Built with reinforced polymer housing and dual 1NO1NC/2NO2NC contacts, the BPS11 series offers precise SNAP switching, strong insulation performance, and dependable 10A thermal capacity for diverse industrial automation.
Enhanced fixture-alignment accuracy delivering measurable process consistency with a 19% reduction in rechecks.
A robotics integrator deployed the BPS11’s 1NO1NC/2NO2NC SNAP contacts to monitor fixture calibration steps under a 10A thermal load. The rapid switching feedback improved alignment validation, minimizing downtime and elevating cycle efficiency.
Features
Robust Industrial Control
Advantages that matter for your industrial operations
Rugged Construction
Die-cast aluminium housing resists mechanical stress, ensuring dependable operation even under frequent vibration and heavy industrial loads.
Precision Contact Switching
SNAP mechanism delivers crisp engagement for dependable signalling under dynamic machine conditions.
Thermal Endurance Support
Rated 10A thermal capacity ensures sustained current handling without operational degradation.
Enhanced Insulation Margin
High insulation resistance protects circuits from leakage, ensuring safer working environments.
Structural Integrity Boost
Reinforced polymer body maintains stability during continuous industrial use and demanding mechanical cycles.
Standards
Certifications & Compliance
ISO Certified
International quality management standards
CE Marking
European conformity certification
RoHS Compliant
Environmentally responsible manufacturing
FAQ
Frequently Asked Questions
How does the BPS Series benefit control panels requiring low-resistance contacts?
Its <10mΩ contact design delivers efficient signal transfer with minimal loss.
Is the 1NO1NC/2NO2NC SNAP BPS Series compatible with safety interlocks?
The dual-circuit arrangement supports redundant safety signalling commonly required in machine-guarding systems.
Can the BPS Series operate reliably in vibration-heavy applications?
The reinforced polymer construction and SNAP engagement mechanism maintain consistent performance in high-vibration zones.
Why is reinforced polymer used in the BPS Series switches?
It improves mechanical rigidity, insulation strength, and durability in harsh equipment environments.
Does the 1NO1NC/2NO2NC SNAP Limit Switch design help reduce maintenance cycles?
Yes, its precise switching reduces wear, leading to longer service intervals.
How does the BPS Series ensure reliable insulation at higher voltages?
With >200MΩ insulation resistance at 1000V DC, it maintains strong dielectric protection.
Are multiple actuator options available in the 1NO1NC/2NO2NC SNAP Limit Switch, rated thermal current 10A BPS Series?
Yes, actuators like push plunger, roller plunger, and lever types allow wide installation flexibility.
Ready to Order?
Get in touch with our sales team or download technical documentation