • Industrial automation and conveyor systems
  • CNC machinery position sensing
  • Elevator and hoist limit detection
  • Electrical control panels and relay circuits
  • Garage door openers and gate controllers
  • Robotics and actuator travel limiting

Safety & Electrical Standards

When installing or replacing micro switches in electrical systems, always follow proper safety procedures and local electrical codes. For guidance on electrical safety in industrial settings, visit OSHA Electrical Safety Standards.

Frequently Asked Questions

Q: What does "two open and two close" mean on the DZ-10GW2 micro switch?

A: "Two open and two close" refers to the switch's double-circuit contact configuration — it has two normally open (NO) contacts and two normally close (NC) contacts. This allows simultaneous control of two independent circuits, making it ideal for complex automation and limit-switching applications where multiple signals are needed at the same trigger point.

Q: Is the DZ-10GW2 compatible with DZ-10GW, GW21, GW22, and GW-1B models?

A: Yes. The DZ-10GW2 series is designed for cross-compatibility with several related model numbers including DZ-10GW, DZ-10GW2-1B, GW21, GW22, and GW-1B. Always verify the contact configuration, travel actuation type, and mounting dimensions against your existing installation before replacing a switch.

Q: What types of equipment commonly use a double circuit micro switch like the DZ-10GW2?

A: Double circuit micro switches are widely used in industrial machinery, CNC equipment, elevator systems, conveyor belts, gate and garage door automation, and robotic actuators. The dual-circuit design allows engineers to trigger two separate electrical signals simultaneously — for example, stopping a motor while also signaling a control panel.

Q: What is the maximum load this micro switch can handle?

A: The DZ-10GW2 is rated for 10A at 220VAC, which covers a broad range of industrial control applications. Always ensure your application does not exceed these ratings to maintain safe and reliable operation.

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