Stoklu siparişleriniz aynı gün kargoda!

Pag Laboratory Electrical Systems – Laboratory Safety and Power Distribution Infrastructure

Fiyat Sorunuz

Specialized electrical infrastructure system for laboratory environments comprising grounding outlets, residual current devices (RCD), distribution boards, and power distribution units. Its chemical and mechanical resistance ensures experimental safety and uninterrupted power continuity.

Overcurrent-protected and chemically resistant grounding outlets
Precision detection and rapid-disconnect residual current devices (RCD)
Modular, easy-maintenance distribution boards
Multi-outlet, overcurrent-protected power distribution units
IEC and CE compliant with phase protection and short-circuit prevention
Durable materials resistant to chemical and mechanical exposure

Compare

Add to wishlist

Kargolama ve Teslimat

Kurye Teslimatı

Kuryemiz belirtilen adrese teslimat yapacaktır.

2-3 Gün

Ü.A. Kargo

Aras Kargo Teslimatı

Aras Kargo kuryesi belirtilen adrese teslimat yapacaktır.

1-3 Gün

Ücretsiz Kargo

Garanti 2 yıl

Daha fazla detay

14 Günlük ücretsiz iade

Daha fazla detay

These electrical systems manufactured by Pag Laboratory are specifically engineered to address the unique hazards of laboratory environments (chemical vapor, humidity, overcurrent conditions), distinguishing them from standard building electrical installations. Grounding outlets, residual current devices (RCD), distribution boards, and power distribution units are integrated into a unified system architecture to achieve electrical safety and uninterrupted laboratory operations.

Residual current devices with precision detection and rapid disconnection minimize electrical shock and fire hazards. Distribution boards feature modular construction for convenient maintenance access. Power distribution units with multiple outlet ports and overcurrent protection enable safe simultaneous operation of multiple instruments. All components are manufactured in compliance with IEC and CE standards, reinforced with additional safety layers including phase protection, short-circuit prevention, and grounding monitoring.

In environments housing analytical instruments, furnaces, centrifuges, and other sensitive laboratory equipment, voltage fluctuations and grounding faults can lead to equipment malfunction and data loss. These systems standardize laboratory electrical infrastructure to mitigate these critical risks.

Technical Specifications

Manufacturer	Pag Laboratory
Grounding Outlets	Laboratory-grade standard, overcurrent-protected and chemically resistant
Residual Current Devices (RCD)	Precision leakage current detection with rapid disconnection capability
Distribution Boards	High protection rating, modular construction, easy maintenance
Power Distribution Units	Modular design, multiple outlet ports, overcurrent protection
Material	Durable construction resistant to chemical and mechanical exposure
Standards Compliance	IEC, CE, and international laboratory safety standards
Additional Features	Phase protection, short-circuit prevention, grounding monitoring

Applications

Safe power distribution in analytical instrument rooms
Grounding and leakage protection in chemically exposed laboratory areas
Modular power infrastructure installation in multi-instrument laboratories
Upgrading existing laboratory electrical installations to safety standards

Frequently Asked Questions

Can this system be integrated with existing laboratory electrical infrastructure?

Yes, the modular construction of power distribution units and distribution boards enables integration with existing installations; however, power demand calculations must be performed prior to installation.

Under what conditions does the RCD disconnect the circuit?

The RCD employs precision leakage current detection to identify abnormal current leakage and rapidly disconnects the circuit, preventing electrical shock and fire hazards.

Which standards does this system comply with?

The system is manufactured in accordance with IEC and CE standards and meets international laboratory safety requirements.