BPS SERIES

2NO2NC SNAP

Engineered with precise 2NO2NC SNAP contacts, the BPS22 series ensures reliable dual-circuit switching, low resistance, strong insulation, and durable reinforced polymer construction for demanding industrial automation environments.

Suitable for Industries:

Automation & Robotics Systems

Machine Safety & Interlock Controls

Manufacturing Machinery & Equipment

Key Feature

BPS Series

2NO2NC SNAP Switches

Model No:

BPS22

Actuator:

Element

Model No:

BPS22TPB

Actuator:

Push Plunger

Model No:

BPS22TR1

Actuator:

Roller Plunger In Line

Model No:

BPS2TR2

Actuator:

Roller Plunger Across

Model No:

BPS22RL

Actuator:

Roller Lever

Model No:

BPS22RL150

Actuator:

Long Roller Lever

Electrical Specifications

Current Rating

10A

Voltage Rating

500V

Rated Thermal Current (ITH)

10A

Contact Resistance:

< 10 milliohms

Insulation Resistance:

> 200 megaohms at 1000 V DC

General Information

Contact Configuration:

2 Normally Open (NO) + 2 Normally Closed (NC)

Operation:

Snap-action

Certifications:

CE Approved

Material & Build

Material:

Reinforced Polymer

Color:

White

Fields

Applications & Industries

Automation & Robotics Systems

Machine Safety & Interlock Controls

Manufacturing Machinery & Equipment

Case Study

Real-World Profit Impact

Precision Feedback Upgrade for Reliability

Turbine Blade Handling

Improved alignment validation accuracy, reducing calibration-cycle interruptions by over 21 percent.

A turbine-component handling system integrated BPS22’s 2NO2NC SNAP contacts to verify dual-point positioning. Rapid electrical feedback enhanced alignment certainty, reduced manual interventions, and maintained cycle consistency under variable operational loads.

Features

Robust Industrial Control

Advantages that matter for your industrial operations

Thermo-Stable Operational Endurance

Designed to withstand fluctuating temperatures while preserving consistent switching accuracy and mechanical reliability.

Wide-Condition Actuator Compatibility

Supports diverse actuator styles, ensuring adaptability across varied machine configurations and functional automation requirements.

Low-Loss Contact Performance

Minimal contact resistance enhances signal purity, enabling reliable feedback loops across critical control applications.

Robust Polymer Housing Strength

Reinforced polymer construction protects internal mechanisms from harsh operational impacts and extended-duty industrial conditions.

High-Integrity Electrical Isolation

Exceptional insulation ensures operational reliability, preventing leakage currents during high-voltage industrial switching cycles.

Standards

Certifications & Compliance

ISO Certified

International quality management standards

CE Marking

European conformity certification

RoHS Compliant

Environmentally responsible manufacturing

FAQ

Frequently Asked Questions

What makes the 2NO2NC Snap BPS Series suitable for dual-circuit safety applications?

The series provides simultaneous normally-open and normally-closed switching, ensuring dependable redundancy in safety-critical environments.

How does the SNAP mechanism enhance response speed in the 2NO2NC Snap BPS Series?

It delivers rapid mechanical switching, improving timing accuracy for automation and interlock feedback.

Can the 2NO2NC Snap BPS Series operate reliably at 500V rating?

Yes, its high-voltage capability ensures stable performance in heavy industrial automation.

What insulation benefits does the 2NO2NC Snap BPS Series offer?

It provides over 200MΩ insulation at 1000V DC, supporting high-integrity electrical isolation.

Is the reinforced polymer body durable for outdoor or factory-floor usage?

Yes, the polymer structure resists impact, vibration, and industrial environmental stress.

Are multiple actuator types supported in the 2NO2NC Snap BPS Series?

The series includes push, roller, lever, and plunger actuators for diverse installation needs.

How low is the contact resistance in the 2NO2NC Snap BPS Series?

Contact resistance stays below 10mΩ, ensuring clean, efficient signal transmission.

Can the 2NO2NC Snap BPS Series handle repetitive high-load switching cycles?

Yes, the SNAP mechanism and dual-circuit design support consistent long-term cycle durability.

Does the 2NO2NC Snap BPS Series ensure stable operation under vibration?

Its reinforced structure and tight contact geometry maintain accuracy even in high-vibration machine setups.

Is the 2NO2NC Snap BPS Series suitable for precision robotics?

Absolutely—rapid feedback, dual-circuit redundancy, and minimal resistance support high-accuracy robotic positioning tasks.

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